AGRICULTURAL SURVEY OF NORTHUMBERLAND.
CHAPTER I. GEOGRAPHICAL STATE AND CIRCUMSTANCES.
SECTION 1.—Situation and Extent.
THE district included in this Survey is the whole of the county of Northumberland, and those detached parts of the county of Durham called Norhamshire, Islandshire, and Bedlingtonshire.
On the East, by the German ocean, | 60 miles |
West, by Roxburghshire and Cumberland | 50 |
47 | |
North, by Berwickshire, | 18 |
South, by the county of Durham, | 50 |
Making the whole circumference | 225 miles. |
It is situated between the latitude of 54 deg. 51 min. and 55 deg. 48 min. north; and longitudes of 1 deg. 00 min. and 2 deg. 27 min. west from London; its greatest length from north to south is 64 miles, and breadth 48; and contains 1980 square miles, which may be divided into lands that are, or may be, cultivated by the plough | Acres. 817200 |
And mountainous districts improper for tillage, | 450000 |
Making in the whole | 1267200 |
SECT. 2 —Division.
The county of Northumberland is divided into six Wards.—viz. Tindale Ward, Coquetdale Ward, Glendale Ward, Bamborough Ward, Morpeth Ward, and Castle Ward.—The three first are situated in the western part of the county, and include the whole of the mountainous district, with a considerable portion of inclosed cultivated country:—The three latter adjoin the sea coast, and being exempt from mountainous district, have been long under cultivation; the vast resources of coal, Castle Ward in particular possesses, and the increased population the coal trade occasions, give them a decided preference in point of riches and population; tho' in point of magnitude, considerably the smallest, occupying less than one fourth of the county.
Norhamshire and Islandshire are situated at the northern extremity of the county of Northumberland, and comprehend a triangular space, the two sides of which are formed by the River Tweed and German Ocean, and the base the northern boundary of Glendale and Bambro' Ward; it contains about 72 square miles of well-inclosed cultivated country.
Bedlingtonshire is situated at the south-east corner of Castle Ward, bounded on the east by the German Ocean, and on the north and south by the rivers Wansbeck and Blyth, and contains about 30 square miles.
SECT. 3.—Climate.
The Climate—in regard to temperature, is subject to great variation; upon the mountains, snow will often continue for several months, (and may frequently be seen there of a considerable depth) when there is none in the lower districts. The weather is very inconstant, but mostly [Page 3]runs in extremes. In the Spring months, the cold, piercing, easterly winds are most prevalent; and our longest droughts are always accompanied by them: in some places they have acquired the name of sea-pines, from the slow progress vegetation makes whenever they continue for a few weeks. Rain is of little use while they prevail, from the great cold which always attends them.
The mild western and southern breezes rarely take place before June; they are certain harbingers of rain and vigorous vegetation, and are the most prevailing winds through the Summer and Autumn: In the latter season, they often blow with tempestuous fury, dash out the corn, and disappoint the just hopes of the industrious farmer.
Our greatest falls of snow, or rain, are from the south, or south-east; and whenever we have a very high west wind, it is a certain sign that a great quantity of rain is falling to the westward, in Cumberland and Roxburghshire.
SECT. 4.—Soil and Surface.
A strong fertile clayey loam—occupies the level tract of country along the coast, and reaches as far up in general as the great post road. It is well adapted to the culture of wheat, pulse, clover, and grazing.
Sandy, gravelly, and dry loam—or what is here more generally understood by turnip soil, is found on the banks of the Tyne, from Newburn to Haltwhistle; on the Coquet, about and above Rothbury; on the Aln, from its mouth to Alnwick; and down Tweed-side: But the greatest quantity of this kind of soil is found in the vales of Breamish, Till, and Beaumont. The hills surrounding the Cheviot mountains are mostly a dry, channelly, sharp-pointed, gravelly loam.
[Page 4] Moist Loams—on a wet, cold, clayey bottom, occupy a large portion of this county, being unsafe for sheep, and unfit for turnips; they are principally employed in growing grain, rearing young cattle, and feeding ewes and lambs. This soil prevails most in the middle and southeast parts of the county.
Black Peat Earth—is the prevailing soil in most of the mountainous districts, and is found in many places through the lower parts of the county.
The aspect of this county, in respect to surface, is marked with great variety; along the sea-coast, it is nearly level; towards the middle, the surface is more diversified, and thrown into large swelling ridges, formed by the principal rivers:—These parts are well inclosed; in some places enriched with wood and recent plantations, but the general appearance is destitute of those ornaments:— The western part (except a few intervening vales) is an extensive scene of open, mountainous district, where the hand of Cultivation is rarely to be traced.
Of the mountainous districts, those around Cheviot are the most valuable; being in general fine green hills, thrown (by some of those convulsive changes which this globe has at some time experienced) into numberless variety of forms; the verdant, swift-sloping sides of which, inclose and shelter many deep, narrow glens: through the whole of this district no mineral or other kind of stone is found, except brown, red, and grey whinstone: —they extend from the head of Coquet, down to Allenton; from thence northward to Prendwick, Branton, Ilderton, Wooler, Kirknewton, and Mindrim, and occupy at least an area of 90000 acres.
The other mountainous districts lie chiefly on the western part of the county, some of which adjoin the county of Durham; but the largest portion extends from the Roman Wall to the river Coquet (with a few intervening [Page 5]inclosed vales) and to the moors north of Rothbury.— They are not marked by any striking irregularities of surface, being in general extensive, open, solitary wastes, growing little else but heath, and affording a hard subsistence to the flocks that depasture them.
SECT. 5.—Minerals.
Coal—is found in abundance thro' the greatest part of this county, particularly in the lower district; in the south-east quarter it is of the best quality,* and the most numerous and thickest seams, from whence those vast quantities are exported which supply the great consumption of the London market, as well as the coasting and foreign trade.—This coal trade is the foundation of the commerce of the county, and the principal source of its wealth, as well as a never-sailing nursery for some of the best seamen in the British Navy.—Of the quantity of coals raised in this county, we have not been able to form a probable conjecture, for want of sufficient data to estimate the quantity used at home; but have obtained what are exported from the River Tyne, in which a considerable portion raised in the county of Durham is included, and which may probably come near a balance for those consumed in this county.—Some idea of the magnitude of this trade may be formed by the following statement of.
In 1772 | 351890 Newcastle chaldrons |
1776 | 380000 |
1791 | 444909 |
1792 | 490682 |
1793 | 486133 |
1794 | 426384* |
1795 | 505650 |
From hence it appears that this trade is increasing at an amazing rate, there being not less than one-third more coals exported now than were exported 20 years since: From Hartley and Blyth there are exported yearly between 30000 and 40000 chaldrons; if these be added to the average export from Newcastle for the last three or four years, the quantity exported from this county may be fairly estimated at 510000 Newcastle chaldrons, or 956250 London chaldrons; the Newcastle chaldron being to the London chaldron in the ratio of 8 to 15:—The value of the above quantity to the various parties concerned will appear by the following
Paid at Newcastle, | £ | s. | d. |
To the coal owner (sittage included‡) for 160 chaldrons, at 15s. per chald. | 120 | 0 | 0 |
£ | s. | d. | |
Brought forward | 120 | 0 | 0 |
20 keel dues at 13s. 4d. | 13 | 6 | 8 |
Trimming 2s. 6d. keelman's beer 1s. 4d. per chaldron | 3 | 16 | 8 |
Duke of Richmond's duty 1s. per chald. and ticket 6d. | 8 | 0 | 6 |
Cocket and bond at Custom-house | 0 | 3 | 8 |
Town's dues 2d.* per chaldron and 1s. for ticket | 1 | 7 | 8 |
Fee (or 'Foy') to sitter's clerk | 0 | 5 | 0 |
Insurance (suppose) | 1 | 10 | 0 |
Bridlington Pier | 0 | 4 | 6 |
Spurn Light | 0 | 13 | 4 |
Well, Winterton, Foulness, Caster, Lowestoff, and Harwich lights; and Scarborough and Whitby Piers | 4 | 13 | 5 |
Paid at London— | |||
Entry fee at Meter's office | 0 | 3 | 6 |
Cocket fee 2s. 6d. return 1s. 6d. | 0 | 4 | 0 |
Lord Mayor's dues a farthing per London chaldron | 0 | 6 | 0 |
Ditto for groundage | 0 | 0 | 6 |
Trinity House dues 3 farthings per Newcastle chaldron | 0 | 10 | 0 |
Nore light 3s. market dues 3s. | 0 | 6 | 0 |
Carried over | 155 | 11 | 5 |
£ | s. | d. | |
Brought over | 155 | 11 | 5 |
King's duty*8s. 10d. 10s. per London chald. on 300† chaldrons | 150 | 0 | 0 |
Mettage 0 8 10s. per London chald. on 300† chaldrons | |||
Orphan's duty 6 10s. per London chald. on 300† chaldrons | |||
King's duty on Meter's sack | 0 | 1 | 6 |
Bond | 0 | 13 | 6 |
Discount 2 per cent. on two-thirds of the amount (supposing the coals to sell for 35‡ pounds per score of 21 chaldrons to the score; the amount of the cargo will be 500 pounds) which with some other expences will be about | 7 | 16 | 0 |
Commission ½ per cent on the whole amount | 2 | 10 | 0 |
Total expences of the cargo | 316 | 12 | 5 |
Which deducted from 500l. (the amount of the cargo as above) leaves 183l. 7s. 7d. for the freight of the ship.
[Page 9]As we are not able to procure sufficient information of the number of people in the coal trade, we shall take the liberty of extracting from Mr M'Nab's Letter to Mr Pitt, that the number of persons employed and dependent on the coal trade, in the year 1792, were,
On the river Tyne | 38475 |
On the river Wear | 26250 |
Total | 64725 |
To the coal-owners the winning and working these collieries are very expensive, and frequently attended with considerable risque; for tho' very large fortunes have been made in the business, yet many have been lost; the unexpected alteration of the strata, from dykes and other troubles; the frequent and dreadful explosions from inflammable air; the great depth of the shafts, and increasing quantities of water to be raised from them, baffle the most experienced artists, and overcome the amazing powers of the fire-engine, which of late years has received many improvements, and been made to perform what was thought absolutely impossible at its first introduction.*
These powerful machines are now applied to the purposes of drawing coals, which business was formerly universally performed by horses; frequently 8 to a shaft, where great quantities were drawn and dispatch was necessary; but by the invention and application of the drawing machines, a great many horses were dismissed from [Page 10]the collieries; which has considerably reduced the consumption of oats in this neighbourhood.
Many of the collieries are situated at a considerable distance from the river, to which the coals are conveyed from the pits in a peculiar kind of carriage, called a New-castle coalwaggon; (pl. 1, fig. 1.) it has 4 small wheels, about 34 inches diameter, fixed to the axles, with which they turn round, and move on a road (called the waggon-way) made on purpose with wood, which is formed by long pieces of wood (RA, rails) about 4 inches square, laid length-ways, upon sleepers of wood (SSS) and the thickness of the rail above the plane of the rest of the road, and at the exact distance of the waggon wheels from each other, as it is upon those rails the wheels run.
A new waggon-way (including timber, levelling, graveling, and workmanship) will cost about 5s. per yard, or 440l. per mile; and the expence of keeping it in repair is generally about 1½d. per chaldron on a quantity of 15000 chaldrons annually, or 93l. 15s. 0d. per mile.*
The dimensions of the body of these waggons are as follows:
Ft. | Ins. | |
Length at top | 7 | 0 |
— bottom | 5 | 6 |
Breadth at top | 6 | 0 |
— bottom | 3 | 0 |
Height | 3 | 9 |
They hold a chaldron of coals, or 53 cwt. and are drawn by a single horse.
[Page 11]A gently-inclined plane is the most desirable position for those waggon-ways; but few situations will admit of this: Upon levels, or easy ascents, a single horse draws the waggon: On such parts of the way where the declination is sufficient for the waggon to move by the power of gravity, the horse is taken out and follows behind; and where the descents are such, that the waggon would move with too great rapidity by its own weight, (or "run amain,") the motion is regulated by a crooked piece of wood, (called a convey) coming over the top of one of the hind wheels; upon which the waggon-man presses with such force as he finds requisite, to regulate the motion of the waggon.*
In has been asserted, that "the coals in this county are inexhaustible"—Mr Williams, in his Natural History of the Mineral Kingdom, is of a different opinion, and think it a matter of such importance as to deserve the serious attention of the Legislature.—Towards elucidating this point, it may be of some use to estimate what number of acres are wrought yearly in this county to supply the above quantity of coals: In order to accomplish this object, the thickness and number of workable seams of coal must be first ascertained; for which purpose we have been favoured with sections† exhibiting the thickness and depth of the various strata, in some of the deepest pits in the county; which will not only be useful for the present purpose, but we hope will be acceptable to many of our readers, who are curious in researches of subterraneous geography.
At St Anthon's Colliery (3 miles east of Newcastle) the strata from the surface to the LOW MAIN coal, are:—
Yds. | Ft. | Ins. | |
Soil and clay | 10 | 0 | 0 |
Brown post | 24 | 0 | 0 |
1. COAL | 0 | 0 | 6 |
Blue-metal stone | 5 | 2 | 0 |
White girdles | 4 | 1 | 0 |
2. COAL | 0 | 0 | 8 |
White and grey post | 12 | 0 | 0 |
Soft blue metal | 10 | 0 | 0 |
3. COAL | 0 | 0 | 6 |
White post girdles | 6 | 0 | 0 |
Whin | 3 | 1 | 6 |
Strong white post | 6 | 1 | 0 |
4. COAL | 0 | 1 | 0 |
Soft blue thill | 3 | 2 | 0 |
Soft girdles mixed with whin | 7 | 2 | 0 |
5. COAL | 0 | 0 | 6 |
Blue and black stone | 7 | 1 | 0 |
6. COAL | 0 | 0 | 8 |
Strong white post | 3 | 0 | 0 |
Grey metal stone | 3 | 1 | 0 |
7. COAL | 0 | 0 | 8 |
Grey post mixed with whin | 8 | 1 | 0 |
Grey girdles | 6 | 1 | 0 |
Blue and black stone | 4 | 2 | 0 |
8. COAL | 0 | 1 | 0 |
Grey metal stone | 4 | 0 | 0 |
Strong white post | 12 | 0 | 0 |
Black metal stone with hard girdles | 6 | 0 | 0 |
9. HIGH MAIN COAL | 2 | 0 | 0 |
Grey metal | 9 | 0 | 0 |
Post girdles | 0 | 2 | 0 |
Blue metal | 1 | 1 | 0 |
Carried over | 163 | 0 | 2 |
Yds. | Ft. | Ins. | |
Brought over | 163 | 0 | 2 |
Girdles | 0 | 1 | 2 |
Blue metal stone | 10 | 0 | 0 |
Post | 0 | 1 | 0 |
Blue metal stone | 6 | 0 | 0 |
Whin and blue metal | 0 | 1 | 6 |
Strong white post | 7 | 0 | 0 |
Brown post with water | 0 | 0 | 7 |
Blue metal stone with grey girdles | 4 | 2 | 0 |
10. COAL | 1 | 0 | 0 |
Blue metal stone | 6 | 0 | 3 |
White post | 1 | 1 | 0 |
11. COAL. | 0 | 0 | 6 |
Strong grey metal with post girdles | 4 | 0 | 6 |
Strong white post | 2 | 1 | 0 |
Whin | 0 | 1 | 0 |
Blue metal stone | 2 | 2 | 7 |
Grey metal stone with post girdles | 5 | 1 | 5 |
Blue metal stone with whin girdles | 3 | 1 | 3 |
12. COAL | 0 | 1 | 6 |
Blue grey metal | 1 | 0 | 8 |
White post | 4 | 0 | 7 |
White post mixed with whin | 4 | 0 | 0 |
White post | 2 | 2 | 0 |
Dark blue metal and coal | 0 | 2 | 2 |
Grey metal stone and girdles | 4 | 2 | 0 |
White post mixed with whin | 6 | 0 | 7 |
Whin | 0 | 1 | 0 |
White post mixed with whin | 2 | 0 | 0 |
13▪ COAL | 1 | 0 | 3 |
Dark grey metal stone | 1 | 0 | 6 |
Grey metal and whin girdles | 3 | 1 | 10 |
Carried over | 251 | 2 | 6 |
Yds. | Ft. | Ins. | |
Brought over | 251 | 2 | 6 |
Grey metal and girdles | 3 | 0 | 0 |
White post | 1 | 0 | 0 |
14. COAL | 1 | 0 | 2 |
Blue and grey metal | 1 | 1 | 0 |
15. COAL | 0 | 0 | 9 |
Blue and grey metal | 4 | 0 | 0 |
White post mixed with whin | 1 | 1 | 6 |
Grey metal | 2 | 0 | 6 |
Grey metal and girdles | 2 | 0 | 9 |
16. LOW MAIN COAL | 2 | 0 | 6 |
Total | 270 | 1 | 8 |
In the above pit or shaft, which is nearly* the deepest in the kingdom, there are no less than 16 seams of coal. But many of these, from their thinness, are not workable. The 9th, called the high main coal, and the 10th, the low main coal, are the two principal seams for affording quantities of coal, being together 12½ feet thick, and are those most generally wrought. But the 10th, 13th, and 14th, are all workable seams, and will afford considerable quantities of coal; the aggregate of the three making nearly 9½ feet thick; so that the total thickness of the workable seams in this colliery amount to 22 feet.
In Montague Main Colliery (3 miles west of Newcastle) south of the main dyke, the strata are:—
Yds. | Ft. | Ins. | |||||||||||||
Soil and clay | 5 | 0 | 0 | ||||||||||||
White post | 0 | 2 | 0 | ||||||||||||
1. COAL (1) | 0 | 0 | 4 | ||||||||||||
Black metal stone | 1 | 0 | 2 | ||||||||||||
Grey post | 3 | 2 | 0 | ||||||||||||
Carried over | 10 | 1 | 6 | ||||||||||||
Yds. | Ft. | Ins. | |||||||||||||
Brought over | 10 | 1 | 6 | ||||||||||||
Blue metal stone | 5 | 1 | 0 | ||||||||||||
Grey post | 4 | 0 | 0 | ||||||||||||
Strong white post | 5 | 0 | 0 | ||||||||||||
Grey post | 1 | 2 | 0 | ||||||||||||
White post with black metal partings | 10 | 0 | 0 | ||||||||||||
Grey post | 0 | 1 | 4 | ||||||||||||
Brown post with coal pipes | 1 | 1 | 8 | ||||||||||||
White post | 5 | 0 | 0 | ||||||||||||
Ditto with whin | 1 | 0 | 0 | ||||||||||||
2. COAL (2) | 0 | 0 | 6 | ||||||||||||
Black metal stone | 9 | 0 | 0 | ||||||||||||
Grey ditto | 8 | 2 | 0 | ||||||||||||
Brown post with skamy partings | 1 | 1 | 0 | ||||||||||||
3. COAL (3) | 0 | 0 | 9 | ||||||||||||
Grey metal stone | 3 | 2 | 10 | ||||||||||||
4.
| 1 | 2 | 3 | ||||||||||||
Grey metal stone | 1 | 1 | 0 | ||||||||||||
Strong white post | 5 | 1 | 0 | ||||||||||||
Whin | 0 | 2 | 0 | ||||||||||||
White post | 2 | 2 | 0 | ||||||||||||
5. COAL | 0 | 1 | 0 | ||||||||||||
Black metal stone | 3 | 0 | 8 | ||||||||||||
White post | 6 | 0 | 0 | ||||||||||||
Black metal stone | 9 | 0 | 0 | ||||||||||||
Grey metal stone | 10 | 2 | 4 | ||||||||||||
Grey post with whin girdles | 5 | 0 | 0 | ||||||||||||
Strong white post | 12 | 2 | 0 | ||||||||||||
Grey metal stone | 6 | 2 | 0 | ||||||||||||
6. COAL | 0 | 0 | 8 | ||||||||||||
Carried over | 133 | 1 | 6 | ||||||||||||
Yds. | Ft. | Ins. | |||||||||||||
Brought over | 133 | 1 | 6 | ||||||||||||
Post girdles | 0 | 2 | 0 | ||||||||||||
Grey metal stone | 2 | 1 | 0 | ||||||||||||
7. COAL, called Beaumont S [...]am | 1 | 0 | 4 | ||||||||||||
Strong white thill | 1 | 0 | 7 | ||||||||||||
Strong white post | 4 | 0 | 4 | ||||||||||||
8. COAL | 0 | 1 | 6 | ||||||||||||
Black thill | 0 | 2 | 4 | ||||||||||||
Grey metal stone | 0 | 1 | 2 | ||||||||||||
Grey post | 0 | 2 | 0 | ||||||||||||
Grey metal stone | 0 | 2 | 10 | ||||||||||||
Strong white post | 1 | 0 | 4 | ||||||||||||
9. COAL | 0 | 1 | 3 | ||||||||||||
Black metal stone | 2 | 2 | 4 | ||||||||||||
White post | 0 | 1 | 8 | ||||||||||||
Blue metal stone with post girdles | 2 | 0 | 0 | ||||||||||||
White post with whin girdles | 4 | 1 | 9 | ||||||||||||
Black metal stone | 0 | 1 | 5 | ||||||||||||
Grey post | 0 | 1 | 2 | ||||||||||||
Blue metal stone | 1 | 0 | 0 | ||||||||||||
Strong white post | 0 | 1 | 3 | ||||||||||||
Blue metal stone | 2 | 2 | 1 | ||||||||||||
10. COAL | 0 | 0 | 8 | ||||||||||||
Black thill | 1 | 0 | 4 | ||||||||||||
Blue metal stone with post girdles | 2 | 1 | 0 | ||||||||||||
Grey post | 1 | 0 | 0 | ||||||||||||
Strong white post | 7 | 2 | 6 | ||||||||||||
Black metal stone | 0 | 0 | 1 | ||||||||||||
11. COAL, called Low Main | 0 | 2 | 11 | ||||||||||||
Grey metal stone | 9 | 0 | 0 | ||||||||||||
White post | 5 | 0 | 0 | ||||||||||||
Grey metal stone with post girdles | 2 | 0 | 0 | ||||||||||||
White post with whin girdles | 6 | 1 | 6 | ||||||||||||
Carried over | 198 | 1 | 10 | ||||||||||||
Yds. | Ft. | Ins. | |||||||||||||
Brought over | 198 | 1 | 10 | ||||||||||||
Grey metal stone with post girdles | 1 | 1 | 0 | ||||||||||||
12. COAL called Low Low Main, or Baker's Main | 0 | 2 | 10 | ||||||||||||
Grey metal stone | 1 | 2 | 0 | ||||||||||||
White post | 0 | 2 | 0 | ||||||||||||
Grey metal stone | 0 | 1 | 8 | ||||||||||||
Black metal stone | 0 | 0 | 10 | ||||||||||||
Grey metal stone | 2 | 2 | 6 | ||||||||||||
Grey post | 2 | 0 | 6 | ||||||||||||
Strong white post with whin girdles | 7 | 1 | 8 | ||||||||||||
Grey metal stone | 6 | 2 | 6 | ||||||||||||
Grey post | 0 | 2 | 0 | ||||||||||||
White post | 1 | 2 | 0 | ||||||||||||
Grey metal stone | 0 | 1 | 0 | ||||||||||||
13. COAL | 0 | 0 | 6 | ||||||||||||
Grey metal stone | 0 | 1 | 0 | ||||||||||||
Grey metal stone with post girdles | 6 | 2 | 2 | ||||||||||||
14. COAL | 0 | 0 | 5 | ||||||||||||
Grey metal stone | 0 | 0 | 4 | ||||||||||||
Grey post | 2 | 1 | 6 | ||||||||||||
White post with whin | 5 | 0 | 4 | ||||||||||||
Grey metal stone | 0 | 1 | 0 | ||||||||||||
15. COAL | 0 | 0 | 3 | ||||||||||||
Grey metal stone with post girdles | 2 | 0 | 6 | ||||||||||||
Strong white post with whin girdles | 1 | 2 | 5 | ||||||||||||
Total depth | 245 | 1 | 9 |
In this shaft there are 15 seams of coal, of which only four are workable, viz. the 4th, 7th, 11th, and 12th, making together 4 yds. 1 ft. 7 ins. of wórkable coal. If the medium be taken betwixt this and St Anthon's, it will be nearly 6 yards thick of workable coal, from which may be formed▪
An acre of ground contains | 4840 square yards, |
which multiplied by the thickness, | 6 yards |
gives | 29040 cubic yards in an acre. |
From which deduct 1/ [...] for waste, and the part o [...] pillars necessary to be left in working | 9680 |
there remains | 19360 cubic yards to be wrought. |
And as three cubic yards of coal, when wrought, afford a Newcastle chaldron,
therefore | 19360 |
divided by | 3 |
=gives 6453 Newcastle chaldrons per acre.
The coals exported yearly from the rivers Tyne and Wear, with Hartley and Blyth, amount to about 825000 chaldrons,* which, with the home consumption of the two counties of Northumberland and Durham, will make the quantity of coals raised yearly about 1,000,000 chaldrons.
And the chaldrons raised yearly | 1,000,000 |
divided by the chaldrons per acre | 6453 |
=gives 155 acres nearly per year, cleared of coal 6 yds. thick.
And by estimating the breadth occupied by the caking coals to be on an averge 8 miles broad, and 25 miles long, in the two counties, we shall find there will be about 200 square miles, or 128000 acres, of coal proper for exportation.
Then the whole area | 128000 |
divided by the yearly consumption, | 155 |
=825 years. The time before this space will be wrought out.
But there are some reasons to think, that a thickness of seam equal to 6 yards will not be obtained over an extent of 200 square miles; probably not more on an average than 4 yards; in which case, the coal will be exhausted in 550 years: and if the aggregate thickness of the seams to be obtained should prove only three yards, then little more than 400 years will be the term of continuance; but it is probable, that before the half of that time be elapsed, the price to the consumer will be considerably increased, from the increased expence of obtaining them, and the increased length of carriage from the pits to the river. This last, we presume, may be reduced in some situations, by adopting canals instead of waggon-ways, which we have often wondered have never yet been attempted.
From the above investigation it appears, that Mr Williams's apprehensions are not so chimerical at have been represented; how far it may be right for the legislature to interfere, we leave to the consideration of those more conversant in political speculations.
Of the coal found all thro' Bambro' Ward, Islandshire, and those parts of Glendale Ward east of the river Till, the seams are very thin, mostly from 1 to 3 feet thick, and of a very inferior quality, yielding a great quantity of ashes, and neither caking in the fire, nor burning to a cinder: they are used only for home-consumption, and for burning lime; for the latter purpose they are well adapted, by their property of neither caking nor burning to a cinder; and it luckily happens, that thro' all this district, the coal and lime are generally found together; a circumstance which greatly facilitates and lessens the expence of burning lime.
[Page 20]If a line be drawn from Alemouth to a little west of Bywell on the river Tyne, very little of this kind of coal and limestone will be found to the east of it; and from this line to the sea coast, no limestone whatever appears, except a small patch of a different limestone that puts in at Whitley, near Tynemouth, and runs from thence in a south-westerly direction thro' the county of Durham, &c. In this space, betwixt these two ranges of limestone, lie the caking coals of superior quality above described, and the same breadth of coal may be traced thro' the county of Durham, stretching in the same direction, and bounded on the east and west, in a similar manner, by stretches of limestone of different kinds.
It would be a curious investigation to trace these minerals thro' the different counties across the island, and show where the strata of each species rise to the surface; and the deviations caused in them by cross veins or dykes, &c.; we believe it will be found that very little or no coal lies to the east of this line, and that no chalk lies to the west.
Limestone,—of an excellent quality, abounds thro' all Bambro' Ward, Islandshire, and that part of Glendale Ward situated on the east side of the river Till; it stretches from hence in a south-westerly direction thro' the central parts of the county, and is found at Shilbottle, Longframlington, Hartburn, Rial, Corbridge, &c. and at numberless other places to the westward of these; but the south-east quarter, which is so rich in coal, is destitute of lime;* as is also that part of Glendale Ward west of the river Till.
Stone Marl,—abounds in many places near Tweedside; and Shell Marl is found in a few places in Glendale Ward. The greatest quantity is at Wark and Sunnylaws, where it has been formed by a deposit of various kinds of [Page 21]shells, both univalve and bivalve, many of which are yet perfect, forming a stratum several feet in depth of pure calcareous earth; but the exact depth of this bed of marl has never yet been ascertained, for want of a proper level to carry off the water: It probably may afford matter of speculation to some readers to be informed, that in the middle of this marl there is an horizontal stratum of sand about 12 inches thick; and also that, a few years since, a Red Deer Stag, in the attitude of running, and in every part complete, was found embedded in the marl: horns of the same animal have been found at different times in perfect preservation; and a part of the scalp, with the cores of a pair of horns belonging to some animal of the Bos Taurus species, were lately found here: we have never seen any breed of cattle, the horns of which were of equal magnitude; for though the outside shell or horn part was wanting, yet the core was 24 inches long, and 12 inches circumference at the root; and when in a perfect state and covered with the outside shell, must have been about 5 inches diameter: their form is a gentle curve, and have all the appearance of a pair of bull's horns; but probably of a different breed of cattle to any we have at present.
Clay Marl,—is also found in small quantities, but in situations where it could not be conveniently used with effect.
Lead Ore,—has hitherto never been found in any quantity but in the mountainous districts on the south-west part of the county, towards the head of that branch of South Tyne, called Allendale; and a small quantity at Fallowfield, a little to the north of Hexham.*
In this county, lead ore is wrought by the bing, a measure containing 8 cwt. of clean ore; the workmen being paid by the owners of the mine at different prices, [Page 22]from 8s. to 36s. per bing (for getting, and washing, or cleaning) according to the richness. quality, or hardness of the mine. If the owners sell any of the ore in this state, the price is generally from 3l. 10s. to 4l. 10s. per bing, but they mostly have smelt mills of their own, where they smelt it at their own cost, take the silver out of it by refining,* and then cast the lead into long pieces, called pigs of 1 ½ cwt. each.—Pig lead is sold by the fother, a quantity containing 21 cwt. which is reckoned to sell at a fair price when at 15l. or 16l. per fother; in 1776 it was as low as 12l. and in the beginning of 1782 it was 17l. 5s.—in 1788 it rose gradually to 23l. 10s. per fother, which was several pounds higher than it was ever sold at before; but in the following year, it sell to 16l. or 17l per fother, which shews the fluctuating price of this article.
The Ore of Zink,—is found in great abundance embedded with spar, in most of the veins producing lead ore; but its distance from any brass manufactures, and from water carriage, renders it of little value. In these mines are also found great variety of crystallizations of spar, quartz, &c. &c.
The mines which produce lead ore are very fluctuating, and uncertain in point of profit to the adventurers; but tend to a general good, by giving employment to a numerous class of industrious workmen, who, being situated in a climate improper for the production of grain, are obliged to receive the greatest part of their provisions from the more fertile districts of the county, and by those means encourage its agriculture.
[Page 23] Iron Ore,—may be had in many parts of the county; of late years the convenience of shipping it at Holy Island, has induced the Carron Company to have considerable quantities from thence.
Freestones,—of various kinds, abound in almost every part of the county, and are applied to all the purposes of building. Many of the quarries afford tolerable slates for roofing, and flags for floors: at some of them excellent grindstones are got, of which a great many are exported from Camus and Warkworth.
SECT. 6.—Waters.
The principal rivers, which act as estuaries to the rest, are the Tyne, Blyth, Wansbeck, Coquet, Aln, and Tweed. The innumerable streams, which lose their names in the above, spread in every direction through the county:— The Tyne branches into nearly two equal streams a little above Hexham, which are distinguished by the names of North Tyne and South Tyne: the main branch of North Tyne, is the Reed; and of South Tyne, the Allen: The principal streams which empty themselves into the Tyne east of Hexham, are the Devil's-water and the Derwent: and the river Till is the only stream, of any note, which empties itself into the Tweed, in this county.
The Tyne and Tweed are the most eminent for their navigation, the tide flowing up the former 16 miles, and up the latter eight or ten; the navigation of the other rivers is confined to a small distance from their mouths; of these the Blyth and Aln are of the most importance, from the convenience which the first affords to its neighbourhood, for the exportation of considerable quantities of coals; and both of them for corn, &c. and the importation of timber, iron, and other useful articles.
The Tyne and Tweed have been long celebrated for [Page 24]their salmon fisheries: in the latter a rent of 800l. a year is paid for a fishing of 200 yards in length, near the mouth of the river; and the same rent is paid for other [...] above the bridge, not more than 250 yards in [...]. The fish taken here are, the Salmon, Bull-trout, Wh [...]ng, and large common Trout, and nearly the whole of them sent to London; in the conveyance of which, a great improvement has taken place of late years, by packing them in pounded ice; by this means they are presented nearly as fresh at the London market, as when taken out of the river. For the purpose of carrying them, and keeping up a constant and regular supply, vessels called smacks sail 3 times a week, and being purposely constructed for swift sailing, frequently make their run in 48 hours. These vessels are from 70 to 120 tons burden; on an average 12 men are employed in each vessel, and make about 14 voyages in a year; and not less than 75 boats, and 300 fishermen, are employed in taking the fish in the river Tweed.
CHAPTER II. STATE OF PROPERTY.
SECT. 1.—Estates.
ESTATES vary in their annual value from 20l. to upwards of 20000l. a year;—one in particular is upwards of 40000l.—Small estates from 20l. to 200l. a year, are found in the southern and middle parts of the county, but very rarely in the northern.
There are probably few parts of the kingdom where estates have made such rapid improvements as in this county; there being several instances of the value being [Page 25]more than trebled within the last 40 years. Many causes have certainly been aiding to produce this great effect; but the principal one is attributed to letting large farms, and leases for 21 years; by which means the tenants of capital were encouraged to make those great exertions, from which such advantages have resulted, not only to themselves and proprietors of the land, but to the community at large, from the very increased produce, and superiority of its quality.
The usual mode of letting farms is to fix a rent, under certain conditions and covenants, 6 or 12 months before the expiration of the lease; but upon one of the largest estates in the county,* the tenants have an offer of their farms 2½ or 3 years before the expiration of the lease, which is a mutual benefit to both landlord and tenant; and is attended with so many advantages, that it is in a fair way of being generally adopted.
On some estates the practice of letting farms by secret proposals is still in use: this is a dark and mysterious mode, which frequently defeats the end it is intended to accomplish, and instead, of obtaining an excessive high rent, the prize has been often gained at a very inferior value; and, in the language of the turf, (where only one has entered the lists) "by walking the course:" and we have known some of the first farmers in the county forego their farms, rather than submit to contend in the dark. Upon most estates it is generally stipulated, that a certain portion of the best old grazing, lands, on each farm, shall be kept in grass during the whole term.
The quantity of land to be in ploughing is mostly limited to a certain number of acres; and at the expiration of the term, where the tenant quits on the 12th of May, he is allowed to have a crop of corn from off two-thirds of the arable lands; this is called the way-going crop: the [Page 26]entering tenant has the straw, and leads the crop into the stack-yard.—The houses, hedges, gates, drains, &c. are kept and left in repair by the tenant, who likewise pays all taxes, cesses, &c.
Of the annual value of the estates in this county, no authentic information could be obtained; but a probable guess may be formed by supposing that there are 800000 acres of cultivated land, and that this on an average is worth 14s. per acre,—and that 450,000 acres of mountainous district is worth 2s. per acre.
Then 800000 acres, at 14s. | 60000l. |
And 450000 acres, at 2s. | 45000l. |
Gives the total value of the lands per ann. | £.605000 |
SECT. 2.—Tenures.
The land property in this county is mostly freehold:—There are to be found in a few places some small parcels of copyhold; and in those districts which belong to the county of Durham, some leaseholds for lives, or years, held under the church.—There are also two or three manors of customary tenure towards the head of South Tyne.
CHAPTER III. BUILDINGS.
SECT. 1.—Houses of Proprietors.
THE seats of the principal proprietors of this county consist of venerable castles, old halls, and elegant modern mansions.—To give particular descriptions would [Page 27]be too extensive for an Agricultural Survey; those who wish for information on this subject, we beg leave to refer to Hutchinson's View of Northumberland, Pennant's Tour, &c. &c.
SECT. 2.—Farm Houses, Offices, &c.
Buildings,—for the use and convenience of farms, were formerly very shabby and ill contrived; but those that have been erected of late years, are better adapted to the various purposes wanted for extensive farms and improved cultivation.
The most approved form of distributing the various offices is, on the east, west, and north sides of a rectangular parallelogram, which is generally divided into two fold-yards, for cattle of different ages, the south being left open to admit the sun; and for the same reason, and also for the sake of cleanliness and health, the farm house is removed in front thirty or forty yards; between which and the south wall of the fold is a small court for coals, young poultry, &c. as in the annexed plan
- [Page 28]A. The farm-house.
- B. The barn, 18 feet by 60.
- C. Sheds, over which are granaries.
- D D. Ditto, upon which are built corn-slacks; one of which is for wintering yearling calves, the other for holding implements of husbandry.
- E. Byers for cows and work-oxen, 16 feet by 48.
- F. Stables.
- G. Pig-styes, with hen-house above.
- H H. Fold-yards for cattle of different ages.
Repairs are mostly done by the tenants; on the large farms complaints are seldom made of their being neglected, but upon small farms the landlord is frequently obliged to lend his assistance.
SECT. 3.—Cottages.
Such cottages as have been erected a number of years, are built with stone and clay, and covered with thatch; those that have been built of late years, are of stone and lime, covered with tiles, and mostly a floor of lime and sand; they consist of one apartment 15 ft. by 16, to dwell in, with a small one at the entrance for a cow, coals, working tools, &c. 9 ft. by 16, and are only one story high: Very few of them want the accommodation of a garden.
The materials used for building are, stone and bricks, but mostly the former. Straw (thatch) used to be the universal covering, but it is now nearly fallen into disuse, and tiles or slates substituted in its stead. The small dark blue slate, from Scotland, is the kind generally used here, and are much superior to tiles; for though they are more expensive at first, yet it is probable that in a few years they may be as cheap, from the repairs tiles so frequently require, especially where they are so ill manufactured.
Fir timber is universally used for all the purposes of building.
CHAPTER IV. MODE OF OCCUPATION.
SECT. 1.—Farms, and Character of the Farmers.
THE size of farms—varies considerably in this county; in Glendale and Bambrough Wards the farms are large, from 500l. to 1500l. a year; very few under 100l. In the other parts of the county they are from 50l. to 300l. a year: Some tenants in the northern parts of the county, farm from 2000l. to 4000l. a year, and upwards:—The capitals necessary for such farms entitle them to a good education, and give them a spirit of independence and enterprize, that is rarely found amongst the occupiers of small farms and short leases. Their minds being open to conviction, they are ready to try new experiments, and adopt every beneficial improvement, that can be learnt in other districts; for this purpose many of them have traversed the most distant parts of the kingdom to obtain agricultural knowledge, and have transplanted every practice they thought superior to those they were acquainted with, or that could be advantageously pursued in their own situation: And scarce a year passes without some of them making extensive agricultural tours, for the sole purpose of examining the modes of culture, of purchasing or hiring the most improved breeds of stock, and seeing the operations of new-invented and most useful implements.
The character of a farmer is here so respectable, that gentlemen who possess landed property from 500l. to 1500l a year, think it no debasement to follow the profession: [Page 30]and so high a name have many of the farmers obtained for their superior knowledge in rural affairs, that they are seldom without pupils from various and distant parts of the kingdom, with whom they have very handsome premiums.*—Amongst the present pupils may be reckoned the son of an Parl and the son of a Baronet;—who, from their abilities, attention, and anxious readiness to learn and work at every operation, we hope will do credit to the profession, and render the most essential services to their respective districts.
SECT. 3.—Rent.
The rent—of lands in this county used formerly to be clogged with payments in kind, and personal services: But these have been long disused, and the whole is now paid in money.—The rents are mostly due on the 12th of May and the 22d of November; but payment is seldom required till four or five months after being due.
The rent per acre must vary with the quality of the land, and other circumstances: At a distance from towns, and for the purposes of farming only, lands may be had from one shilling per acre up to 30 and 40 shillings:—Last year, a farm of upwards of 2000 acres was let for 20s. an acre, uninclosed, but tithe-free of grain:—One of 600 acres, at 24s. per acre, pays all tithes:—Another of 300 acres, at 35s. per acre, tithe-free, well inclosed, and in high condition, and several other large farms that pay tithes of every kind, have been let as high as from 27 to 37s. per acre; and some old rich grazing pastures along the sea-coast let for 40s. per acre.
SECT. 3.—Tithes.
Of this bane to Agriculture, we do not find any thing, peculiar to this county, which is not common to the rest. In some parts the tithes are collected with moderation, in others with all the severity that law can enforce; some let for a term of years at a fair rent, whilst others value and let every year.
SECT. 4.—Poor Rates.
In Newcastle they vary from 2s. 6d. to 4s. 6d. in the pound, in times of peace; but at present, All-Saints parish is as high as 6s. per pound, owing to the sea-faring people living mostly in this parish; and the sailors being impressed, their wives and children come for support upon the pairsh—At Hexham they are 2s. 6d.—Morpeth 3s. 6d.—Alnwick 1s. 10d.—Belford 2s. 6d.—Berwick 2s 8d.—Wooler 1s. 6d.—and in other parts of the county we find they vary from 6d. to 2s. per pound.
SECT. 5.—Leases.
Leases—for twenty-one years, are let on most of the principal estates, especially in the northern parts of the county. Some proprietors of land in the other districts let only for nine, twelve, or fifteen years. The general time of entry is the 12th of May.* The covenants vary with circumstances; but we think the following the best calculated for improvement, and the benefit of both landlord and tenant:
After the usual reservations of mines, woods, &c. and [Page 32]provisoes of re-entry on non-payment of rent or alienation, &c. the tenant covenants to pay the rent—all taxes—keep and leave all in repair—not to sell hay, straw, or other fodder, from off the premises—to lay the dung on the premises, except that bred the last year—not to sow any hemp, flax, mustard, or rape, except the last for green food—not to depasture more stints the last year, than were depastured for two years preceding—to destroy the moles yearly, and scale the grass grounds—to thresh the waygoing crop in an uniform manner, and deliver a daily supply of straw to the next tenant—to keep uneaten the lands sown with grass seeds in the last year of the term, from the first of October, except one half to be eaten by the offgoing tenant after the 1st of April, to the end of the term—to permit the lessor to sow grass seeds on the waygoing crop—and to plough the lands intended for fallow five months before the expiration of the term—to have no more ploughing than* acres at one time—to fallow yearly for wheat, turnips, or other green crops, one-third of the tillage lands, and lay upon every acre cart loads of lime, where necessary; or, in lieu thereof, cart loads of dung—not to keep any land in tillage more than three years at one time—to lay to grass yearly one-third of the tillage lands, and sow upon every acre pounds of clover, &c. (or other seeds suited to the soil;) to keep such lands in grass at least two or three years,† before they are ploughed out again—to lay down to grass, or have in grass the last three years, all those fields called —to keep in grass [Page 33]during the whole of the term, and at the end thereof leave in grass all those fields called* [...] and all such lands as shall be converted into watered meadows—to be at one half the expence of making new quick sences, and of cleaning and rearing them for seven years after first planted—and others, that situation or circumstances may require.
The lessor convenants, that the tenant shall have peaceable possession, and a waygoing crop from off two-thirds of the tillage lands, with the use of the stack yards, barns, and granaries, for twelve months after the expiration of the term; also to be at one-half the expence of making all new quick fences, and of cleaning and rearing them for seven years after first planted; with other covenants that may be agreed on, respecting building, &c.
SECT. 6—Expence and Profit.
The expence upon a farm may be estimated pretty near the truth, for a certain number of acres; but the profits depend upon so many precarious circumstances, such as seasons, mode of culture, produce, markets, &c. that we think any estimate of profits upon a particular farm, would be a very vague criterion for judging of the rest, and most probably would not suit any other farm of the same rent or magnitude in the county; we shall therefore state the expence of cultivating an acre, supposing a farm in the rotation of three years arable and three years grass—viz—
- 1 year oats.
- 2 turnips.
- 3 barley.
- 4 clover and other grasses.
- 5 clover and other grasses.
- 6 clover and other grasses.
[Page 34]And that the first year's clover carries six sheep per acre, the second year four, and the third year two sheep per acre:—Then the expence will be as follows.
First year—for oats | |||
£ | s. | d. | |
Ploughing and harrowing | 0 | 6 | 0 |
Seed and sowing | 0 | 14 | 0 |
Weeding | 0 | 1 | 0 |
Harvesting | 0 | 6 | 0 |
Threshing and winnowing | 0 | 5 | 0 |
Market expences and carriage | 0 | 6 | 0 |
1 | 18 | 0 | |
Second year—for turnips, drilled at 30 inch intervals. | |||
Ploughing & harrowing 5 times | 1 | 5 | 0 |
Lime, leading & laying on | 1 | 5 | 0 |
Leading dung | 0 | 8 | 0 |
Spreading ditto | 0 | 2 | 0 |
Seed and drilling | 0 | 1 | 6 |
Hand-hoeing twice | 0 | 6 | 0 |
Horse-hoeing twice | 0 | 1 | 6 |
3 | 9 | 0 | |
Third year—for barley, sown broad-cast. | |||
Ploughing & harrowing twice | 0 | 10 | 0 |
Seed 3 bush.* and sowing | 0 | 8 | 0 |
Weeding | 0 | 1 | 0 |
Harvesting, threshing, marketing, and carriage | 0 | 17 | 0 |
1 | 16 | 0 | |
Carried over | 7 | 3 | 0 |
£. | s. | d. | |
Brought over | 7 | 3 | 0 |
4th, 5th and 6th years—clover and grasses. | |||
Grass seeds sown on the barley crop | 0 | 14 | 0 |
Harrowing and rolling in | 0 | 1 | 0 |
Stoning, scaling, and catching moles for 3 years | 0 | 5 | 0 |
Attendance and other expences of sheep for 3 years | 0 | 12 | 0 |
1 | 12 | 0 | |
Taxes and cesses for 6 years | 0 | 18 | 0 |
Capital employed for cultivation, &c. | 9 | 13 | 0 |
Ditto for 12 sheep, at 26s. each | 15 | 12 | 0 |
Total capital employed on 6 acres | 25 | 5 | 0 |
The interest of which allowing 10 per cent. is | 2 | 10 | 6 |
To which must be added the expence of cultivation | 9 | 13 | 0 |
Gives the expence per year for 6 acres | 12 | 3 | 6 |
Or per acre | 2 | 0 | 6 |
The expences incurred for cultivation will be nearly the same, whatever the soil, but the produce will vary according to the quality of the land.
On good lands the produce may be,
1st year— | Oats, 45 bush per acre, at 2s per bush. | 4 | 10 | 0 |
2 | Turnips, per acre | 5 | 0 | 0 |
3 | Barley, 36 bush. per acre, at 2s 6d do. | 4 | 10 | 0 |
Carried over | 14 | 0 | 0 | |
£. | s. | d. | ||
Brought over | 14 | 0 | 0 | |
4th year— | Clover and grasses | 3 | 0 | 0 |
5 | Do. | 2 | 0 | 0 |
6 | Do. | 1 | 0 | 0 |
Value of produce in 6 years | 20 | 0 | 0 | |
Deduct expence of cultivation, &c. | 12 | 3 | 6 | |
Leaves the rent for 6 years | 7 | 16 | 6 | |
Or, per acre, per year | 1 | 6 | 1 |
If the value of the crops be,
1st year— | Oats, 30 bush. per acre, at 28 per bush. | 3 | 0 | 0 |
2 | Turnips, | 3 | 10 | 0 |
3 | Barley, 24 bush. per acre, at 2s 6d do. | 3 | 0 | 0 |
4 | Clover and grasses | 2 | 10 | 0 |
5 | Do. | 1 | 10 | 0 |
6 | Do. | 0 | 15 | 0 |
Value of produce in 6 years | 14 | 5 | 0 | |
Deduct expence of cultivation, &c. | 12 | 3 | 0 | |
Gives the rent for 6 years | 2 | 2 | 0 | |
Or, per acre, per year | 0 | 7 | 0 |
From the above statement it appears, that nearly the fame capital will be required to carry on a farm in tillage, at 7s. per acre, that it does one at 26s. per acre:—Therefore, a farm of good land of 100l. per year, will require less capital than a farm of bad land of 100l. per year; and also, that when the value of the crops in 6 years amounts to no more than 12l. such lands are improper for arable, and will pay no rent;—of course the most profitable mode of employing such soils, is to let them remain in pasturage.
CHAPTER V. IMPLEMENTS.
THE Carts—used in this county are mostly drawn by two horses; they are in general heavy, clumsy, and ill-formed, and such as we think few districts would wish to imitate; they are right-lined rectangular parallelopipedons; the general dimensions for a two-horse cart are 66 inches long, 40 inches wide, and 20 inches deep, and contain 24½ Winchester bushels, streaked measure:—The usual load for two horses in Winter is 30 bushels of wheat, and in Summer 36; the first about 17 cwt. and the latter about 20 cwt. or one ton.*
Single-horse Carts—are becoming more prevalent in several parts of the county.—Mr James Johnson, a common carrier at Hexham, has a horse 16 hands high that commonly carries from Hexham to Newcastle 24 cwt. and 20 cwt. back again; and there are instances of his having carried 26 cwt. from Newcastle to Hexham, which is a very banky, heavy-pulling road.
Waggons—drown by four horses, are used by some farmers [Page 38]for leading coals and lime; but we hope a few years will shew the absurdity of employing such unwieldy carriages, so destructive to roads, and of so little utility to farmers.
The swing Plough—made in imitation of the Rotherham plough, is in general use through every part of this county;* its form is constantly varying, no fixed rules being known for its construction; scarce two carpenters making them alike, differing widely in length and height of the beam, point of yoking, form of mould-board, &c. &c —To remedy these defects it was intimated, in the first edition of this Report, that "An Essay on the construction of the Plough, deduced from mathematical principles." would be soon offered to the public.—This Essay is now published,† from which we have extracted the following
"PRACTICAL CONSTRUCTION For determining the position and dimensions of the most essential parts of a Plough.
"That the operation of ploughing may be performed with the least loss of power, it is necessary to know the height and inclination of the horse's shoulder.
"While a horse is in the act of pulling, the inclination of his shoulder varies from 69 to 75 degrees, according to circumstances, the medium is 72 degrees; and the medium height of the point of draught on the shoulder of a horse, 15½ hands high, is 48 inches.
[Page 39]"These data being got from experiment, and the depth to be ploughed (suppose 6 inches) given,
"Draw a right line AB, and at any point (fig. 2, pl. 1) A, erect a perpendicular AP, equal to 48 inches.
"With AP as a radius, from P as a center, describe a quarter of a circle AQ, which divide into 90 equal parts or degrees.
"From P, through 72 degrees, draw a right line to meet AB in B.
"Set the length of the traces and swing-trees from P to H; this is commonly 102 inches.
"From H, upon AB, let fall a perpendicular HI, which measured on the scale that AP was taken from, will give the height of the beam HI=16½ inches.
"Then at the distance of half the depth the land is intended to be ploughed (in this case 3 inches) draw a line parallel to AB; and from C, where it intersects PB, let fall a perpendicular upon AB to S, which will give the point of the sock; and a line drawn through C, making an angle of 45 degrees with BA, will be the position of the fore-edge of the coulter.
"The heel of the plough will be got by setting the length of the sole 36 inches from S to L.
"The length of the beam will be determined by taking the distance from H to any fixed point, as S, or B, or L, and applying it to the scale of equal parts.—In this case
- HS=44½ inches.
- HB=53½ do.
- HL=79 do."
The form of the mould-board is such, that the sod to be raised presses equally against it on every part, from the sock point S, to where it leaves it at K; it also differs from other mould-boards in not beginning to take its rise from the bottom opposite to the heel L, but at least 12 inches farther forward towards the sock, and in being cut [Page 40]away at the bottom opposite the heel L, about 3 inches high, (from the sole) by which the turning of the sod is much facilitated.
For the demonstration of the principles from which the above construction is derived, as well as the investigation and practical directions for making the mould-board,* and finding the curve of the breast GS, with many other essential properties, we must beg leave to refer to the asore-mentioned essay; and only observe, that wherever these ploughs have been properly tried, they have answered the intention; being allowed, by all who have seen them at work, to go with more ease to the horses than any other.—The best mode of applying the draught, is by two horses yoked double, and driven with cords by the holder; which are sufficient for ploughing the strongest lands, and will in general do an acre per day.†
The single-horse Plough—for ploughing between the rows of drilled turnips, is represented in sig. 3, pl. 1, the mould-board of which moves upon two hinges, placed on the inside, and is set wider or closer as circumstances require, by the crooked piece of iron A (fixed to the stilt) being shisted along the flat piece of iron, placed upon the top of the mould-board with holes in it:—The width at the bottom when closest is 5 inches, and when widest, 9 or 10 inches.
The capstan is made with holes in it at C, for regulating the breadth of the furrows; and at D, for increasing [Page]
[Page 41]or decreasing the depth. The price of this plough, when compleatly finished, is 1l. 5s.
A double mould-board Plough,—is made by putting on another mould-board, with hinges on the other side, but about six inches longer.
A Horse hoe,—for hoeing the intervals between beans drilled at 30 inches distance is represented (fig. 4, pl. 1.) The beam AB is 5 feet long, and its height at B 16 inches: the curved sides, CF, DE, are described with a radius of 24 inches from G and D as centers; the length of the stilts from A to F, 42 inches; the length of the shanks of the hoes from G, to the underside of the beam, is 15 inches; their length, GH, 7½ inches; and breadth, GI, 5½ inches. This horse-hoe, with the coulters and hoes placed as in the figure, will penetrate and compleatly hoe strong lands in dry seasons, when it would be in vain to attempt to stir them with a plough or hand-hoe.
For hoeing the intervals between turnips, or other crops where the soil is light, the coulters are taken out, and other sets of hoes put in the holes made in the sides CE and DE, and end CD, to hoe from 18 to 30 inches at once; for this purpose, in dry seasons, it is preferable to the single-horse plough above described; and with proper formed hoes, will answer all the other purposes of expensive scufflers, cultivators, and quicken rakes; though no more than a single-horse be required to draw it, and its price be only 30 or 40 shillings, according to the number and variety of the hoes.
This implement answers very well for hoeing wheat or barley, drilled at 10 or 12 inch intervals, by making it a little wider, so as to take in four hoes.
Harrows.—A large heavy harrow called a brake, is commonly used for reducing rough land, especially fallows. [Page 42]Single-horse harrows, containing four bulls, and 24 tines or teeth, five or seven inches long, (below the bull) are generally used for harrowing-in seed, after it has had a singling by the brake; a man drives three horses, and every horse draws his own harrow. Some people use two horse harrows, joined in the middle by crooks and loops; and also small light harrows with short tines, for putting in grass seeds.
Rollers—for reducing cloddy land, rolling wheat in the Spring, and grass seeds, are mostly made of wood; they are generally 5½ feet long, and from 12 to 30 inches diameter: those used for slattening the tops of one-bout ridges, for drilling turnips upon, are 5 feet long, and 10 or 11 inches diameter; the framing is various, but that shewn in the annexed drawing is the most general (pl. 2, fig. 3.) The rope by which the drill is drawn is fastened to the bar B, and is slipped from one end to the other, at every turning, to suit the sowing. To prevent the accumulation of earth upon the roller, a thin piece of wood C, is placed at its back, to act as a scraper.
A drill for sowing Turnips, on the tops of one-boul ridges.—When this mode of cultivating turnips was first introduced, the only drill used was a hollow cylinder of tin, with a small hole in the bottom, thro' which the seed was shook: if this orifice be made of such size as to deposit a proper quantity of seed, it is very liable to stop, and of course large spaces are totally missed; if made so wide as to prevent this inconvenience, it then sows far too much: This defect induced me some years since to construct one upon different principles, which is now coming into general use.
The most essential parts of this drill consist of a solid cylinder C (fig. 1, pl. 2.) of iron or brass, 2 inches diameter, and 1 inch broad; on the surface are made or punched 15 or 16 cavities, of the form of a semi-egg, [Page]
[Page 43]cut length-ways, and so deep as to hold 4 or 5 seeds each. On the back part of this cylinder (a little below the top) is placed the hind part of the hopper, to which is fixed a piece of iron or brass GA, one inch long, and ¾ broad, hollowed on the inside into the form of a Gothic arch, (as in fig. 4.) the sides of which meeting the sides of the cavities in an oblique angle, prevent the seeds from bruising; at the lower end of this piece of iron (which may be called a gatherer) is made a slit 3/10 of an inch long, and 1/10 wide; and at the back of it, a thin flat piece of iron TE, moves up and down, by means of a screw S, at the top of the hopper, which enlarges or lessens the orifice O, directly above the cavities, and increases or diminishes the quantity of seed delivered, as the operator thinks necessary: —This slip of thin iron (which may be called a regulator) is let into a groove made in the board which forms the back part of the hopper.
This cylinder CY, before the cavities are made, is fixed on an iron axle LL, 1 inch square, and turned very true, as well as are those parts of the axle which turn in the collars, or thimbles, fixed in the shafts or handles DD, (fig. 2, pl. 2.) To the ends of the axle are fixed two wheels WW, 26 inches diameter, that turn the axle and cylinder round; which in passing thro' the hopper H (filled with turnip seed) bring forward in each cavity a number of seeds, and drop them into the spout P, which are conveyed by it to the coulter C, that forms a channel on the top of the one-bout ridge SD (fig 3, pl. 2.) for receiving them,—where S is the channel, and D the dung directly under the seeds.
If the cavities be made to hold 5 seeds when the regulator or tongue is screwed close down, and there be 16 cavities, it will then deposit 80 seeds in one revolution; and as the diameter of the wheel is 26 inches, the circumference will be 81½; in this case 80 seeds will be deposited [Page 44]in 81½ inches, or nearly 12 in a foot:—From this minimum quantity, by screwing up the regulator, the number may be increased gradually to 50 or 60 in a foot; which is far too much, unless in very particular and unfavourable situations.
The price of this drill, is 1l. 5s.
Drills,—for sowing the different kinds of grain, used in this county: not being able to regulate the quantity of seed, to suit different soils, seasons, &c. we mentioned in the first edition of this Report, that a drill was then making, which would remedy those complaints; a description and drawing of which, being published in the Appendix to the Essay on Ploughs, mentioned in p. 38, we take the liberty of extracting from thence, "A description of a drill, upon a new construction, for sowing all kinds of grain, in any quantity, and at any distance.
"The inside part of the drill, by which the quantity of seed is regulated, is represented by fig. 1. pl. 3, where AX is an iron axle, 1 or 1¼ inch square, upon which are fixed, at 9 or 10 inches distance, five, six, or more, brass fluted cylinders, the flutes being rather more than a semi-circle ⅝ of an inch diameter, or ⅝ wide and [...]/ [...] deep.
"RM are hollow cylindrical rims of hammered iron, which have segments turned down at right angles, to fit exactly the flutes of the brass cylinders; the cavities of which are increased or diminished by the segments of the iron cylindrical rims sliding backwards or forwards in the flutes. This is performed in all the cylinders at the same time, by a rectangular space (n) being made in the brass cylinders, through which passes a straight piece of iron IN, moving on friction wheels at J, and fastened to the plates at LK, and also to the cylindrical rims RM.
"LV is a lever, the fulcrum of which is F, and moved [Page]
[Page 45]by a screw S, passing through the frame at V. The end at LK is forked, and made to fit exactly the sides of the collar or plates of iron JK.
"By turning the screw S, the lever moves the whole of the rims at once, and the cavities are increased or diminished at pleasure,* and almost instantaneously, to sow any kind of grain, and in any proportion, which is shewn upon the scale EOP, by the index KO fixed to the end of the lever at K.
"Fig. 2, pl. 3. is a view of the machine when ready for work;†" and for a more particular description, for regulating the depths, distances, &c. we beg leave to refer to the above-mentioned Essay.
For Turnips,—the large hopper is taken off, and a set of small ones sixed upon the half-egg cavities at the end of the brass cylinders: The quantity is regulated by a tongue screwing up and down, as described in the turnip drill (fig. 1, pl. 2.)
For sowing beans or pease at wide intervals, viz. from 27 to 30 inches, I use a drill with only one wheel and one cylinder, which a man wheels before him in the furrow, or (what I find much better) it may be fixed in the body of a small plough, (drawn by a single horse) with one stilt that passes between the wheel and the seed-box, (fig. 5, pl. 1.) By this means the wheel moves along a smooth surface between the land-side and mould-board M, and the seed is deposited at a regular depth: two inches answers very well for beans. With the same small plough and drill I have sown both wheat and barley, at different [Page 46]intervals from 6 to 12 inches, and 1½ or 2 inches deep, with good success; and, for small concerns, this cheap and simple apparatus will probably be found the most eligible.
It is fixed to the plough by two pieces of iron going from the ends of the drill; one to the beam at B, and the other to the stilt at C, and moving round, on bolts, allow the wheel W to fall and rise with every accidental hollow or eminence.
The low part of the coulter is knee'd or bent, to bring it to the same plane with the land side of the plough.
Threshing Machines— are now becoming general in the northern parts of the country; they are all upon the principle of the flax mill; which principle was first introduced into this county for threshing corn, by Mr Edward Gregson, near 32 years since; the machine he used was worked by a man, who could thresh with it 12 bushels of wheat in a day; but being hard work, and Mr Gregson dying soon after, it was neglected. Mr Wm Menzie, who was servant with Mr Gregson at the time, says "that his master took the idea from a small flax mill which a Scotchman travelled the country with, for the purpose of swingling the flax which the farmers grew for their own use: this portable flax mill was carried in a cart from one farmhouse to another, being a cylinder of 5 or 5½ feet diameter, and 18 inches wide; the switchers were driven by his foot, with a crank like a cutler's wheel; and that the threshing machine Mr Gregson had, was made at that time, and exactly the same as the said flax mill."—Mr Tho. Gregson thinks that his brother Edward had seen something of a similar nature in Scotland, probably the same which Mr D. Meldrum gives an account of, about the same time, in a letter to Mr William Charge of Cleasby, in the county of York, which he describes as being the same as the flax mill; that it threshed 150 bushels of [Page 47]oats a day, which dropped through a skreen into a winnowing machine, that dressed at the same time.
Some time after this, Mr Oxley erected a threshing machine at Flodden, moved by horses, in which the corn was fed-in betwixt two fluted rollers, and struck by switchers, placed as those are in the present machines; only they are hung on hinges. Those in use now, are fixed as were those of Mr Gregson's. The complaint of Mr Oxley's machine was, that it did not thresh common oats clean, probably for want of velocity; for it is found in the machines now used, that if the switchers move with a velocity of 1500 feet per minute, they will not thresh clean; and experience has proved, that to thresh common oats clean, requires a velocity of 2500 feet per minute.
Mr Ilderton erected two threshing machines, one at Ilderton and another at Hawkhill, worked by horses, the principle of which was to rub the grain out by projecting pieces of wood, (on the circumference of a large cylinder) rubbing against several fluted rollers: he used it many years, but it was frequently necessary to put the straw twice thro' before it was perfectly clean.
We were informed by the late Sir Francis Kinlock, Bart. of Gilmerton, Scotland, that while he was attempting to perfect Mr Ilderton's machine, he saw a portable flax mill, made for the use of poor families, worked by a man. It struck him that it would thresh corn, and he got one made, with the addition of two smooth rollers for taking in the corn; the work being too hard for a man, he sent it to Mr Mickle's mill, to have it tried by water: soon after, Mr Mickle's son built a threshing mill at Kilbogie; and after ten or twelve had been erected in the neighbourhood, by other workmen, he applied to Mr Kinlock to take out a patent, who told him that he did not look upon it as an original invention, and that a patent [Page 48]would not be of any use. Some time after this, Mr Mickle took out a patent (for England only) in his own name, for the purpose we suppose of securing to himself his own combination of wheels, &c. for movement of the various parts, as the leading principle of the machine had been applied to the same purpose at least 20 years before.*
At their first introduction into this county, the corn and straw were thrown out together upon the floor, and caused great confusion: to remedy this, a skreen was added, thro' which the grain dropped into a winnowing machine, and from off the skreen the straw was taken by a man: but a circular rake, invented about eight years since,† performs the operation much better; and at the same time saves a considerable expence. This rake is now added to all those that have been lately erected; and only causes an addition to the machinery of one light wheel. These machines are moved both by water and by horses; two, four, and even six of the latter are sometimes employed; the former is certainly the best power where it can be obtained.
From a review of the whole, it appears that the principle of the flax mill had been applied by different persons at different times, for the purpose of threshing corn; and since its being more generally used, different persons have invented and used various combinations of wheels and other contrivances to effect the same purpose, and render the machine more perfect.
The simplest and most useful combinations and contrivances are certainly the best: but whose are entitled to [Page 49]this appellation we do not pretend to determine; the public must judge for themselves.—The combination we shall offer is different to any we have seen, for which reason, and being that where the first circular rake was applied, we shall give
A description and calculation of a Threshing Machine erected at Chillingham.
In pl. 4, fig. 1, BB, is a horizontal board or table 5 feet long by 3 ft. 4 ins. broad, on which the corn CC is evenly spread, and presented to the cast-metal fluted rollers RR (4 inches diameter) which take it regularly in, and by their weight and sharp edges hold fast the straw, while it is struck, switched, or threshed, by the switchers, or pieces of wood SSSS, fixed in the cylinder DD, and projecting 3 inches from its surface;* these, when they strike the corn, move in an upward direction RE, with great velocity, and throw the corn as it is threshed, and the straw as it leaves the fluted rollers, against the circular rake KK, and upon the wire skreen G, from whence the straw is taken by the rake, and delivered upon the sloping board L, down which it slides to the floor N, while the corn passes thro' the skreen G into the hopper H, and from thence to the inclined board I; but in falling from H to I, a strong current of air, raised by the fanners FFF, blows the chaff over the sloping board O, and the light corn against it, which falls into the space P, and the chaff into M, while the good grain slides down the inclined board II, to the floor at Q, from whence it is taken and put into a second winnowing machine, in which are placed proper riddles to suit different kinds of grain: This second machine is moved by a rope going [Page 50]over a pulley, fixed in the axle T, and is set a-going, or stopped, at pleasure, by a stretching pulley, as occasion requires.
Where the situation will admit of the board II, being placed about 4 feet from the floor, the second winnowing machine may be placed directly under it, and save the trouble of lifting the corn.
To find the velocity of the particular parts,—we must divide the product of the number of cogs in the driving wheels, by the product of the number of cogs in the driven wheels, and the quotient will be the number of revolutions made by the last moved part, for one of the first moving part.
The whole is put in motion by an overshot water wheel 14 feet diameter, which makes from 5 to 6 revolutions per minute, according to the supply of water; on the axle of this water wheel is fixed a large spur wheel aa, of 160 cogs (152¾ inches diameter) which drives a cast-metal pinion b, of 16 cogs (15, 28 inches diameter) on the axis of which is placed another spur wheel c, of 63 cogs (60, 1 inches diameter) that drives the cast-metal pinion d, of 16 leaves, (15, 28 inches diameter) on the axis of which is fixed the cylinder DD, (4 feet diameter, and 5 feet long) with the four projecting pieces of wood, or switchers, SSSS, that switch or thresh the corn, as described above.
Then 160/16 × 63/16 =39,375, | the revolutions of the cylinder for one of the water wheel, |
which, multipled by 5,5, | the medium revolutions of the water wheel per minute, |
gives 216,562, | the revolutions of the cylinder per minute; |
this multiplied by 4 | the number of switchers, |
gives 866,25 | the number of strokes per minute. |
And as the diameter of the cylinder is 4 feet, the circumference will be 12,56;
therefore 216,5625, | the revolutions of the cylinder per minute, |
multiplied by 12,56 | feet, the circumference of the cylinder, |
gives 2720 | feet, the velocity of the switchers per minute. |
The large spur wheel a, also drives the light cog wheel [...], of 63 cogs (60, 1 inches diameter) fixed on the axis kl, of the rake, for taking away the straw.
Then 1 [...]/ [...]=2,54 | the number of revolutions, which the rake makes for one of the water wheel, |
multiplied by 5,5 | the revolutions of the water wheel per minute, |
gives 13,97 | nearly 14, the revolutions of the rake per minute; which having 4 arms, will clear the screen of straw 56 times per minute. |
The Rollers,—are moved by the pinion b, of 16 leaves, working into the slight cast-metal wheel f, fixed on the iron axis ii, of the lower roller, on which axis is also fixed a small pinion g, of 8 leaves, working into another h, of equal number, fixed on the axis* of the upper roller, which gives the two rollers an equable motion, for taking in the corn.
Then 169/16; × 16/30 = 4,444, | the revolutions of the rollers for one of the water wheel, |
multiplied by 5,5 | |
gives 24,44, | the revolutions of the rollers per minute. |
And the diameter of the rollers being 4 inches, the circumference will be 12,566 inches;
therefore 12,566 | inches, the circumference of the rollers, |
multiplied by 24,44, | the revolutions of the rollers per minute, |
gives 307,1 | inches of straw passing thro' the rollers per minute; which 307 inches receive 866 strokes of the switchers in that time, or nearly three strokes to an inch. |
When the rollers are required to move swifter or slower, they may be driven very conveniently from the end of the axle of the rake, by fixing a cast-metal faced wheel on it, with three rows of cogs, (8, 10, and 13) working into a shifting pinion of 8 leaves, fixed on an iron axle; at the other end of which is put a small bevel wheel of 12 teeth, working into another of 8 teeth on the end of the axle of the lower roller.
The Fanners,—are moved by a crossed rope, passing over a pulley T, 10 inches diameter, fixed on the axis of the cylinder, and another V, of 8 inches diameter on the axis of the fanners. Then as the axle of the cylinder makes 216,56 revolutions per minute, we have 216,56 × 10/8 = 270,7 revolutions of the fanners per minute.
From the above it appears, that when
- The water wheel makes 5½ revolutions in 1 minute,
- The cylinder will make 216½ ditto,
- The rollers — 24½ nearly,
- The rake — 14 ditto, and clears the skreen of straw 56 times per minute.
- [Page 53]The fanners — 270¾ ditto,
- The switchers make 866 strokes per minute, and move with a velocity of 2720 feet per minute.
The rollers take in nearly 300 inches of corn per minute: The medium length of good oats is about 30 inches; and, supposing half a sheaf put in at a time, a whole sheaf will then be equal to 60 inches:
Therefore 300/60 = 5 sheaves per minute; which agrees with the usual rate of going of this machine, when supplied with a medium quantity of water. From some experiments lately made, 120 sheaves of oats were threshed in 22 minutes, and yielded 12 bushels, which is at the rate of 33 bushels per hour, or 264* per day of 8 hours.
The expence, for the attendance on the threshing and dressing part of this machine, is only that of three women, viz: One to feed-in, another to hand the sheaves to the feeder, and the third to take away and riddle the corn after it is winnowed; of course the expence of threshing and dressing 264 bushels is only 1s. 6d.
The expence of threshing the same quantity by the flail, would be one twenty-fifth part,† or 10½ bushels, which at 2s. per bushel is 21s.; to which must be added 2s. the expence of a man and two women, to assist in winnowing, making in all, 23s.
The expence of erecting a threshing machine of this [Page 54]kind, was from 70 to 80l.; but since the advance of wood, iron, and wages, it will be now near 100l.
Machines of small dimensions are erected for about 50l. which, with 2 horses, will thresh and dress 120 bushels of oats, or 60 of wheat, in 8 hours.
Rollers, or small Millstones, are added to many of these machines, for crushing or grinding grain, for horses, swine, &c. Knives for cutting straw, and many other useful appendages, might be added.
The Winnowing Machine is in universal use here; we believe very little, if any corn is dressed by any other means: They were first made by a farmer of a mechanical genius called ROGERS, who lived at Cavers near Hawick, and whose grandson, now a carpenter there, still makes them, perhaps of as useful a form as any other person, and at as low rates as from 2l. 8s. to 3l.
Old Rogers, we are told by his descendant, happened in the year 1733 to see a machine, thrown out of the way as useless, in an old granary at Leith, of which he took such notice, that, on his return home, he set about making one, the utility of which soon recommended it to many principal farmers: in a few years they were universally used, and are now become so absolutely necessary, where large quantities of corn are to be dressed, that it would be attended with considerable inconvenience to do without them; of such great utility has been the superior discernment of this ingenious and unnoticed individual!
The present Mr Rogers says, he believes the machine his grandfather saw at Leith, was brought from Holland: An anonymous remarker, who signs himself a Scotch Farmer, states "that it was first introduced by the late celebrated Andrew Fletcher of Saltoun, along with the barley mill, from Holland, in the year 1711;" and we have somewhere read or heard, that the Dutch brought it [Page 55]from the Chinese, which is corroborated by the information we lately received from the Honourable Mr Douglass,* who was shewn (when on his travels in France) by the late Duke de Rochefoucalt, a set of Chinese drawings, representing the culture of rice in all its stages, from the first planting to its being prepared for sale, and that the last drawing was a representation of the dressing or winnowing, which was performed by a machine exactly similar to that we now use for the same purpose.
Dr Desagulier's blowing wheel, which he presented to the Royal Society in 1734, is exactly on the same principles.
Two men and three women will winnow, dress and measure up into sacks, 250 bushels of oats, or 150 bushels of wheat, per day,—the expence 3s. 8d.
A pair of pruning shears, represented in fig. 1, pl. 5, have been particularly recommended by Mr Tweddell, of Threepwood, to the President of the Board, as being superior to any other implement for the purpose of cutting hedges.—They consist of a strong sharp knise 6 inches long, moving betwixt two square-edged cheeks; the upper handle is 2 feet 6 inches long, and the other 2 feet 3 inches.
There are many other implements used in this county, but as we believe most of them are such as are well known in other parts of the kingdom, it would be of little use to describe them here.
CHAPTER VI. INCLOSURES.
THE parts of this county capable of cultivation are in [Page 56]general well inclosed by live hedges; the only exception is a small part of the vales of Breamish, Till, and Glen: but even here, the advantage of having well-fenced fields is so well understood, and so much desired by the tenants, that we hope, in eight or ten years, the whole of this valuable district will be inclosed by proper fences.
The size of inclosures varies with the size of farms. In some parts, from two to six or eight acres; in the northern parts, where the farms are large, the fields are from 20 to 100 acres.
The fences most generally used for new inclosures, are earth mounds; at the base of which, and on the edge of the ditch out of which they are raised, are planted the quicks, generally upon a turned sod six inches high; which we think too low, as we always find the quicks grow much better when planted three sods high, with the thickness of two surface sods laid under their roots. This in most cases doubles, and in thin soil trebles, the surface soil, and forms a thick bed of the best earth for the roots of the quicks to grow in, as will be more clearly seen in the annexed sketch of such a sence, fig. 2, pl. 5, where AB is the ditch, 4½ feet wide at top; BCD the mound; the base BD, six feet wide; and height CD, four feet. Q, the quicks planted upon three turned sods, at least 15 inches high, with surface sods and soil 12 inches thick, under and behind their roots.—The expence of making this kind of fence, is 1s. 4d. per rood of 7 yards, exclusive of quicks and railing.
The quicks should never be planted nearer each other than nine inches, and upon good land a foot. Quicks four or five years old, with strong clean stems, are always to be preferred to those that are younger and smaller.
It is a custom, in some parts, to clip young quicks every year; this makes the fence look neat and snug, but it checks their growth, and keeps them always weak in the [Page]
[Page 57]stem, and, when they grow old, open at bottom; while those that are left to nature, get strong stems and side branches, which by interweaving one with another, make a thick and impenetrable hedge, and if cut at proper intervals, (of nine or ten years), will always maintain its superiority, over those that have been clipped from their first planting. In point of profit, and of labour saved, there is no comparison; and for beauty, we prefer nature, and think a luxuriant hawthorn in full bloom, or loaden with its ripened fruit, is a more pleasing, enlivening, and gratifying object, than the stiff formal sameness produced by the shears of a gardener.
Walter Trevelyan, Esq of Nether-Witton, shewed us a new mode of raising fences:—He erects an earth mound (fig. 3, pl. 5,) 7 feet wide at bottom AB, 4 feet wide at top CD, and 5 feet high; on the middle of the top he plants a row of quicks Q, and on each side at 2 feet distance puts in willow slakes WW, an inch in diameter, and 1½ or 2 ft. long, sloping outwards, which take root and form a live fence, for the preservation of the quicks in the middle — These stakes are at first bound together by a kind of oddering; at the time we saw them they had been only two years done, of course no judgment could be formed, for some years to come, whether it possessed superior advantages to the mode above-described: It appeared to us an experiment yet undetermined. In some situations, we are inclined to believe, it may be very useful, especially in cold, soft, marshy soils: Whether it will be superior in all, we still entertain some doubts; but are persuaded, that a full trial will be given, by the spirited improver who is making the experiment.—The expence is 2s. 6d. per rood of 7 yards.
Stone Walls are also used for fences in some situations; the usual dimensions are 2½ feet at bottom, 15 or 16 inches at top, and 4 to 4½ feet high: About half way up [Page 58]a row of through-stones are put, at the rate of 9 or 10 in a rood of 7 yards, and on the top a coping of sods, or stones set edge-ways; the latter is preferable, as being the most lasting, and presenting a more awful aspect, to deter the Highland sheep from attempting to leap them— The expence of making these walls is from 5s. 6d. to 6s. 6d. a rood of 7 yards, for winning and walling: The expence of leading depends on the distance.—Twelve or fourteen cart load will do a rood.
The advantages of inclosing private property in this county principally arise from separating lands of different qualities, which can, by these means, be employed in such culture, or depastured by such stock, as the occupier thinks most suitable; and, where sheep are kept, they feed with more facility and readiness, being freed from the whims of the shepherd, and the teazings of his dog; and, by separating the dry ground from the wet, a stock-master has it more in his power to avoid that fatal malady, the rot.
Gates are made of various forms, but agree nearly in size, being generally 8½ feet wide, and from 4¼ to 5 feet high, with 5 strong bars about 3½ inches deep, and a weaker one about 1 inch square, placed between the two lowest bars.—The lighter a gate is, especially in the forepart, the better, provided it be sufficiently strong; for this reason the top bar should be considerably stronger than the rest, as it is the most liable to be broken, especially where horses are kept, if not made so high that they cannot easily get their necks over it. The most approved form is that represented, fig. 4, pl. 5.
Hanging Gates, so as to have a proper fall or tendency to shut of themselves, being little understood by carpenters, we hope the following directions for effecting that purpose may be acceptable.
Having set the post perpendicular, let a plumb-line, [Page 59]AB, be drawn upon it: on this line, at a proper height, place the hook C, so that it may project 3½ inches from the face of the post; and at a convenient distance below this, place the lower hook D, 1½ inches to one side of the perpendicular line, and projecting 2 inches from the face of the post; then place the top loop or eye 2 inches from the face of the "hawtree," and the bottom loop, 3½ inches:—Thus hung, the gate will have a tendency to shut in every position.*
This principle has been long known and practised, in hanging gates that open both ways.
CHAPTER VII. ARABLE LAND.
SECT. 1.—Tillage.
THE arable lands of this county being under various systems, and directed by various opinions, the management of the tillage must differ considerably.—In the operation of ploughing, it is generally agreed that the breadth of the furrow should be about 9 inches, and the depth from 4 to 6 or 7 inches.
It was formerly the general practice not to plough the lands intended for fallow till after Spring seed-time, (and very often delayed till May, or even June) but now the fallows are ploughed before Winter, to meliorate by the frost.—In the middle of April or beginning of May, those that are intended for turnips or potatoes are harrowed [Page 60]and ploughed across, and, where necessary, rolled with a heavy roller; the same operations are repeated two, or three, or more times, until it is thought sufficiently fine and clean for sowing or planting.
Those that are intended to be naked sallow for wheat, receive three, four, of five ploughings through the Summer; but are seldom harrowed, it being thought an advantage to wheat to have the land cloddy.
On those fallows where quickens or couch grass, &c. are found, every exertion is used to extirpate them, by harrowing, gathering and burning, or leading off, so long as the smallest remains are visible. The lime and manure are mostly laid on before the last ploughing.
For barley, it is the general custom to plough only once; but the best cultivators seldom sow this grain without giving two or three ploughings, especially when the land is to be sown with clover and grass feeds.
Every other species of grain is sown after one ploughing, except when beans or pease are to be drilled.
Trench Ploughing, is practised by a few; it is an excellen mode for breaking up grass lands, and is performed by two ploughs following each other in the same furrow; the first plough paring off the surface, from 1 to 1½ inches thick, and turning it into the bottom of the last-made furrow: While the second plough, going 3 or 4 inches deeper, turns upon it a sod of friable earth, which being destitute of tough fibrous roots, harrows to a sine mould with little difficulty.
This practice entirely obviates the objections to drilling upon clover lea, and the additional expence will not be more than 4s. per acre, which, put in competition with the advantages to be derived from it, will leave a considerable balance in favour of the practice: in breaking up old swards, on clayey lands, the expence is almost saved in the harrowing; on such soils it will be found of great [Page 61]service, if they are thus ploughed in Autumn, they may be easily drilled with beans or pease in the Spring, and the subsequent hoeings performed with facility; operations that would be very difficult to perform, when ploughed in the manner usually practised.
The Ridges are of various forms and sizes.—On the deep soiled lands, that were used as arable some centuries since, the ridges are mostly very high, broad, and crooked;* upon lands that have been lately brought into cultivation, they are straight, nearly flat, and in general about twelve or fifteen feet broad; on dry lands, they are quite flat, and alternately gathered and split. A breadth of fifteen feet answers best for sowing broad-cast at two casts.
A few years since, the ploughing, and various other purposes, for which draughts are wanted upon a farm, were performed by horses, which in ploughing or harrowing are always yoked double, and driven with cords by the ploughman, and in general plough an acre a day; but in the season of sowing turnips, one and a half, or even two acres, are frequently ploughed, on fine light soils. But since the great advance in the price of horses, oxen have been more used, especially for the purposes of ploughing, and carting about home.
They are harnessed both with yokes and collars. Where three or four are used, a boy is allowed to drive; when two,† the man that holds the plough drives with cords. They only plough half a day at a time; one half of a team being used in the forenoon, and the other in the afternoon.
SECT. 2.—Fallowing.
The practice of making naked fallows on all kinds of soils, once in 3 or 4 years, was general thro' this county, till the introduction of turnips; in a few years the fallows of the dry lands were covered with this valuable plant. On such other soils as were found improper for this root, the naked fallows still prevail, with an almost universal opinion, that it is absolutely necessary to the fertility of the land; yet there are some few who dare to doubt this long-established doctrine, and presume to think, that naked fallows might be dispensed with in many situations, by cultivating leguminous crops, drilled at wide intervals, to admit being ploughed, or horse-hoed between: to which, if proper hand-hoeings be added, the land will be as well prepared for wheat, as if it had been a compleat naked fallow.
This is not advanced on speculation or theory; instances can be produced, where no naked fallows have been made on fields of strong loam for 12 years, yet they are as clear of quickens, couch-grass, or other pernicious weeds, as any fields in the district, that have been under naked fallow two or three times in the same period.*
Whether fallowing is or is not necessary, has been much agitated of late years; so much so, that the different partisans have obtained the appellation of "fallowests," and "antifallowests:" It happens to be one of those subjects which can never be determined by reasoning, opinions, or bold assertions; fair experiments only can resolve it; and whatever may be the results of such experiments, [Page 63]it may be justly concluded, they will be the same in similar soils, climates, and situations.
Tho' we are diffident in giving a decided opinion upon so important a subject, yet from observations made on the above facts, we cannot help being inclined to think, that the quantity of maked fallow might be very much reduced, and in another century will probably be totally abolished, if no fortuitous circumstances arise to check the exertions and spirit for improvement, which have been so prevalent of late years, and so generally diffused thro' this district.
SECT. 3.—Rotation of Crops.
The most prevailing rotation was,
- 1 fallow
- 2 wheat
- 3 oats
- 4 fallow, &c.
repeated for two, three, or four fallowings:—Upon the strong lands along the sea-coast, instead of oats after wheat, they generally substitute pease or beans, or beans and pease mixed; when laid down to grass, it is sown with grass seeds, and continued in grass seven or more years.
On dry soils, after ploughing out from grass, the rotation was,
- 1 Oats
- 2 Oats
- 3 Turnips, sown broad-cast, limed and dunged and twice hand-hoed.
- 4 Barley or wheat, sown up with clover and ray-grass, and continued in grass from four to seven, or more years, depastured principally with sheep.
The best cultivators use the following rotations, according to soil, situation, and circumstances.
- 1 Fallow
- 2 Wheat
- 3 Clover for 1 or 2 years, depastured with [Page 64]sheep.
- 4 Beans or pease.
- 1 Turnips, drilled at 30 inches intervals.
- 2 Barley
- 3, 4, Clover and grass seeds; for 2 or 3 years, depastured with sheep, and a small proportion of cattle.
- 5 Oats
- 6 Beans, or pease, drilled at 30 ins. intervals, horse and hand-hoed.
- 7 Wheat, drilled from 9 to 12 ins. intervals, horse and hand-hoed.
Sandy and dry light loams,—after being ploughed out from grass,
- 1 Oats.
- 2 Turnips, drilled at 30 ins. intervals.
- 3 Barley or wheat, drilled from 9 to 12 ins. intervals, hoed and sown up with clover and grass-seeds, depastured with sheep, (and a small proportion of cattle) for three or more years.
This last rotation has been practised of late years, and is becoming more general, not only upon the turnip soils, but upon the strong clayey lands, substituting naked fallows, or beans drilled at 30 ins. intervals, instead of turnips; and those who have tried it on such strong lands, find, that after two or three years clover and grass seeds, depastured with sheep, the land will grow good crops of oats, which they could never get it to do under their old system.
Those who have practised the Norfolk system on thin light soils, find their crops grow worse, especially the turnips and clover, and many have been obliged to adopt this system, by which they find their lands renovated; [Page 65]and, instead of having to complain, that their soil was "tired of turnips and clover,' they now find, that it produces abundant crops, and that every rotation brings it nearer its former fertility.
SECT. 4.—Crops commonly cultivated.
WHEAT.
The preparation, for the greatest quantity of wheat raised in this county, is naked summer fallow:—Of late years considerable quantities have been grown after turnips; it is also grown after rape, clover, beans, pease, tares, and potatoes.
The kinds of wheat grown here include many varieties, and as they are known by different names in different districts, we are afraid, that by barely mentioning their names, a very different variety may be taken for the one we mean; and tho' we despair of pointing out such marked distinctions as accurately to distinguish them in all cases, the shades of difference being often very small, yet we hope there are some leading features which may help us to attempt an arrangement, and in some measure better enable our readers to ascertain the variety intended; for this purpose we shall divide them into two orders: viz. the smooth chaffed, and the downy chaffed, of which we shall enumerate the principal varieties now grown in this district.*
1. Smooth chaffed: with a few short awns towards the top of the ear.
Zealand—ears long and large, spicula very wide set, 9 in 3¾ inches, chaff white, sometimes with a tinge of brown, [Page 66]opening and shewing the grain; straw very long, grain white and large.
White-Kent—ears middle sized, 9 spicula in 3¼ inches, chaff white, opening and shewing the grain when ripe, straw shorter than the last, grain white.
Golden ear—ears short, spicula very close set, 9 in 2¾ inches, chaff a yellowish light brown, short; the grain white, and easily shook out by the wind.
Burwell-red—ears long and large, spicula very wide set, 9 in 3¾ inches, chaff a dark brown red, large and closed on the grain, straw long, grain red.*
II. Downy chaffed: with a few short awns towards the top of the ear.
Woolly-ear—ears middle sized, spicula close set, 9 in 3 inches, chaff white, closed on the grain, straw long, grain white.
Velvet ear, or little wheat—ears small, spicula close set, 8 in 2¾ inches, chaff white, closed on the grain, straw short, grain white, smaller, shorter, and plumper than the last;† and the appearance of the ear is less in every dimension.
The downy chaffed wheats have shorter straw, and are less liable to have the grain shaken out by winds (the chaff embracing the grain more closely,) than the smooth chaffed tribes, which is a considerable advantage; but then we are apprehensive that this downiness makes them retain the dews and moisture upon the ear much longer [Page 67]than the smooth chaffed kinds, and probably renders them much more liable to be affected by those diseases which give a dusky dark shade to the chaff, and a rusty cankering upon the straw; as we recollect few instances of smooth chaffed or red wheat being troubled with this disease, of course the downy chaffed kinds are most proper for windy open situations, and the smooth chaffed to well sheltered inclosed districts.
The seed is selected with great attention from the most perfect samples, and the practice of changing seed is thought advantageous; for this purpose more or less new seed is every year imported from distant parts, as Kent, Essex, Huntingdonshire, Cambridgeshire, &c.—New seed is preferred to old, and that immediately after being threshed, rather than what has lain long in a granary.
Steeping in chamberlye, and powdering with quick lime immediately after, to make it sufficiently dry for sowing, is generally practised; the smut is seldom seen where this is properly performed,* and some go so far as to say, that it will cure smutty seed;†— it is done by throwing the [Page 68]wheat into a vessel full of chamberlye, stirring it about with a strong stick, and skimming off the light grains as they appear on the surface; when this is done, the liquor is let off, (by a plug or cock at the bottom of the vessel) and the wheat taken out and mixed with quick lime; after this, the sooner it is sown the better, because it is apt to heat and spoil if suffered to continue in the sacks, or in large heaps; but if dried and spread thin on a granary floor, will keep several days.
If the grain remains too long in very putrid chamberlye, its vegetative powers will be injured; 5 or 10 minutes are as long as it should be suffered to continue.
The quantity sown, is from two to three bushels per acre broad-cast, according to times of sowing, nature and condition of the land, &c.—Those who drill at 10 or 12 inch intervals, find 1½ bush. per acre amply sufficient.
The time of sowing, on the lands that receive a naked summer fallow, is September and October; after drilled beans, October and November; and after turnips, all thro' the winter, (as the land is cleared, and weather suitable,) until the middle of March.—In the year 1795, many hundred acres were sown in Glendale Ward so late as the beginning of April, which was all well harvested, and produced, on an average, about 24 bush. per acre, of excellent grain; in many cases superior to that sown in the autumn: which was rather singular, as it is generally expected that wheat sown so late does not produce the grain so well perfected, as that which is sown earlier.—This lateness of sowing was occasioned by the snow lying so late in the spring.—And we are disposed to think, from [Page 69]many experiments, that on those light soils, the month of February is the best and safest seed-time for wheat, maslin, and rye, of all others in the year.
For spring sowing, the golden ear, and the Burwell-red wheats, are preferred to all others; except where the land is in such high condition as to endanger the crop lodging; then the velvet ear is used, as not being so apt to lodge, from the shortness of the straw.*—The Triticum Aestivum, (Siberian wheat,) or spring-wheat, was introduced and strongly recommended about twenty years since; but wherever we have seen it tried, the crops have been uncertain, and produce small: and tho' this flinty kind will ripen, if sown even as late as April, or beginning of May, yet it has not been able to maintain a struggle with the varieties above specified, and is now totally given up.
The culture whilst growing, of the broad-cast crops, consists only in hand-weeding:—Such as are drilled, are hoed once or twice, as well as hand-weeded where wanted. These hoeings not only destroy the weeds, but make a fine preparation for the clover and grass seeds; which seldom fail where this operation is properly performed.
For drilling,—we find that ridges of 78 inches wide, are the most convenient; on these we drill 6 or 8 rows, the horse going in the furrow; 3 or 4 rows are deposited on each side; and being afterwards deeply water-furrowed, the land is kept much drier through the Winter, than when in broader ridges; a matter of considerable importance to a wheat crop on moist soils.
[Page 70] The produce varies considerably, according to soils, seasons, culture, &c. from 24 to 30 bush. per acre may be taken as a fair average crop, under favourable circumstances, as high as 50 and even 60 bush per acre sometimes occur.
The manufacture of wheat into flour for exportation, is principally carried on at Alemouth, Waren, and a few mills near Berwick; what is done in the vicinity of Newcastle and other places is principally for home consumption.
RYE
Was formerly the principal grain grown upon all the dry, sandy, and light soils; but since the use of lime, and the introduction of turnips and artificial grasses, it is rarely cultivated, [...]xcept upon very sandy soils;* it is sown after turnips or clover, from September all through the winter, till the beginning of April.
The quantity sown is about two bushels per acre.
The produce from twenty to thirty bushels per acre.
Upon lands intended for turnips next summer, it is frequently sown in August and September, along with rape, as spring feed for sheep, which often proves very valuable in the month of April.
Manufacture.—The principal part of the rye grown in this district, as well as considerable quantities imported from abroad, is consumed in the southern parts of the county, it being the most general bread of the labouring people in that quarter:—After being leavened, until it gains a considerable degree of acidity, it is made into loaves, and baked in a large brick oven, or made into [Page 71]thick cakes, 1½ or 2 inches thick, called "four cakes," and baked on the girdle:—The bread is very firm and solid, dark coloured, and retains its moisture or juciness longer than any other bread we know.
MASLIN
(That is wheat and rye mixed) is sown in some parts of the county; the preparation, quantity sown, and produce, are much the same as wheat; its application is for household bread, for which purpose many people think it superior to wheat alone, especially when the proportion of rye is betwixt ¼ and ⅓ of the whole.
It has been remarked, that when wheat and rye are grown mixed in this manner, the grains of each are larger and more perfect than when grown singly, without any admixture.
BARLEY
Is generally sown after turnips:—In Glendale Ward a few farmers cultivate it in drills, with 9 or 12 inch intervals.
The kinds most commonly cultivated are,
1st. The common long ear'd barley, which being early, productive, and best liked by the maltsters, is by far the most prevalent.—This variety is distinguished from the next by the skin having a light red or purplish tinge a little before it is ripe, and being marked with 7 dark red lines, running longitudinally along the back of the grain, and may be called the red stroked, or dark skinned barley.
2d. A variety of the long ear'd barley, the awns of which drop, or are easily shaken off when ripe; from the grain being shorter, plumper, and rounder bodied than the common sort, it is preferred by the millers for making into pearl barley.—This variety ripens later than the common [Page 72]kind, or red stroked barley, by near a fortnight, and is distinguished from it by the grains being closer set, and the skin having a light yellowish tinge, and not being marked by dark red lines; it is also shorter in the straw, and may be called the yellow, or pale-skinned long-ear'd barley.
3d. Battle-door, or sprat-barley, is sometimes grown, and is preferred, for sowing upon land in high condition, where there is a danger of the other kinds lodging; it is about three weeks later of ripening than the common kind.
4th. Bear, bigg, or four-rowed barley, used to be the only species of barley cultivated in the county:—It is now rarely sown, except upon raw, crude soils, on which it is found to answer better than any other, more especially if late sown, owing to the turnips having been kept longer than usual in a cold backward spring, for the use of the feeding, and store stock.
The quantity sown is from 2 to 3 bushels per acre broadcast; when drilled at 9 to 12 inch intervals, it is found that from 1½ to 2 bushels per acre is sufficient.
The time of sowing, from the beginning of April to the latter end of May.
The produce, from 30 to 60 bush. per acre.
Manufacture.—Great quantities are made into pot or shelled barley, not only for home consumption, but for exportation: In the northern parts of the county very few corn mills are now to be found without the appendage of a barley mill.
Barley, or barley mixed with grey pease or beans, is the common bread of labouring people in the northern parts of this county; previous to grinding they are mixed in the proportion of two parts barley, and one of pease or beans; after being ground the meal is sifted thro' a [Page 73]fine sieve, made of wood, to take out the rough husks and coarse bran; it is then kneaded with water, made into thin unleavened cakes, and immediately baked on a girdle over the fire.
In this district, barley or mixed meal, is seldom, if ever, leavened and baked in loaves.
OATS
Are universally grown throughout every part of the county; they are sown after every species of grain, as well as grass or clover lea.
The varieties, usually cultivated, are,
1st. Poland oat—a variety of which, called Church's oat, from the name of the person* who first introduced them, are now in high estimation, and are the best early oat yet known for sowing upon loamy lands in good condition; they are early, very productive, and much liked by the millers, who give two-pence per bushel more for them than the common oat. This variety is known by the grains being remarkably short, large, plump, round, and well filled, and not in the least tailed: a bushel generally weighs 46 lb.
2d. The Dutch, Friezland, or Holland Oat—were almost the only species of early oats grown here, before the introduction of the Church oat; they are now only grown upon dry, light lands, to which they are better adapted than the Poland oat.
3d. Peebles Oat. †—A variety of common oat, but much [Page 74]earlier, has been lately introduced from Peebles shire, in Scotland; it is a very proper oat for hilly districts, not only for its earliness, but in not being easily shaken by the wind: The grains are the smallest of any other oat we know; but from the very thin skin, it meals well, and is liked by the millers, and ripens nearly as early as the dutch oat.
4th Common Oat *—is grown upon all such lands as are not thought in sufficient condition for the Poland or Dutch kind.
5th. Angus Oat.—A variety of common oat has been introduced of late years from Angus-shire; it is a better bodied grain than the common oat; produces more straw, and answers very well in early situations. But its being later in ripening than the common oat, will militate against its general adoption, in a country where early harvests are so desirable. This oat answers beyond every other, in poor, dry, rabbit warren soils, from its throwing up so much straw; and on such soils ripens early enough.
6th. Tartarian Oats,—after several trials, by different people, about 20 years since, were given up, on account of the inferiority of the grain, and the strong reedy straw being of little value for fodder: We now find them cultivated in the midland parts of the county, on rather an extensive scale, being found there more productive than any other kind they have tried; they speak of some crops being as high as 80 bushels an acre; but we suspect these are under peculiarly favourable circumstances, as we find that in comparison with Angus oats, both grown in the same field, in the year 1795, they produced no more than 40 bushels per acre, tho' estimated (by a strong advocate for them) at near double that quantity; the Angus oats [Page 75]were more productive per acre, and worth more to the millers by 3d. per bushel.
7th. Black Oats—are seldom grown in this district; we do not remember seeing them more than three or four times, and then only by way of experiment.
In point of earliness, they succeed each other, as classed above; the Angus oat being at least three or four weeks later than the Poland and Dutch.
The quantity sown in general, is seven bushels per acre of the Poland, and six of the Dutch oats: These quantities are necessary, as they do not tiller much, and are large bodied grain; but for the other kinds, we think four or five bushels sufficient.
The time of sowing,—is March or April, and the early kinds are sown sometimes as late as the middle of May.
The produce of common oats is from twenty to forty bushels per acre; of the Poland and Dutch, from forty to sixty. There are some instances of seventy or eighty bushels per acre, but these were generally attended with some favourable circumstances.*
On fresh land, and crude moory soils, oats are probably the most profitable crop that can be sown; old worn-out tillage, and strong clay land, are improper for producing this grain; it being found, that in such situations, they are scarce worth cultivating; such soils are much better adapted to the culture of wheat, pease, beans, vetches, and other leguminous crops.
The Manufacture of Oat-meal, is carried on to a considerable extent, both for exportation and home consumption; oat-meal being a principal article of food with the great mass of inhabitants, not as bread, but in crowdies, or [Page 76] hasty-pudding, (provincially "meal kail,") for breakfast and supper; the former is made by pouring boiling water upon the oat-meal, and stirring it in with a stick, or spoon shank, till it be so very stiff, that the stirring implement can with difficulty be got round; it is then eaten with butter or milk: this is the breakfast of many of the labouring people, especially in the southern parts of the county; and with which they reckon they can work longer hours, than with hasty-pudding, or a breakfast of bread and milk.
Hasty-Pudding is made by putting oat-meal gradually into boiling water, and stirring it about with a peeled stick ("thivel") and letting it continue to boil in that thickened state, until sufficiently enough, when it is taken off the sire, and poured out of the pan into pots or dishes to cool, and then eaten with butter, or more commonly skimmed milk; it is an agreeable, nutritive, and healthy food, and is the general breakfast and supper of the labouring people in the northern parts of the county.
BEANS
Have, time immemotial, been a prevailing crop upon all the strong lands in the county, especially along the sea coast to the southward: they generally succeed wheat, clover, or old grass.—The kinds cultivated, are the large and the small horse bean, and sometimes the mazagan; they are sown in February, four bushels and a half per acre broad cast, and never hoed: The produce very uncertain; 20 bushels per acre a fair average broad-cast crop.
In this district, the soil of which is so well adapted to the growth of beans, it is surprising that drilling them should be totally neglected, and that this beneficial mode of culture for both beans and pease, should be confined to [Page 77]a few farmers in Glendale Ward and Tweed-Side: With these few they are drilled from 30 to 34 inches distance; horse-hoed or ploughed between, and hand-hoed; the crops good, and the wheat that succeeds, equal to that upon the summer fallows adjoining. We find that two or three ploughings, or horse-hoeings between the rows, and twice hand-hoeing in the rows, are generally sufficient.
The first horse-hoeing, or ploughing, takes the earth from the rows, and the second turns it back again to earth up the beans which are then in full bloom, and from 24 to 30 inches high. If the land be so very hard, that a plough cannot penetrate it, the horse-hoe, described page 41, must be first used.
Where beans are intended to be drilled, we plough the land in Autumn, immediately after the corn is off; gathering each ridge, and harrowing it lengthways; then set it up in one-bout ridges at 30 inches distance; and if the land be in broad high ridges, directly across the ridges, water furrowing after the whole is done, and opening the hollow intervals into the water furrows; this keeps the land dry, and exposes the greatest quantity of surface to the influence of the atmosphere, and amelioration of frosts.
If any dung or manure be intended for the fallow, we put it in the hollow intervals, and cover it by splitting the one-bout ridges with the plough, and drawing a harrow once over, in the direction of the one-bout ridges; the beans are then drilled upon them, by the drill plough, fig. 5. pl. 1.*
[Page 78]Where the land is level, it may be ploughed into ridges of 66 or 78 inches wide; on the former (with the large drill, fig. 2. pl. 3.) we drill two rows of beans, and on the latter three: In the first case the horse goes in the furrow, and the machine drills a row on each side of it, the distance of the rows 33 inches; in the latter case the horse may go on the top of the ridge, or, what is better, two horses may be yoked to it, so that one may go in each furrow.
PEASE
Were formerly a more general crop than at present; they are mostly grown upon such lands as have been worn out by running too long in ploughing.* The early and late grey pea are the only kinds cultivated here; the latter is usually sown in February or March, and the former in April: three bushels is the quantity sown per acre, broad cast; and the quantity reaped depends very much on seasons; no grain being so uncertain a crop as pease. A good crop is reckoned at twenty-five to thirty bushels per acre. They are also cultivated in drills, from 12 to 18 inch intervals, and horse and hand-hoed.
Spring Tares—are grown principally for cutting, as green food for horses, to supply the vacancy between the first and second cutting of red clover, used for the same purpose and for the same intention.
[Page 79] Winter Tares—have been lately introduced, and promise to answer well; both kinds are grown upon the fallow lands, intended for wheat or late turnips:—The winter tares are sown in September, and the other in March.
POTATOES.
Of this invaluable root, the varieties cultiviated here are very numerous, and frequently changing; many of the kinds that were formerly in repute, being now in a manner lost; as the true kidney, the rough white, the blood red, the tawny, and their places supplied by others.
For the Table, the sorts most in repute at present, are three or four different kinds of long whites; one of which having a red end, is called red-snout, or red-neb; and several sorts of round whites, and the pink-eye, or red streak, which is a late potatoe, and the best for eating in the spring, of any we know;—it is frequently used till the beginning of July.
For Stock, the principal kinds used are, the champion and the black-a-moor, or black-potatoe.
They are generally cultivated in drills, from 32 to 40 inches distance; whole potatoes are seldom or never used for sets, but cut into pieces, containing one or two sprouts or eyes. These are planted about 12 inches distance, in the bottom of the drill, the dung laid upon them, and the soil turned upon the whole, by the plough splitting the one-bout ridges. They are kept clean by hand-hoeing, and ploughing between the drills; and as the stems advance in height, they are earthed up by a common, or double mould board plough, with which implements they are frequently taken up, by splitting the drills in which they grow, and the roots gathered by women and children.
[Page 80]They are seldom grown for the use of stock, except for horses, to which they are given raw,* after the rate of two pecks per day each horse, and found very useful in the spring, (when the straw and hay become dry) and are serviceable for preventing grease or other disorders, by keeping the horses cool and open: They are sometimes given to cattle and sheep in the spring, when a scarcity of turnips prevails.
The mode of preserving them thro' the winter, is by laying them in heaps, upon a piece of dry ground, and covering them with straw 6 or 8 inches thick, and over the straw another cover of soil about a foot thick; which soil is got by making a ditch from 12 to 18 inches deep round the heap: A bed of straw should be laid at the bottom.
TURNIPS
Have not been used in this county as food for supporting cattle and sheep, much above seventy years;† for this purpose they were first grown in the northern parts of the county; it is but of late years they have been cultivated on part of Tyne-side.
The varieties,—are the Green Top, the Red Top, and the White Top; which last, is by far the most general [Page 81]and in the greatest repute, being superior to the others in size and sweetness.
There is a small hard white kind, preferred by some on account (it is said) of standing the winter better than most others, but it does not grow near so large a quantity upon an acre.
At their first introduction they were sown broad-cast, and hoed by gardeners and other men, at extravagant wages. The late ingenious Mr Ilderton, about twenty-seven years since, had the merit of first reducing the price of hoeing, by teaching boys, girls, and women, to perform the work equally as well, if not better, than men. The mode he took was simple and ingenious: By a light plough, without a mould-board, he divided the field into small squares of equal magnitude, and directed the boys and girls to leave a certain number of plants in each square. In a short time they became accurate, regular, and expert hoers; and in a few years all the turnips of the country were hoed by women and boys, at half the expence, and better than by men.
The present mode of drilling turnips was first introduced into this county about the year 1780; the advantages with which it is attended have so far recommended the practice, that very few are now sown broad-cast;* and as we think it is an operation that may be serviceable in other districts, we shall be more particular in describing the manner of performing it.
The land being made sine, prepared, &c. as in the broad-cast method, the ploughman draws his first furrow as straight as possible. In returning he keeps his far side [Page 80] [...] [Page 81] [...] [Page 82]horse in the new made furrow, and his plough at such a distance as to form a one-bout ridge like Λ; by proceeding in this manner, the land, when finished, will appear thus: ΛΛΛΛΛΛΛΛ The distance of these little ridges is from twenty-seven to thirty inches. A less distance does not admit of ploughing between the drills.
The next operation is spreading the dung; which is performed by a cart going down every third or fifth furrow, and laying the dung in small heaps; women and boys follow with small three-pronged forks, and spread it evenly in the bottom of three or five furrows, that is, the one where the dung is dropped from the cart, and those on each side of it: this done, the ploughman splits the one-bout ridges before raised, and covers up the dung exactly in the middle; but before the seed can be sown, these last formed one-bout ridges require to be flattened at the top, by a small roller that flattens two ridges at once. Upon the top, and exactly in the middle of these flattened ridges, the seed is deposited by one or two drill machines, tied to the roller by a rope six or seven feet long; at which distance they follow the roller, each machine being guided by a man.* When finished, the work appears in this form:
Where S represents the feed, and D the dung directly under it, which is wholly employed in promoting the vegetation of the turnips.
The roller is drawn by one horse, driven by a boy. Setting up the ridges, and covering in the dung, is performed by a common swing plough. The quantity of [Page 83]seed sown, from one to two pound per acre; it being better to have an abundance of plants, for fear of accidents. The quantity of dung used is from ten to fifteen two-horse cart-loads per acre.
When the plants have four leaves, we begin to hoe; and as they have so much room sideways, we leave them only eight or nine inches distance from one another in the rows or drills. The hoers go sideways, and pull the surplus plants, weeds, &c. into the hollow intervals between the one-bout ridges, and the turnips are left as regular as if they were planted. This work is performed by women and children, with the greatest care and exactness, at the expence of four shillings per acre.
As soon as the plants are recovered, which will be in eight or ten days, a small plough* (five inches wide at the bottom behind, and eleven inches at top) drawn by one horse, takes the earth from the turnip rows, and with the soil covers the weeds, &c. which the hoers had pulled into the hollow intervals between the ridges. A second hoeing takes place, when the plants are strong enough, and otherwise necessary; and a few days after, the soil or earth before ploughed from the turnip rows, into the hollow intervals, is now equally divided and laid up to each drill or ridge again, by the same small plough and one horse, or with a double mould-board plough.—This finishes the business, unless the land has been very wild and out of condition, and requires more hoeing and ploughing between the drills.
If the drills are made in the same directions of the ridges at the next ploughing for corn, the surface will be irregular, and the dung unequally distributed. To avoid this, on dry level lands, the drills are made diagonally across the field; but where the ridges are high, it is best [Page 84]to make the drills directly across the ridges, and draw a plough down the furrows to take off the water.
It is generally supposed that a weightier crop is produced by the drill than the broad-cast method;* but even admitting them equal in this respect, the superiority, as a fallow crop, must be allowed to the drill; for the repeated ploughings in the intervals, and hand-hoeings in the rows, effectually extirpate the whole race of annual weeds; and so much surface being exposed through the winter, makes a higher preparation for any succeeding crop. Another advantage is, the facility with which they are hoed, as a boy or girl, nine or ten years old, can hoe them with the greatest ease, and generally better than experienced broad-cast hoers, who are apt to take too many plants away; while the young ones, from the apprehension of making them too thin, will leave them at any distance you shew them.
The application of turnips in this county is mostly to feeding and rearing cattle and sheep, and some small quantities for raising seed.
When used for cattle, they are always led off from where they grow, being previously cleared of the earth and fibrous roots as they are pulled, in order to keep them as clean as possible. When the cattle are tied up in sheds, which we think much better than being out in the fields, they are foddered with turnips eight or nine times a day, and with straw or hay twice; great attention ought to be paid to keeping their cribs clean.
[Page 85]When the convenience of sheds cannot be had, they are given to the cattle in a dry grass field, scattered as thin as circumstances will admit: A crib with straw in it should be constantly in the field, for the cattle to serve themselves whenever they chuse.
For sheep, they are sometimes eaten upon the ground where they grow, particularly if a dry, light sandy soil, but more generally led off into an adjoining field,* which we think a much better and more economical practice; the sheep getting a daily, regular supply of fresh food, and the shells being kept clean, are eaten by young cattle, or those that are to be fattened next summer upon grass.
Sometimes every other ridge is led off, and the remainder eaten upon the ground where they grow.
When eaten upon the ground, the sheep are not turned upon the whole at once; but have it portioned out to them, by hurdles, or nets; so that they may have a fresh break once a week or ten days.
For seed, the turnips of the best form are selected and transplanted in the month of October, November, or December, into a piece of ground properly prepared to receive them; in July or August following it is generally reaped, tied up in sheaves, and when dry, put into a long stack, where it is kept through the winter, and threshed out in April or May.
The trouble of selecting and transplanting is sometimes dispensed with; but the seed raised in this manner is sold for one-half or one-third the price of the transplanted [Page 86]seed; that is, when the transplanted seed is sold for 1s. per lb. the other is sold for 4d. or 6d.
The produce is very variable, being subject to many casualties.—The average crop may be reckoned about 20 bushels, or half a ton per acre—The land should be good, and well manured after the crop; as we find the soil much impoverished by it.
HISTORY OF DRILLED TURNIPS.
TO trace useful discoveries from their origin, through their various stages of improvement, is in most cases both useful and entertaining; and teaches us not to despair, though our first attempts may be unsuccessful; but rather hope, that by perseverance, and varying modes and circumstances, we shall at last attain the object sought for. The method of cultivating turnips, described above, is an encouraging instance of this observation:—as we find that Mr Tull first cultivated turnips at three feet distance;—for in his Essay on the Principles of Tillage and Vegetation, under the article Turnips, page 96, he says, "When I drilled upon the level* at three feet intervals, a trial was made between those turnips, and a field of the next neighbour's, sown broad-cast at the same time, whereof [Page 87]the hand-hoeing cost ten shillings per acre, and had not quite half the crop of the drilled; both being measured by the bushel, on purpose to find the difference.*
"Drilled turnips, by being no where but in the rows, may be more easily seen that those which come up at random; and may therefore be sooner singled out by the hand-hoe, which is another advantage, because the sooner† they are singled out the better they will thrive. Page 98.
"We need not be very exact in the number or distance‡ we set them out at; we contrive to leave the master turnips (when there is so much difference in them) and sp [...]re such when near one another, and leave the more space before and behind them; but if there be three master turnips together, we take out the middlemost. Page 100.
"Dung and tillage together will always attain the necessary degree of pulverization in less time than ploughing can do alone; therefore dung is more useful for turnips, because they have commonly less time to grow than other plants. Page 102.
"I have had great crops of turnips in rows three feet asunder, and much greater than I could ever obtain from [Page 88]rows thirty inches asunder. But one reason why I like six foot rows better is, that the largest turnips are best for oxen; and are pulled up and loaded with the least expence.—I find that the least competent number will (cateris paribus) always be the largest. Preface, page ix.
"Several lands of turnips, drilled on the level of three foot rows, ploughed and doubly dunged, and also horse-hoed, did not produce near so good a crop of turnips as six foot rows adjoining, horse-hoed, though no dung had been thereon for many years.
"There was no other difference, than that the three foot rows did not admit the hoe-plough to raise half the artificial posture as the six foot rows did. The dung ploughed into the narrow intervals before drilling, could operate no farther with any great effect, than the hoe-plough could turn it up, and help it in its pulverization."
From these extracts it appears, that Mr Tull cultivated turnips in rows, not only on the level, but on the tops, of two and a half and three feet ridges, and both horse and hand-hoed, as at present; but whether he put dung in the bottom of those ridges is not so clear, from the expression, "the dung ploughed into the narrow intervals before drilling." It is unfortunate that this ingenious gentleman, to support a whimsical theory, should not allow that dung was of any other use in vegetation, than in pulverizing the soil; though he is obliged to admit, that for cabbages, turnips, carrots, and potatoes, it will make the crops greater, and the cattle will like them never the worse.*
But his disciples entertained juster notions of the properties and value of dung to neglect it, as will appear in the sequel.
We are informed by a gentleman who went to direct the management of an estate in Dumfriesshire, in 1769, [Page 89]that Mr Craik, of Arbigland, near Dumfries, had then drilled turnips betwixt twenty and thirty years; by taking the medium, his first beginning would be about 1745. The mode he pursued was as follows:—In the Autumn, as soon as the corn crop was off, he ploughed his land into two-bout ridges, in which state it continued all winter; next spring these ridges were ploughed, and harrowed until sufficiently pulverized, and at last split to make a hollow furrow for depositing the dung, which was covered in by the plough going twice about, making a ridge near four feet wide; then this two-bout ridge was harrowed, a single-wheel drill, turning round a hollow cylinder of tin with holes in it, deposited the seed directly over the dung: the drill had a small roller behind to cover in the seed, and was drawn by one horse. When the plants were ready for hoeing, they were set out at ten or twelve inches distance one from another, in the rows; and the intervals ploughed between through the Summer, as often as necessary.
From this place it is probable that the practice had travelled into Cumberland; for in the year 1755, Philip Howard, Esq. of Corby, first cultivated turnips in that county, in drills with four feet intervals; finding the distance too wide, he reduced it to two feet, and continued it for ten years before it was followed by the farmers, who now pursue the same mode with little variation, except that they make the distance of the intervals about twenty-seven inches. The one-bout ridges, in which the dung is deposited, are here called stitches, and are flattened at the top by drawing a piece of wood over them, instead of a roller or a harrow.
About the year 1756, or 1757, Mr Pringle, formerly a surgeon in the army, who had an estate near Coldstream, in Berwickshire, was the first person in that neighbourhood who cultivated turnips in this manner: His drills [Page 90]were at three feet and a half distance. Mr Cox, a serjeant, whom Mr Pringle brought home with him for a servant, says, that his master took his hints from Mr Tull's book, and that he also drilled all his corn crops, until he had overcome the annual weeds.
Mr William Dawson, who was well acquainted with the turnip culture in England, having been purposely sent to reside in those districts for six or seven years where the best cultivation was pursued, with an intention not only of seeing, but of making himself master of the manual operations, and of every minutia in the practice, was convinced of the superiority of Mr Pringle's mode over every other he had seen, either in Norfolk or elsewhere; and in 1762, when he entered to Frogden Farm, near Kelso, in Roxburghshire, he immediately adopted the practice upon a large scale, to the amount of 100 acres yearly. He began by drilling at three feet distance; but a few years after, trying various widths of intervals, he reduced it to two feet and a half, which he still continues. As far as we have been able to obtain information, he was the first that used a roller for flattening the tops of the one-bout ridges.
It may not be improper to remark, that Mr Pringle pursued this mode for several years, yet none of his neighbours followed the example; but no sooner did Mr Dawson (an actual farmer) adopt the same system, than it was immediately followed, not only by several farmers in his vicinity, but by those very farmers adjoining Mr Pringle, whose crops they had seen for ten or twelve years so much superior to their own. It is also deserving of notice, that when Mr Dawson settled at Frogden, the whole of that district was under the most wretched system of cultivation, and the farmers unacquainted with the value of turnips, artificial grasses, and lime. At first his practice met with many opponents, and was ridiculed by the old, the ignorant [Page 91]ant, and the prejudiced; but his superior crops and profits soon made converts: The practice in a few years became general; and this district is now amongst the best cultivated in the kingdom, the land trebled in value, and the aspect of the country greatly improved. It is a pleasing reflection, that the example and exertions of one man has been capable of producing so great, so lasting, and inestimable benefits; and it is more than probable, that this mode of cultivating turnips would have died away with Mr Pringle, and the practice been lost to this district, had it not been for the discernment and intelligence of this individual.
We remember seeing, about twenty-five years since, turnips cultivated in this manner, by Mr Christopher Benson, of Stainsby, near Ripley, in Yorkshire, an ingenious gentleman, and great advocate for drilling, and who had drilled all his corn crops for many years: His nephew, Mr Donkin, informs us, that he had cultivated turnips in this manner, more than twenty years before this, which will be prior to the year 1750.
In Mr Benson's practice described by himself, in Dr Hunter's Georgical Essays, page 379, the seed is drilled upon the dung, and that and the seed covered together, by harrowing across the ridges:* In this paper he very properly sums up the advantages of this mode of cultivating turnips; he observes, "the seed being placed upon the moist dung, will vegetate early in all circumstances of the weather; and the manure being well covered, will be secured from evaporation in the hotest seasons: The turnips being placed immediately over the manure, have a ready passage by means of their tap roots, into rich bed of nutriment, which will accelerate their growth, and increase their size. As the crop grows upon ridges, with a [Page 92]trench on each side, it is obvious that the turnips will remain dry in the wettest seasons, a circumstance of the utmost utility: To those advantages we may add, the doubling of the soil, which I consider as an important article in all situations where the staple of the land happens to be thin."
From a review of the whole it appears, that the present mode of cultivating turnips, by drilling in rows at two feet and two feet and a half distance, had occurred to different people in different parts, who all, at first, began according to Mr Tull's directions, with the addition of dung put in the bottom of the ridge; and after trying various width of intervals, found that the best and most convenient distance was from twenty-four to thirty inches; but it is very clear that Mr Tull is the root from whence this excellent practice first originated.
This mode of cultivating turnips, is now spreading far and wide, with great rapidity; besides this county, it is also the general practice of Roxburghshire and Berwickshire, and has been lately adopted by the best cultivators in various districts of Scotland, as well as different parts of England; amongst which the county of Norfolk will particularly prosit by it, as a first-rate cultivator who holds a large farm in that county, has procured the proper apparatus from hence, and sent his son to be instructed in the different operations; it has also found its way into Dorsetshire; we had the pleasure of seeing it practised with great success by the ingenious Mr Boswell of Piddletown; and to the farmers of Devonshire, it has been particularly recommended, as the best system known, by the celebrated Mr Marshall, who has minutely examined, and is well acquainted with the agriculture of the greatest part of the kingdom.*—And the President of the Board adds, [Page 93]that this gentleman informed him, that the best cultivators, and most intelligent farmers he had ever seen, were those who practised this system on Tweed-side.
SECT. 5.—Crops not commonly cultivated.
Ruta Baga—has been tried by a few; but not so long as is necessary to draw any positive conclusions respecting its comparative merits. With us, it is not near so valuable as the common turnip. Hares are remarkably fond of it, and will not touch the other turnips while there is one of these in the field.
Rape—is seldom grown for feed, and perhaps not so often for sheep as it ought, on lands improper for turnips. Upon lands that have grown early oats, and are intended for fallow next year, it is sometimes sown in September, as spring seed for sheep, to supply the vacancy between turnips and clover. For this purpose a little rye is sown along with it.
Cabbages—were cultivated, but gave way again to turnips; it being thought that the latter answer as good a purpose, and are obtained with less trouble.
Carrots—have been frequently tried; but have hither-to made little or no progress, probably from the great trouble attending their cultivation, compared with potatoes; which in some measure answer the same intention as food for horses.
Flax—was formerly cultivated in small quantities for family use, but is now in a great measure given up; it having been found, that land which had grown flax was so much impoverished, as to require an extra manuring, before it could be brought to the same state of fertility as the rest of the field.
Woad, (Isatis Tinctoria.)—This plant, the leaves of [Page 94]which are so useful in dying,* is cultivated at Newburn only, on the banks of the Tyne, by Messrs Rait, Pollock, and Dun.
The ground is ploughed with a deep furrow before Winter, and made as fine as possible against April, in which month it is sown, at the rate of 6 bushels per acre, broad-cast; in about a fortnight after it makes its appearance above ground, particular care is taken to keep it clear of weeds, which is done by boys and girls from 10 to 14 years of age;† who have each a spade about 5 inches long and 4 inches broad, which they use with one hand to dig up the weeds, and with the other gather them; this process is repeated two or three times before cropping; which is done by wringing off the leaves of the plant with their hands, and putting them in baskets.—The first crop is generally gathered the latter end of July; the second, the last week in September, and the third in November; but this is only from off such parts where the second crop was gathered first: It is carried from the field in carts to the mill, where it is ground into a green paste, and made into balls about 3 inches diameter, when it is set upon ranges under sheds to dry, which is done in two or three weeks; after this it is put into the house or pen, and kept till all the fields are gathered, and afterwards manufactured.‡
SECT. 6.—Corn Harvest.
The Corn Harvest—in the vale of Till, and upon Tyneside near Hexham, frequently begins the first week in August; while upon the cold backward soils and situations, oats will be often uncut the latter end of October, or beginning of November; but the most general harvest is in September. Most of the corn is cut with sickles, by women; seven of whom, with a man to bind after them, generally reap two acres per day—Oats and barley are sometimes mown.
Wheat is set up in stooks of twelve sheaves each: oats and barley are ("gated,") set up in single sheaves; and when dry, bound tight at the bottom, and led home, or set up in stooks of ten sheaves each. The stacks are mostly round; but some of the best farmers set up their barley and wheat in long narrow stacks, which keep the corn much better and dryer: And the practice of placing corn upon stone pillars, with a cap or cover over them (to keep out the mice) and a frame of wood over all, is gaining ground, and cannot be too much recommended, as it not only prevents the mice getting to it, but keeps the corn dry and airy: It is an excellent method for grain that is to be kept until Summer; and one principal advantage is, that wheat may be led from the field and set upon those stands almost as soon as reaped — They are made both round and oblong, but most of the latter.
CHAPTER VIII. GRASS.
SECT. 1.— Natural Meadows and Pastures.
WHAT is generally understood by natural meadows, are such lands as are overflowed by rivers, and produce a crop of hay every year, without any returns of manure: Of this description of meadows we have very few in this county; what are called meadows here, are such old grass lands as are employed for growing hay almost every year, the greatest part of which are uplands: To enable them to stand this severe cropping, they are, or ought to be, manured on the surface, every third or fourth year: if this operation be neglected, they impoverish very fast. Where they cannot conveniently be dunged as above, they are depastured one year, and mown the other; or, what is better, depastured two years, and mown the third; the produce, from 1 to 1½ tons per acre, a fair crop; the aftermath (or "Fog") is frequently let from 10 to 15 shillings per acre, and is mostly consumed in fattening oxen and cows.
Lands that are intended for meadow, are "freed" (from being depastured with any kind of stock) at different times in the spring, from the beginning of April to the middle of May, as best suits the convenience of the occupier; particular attention is paid to the mole-hills, dung, &c. being "scaled," * and the stones and other matters that might obstruct the operations of the scythe, are carefully gathered off.
[Page 97] Natural Pastures, or old grass land, are most prevalent along the sea coast, these are depastured with both sheep and oxen; the general mode of stinting being two acres to an ox, and the same quantity of ground to 8 or 10 sheep, thro' the Summer, and from 1 to 2 sheep per acre thro' the Winter; the latter are either the store flock, or ewes for fat lambs.—Sometimes Cheviot wethers 3½ years old in good condition, are put in those pastures after the fatting cattle are taken out, and pay well if they get sufficiently fat to be sold to the butchers about Christmas.
SECT. 2.—Artificial Grasses.
The Artificial Grasses most commonly cultivated in this county are, red clover, (trifolium pratense,) white clover, (trifolium repens,) and ray-grass (lolium perenne:) with these some people mix rib-grass (plantago lanceolata) and upon sandy soils, hop-medic* (medicago lupulina) is sown with success.—Few of these grasses are ever grown alone, except red clover, when intended to continue only one year; and even then, a small portion of ray-grass (from one to three gallons per acre) is generally sown with it, we think with much propriety, as it not only comes early in the spring, but thickens the crop, and facilitates making the clover into hay.
But when land is intended to continue for three or more years in grass, they are generally mixed in the proportion of eight or ten pounds of red clover, four pounds of white clover, and half a bushel of ray-grass per acre: to the above quantities are sometimes added three or four pounds of rib-grass, and hop-medic, as the soil suits. When red clover is grown alone, 10 or 12 pounds an acre are sown upon dry friable soils, and from 14 to 18 [Page 98]pounds upon strong loams or clays. They are sown in March, April, and May, upon lands fallowed the summer preceding for wheat, or turnips succeeded by barley, and ought always to be harrowed in, as well as rolled. Harrowing is particularly necessary upon strong lands growing wheat; and across the ridges is the best mode of performing the operation. We find, that where corn is drilled, and the intervals hoed, it pulverizes the soil, and makes the finest preparation for grass seeds of all others: where this is properly done, and harrowed once across, after the seeds are sown, they seldom or never miss; long experience having proved, that nothing requires a finer tilth than clover and grass seeds:—Upon the best soils, the clover and ray-grass mixed, are generally ready to depasture with fat sheep by the beginning of April, and from May, through the Summer, will carry six or eight sheep per acre, according to the luxuriance of the crop and fertility of the soil; the second and remaining years, they are depastured by the store flock. These pastures are frequently mown when the ray-grass begins to flower, which not only increases the bottom grass, but a quantity of excellent hay is obtained, of considerable value.
When the clovers are not depastured, but kept for hay, they are generally mown about the latter end of June; the average produce about 2 tons per acre. The second crop is rarely cut for hay, but depastured by cattle or sheep, chiefly the latter: When cattle are put into a fresh clover "fog," especially in wet weather, they sometimes hove, by the sudden fermentation of the clover; to prevent this inconvenience, cattle are put upon it in the middle of the day, when it is free from dew or any moisture, they being first filled with natural grass, which hinders them from eating so greedily, as if put on hungry; if the clover once pass, they seldom take any harm afterwards: [Page 99]by using this precaution, we have not had any cattle hoven, for several years.—When very much swelled, an instrument is used, (similar to that used by surgeons in tapping for the dropsy) it is so contrived, that after being thrust in between the hip and rib, (on the near side) one part pulls out, while a tube remains in the orifice, thro' which an amazing quantity of fetid air escapes, and relieves the animal; but they are very apt to hove again afterwards.
We have heard of hoven cattle being relieved, by giving them an egg shell full of tar.
The practice of keeping horses in the house, sheds, or fold-yards, all Summer, upon cut clover, tares, &c. was introduced into this county, about the year 1770; it is now generally adopted by the best farmers, who find their horses thrive better; are cheaper kept than depasturing at large; and also, that a quantity of manure is gained by this means, which otherwise would have been in a great measure lost, or of very little use; as the dung of horses, when dropped in pastures, is mostly destroyed by insects, in the Summer season.—An acre of good clover used in this manner, will keep from 2 to 3 horses, from the beginning of June till the end of October, about 20 weeks.
Saintfoin, Lucern, and Chicory, have been tried on a small scale, but do not seem to come into general use; the crops of clover being thought more valuable.
In order to draw any fair comparative value between the produce of old grass lands and artificial grasses, the soil and situation ought to be exactly alike, and experiments accurately conducted; for want of such data, no just conclusions can be made; but we believe, that general observation and experience have established an opinion, that the same lands which in a state of old grass carried 3 sheep an acre, will, for the first year of clover and raygrass, [Page 100]grass, depasture 5 or 6; on rich, old grazing pastures, the difference will probably not be so great, and what they fall short in Summer, will be made up by their superiority in Winter; on clayey soils, it would certainly be a dangerous experiment to convert those rich grazing pastures into tillage, as a certain portion of such is a valuable acquisition to every farm; but they are so rarely scattered, that few farms are so fortunate as to enjoy so desirable an appendage.
SECT. 3—Hay Harvest.
The hay harvest is seldom begun before the middle of June. The mowers cut from half an acre to three quarters a day, and that very ill; the hay-makers are equally indolent and inactive. After the grass is cut it is by some tedded, strewed, or spread abroad, and repeatedly turned till dry;* others, the day after it has been tedded or strewed, put in into foot cocks (wappings) which can scarcely be too small; (if the weather keeps dry it is in two days more, put into large cocks;) if the weather proves wet, we know no mode by which it will save better, or waste the smell less, as the rain passes thro' them, and a small quantity of air or sun dries them again, or they are easily turned over.—In either mode, when sufficiently dry, it is put into ricklets (provincially pikes) of about half a ton each in the field; which stand there for two, three, or more weeks, until a convenient opportunity offers for leading them home, to be put into one large stack. In these ricklets, the hay takes a first sweating, which prevents its heating when put into larger masses.
For the purpose of drawing it together to be put into pikes, or ricklets, it is either cocked, or put into large [Page 101]heaps, which are trailed in by one horse, yoked to the ends of a long rope, put round the bottoms of those cocks or heaps; upon the hind part of which, a boy gets with his feet, to keep it down, and prevent its slipping over the top of the hay; when arrived at the place wanted, one end of the rope is taken off the hook at the horses shoulder, and being thus loosened at one end, the horse moves forward, when the rope draws thro' under the hay and leaves it.
When the hay is neither put into cocks, nor large heaps, but remains in a thick row, t [...]is then necessary to use two horses, viz.:—One yoked to each end of a strong sweeping rope; and two persons to get upon the rope with their feet, one on each side the row, who rest with their arms upon the hay, and step forward on the rope as the hay gathers. To prevent the hay from slipping off behind, a small cord is fastened to the hind part of the sweeping rope; and extended to each person's hand, which they let out as they step forward, or find otherwise necessary. By either of the above modes, the hay grown upon a field of 8 or 10 acres may be drawn together in a few hours, and is much more expeditious than either fledges or carts.
When the large stack is made in the field, the "Pikes," are drawn to it, by putting a strong rope round their bottom, the two ends of which are fastened to the hind part of a cart, in which are yoked 3 or 4 horses.—This saves the trouble of forking and loading them in carts, and is done in much less time.
SECT. 4—Feeding.
O [...]n.—are mostly grazed in the eastern part of the county, and a few in the vicinity of Whittingham; they are bought in May or June, and sold as they become ready, to supply the large fleets of colliers and other trading [Page 102]vessels belonging to Newcastle, Shields, Sunderland, Hartley, and Blythe.
Some few graziers buy only such oxen as are forward by having got turnips in the Spring: these generally go off in June, and are followed by cows, heifers, or kyloes;* of which, those that do not get fat on the pasture, to be sold thro' the Summer, are put upon fogs (aftermaths) and sold in November and December. The cows are also bought in the spring months, and are chiefly used for home consumption. The kyloes are bought at Falkirk-Trysts, ("meetings") or at Newcastle Fair, in the Autumn, and wintered upon coarse, rough ground or straw: (sometimes a few turnips are given in the Spring) and are sold all thro' the Summer, as they become fit for the butcher, to supply Newcastle and other markets. Those that are ready to go off in June, always leave the most profit; beef being frequently sold at that season for a shilling a stone more than the ordinary prices.
The profit of grazing, like all other speculations, varies with circumstances; but we believe we may venture to average it at 3l. or 3l. 10s. for keeping on grass from May-day to Michaelmas. Cows, in general, leave more than oxen, in proportion to their weight; but they are subject to disorders of the udder, that frequently reduce the profit, and deter many people from grazing them.
Some few graziers follow the old custom of keeping only one kind of stock upon the same ground; whilst others, we think with more propriety, intermix with oxen and cows, a few sheep, and two or three colts in each pasture; which both turn to good account, and do little injury to the grazing cattle: In some cases, sheep are a real benefit, by eating down and destroying the ragwort (Senecio [Page 103]Jacobaeo) which disgraces some of the best pastures in the county, where oxen only are grazed.
Sheep, that have been wintered upon turnips, are put to the earliest grass that can be obtained; the clovers and ray-grass are generally ready in April; the old grass lands not before May: In both situations they are continued till shorn, and sold off, from the latter end of May, thro' all June and part of July, from 2l. to 2l. 15s. each. In 1797 the prices were from 2l. 10s. to 3l. 10s each: The draft ewes, or shearling wethers intended for turnips next Winter, succeed them, and thus a regular rotation is kept up. Of late years, some farmers have sold their shearling wethers in July, (when only 15 months old) to the butchers, for as high prices, as from 30 to 35 shillings each. In 1796, they sold from 40 to 45 shillings each; and in 1797, as high as 50 shillings, after shearing a fleece worth 6 shillings.
A large portion of the lands of this county being liable to the rot, and unsafe for a breeding flock, the occupiers of such situations, venture ewes for fat lambs for one year; these are bought in the Autumn, put to tup early, (some in August) the lambs sold in May, June, and July; after which the ewes are fatted, and sold in October and November.—Such lambs as are early, and go off in May, often sell for 20 shillings each; but the others average at about 12s. 6d. The price of fat ewes depends much on their being of a good or slow feeding sort, and will vary from 24 to 30 shillings: The average may be called 27 shillings.—The proceeds from long-woolled ewes will be:
£. | s. | d. | |
A fat Lamb | 0 | 12 | 6 |
Ditto Ewe | 1 | 7 | 0 |
Carried over | 1 | 19 | 6 |
£. | s. | d. | |
Brought over | 1 | 19 | 6 |
Fleece | 0 | 4 | 6 |
2 | 4 | 0 | |
Deduct prime cost | 1 | 0 | 0 |
Profits on Ewe and Lamb, for one year | 1 | 4 | 0 |
The profits of those that have lambs, sold at 20s. will be 1l. 12s.
The Cheviot ewes are generally put to a large long-woolled tup, which increases the size of the lambs: The proceeds are:
£ | s. | d. | |
A fat Lamb | 0 | 11 | 0 |
Ditto Ewes | 0 | 14 | 6 |
Fleece | 0 | 2 | 6 |
1 | 8 | 0 | |
Deduct prime cost | 0 | 13 | 0 |
Profit for one year | 0 | 15 | 0 |
Mr Hay of Lesbury, and Mr Watson of Waren, not having so ready a market for the great quantities of bran, pollard and oat-chimmings, which their extensive manufactures of flour and oat-meal produce, have applied it to feeding different kinds of stock; they both agree that for feeding pigs, it is of little value; one of the gentlemen says, that from some experiments he had read, he was induced to enter largely on the business, and persevered in it, till he lost upwards of a thousand pounds.
For Horses—they both think it very valuable along with hay or straw, instead of corn; Mr Watson allows his horses 6 bushels of bran, or 4 bushels of pollard, and 2 of [Page 105]oat seeds per week, the average price of which is about 5 shillings; the horses are in high condition, and sleek as ravens, but not more so than those that have 2⅕ bushels of oats per week, the price of which at 2s. per bushel is equal to the value of the bran.
For Cattle—Mr Hay says, that "in the beginning of October, I tie up my cattle in sheds, and place before every beast a crib for bran, and another for turnips, and to each give a peck of pollard, morning and evening, with full allowance of turnips, well cleansed and topped; I frequently mix oat sheeling seeds and oat dust, which makes them fonder of the pollard, if stale or old kept. Three months stall-feeding in this way is equal to 6 months in the usual way."
In order to form some idea of the utility of the above mode, we must estimate the expence of the pollard, in addition to the full allowance of turnips: pollard being a finer kind of bran, is sold for 2d. a bushel more; of course when bran is 10d. per bushel, pollard will be 1s. and allowing that an ox will fatten as much in 10 weeks with the above keeping, as he will in 20 by the common mode, the account will stand thus:
£ | s. | d. | |
10 Weeks—Pollard 70 bushels, at 1s. | 3 | 10 | 0 |
Ditto—Turnips, at 4s. 6d. | 2 | 5 | 0 |
— Attendance | 0 | 10 | 0 |
6 | 5 | 0 | |
£. | s. | d. | |
20 Weeks—Turnips, at 4s. 6d. | 4 | 10 | 0 |
Ditto—Straw | 0 | 10 | 0 |
—Attendance | 1 | 0 | 0 |
6 | 0 | 0 |
[Page 106]Hence it appears that feeding with pollard and turnips is not cheaper than the common mode, even allowing that it is done in half the time.
Mr Watson put 6 oxen into a fold-yard (with a shed in it) on the 20th of May; in 7 weeks they had eaten 360 bushels of bran and oat seeds mixed, with which they had for the first three weeks coarse hay, the other four, cut clover. With this their cribs were kept constantly full: The value of bran and oat seeds amounts to about 6s. per per week each beast; of the hay and clover no account was kept, but it cannot be estimated at less than 1s. which makes with attendance 7s. per week each beast; near double the expence of grass, and more than the improvement of the cattle would pay, tho' they were certainly in very thriving condition.
Mr Watson once attempted to keep two heifers on bran only; they grew worse and worse, and were obliged to have other food; when they got grass, they eat much more bran than when they got bran alone.
For Sheep,—these gentlemen allow 7 bushels per week per score, to their store ewes on grass, that is 5s. 10d. per week, or 3½d. per sheep besides grass.
Mr Hay wintered 150 ewes on 38 acres; they had 53 bushels per week of bran; but this land would have wintered 70 ewes without any assistance, therefore the bran was applied to the support of the 80 additional ewes; of course the expences per week will be
£. | s. | d. | |
53 bushels of bran at 10d. per bushel, which divided by 80 | 2 | 3 | 4 |
gives the expence per week of keeping a store ewe | 0 | 0 | 6½ |
which is near double the price usually paid for turnips.
[Page 107]Mr Watson is summering 175 ewes on Spindleston-Hill (a bare rocky pasture); to this flock he allows 16 bushels of bran per day, or 112 bushels per week, which at 10d. per bushel, is 6¼d. per week per sheep, besides the grass; they are in excellent condition, but it is a price for keeping store ewes that most farmers would state at.
To a flock of 65, year-old fat wethers, he gives 42 bushels of bran per week, which is near 6½d. per week per sheep; they are depastured upon good land, at the rate of about 7 sheep an acre, which is scarcely double the number the same ground would keep equally well without bran, of course these sheep cost above 1s. per week per sheep, a price that the appearance of the sheep does by no means promise to repay.
These are all the facts that have come to our knowledge, respecting feeding with bran; from which it appears that it is not so beneficial a practice as had been represented to the Board.
CHAPTER IX. GARDENS AND ORCHARDS.
IN gardening we do not find any practices in this district but what are generally known to the profession; and in respect to Orchards they are thinly scattered indeed.—The frosty nights, and north-east winds from the German Ocean, which are so prevalent here in the spring months, are very inimical to fruit crops; and it is probably owing to this circumstance that there is such a scarcity [Page 108]of orchards: so much so that we believe nine tenths of the apples consumed in this county are imported from Kent, Essex, and other southern counties.
CHAPTER X. WOODS AND PLANTATIONS.
WOODS growing in a natural state are found mostly on the banks of rivers; those of the north and fouth Tyne, the Wansbeck, Coquet, and their tributary streams, have by far the greatest qu [...]nti [...]y. Of old oak timber, from eighty to one hundred and forty years growth, the probable value may be about 60,000l. of which two-thirds can only be said to be proper for building ships of great burthen.
The demand by the collieries and lead mines for small wood, has induced the proprietors of woods on the Derwent, Tyne, &c. to cut them at an early age. From twenty-five to thirty years growth is the general term for oak, elm, and ash; but birch, willow, and aller, are cut sooner; and hazle for corf-rods* once in three or four years.
The price of ash and elm is from 1s. to 2s. per foot; of oak, from 2s. to 3s. per foot; of birch, aller, &c for pit props, six feet long, and from four to six inches diameter, 4d. each; corf rods. 6d. per hundred. Oak bark last year was sold for 9l. per ton. Under this management [Page 109]and at those prices, an acre in thirty years will produce, on [...]n average, 60l. clear of expences; there has been instances of an acre of wood, thirty-two years old, felling for 100l. and another of sixty years growth, worth 200l. per acre; but these were in particularly favourable situations.
In the management of these woods, the general practice is to cut all away together. The system of Anthony Surtees, Esq of Newbiggen, we think preferable; he takes his away in patches; and as the older trees interfere with the younger springs, and where a thriving healthy oak is in a convenient situation, he lets it stand for timber; by this means the young spring is sheltered, and an annual produce of upwards of 100l. is obtained from sixty acres of woodland.
Plantations, on an extensive scale, are rising in every part of the county; and are almost in every instance doing well, and promise not only to repay the spirited exertions of the proprietors, but will add greatly to the ornament and improvement of the country.
Amongst the great variety of trees we have observed in those plantations, the larch rises proudly pre-eminent above the rest, and in almost every situation far outstrips the various species of firs and pines, wherever we have noticed them planted promiscuously together. In many plantations in the northern parts of the county, the spruce firs, between 20 and 30 years old, have died-off; and this in so many very different soils and situations, that they are now in a great measure discarded from the plantations that have been made of late years; the cause of this failure has not been yet satisfactorily accounted for.
CHAPTER XI. WASTES.
THE commons—in this county capable of being converted into profitable tillage land are now very trifling, the greatest part having been inclosed within the last thirty years; the whole amounting to near 120,000 acres. Of this, the commons belonging to the manors of Hexhamshire and Allendale contain 50,000 acres, a great part (35,000) of which are high, exposed, heathy mountains. These are to be converted into stinted pastures, not being thought capable of any other improvement.
The increased value of such inclosed commons, depends (as we have stated in our Report of Cumberland) entirely upon the system of cultivation pursued. Upon Bulbeck-common there are lands which, in a state of common, were not worth more than 1s. an acre, a part of which has been in tillage twenty-five years, and grown three white crops successively, betwixt one fallowing and another. This land is now dear enough at 4s. an acre; while Mr Hopper's of Black-Hedley, is worth 10s. or 12s. His system is, when first broke up from heath, to pare and burn, and plough in the autumn; next spring plough across, lime and sow oats; then fallow and lime, 75 bushels per acre, and sow turnips; after which, oats and grass seeds, four pounds red clover, five pounds white, and one bushel of ray grass, and continue in grass six or seven years; then to plough for oats—turnips—oats—and sow up with grass seeds as before. There are instances, where the increased value is in the ratio of twelve to one, or even more; but [Page 111]these are, where the commons were of no value to the proprietor, which is in general the case.*
The extent of waste lands—or open mountainous districts, incapable of affording profit by cultivating with the plough, is very great, as we have before stated; considerable quantities of which are private property, and of course may be depastured by sheep or other stock to the greatest advantage; of those that are common, it would certainly be best for every man to know his own share.
Draining would be highly useful to many parts of these districts; there are also many excellent situations for planting, and of all other purposes to which such lands are convertible, this species of improvement seems to us the most promising to make the greatest returns.
CHAPTER XII. IMPROVEMENTS.
SECT. 1.—Draining.
DRAINING—is one of those improvements that has lately made its way into Northumberland, and is now mostly practised in the middle and northern parts of the county; the theory is pretty well understood in those districts, and the practice is becoming more prevalent every year. Hollow drains are generally used, filled with stones, where they can be got; where these cannot be obtained, [Page 112](but at a great expence) sod drains are the only resource, especially in the northern parts, where there is little wood.
SECT. 2—Paring and Burning.
Paring and Burning is not much practised in the eastern and northern parts of the county; in the midland and southern parts it is most prevalent, but even there it is confined to old swards, and coarse, rough, rushey and heathy lands; for the first breaking-up of such ground, it is certainly very convenient, and preferable to any other mode we have ever seen; but tho' we are fully convinced of its beneficial effects in such situations, yet we have our doubts whether it could be used with advantage upon lands that have lain a few years in grass, and that would produce good crops of grain immediately on being ploughed out, which is not the case with coarse, rough, heathy lands, or even very old swards on rich fertile soils; it being found that crops on the latter, are frequently very much injured by "leaping" for two or three years; which paring and burning entirely obviates, and ensures full crops to the farmer; who need not be under any apprehension of his soil being ruined by it, provided he pursues the following course:—
- 1. Turnips.—
- 2. Oats.—
- 3. Fallow, well limed for turnips.—
- 4. Barley,
sown up with clover and grass seeds, and depastured with sheep for three or four years, and afterwards (if not intended to lie in grass) continue it in the rotation mentioned page 64: It is the injudicious cropping, more than the ill effects derived from paring and burning, that has been the chief cause of bringing such an odium on this practice, which is certainly an excellent one in some situations, and properly conducted; but like the fermented juice of the grape, may be too often repeated and improperly applied.
The popular clamour against this practice, "that it destroys the soil," we can by no means admit; and are inclined [Page 113]to believe, that not a single atom of soil is abstracted, though the bulk of the sod or turf be diminished: this arises from the burning of the roots or vegetable substances, which, by this process afford a considerable portion of Alkaline Salts, phlogistic or carbonic matter, and probably other principles friendly to vegetation; as we find those ashes produce abundant crops of turnips, which fatten, stock much quicker than those after any other dressing or manure we have ever seen, and the succeeding crops of corn are so very luxuriant, as to tempt the injudicious cultivator to pursue it too far; and for the sake of temporary gain, may be said to rip it up, as the boy did with his goose that layed golden eggs.
SECT. 3.—Manuring.
In some parts of this county, where the turnip culture is carried to such extent, every exertion of ingenuity is practised to raise a large portion of Farm Yard Dung: for without this valuable article, it is well known that good turnip crops are not to be expected, and the farmers of strong soils are sufficiently sensible of the advantage of dung to their crops, not to use every endeavour to increase its quantity.
The farmers of turnip soils, in order to have their dung sufficiently rotted, lead it out of the fold yard in the winter, make it up in large dunghills in order to increase the putrefactive process, and prepare it for that state of dissolution, by which its component parts are ready to be assimilated into new bodies; and in which state only, is can be of use in vegetation.
Upon the hill-farms around Cheviot, we have been often surprized, to see at the doors of the shepherds' houses, such immense dunghills, the accumulation of unnumbered years, probably centuries: to avoid this increasing nuisance, many of them have ingeniously contrived to build [Page 114]their houses near a "Burn side" for the convenience of having it taken away by every flood: notwithstanding they have lands adjoining, upon which, if this manure was properly applied, the greatest improvements would ensue, and considerable quantities of excellent hay be produced, for the support of the flocks in winter storms, in which seasons they are very often under the necessity of purchasing hay in the Lowlands, and of having it conveyed on horse-back to the top of these hills in the deepest snows, at a very great expence.*
Lime—is found in many parts of this county, of an excellent quality. In Bambro' Ward, where it has been long used, many intelligent farmers begin to doubt of its efficacy, and the propriety of continuing to lay it upon their old tillage lands. Upon the dry soils in Glendale Ward, where it has not been used much above 40 years,† its effects are more conspicuous, especially upon such lands as have been seldom or never limed. In its natural state, the soil of this district is dry, duffy, light, full of fibrous, roots, and when in fallow, on passing over it, you sink to the ancles; after being sufficiently limed, the fibrous roots disappear, the soil becomes denser, firm to the tread, retentive of moisture, and produces better and more abundant crops of grain than before: when laid to grass, the effects of the lime appear to an inch, by the superior verdure [Page 115]which takes place as far as it has gone.* Many of these dry soils, after being limed, grow white clover naturally; where not limed, it seldom appears; but they cover principally with agrostis capillaris (fine bent,) which is seldom eaten by any kind of stock, if they can get other food: When land has been sufficiently limed, this plant disappears; and wherever it is found, it may be safely concluded, that the soil on which it grows has not had its due quantity of lime.
About seven years since Mr George Reed, of South-Middleton near Wooler, cleared from broom, 30 or 40 acres of light, dry, channelly soil, that had never been limed, which was sown with rye; the rye stubble was ploughed in the Autumn, and the worst part of it limed at the rate of 100 bushels per acre; next Summer the whole was drilled with turnips (dunged &c. as described page 89) which came up all alike, and continued to do equally well for three or four weeks; but little or no rain falling in that period, and the weather continuing droughty, those turnips upon the land which had no lime, [Page 116]died away; whilst those upon that part which was limed were discernible to an inch, flourished with unabated vigour, and produced an excellent crop, (for such land) worth at least 4l 10s. an acre; many similar instances might be produced, but this is the most striking we recollect to have noted.
The made of burning lime, in this county, is mostly in draw-kilns, of the form of an inverted cone, with two or three eyes or mouths for drawing out the lime, and admitting air: These kilns are kept burning and drawing perpetually. Some of the large sale kilns will afford 40 or 50 cart load a day: A cart load of coals is reckoned to burn two cart loads of lime.
The Price, at the kilns, is from 3s. to 4s. 6d. for 25 upheaped bushels.
The Quantity, laid upon an acre, is from 75 to 150 bushels.
The general practice of using lime, is to lay it up in heaps of three or four cart loads each; and as soon as the clods are fallen, slacked, or reduced to the state of quick-lime, it is spread evenly upon the land, and harrowed and ploughed in as soon as possible after: sometimes, instead of laying it up in heaps of 3 or 4 cart loads each, it is laid upon the land in the clod state, in little heaps of about a bushel each, which are covered with earth until sufficiently flacked or fallen, and then spread abroad.
In either mode, or in whatever manner lime is applied, it certainly has the greatest effect, when both it and the soil are in the most pulverized state.
Upon the turnip soils where very large quantities of lime are used, it would be extremely difficult to get a sufficiency in the early part of Summer, previous to the turnip season; in such situations, it is usual to lead as much as possible thro' the Summer and Autumn, which [Page 117]is laid up in very large heaps (from 50 to 150 loads each) and before Winter covered with sods, or thatched with straw, to prevent the rain from penetrating it: If well secured, it is found in a very quick state, in the Spring, sometimes a great portion of it remaining unslacked.
The opinions respecting the good or ill effects of lime, are exceedingly various; some asserting that it can never be used in too large a quantity; whilst others contend, it is of no use whatever: Our own practice authorizes us to say, that upon some soils, the application of lime, (or calcareous earth in some other form) in considerable quantities, is absolutely necessary, in order to bring them to their most fertile state, and to prepare them for the action of other manures; whilst upon other soils, lime produces no sensible effect, and if used in large quantities, will prove very detrimental.—Thus may one of the most valuable applications we know, for the improvement of many soils, be condemned, by those who draw positive conclusions, from partial observations of facts. The practice of paring and burning, we believe, owes the opprobrium, which some have thrown upon it, to a similar mode of reasoning.
Stone Marl, has formerly been used in considerable quantities, near Tweedside, but the more immediate effects of lime have entirely set aside the use of stone marl.
Shell Marl is used with great advantage, at the rate of 20 or 30 cart loads an acre, on the farms of Wark, Sunnylaws, and Learmouth.
Sea Wrack, Sea Ware, or Marine Plants—driven ashore by the tide, are used with great effect, wherever they can be had. Of these the fucus vesiculosus, and its relatives F. serratus and inflatus, (Skeir Ware) are not held in much estimation, and when used, require to be laid up in large heaps to putrify. If laid upon the land, as the others [Page 118]are, when taken immediately from the shore, they dry, and turn to a black coriaceous substane. The fucus digitatus (Wassels) is the great favourite, and another species called May-weed, which we cannot point out by its Linnaean name, not having had an opportunity of seeing it, but from the descriptions we have heard, suspect it to be the young plants of the fucus digitatus.
Coal Ashes—are chiefly used in the vicinity of the principal towns, as a dressing for grass land; for this purpose they are found of considerable benefit, especially upon strong, coarse, and wet lands.
SECT. 4.—Weeding.
Weeding corn is universally practised; the broad cast crops are hand-weeded, in which operation the thistles (being rather unpleasant to handle) are in some parts drawn by a pair of large pliers ("nippers") with flat cheeks; in others they are cut over by a weeding hook, made in the form of a Λ, with sharp edges on the inside; but this mode of cutting is only a temporary relief, as they spring again very soon after: pulling up by the roots ought certainly to be practised in every instance, as there is not a weed the farmer has to contend with, more difficult to eradicate than the corn thistle, (Carduus Arvensis.)
The drilled crops, are both horse and hand hoed, at least twice each, and with so much attention, that no kind of weeds are sussered to remain; the whole being kept in the cleanest and compleatest garden-like culture.
The most prevalent weeds, that give the Northumbrian husbandman the greatest trouble, are: [Page 119]
- Triticum repens— Couch Wheat. These all go under the general names of Quickens, Couch, or Twitch grass; the Holcus principally on light dry soils.
- Avena elatior— Tall Oat. * These all go under the general names of Quickens, Couch, or Twitch grass; the Holcus principally on light dry soils.
- Holcus mollis— Soft Holcus. These all go under the general names of Quickens, Couch, or Twitch grass; the Holcus principally on light dry soils.
- Seratulae arvensis, or Corn Thistle.
- Carduus arvensis.† Corn Thistle.
- Sinapis arvensis— Wild Mustard. Charloc.
- Sinapis Alba— White Mustard. Charloc.
- Raphanus Raphanistrum— Wild Radish. Charloc.
- Avena Fatua— Wild Oat.
Those of less note, and more partial visitants, are
- Galeopsis Tetrahit Hemp dead nettle
- Spergula arvensis Corn Spurry
- Anthemis Cotula Stinking Camomile
- Polygonum Persicaria Peachwort
- Ranunculus arvensis Corn Crowfoot
- Lythospermum arvensis Corn Gromil
- Veronica arvensis Corn Speedwell
- Scandiae Pecten Veneris Shepherd's needle.
SECT. 5.—Watering.
Watered Meadows—were first introduced into this county by Messrs Culley, about 26 years since; and notwithstanding the manifest advantages of this operation, yet so slow is knowledge in making its way, that it was near 20 years before any other person ventured to pursue the practice, and profit by the example: It is now beginning [Page 120]to spread in the neighbourhood, and we hope in a few years will be adopted in every situation that can derive benefit from it
Sir William Lorrain, with a spirit that marks his wish for improvement, brought two men from Leicestershire, to drain his grounds at Kirkharl. This business they seem to have understood and executed well; but we think they have misled the worthy Baronet, in telling him they understood laying out land for watering. We were sorry to see a first attempt executed in so bad a style, which may tend more to discourage the practice, than forward its introduction.
SECT. 6.—Embankments.
In the vicinity of Wooler, a large tract of low flat ground (called Haughs) adjoining the rivers Till and Glen, being subject to be frequently overslowed, an attempt was first made to embank them at Yevering, in the year 1787 which answered the purpose, and soon after was adopted on the haughs of Turvilaws, Doddington, Ewart, &c by which the lands that could not be let for more than 15s. per acre (from the great hazard of losing the crop) are now let for more than double the sum.
The height of these banks is from 3 to 5 feet; the form is represented by a section fig. 6, pl. 5, where the height CE is 4 feet, the base BA 15 feet, BC 5 feet, and the slope next the water CA, 13 feet. The side BC was faced up with sods the green side out, cut from the ditch D, out of which was dug the materials for forming the bank;* and [Page 121]the side CA, covered with green sods pared from the base BA, previous to throwing up the earth.
The expence from 2s. to 3s. per rood of 7 yards.
CHAPTER XIII. LIVE STOCK.
SECT. 1.—Cattle.
THE different kinds of cattle bred in this county are the short horned—the Devonshire—the long-horned—and the wild cattle.
The short horned kind have been long established over the whole county, the other kinds are found only in the hands of a few individuals, who have introduced them with a laudable view of comparing their merits with the established breed of the country.—They differ from the other breeds, in the shortness of their horns, and in being wider and thicker in their form, consequently feed to the most weight; in affording the greatest quantity of tallow when fatted, in having very thin hides, and much less hair* upon them than any other breed (the Alderneys excepted); but the most essential difference consists in the quantity of milk they give beyond most other breeds: there being instances of cows giving 36 quarts of milk per day, and of 48 firkins of butter being made from a dairy of 12 cows: but the more general quantity is 3 firkins per cow in a season, and 24 quarts of milk per day: [Page 122]Their colour is much varied, but they mostly are an agreeable mixture of red and white. From their being in many places called the Dutch breed, it is probable they were originally brought from the Continent.
They have been much improved of late years, by the exertions and attention of enterprising breeders; who have already improved them so far, as to be sold fat to the butchers at 3½ years old. The weight of the carcase is in general from 60 to 80 stone, (14 lb. to the stone) but there are instances of individuals attaining much greater weight.
Sir H. Grey bred and fed two seven-years old oxen that weighed 152 stone 9 lb. the four quarters only; and a spayed heifer, 132 stone, 6 lb. ditto. Mr Smith of Togstone, a cow, 127 stone 11 lb. ditto.
But large size is not now considered as an excellence: Quick seeders, that lay their sat upon the most valuable parts, and have the least offal in the coarse parts, are the kind which every enlightened breeder wishes to be possessed of.
The long Horns have been introduced from the improved stocks of the Midland counties, at different times and by different breeders; but have in most instances given way again to the improved breed of short horns.
The Devonshire breed is only in the possession of Walter Trevelyan, Esq. of Nether Witton, who introduced them about three years since; their offspring has not yet got to a proper age to form a judgment of their comparative merits.
The Wild Cattle—are only found in Chillingham Park, belonging to the Earl of Tankerville; and as it is probable they are the only remains of the true and genuine breed of [Page]
[Page 123]that species of cattle,* we shall be more particular in our description.
Their colour is invariably white, muzzle black; the whole of the inside of the ear, and about one third of the outside from the tip, downwards, red; horns white, with black tips, very fine, and bent upwards. Some of the bulls have a thin upright mane, about an inch and an half, or two inches long. The weight of the oxen is from 35 to 45 stone, and the cows from 25 to 35 stone, the four quarters; 14 lb. to the stone. The beef is finely marbled, and of excellent flavour.
From the nature of their pasture, and the frequent agitation they are put into, by the curiosity of strangers, it cannot be expected they should get very fat; yet the six years old oxen are generally very good beef. From whence it may be fairly supposed, that in proper situations, they would feed well.
At the first appearance of any person they set off in full gallop; and, at the distance of two or three hundred yards, make a wheel round, and come boldly up again, tosting their heads in a menacing manner; on a sudden they make a full stop, at the distance of forty or fifty yards, looking wildly at the object of their surprize; but upon the least motion being made, they all again turn round, and gallop off again with equal speed, but not to the same distance: forming a shorter circle, and again returning with a bolder, and more threatening aspect than before; they approach much nearer, probably within thirty yards, when they make another stand, and again gallop off: this they do several times, shortening their [Page 124]instance, and advancing nearer; till they come within a few yards, when most people think it prudent to leave them, not chusing to provoke them further, as it is probable, that in a few turns more they would make an attack.
The mode of killing them was, perhaps, the only modern remains of the grandeur of ancient hunting. On notice been given, that a wild bull would be killed upon a certain day, the inhabitants of the neighbourhood came mounted, and armed with guns, &c. sometimes to the number of an hundred horse, and four or five hundred foot, who stood upon walls or got into trees, while the horsemen rode off the bull from the rest of the herd, until he stood at bay; when a marksman dismounted and shot. At some of these huntings, twenty or thirty shots have been fired before he was subdued: on such occasions, the bleeding victim grew desperately furious, from the smarting of his wounds, and the shouts of savage joy that were echoing from every side: from the number of accidents that happened, this dangerous mode has been seldom practised of late years; the park-keeper alone generally shooting them with a rifled gun, at one shot.—When the cows calve, they hide their calves, for a week or ten days, in some sequestered situation, and go and suckle them two or three times a day. If any person come near the calves, they clap their heads close to the ground, and lie like a hare in form, to hide themselves. This is a proof of their native wildness, and is corroborated by the following circumstance, that happened to the writer of this narrative, who found a hidden calf, two days old, very lean, and very weak; on stroking its head, it got up, pawed two or three times like an old bull, bellowed very loud, retired a few steps, and bolted at his legs with all its force; it then began to paw again, bellowed, stepped back, and bolted as before: but knowing its intention, [Page 125]and stepping aside, it missed me, fell, and was so very weak, that it could not rise, though it made several efforts; but it had done enough, the whole herd were alarmed, and coming to its rescue, obliged me to retire; for the dams will allow no person to touch their calves without attacking them with impetuous ferocity.
When any one happens to be wounded, or grown weak and feeble through age or sickness, the rest of the herd set upon it, and gore it to death.
Dairy.—This county cannot boast of its dairies; those who live in the vicinity of Newcastle, and other populous places, make a handsome return by the sale of milk, fresh butter, &c. but upon most of the large farms in this county, dairies are not held in much estimation.
Breeding young cattle—is practised in almost every part of the county. Upon the large farms, cows are kept more for this purpose than the profit of dairying: there are instances of 50 or 60 calves being brought up in one season, by one farmer, who did not milk more than fifteen cows. Calves are certainly best reared with milk, but where such numbers are bred, many different things have been mixed with, or substituted for, this nutritive and natural diet; oats and b [...]an meal, oil cake, lintseed, boiled turnips, &c. are used, and have their various advocates; but lintseed is most approved; eggs are excellent for mixing in the calf's food; when cheap in the Spring, perhaps they cannot be better employed. In the Summer the calves are turned to grass, and in the first Winter get turnips and straw. After being a year old, they are kept in Summer on coarse pasture; and in Winter on straw only.
Hiring Bulls—for the season, is practised in this county; as high as 50 guineas have been paid for a bull of the short-horned breed, for one season, and from 3 to 5 guineas given, for serving a cow; but the more common premium is a guinea.
SECT. 2—Of Sheep.
In this county there are three distinct breeds.—The Cheviot sheep, the Heath sheep, and the long-wooled sheep.
The Cheviot sheep—are hornless, the faces and legs in general white.* The best breeds have a sine open countenance, with lively prominent eyes; body long, fore quarters wanting depth in the breast, and breadth both there and on the chine; fine clean small boned legs; thin pelts, weight of carcase when fat, from 12 to 18 lb. per quarter; fleeces from 2½ to 3½ lb each, and sold in 1792, for 11d. per lb. The wool is not all sine, there being in a fleece of 3 lb. weight, only 2 lb. of sine wool, worth one shilling per lb. (when the whole fleece sells at 10d. per lb.) and one pound of coarse, worth only 6 d. per lb.
They are bred only upon the hilly districts in the northwest part of the county, and do not extend much farther south than Reedwater.
The best kind of these sheep are certainly a very hardy and valuable mountain sheep, where the pasture is mostly green sward, or contains a large portion of that kind of herbage; which is the case with all the hills around Cheviot, where these sheep are bred; for as to the mountain of Cheviot itself, no kind of sheep whatever are bred upon it; and we find it an universal practice, amongst the most experienced sheep farmers, to depasture the heathy [Page]
[Page 127] districts with old sheep, (gimmers and wethers) but they never attempt to keep a breeding flock upon them.*
Blindburn is probably the highest and coarsest pasture in this county where this kind of sheep are bred. We examined the herbage, and found, that the ewe-pasture had a considerable portion of green sward, the coarsest parts of which consisted of
- Nardus stricta Wirebent †
- Juncus squarrosus Stoolbent
- Scirpus caespitosus Deer hair
- Eriophorum vaginatum the leaves Ling. ‡
- Eriophorum vaginatum the flowering
- Eriophorum vaginatum stem, Moss.
- Erica vulgaris Heath or Hadder.
The shape of this breed of sheep has been much improved of late years; but all those who have been aiding in making such improvements, readily acknowledge, [Page 128]there is still much to be done; especially to the fore quarter, which they all agree is very defective; but we hope it will not long remain so, as we think we see a spirit of investigation arising amongst these breeders, that in a few years will remedy not only this defect, but will discover others, which at present they are not willing to admit. But as knowledge is progressive, we cannot expect the perfection of this breed of sheep can be obtained at once; it must proceed by slow gradations, as every other improvement hath done; it is a great point gained, that we admit defects, and are desirous to amend them.
That breed of sheep which brings the most profit to the farmer, will always be pursued by him, whatever his situation; but that object, we presume, is not to be obtained in this district from fine wool alone. Perfect mountain sheep should be active, hardy, well formed, and quick seeders: these qualities will always recommend them to the grazier, who will never purchase a slow feeding animal, while he can get one of a different sort, though at a considerable advanced price. But if to these qualities, so essential to the sale of a mountain farmer's stock, can be added a fleece of fine wool, a breed of sheep would then be obtained, the properest for a hilly district of any we have yet seen. There is little doubt but this may be accomplished by proper selection; and probably the best kind of Cheviot sheep, from their hardiness, and producing a portion of fine wool, are the properest stock for laying the foundation of so desirable an improvement.
Mr Robson, of Belford, (now of Chatto) says, he improved the shape of his sheep very considerably; particularly the fore-quarter, and the wool, in having less buttocks; by using three rams which he purchased in Lincolnshire, thirty-three years since; and we know other instances of improvement, by using tups of ⅓ or ¼ Dishley [Page 129]blood. In all these cases, we do not find the sheep less hardy, or wool of less value; but the carcase materially improved.*
Mr Readhead, of Chatto, is of opinion, that there are some situations amongst the Cheviot-hills, where the South Down sheep might be successful; those who are possessed of such, would do well to make a fair experiment; should it succeed, a very great improvement of the Cheviot wool, in point of fineness, would be derived by crossing with this breed: but probably what it gained in fineness, it would lose in weight, for it is not the value per pound which constitutes the farmer's profit, but the value per fleece; or rather, that breed is the best, which brings the most profit in fleece and carcase jointly, † from the same ground, in equal times. Opinions and conjectures will never decide this matter; it can only be done by fair experiments, conducted by persons of judgment and impartiality.
The Mode of Management—amongst the sheep farmers of these hills, is to divide their flock into different parcels, viz. lambs, hogs, gimmers, ewes, and wethers, and each parcel kept on such pasturage as is thought most proper for them. Every parcel is attended by a shepherd, who is bound to return the number of sheep delivered to him, either alive, or in his account of dead sheep, which are in [Page 130]general sold at different prices, according to their goodness.
The ewes are 2½ years old before they are put to the tup; and are kept till five or six years old: the loss of lambs is sometimes very considerable, not only on being dropped, but also from other disorders, as the "milk-ill," which attacks them from 3 to 7 days old, the "quarter-ill," &c. which Mr Chisholm of Clennel estimates at not less than 15 per cent. taking one year with another. And Mr Smith of Woodhall says, that "altho' the Cheviot breed be as healthy as perhaps any, yet there can hardly be an instance adducible of any of the different sheep flocks coming all to the shears, much less the hogs; out of which it is common to allow two out of each score."
The Heath Sheep—have large spiral horns, black faces and legs, a fierce wild-looking eye, and short firm carcasses (weighing from 12 to 16 lb. per quarter) covered with long, open, coarse shagged wool. The fleeces weigh from three to four pounds each; and sold, in 1792, for sixpence per pound. They are an exceedingly active and hardy race, and seem the best adapted, of all others, to high exposed heathy districts; such as we find them in possession of here, from the western parts of the county of Durham, to North Tyne.
Mr Hopper, of Blackhedley, buys year old wethers of this kind of sheep for 10s. 6d. each, and two-year olds for 14s. which he depastures upon a heathy moor of 4000 acres; from whence he takes them at 3½ years old to turnips; and sells, the May following, from 28 to 32 shillings each: he has tried the Cheviot sheep in the same manner, but thinks the other a hardier and better feeding sheep.*
[Page 131]The breeders of this kind of sheep on the south west corner of the county, are very confident, that they are a much hardier sheep than the Cheviot breed; and upon their high exposed heathy mountains, where there is very little green herbage, much more profitable; while the Cheviot farmers assert, that theirs are equally hardy, and that the greater value of the fleece gives them a decided superiority. We have before stated that the fineness of wool is not a proper criterion, by which the merits of a breed of sheep are to be determined; it can only be done by fair experiment, in which all the circumstances of the case are included; but we do not find that this has ever been done by either party, and tho' it is only opinion against opinion, yet both parties are so positive, that they are ready to quarrel with any person who happens to express an opinion of his own: we shall therefore content ourselves with stating, that the question can only be properly decided by a parcel of each kind of ewes (suppose 100) being depastured and kept in every respect equally alike, upon some of those high, exposed situations, the height of which is much more elevated, and the herbage much coarser than the Cheviot pastures; and almost totally covered with Heath or Hather (Erica Vulgaris.) And at the end of five, six, or seven years, that breed which has brought the greatest number of sheep to market, and made the most profit, will deservedly be deemed the hardiest, best, and most eligible, for such situations.
Until some experiment of this kind determine the matter; we hope, we shall not give offence to either party by stating, that we have seen the heath sheep bred with advantage upon higher and coarser pastures than Common Burn, or those others around Cheviot, which are deemed improper for a breeding flock of the Cheviot kind; and that it may probably turn out, that each breed is particularly adapted to particular situations, the one to coarse exposed [Page 132]mountains, where the luxury of green herbage is thinly scattered, or rarely to be found: the other, to hilly pastures, where considerable portions of verdant surface predominate, such as characterize the pastoral districts around Cheviot.
The long-woolled sheep,—which formerly occupied the lower district of this county, were called Muggs, probably from their faces being covered with a muff of wool, close to their eyes. These being a slow feeding tribe, have given way to the Dishley breed, which were first introduced into this county in the year 1766,* and by their superior merit have so far made their way against every prejudice and opposition, that it is probable in a few years there will be a difficulty in finding a flock that is not more or less related to the Dishley blood.
The improved breed of long-woolled sheep—are distinguished from other long-woolled kinds by their fine lively eyes, clean heads, straight broad flat backs, round barrel-like bodies, very fine small bones, thin pelts; and that singular property of making fat at an early age, perhaps more than any thing else, gives them a superiority over the other breed in this island.
The weight of the carcase in general is, ewes three or four years old, from 18 to 26 lb. per quarter; the wool upon an average, 7½lb. a fleece; the length from 6 to 14 inches; sold in 1792, at 10d. per lb.
The most approved mode of management of this breed of sheep is as follows: The ewes generally lamb in March, when we give them a few turnips to increase their milk. The latter end of June or beginning of July the lambs are weaned, and sent to middling pasture; but a good pasture would certainly be a more eligible practice. The ewes are milked two or three times to ease their udders, and such [Page]
[Page 133]as are not intended to be continued for breeding, are culled or draughted out, and put to clover: when this fails, they get turnips, and are sold about Christmas to the butchers, very fat; the price from 34 to 40s. each; frequently measuring four or five inches thick of fat on the sides, and two or three inches down the back, all the way from head to tail. And though this breed be not eminent for much tallow, yet ewes under such circumstances have been known to produce from eighteen to twenty-four pounds of tallow each.
The lambs, after being weaned, take the name of Hogs. They are generally put to turnips the beginning of November, and continue at them till the middle of April or beginning of May; when the wether hogs are put upon good pasture, or second year's clover. The second Winter they have turnips until the clovers are sufficiently grown to receive them, which is generally about the middle of April: they are clipped or shorn about the middle of May, when we begin to sell them, and are mostly all sold by the middle or end of June. Morpeth is our best market, where the two shear wethers are generally sold for from forty to fifty shillings a head; in 1797, they sold for 3l. per head on an average. At this age they are equally fat as the ewes before described:
Of late years it has been customary to fell the shearling wethers, in June or July, to the butchers, fatter than most other breeds will be at two or three years old; the weight of these shearling wethers is from 18 to 21 lb. per quarter.
We generally reckon one third of the ewes to have twin lambs. They are put to the tup, so as to have lambs at two years old, and kept for breeding until three or four years old, except such as are of particular good forms, or have other valuable properties: these we keep as long as ever they will breed. Such as are defective in [Page 134]shape, suspected of being slow feeders, or other unprofitable qualities, we never put to the tup, or attempt to breed from them.
Letting Tups—to serve ewes for the season, has been a practice in this county for near 30 years, and is becoming more prevalent daily; the prices vary from five to one hundred guineas, for the use of one sheep; and ewes are frequently taken in to be served by a favourite ram, at as high rates as from 3 to 5 guineas each. The number of ewes to be served by a shearing tup, is generally stipulated not to exceed 80, and for an aged sheep 120.
At the first introduction of this breed of sheep, a great prejudice was raised against them, and clamorous outcries made, that their adoption would be the ruin of the country, and no means were left untried to depreciate their value: but every obstacle has been overcome by their superior merit, which seems now to be universally acknowledged, as may be judged from the following circumstance.
In October 1795, Mr Thompson of Chillingham Barns, having quitted a farm, he advertised to sell by auction, 500 ewes, in lots of 5 each.
£. | s. | d. | ||
The first 100 ewes, sold on an average for | 21 | 0 | 0 | per lot of 5 each. |
The second 100 for | 20 | 2 | 6 | ditto |
The first 100 gimmers for | 29 | 0 | 0 | ditto |
Several lots of the gimmers sold for above 35l. each lot, one in particular for 38l. or 7l. 12s. each sheep.
The highest lot of ewes was 28l or 5l. 12s. each.
The purchasers amounted to upwards of 50, amongst whom were several, that a few years before, were the most violent, and loudest exclaimers against any "change or innovation," in the established breed of the country.
Breeding Sheep—of the long-woolled kind, to be sold to [Page 135]graziers to fatten, is practised by the occupiers of such farms as do not afford a sufficiency of turnips, or such as do not produce any: those who are in the latter predicament, either take turnips for wintering their hogs, or put them upon good old grass pastures. The wethers are generally sold in September and October, being then shearlings, for, from 22s. to 26s. each; and the ewes three and a half years old, from 18s. to 24s. each; in 1796, they were as high as 2l. each.
There are few or no sheep bred in those parts of the county, called Castle-Ward, Bedlingtonshire, and the south east corner of Morpeth Ward.
The modern maxims of breeding were introduced into this county by one of Mr Bakewell's first disciples, upwards of 30 years since; previous to which, "big bones" and "large size" were looked upon as the principal criteria of excellence, and a sacred adherence to the rule of never breeding within the canonical degree of relationship; but those prejudices are at this period, in a great measure, done away; and the principal farmers of this district may now be classed amongst the most scientific breeders in the kingdom, who have pursued it with an ardour and unremitting attention that have not failed of success.It is this knowledge of breeding, and the nice discrimination of selecting proper stock for grazing, added to their improved mode of cultivation, that gives them a celebrity of character, for their extensive knowledge in rural affairs, and that has for some years back made this district a School for Agriculture, where pupils from various parts have come to be instructed.
Salving—was formerly universally practised, and it was thought the sheep could not do well without it. In the lower districts it is now almost totally disused; and some of the hill farmers have laid it aside, and find their flocks do equally well as before; and the wool sells for a much better price than when it is salved; but it is of less weight, [Page 136]as may be naturally expected, from the want of near ¾ of a pound of salve upon each fleece.
This salve is composed of 12 lb. of butter, and 4 quarts of tar, mixed well together while warm, which quantity serves 24 sheep, the number a man will salve in a day.
Milking.—It used to be a general practice through all this county to milk ewes after the lambs were weaned, for six, eight, or ten weeks; from this milk great quantities of cheese were made, and sold for about 3d. per pound. When kept to three or four years old, it is exceedingly pungent, and on that account some people prefer it to cheese of a much better quality.
To milk ewes two or three times after the lambs are weaned is a useful practice; but when continued to eight or ten weeks, it becomes very detrimental, keeps the ewes lean, and ill prepared for meeting the severities of Winter.
This custom has been long disused by the intelligent farmers in the lower districts; and we are glad to sind it much laid aside by the most considerable hill farmers. The profit of milking ewes for six or eight weeks is estimated at 8d. per ewe; and it is generally agreed they are decreased in value, at least 1s. 6d. per head; of course there is a loss of about 1s. per head by milking. In one instance of milking long-woolled ewes, last Summer, there was a loss of at least 3s. per head.
SECT. 3.—Horses.
The best draught horses used in this county are brought from Clydesdale, in Scotland; they are in general from 15½ to 16 hands high; strong, hardy, remarkable good and true pullers; a restive horse being rarely found among them.
Those bred in the county are of various sorts, descended from stallions of different kinds, from the full blood [Page 137]racer, to the strong, heavy, rough-legged black. From the full blood stallions and country mares, are bred excellent hunters, road and carriage horses; and from the other kinds of stallions are bred the draught horses, which in general, are middle sized, active animals, well adapted to the husbandry of the country.
We have before observed, that since the price of horses had been so very high, several oxen had been used for the draught; but whether with propriety or advantage, will appear from
A comparative Statement between HORSES and OXEN, for the purpose of the Draught.
BY way of preliminary it will be necessary to admit as data, That a horse which eats 70 bushels of oats per year, will not consume of other food so much as an ox that gets no corn;* but in the following estimate, we shall allow [Page 138]horses to eat as much as oxen, as the difference is not yet sufficiently ascertained.
That the oxen are yoked at 3 years old, and are worked till six; and for the first year require 8, to do the work of 2 horses; but after having been worked a year, and become tractable and stronger, 6 are equal to 2 horses, either by being yoked three at a time, or two, and driven by the holder with cords; of course, the expence of a driver may be estimated to be saved for one half the year.
That the expences of a ploughman, the plough and other articles that are the same in both teams, need not be taken into the account.
And that oxen, to work regularly through the year, cannot work more than half a day at a time.
£ | s. | d. | |||||||||||||
Summering,—Grass 2 acres, at 20s. per acre | 2 | 0 | 0 | ||||||||||||
Wintering—
| 3 | 0 | 0 | ||||||||||||
Interest at 5 per cent, for price of the ox | 0 | 10 | 0 | ||||||||||||
Harness, shoeing, &c. | 0 | 15 | 0 | ||||||||||||
6 | 5 | 0 | |||||||||||||
Deduct for the increased value of an ox for 1 yr. | 1 | 0 | 0 | ||||||||||||
gives the expence per ann. of an ox for the team | 5 | 5 | 0 | ||||||||||||
And the expence of 6 oxen | 31 | 10 | 0 | ||||||||||||
To which must be added the expence of a | |||||||||||||||
Carried over | 31 | 10 | 0 | ||||||||||||
£ | s. | d. | |||||||||||||
Brought over | 31 | 10 | 0 | ||||||||||||
driver for ½ a year | 3 | 10 | 0 | ||||||||||||
Total expence of a team of 6 oxen | 35 | 0 | 0 | ||||||||||||
An 8 ox team: | |||||||||||||||
£ | s. | d. | |||||||||||||
The expence of an ox per ann. being | 5 | 5 | 0 | ||||||||||||
8 | |||||||||||||||
That of 8 will be | 42 | 0 | 0 | ||||||||||||
To which, add the expence of a driver | 8 | 0 | 0 | ||||||||||||
gives the expence per ann. of an 8 ox team | 50 | 0 | 0 | ||||||||||||
Therefore the expence of a team of oxen the first year, will be | 50 | 0 | 0 | ||||||||||||
ditto the second year | 35 | 0 | 0 | ||||||||||||
ditto the third year | 35 | 0 | 0 | ||||||||||||
divided by 3| | 120 | 0 | 0 | ||||||||||||
Gives the average expence per ann of an ox team, from 3 to 6 years old | 40 | 0 | 0 | ||||||||||||
Expence of an horse per ann. | |||||||||||||||
£ | s. | d. | |||||||||||||
Summering,—Grass 2 acres, at 20s. per acre | 2 | 0 | 0 | ||||||||||||
Wintering,—Straw 13 weeks, at 9d. per week | 0 | 10 | 0 | ||||||||||||
Hay 16 ditto, 1½ tons, at 2l. per ton. | 3 | 0 | 0 | ||||||||||||
Corn (for a year) 70 bushels of oats, at 2s. per bushel, | 7 | 0 | 0 | ||||||||||||
Shoeing and harness | 1 | 0 | 0 | ||||||||||||
Carried over | 13 | 10 | 0 | ||||||||||||
£. | s. | d. | |||||||||||||
Brought over | 13 | 10 | 0 | ||||||||||||
Annuity to pay off 25l. in 16 years, the purchase value of the horse at 4 years old.* | 2 | 5 | 0 | ||||||||||||
15 | 15 | 0 | |||||||||||||
Expence of a horse per ann. | 15 | 10 | 0 | ||||||||||||
Ditto of a two horse team | 31 | 10 | 0 |
If a three horse team be used, the account will stand thus:
£. | s. | d. | |
The expence of an horse per ann. being | 15 | 15 | 0 |
3 | |||
That of 3 will be | 47 | 5 | 0 |
To which, add the expence of a driver | 8 | 0 | 0 |
gives the expence of a 3 horse team | 55 | 5 | 0 |
If the comparison be made with the horse team of many of the midland counties, where they use 5 horses, yoked one before another in one plough; the account will stand thus:
£. | s. | d. | |
The expence of one horse per ann. being | 15 | 15 | 0 |
5 | |||
Carried over | 78 | 15 | 0 |
£. | s. | d. | |
That of 5 will be | 78 | 15 | 0 |
To which add the expence of a man to drive | 18 | 0 | 0 |
The expence of a team of 5 horses will be | 96 | 15 | 0 |
Ditto of 3 ditto | 55 | 5 | 0 |
Ditto of 2 ditto | 31 | 10 | 0 |
Ditto of 8 oxen | 50 | 0 | 0 |
The average expence of an ox team, from 3 to 6 years old, that will do the same quantity of work as 2 horses | 40 | 0 | 0 |
The conclusions to be drawn from the above statement are so obvious as to need little elucidation; but we cannot help remarking, how strong the force of prejudice must be, to continue the use of 5 horses, and heavy, clumsy, unwieldy wheel ploughs, where a simple swing plough, and 2 horses yoked double, and driven by the holder, would do the same quantity of work, equally well, and at one third the expence!
But before any proper conclusions can be drawn whether ox teams or horses are the most eligible, it will be necessary to consider, whether the quantity of land employed in supporting those animals be used in the most profitable mode to the community, as well as the occupier.
With the latter, the first question for consideration is, whether 8 oxen used in the team, or in grazing, will pay him the most money?
Suppose 8 oxen, at three years old, were put to the plough, and plough 6 acres per week; which, at 3s. 4d.* per acre, is 20 shillings; and if they work 48 weeks in a year, then their whole earnings (after deducting 6l. for [Page 142]expences of harness, shoeing, &c.) will be 42l.: but if they plough only 5 acres per week, (which is probably nearer the truth), then their whole earnings will be only 34l.
The same oxen put to graze, to pay the same money, should improve in value 5l. 5s. each, in the first case; and 4l. 5s. in the latter: but we are inclined to believe, there are few situations, if the cattle are of a good quick feeding kind, where they would not pay considerably more.
In respect to the community, the account will be nearly as follows:
From the above statements, we find that an ox for summering and wintering, requires | 3½ acres;— |
therefore a 6 ox team will require | 21 ditto |
And 2 horses for grass and hay per ann. require | 7 ditto |
For corn & straw | 4 ditto |
Land necessary for keeping 2 horses per ann. | 11 ditto |
The difference is the quantity of land required for a team of oxen more than horses. | 10 acres |
Hence it appears, that a team of 6 oxen requires 10 acres more land to maintain them than a team of 2 horses, which will do the same work: and of course, the produce which might be derived from this 10 acres, is lost to the community: suppose it be one half in grass, and the other half in ploughing, then we shall have,
- 5 Acres of clover, or grass.
- 1⅔ Ditto of oats.
- 1⅔ Ditto of turnips, or fallow.
- 1⅔ Ditto of wheat.
[Page 143]It would then send to market yearly, at the lowest computation,
- 7½ Cwt. of beef.
- 8 Quarters of oats.
- And 5 Ditto of wheat.
From this view of the subject, it appears, that if oxen were universally used for the draught, in the room of horses, there would be a considerable defalcation in the supply of the markets, both in corn and animal food.* And the loss to the farmer would be the profit derived from the produce; which by the usual mode of allowing one-third for the farmer's profit, would in this case be about 10l.
SECT. 4.—Swine.
The Berkshire pigs, and the large white breed, were formerly the most prevalent in this county; but the small black Chinese breed has in a great measure supplanted them, especially upon the large farms; and these are likely to give way to a small white breed lately introduced, remarkably quiet, inoffensive animals; on which account they are principally preferred to the Chinese breed.
SECT. 5.—Rabbits.
Rabbits are found in considerable numbers among the sand hills along the coast, and are probably the most eligible stock for such situations, having been sold of late years for 25. per couple.
SECT. 4.—Goats.
Goats—are kept in small numbers, on many parts of the Cheviot hills, not so much as an object of profit, but the shepherds assert, the sheep slocks are healthier where a few goats depasture. This probably may be the case, as it is well known, that goats eat some plants with impunity, that are deadly poison to other kinds of domestic animals.
The chief profit made of these goats, is from their milk being sold to invalids, who come to Wooler in the Summer season.
SECT. 7.—Poultry.
Poultry,—in a district like this, where they are sold so low, are the most unprofitable stock kept upon a farm; the value of the corn consumed by them, being generally double to what they are sold for; and the labouring people are so well convinced of their inutility, that they constantly and universally sell them, knowing from experience, that if the value received for them be laid out in either beef or mutton, it will be much more serviceable; and this piece of economy is so well understood, that we believe there is scarce an instance of a labouring person ever making use of poultry for his own family; they are always considered as articles purposely bred to pamper luxuty.
CHAPTER XIV. RURAL ECONOMY.
SECT. 1—Labour, &c.
THROUGH the greatest part of this county, and especially upon the large farms, there are very few servants kepts in the house; seldom more than two men and two maids: but the ploughman, carters, barnmen, shepherds, &c. have each a house and garden or yard to themselves, and are generally married. The conditions of servitude for one year are:
£. | s. | d. | |
2 Cows kept, o [...] money in lieu at 3l. each, | 6 | 0 | 0 |
3 Bushels of wheat at 5s. per bush. | 0 | 15 | 0 |
33 Ditto of oats at 1s. 8d. ditto | 2 | 15 | 0 |
12 Ditto of barley at 2s 6d. ditto | 1 | 10 | 0 |
12 Ditto of rye at 3s. 4d. ditto | 2 | 0 | 0 |
10 Ditto of pease at 3s. 6d. ditto | 1 | 15 | 0 |
24 lb of cast wool at 6d. per lb. | 0 | 12 | 0 |
1 Bushel of potatoes planted, a pig tethered, keeping hens, &c. | 2 | 4 | 0 |
Carriage of coals, six cart loads, | 1 | 0 | 0 |
In all | 18 | 11 | 0 |
They are bound to sind a woman labourer to work for the following wages: for harvesting 6d. per day, for hoeing [Page 146]turnips,* hay-making, scaling, weeding corn, &c. used to be 4d. per day, but was last year raised to 6d. per day.
In addition to the above conditions, the shepherd generally has as many sheep kept as are worth four or five pounds a year; but, if he has any under-shepherd to keep to assist him, the number is increased accordingly. In the hilly districts, their sheep sometimes amount to hundreds, besides six or eight neat cattle.
An overseer or head servant has, in addition to the above, as much money as to make his place worth from 20l. to 30l. a year.
Threshing is mostly done by the piece; a twenty-fifth part of the corn threshed, being the general custom, if the straw be taken away unfolded; but if the thresher folds the straw, he has a twenty-first part, and finds a woman to dress the corn, and to work at all other work, for the same wages as the others; he has straw for his cow in Winter, but pays for her Summer's grass.
The yearly wages of house servants are, for men, from 8l. to 12l. for women, 3l. to 5l.
The wages of day labourers, without victuals or any allowance of beer, are,
s. | d. | s. | d. | |
For Men, in Summer, | 1 | 2 to | 1 | 4† |
Winter | 1 | 0 to | 1 | 2 |
Harvest | 1 | 6 to | 1 | 9 |
Women, ditto | 1 | 0 to | 1 | 3 |
s. | d. | s. | d. | |
— for other work | 0 | 6 to | 0 | 8 |
Masons | 1 | 8 to | 2 | 0 |
Carpenters | 1 | 6 to | 2 | 0 |
Upon some of the large farms, a carpenter and smith are hired by the year.
The hours of working are from six in the morning to six in the evening, when the length of lay will permit, with the following intervals of rest:
H. | M. | |
At breakfast | 0 | 30 |
Ten o'clock | 0 | 30 |
Dinner | 1 | 30 |
Four o'clock | 0 | 30 |
In all | 3 | 00 hours of rest, and nine of labour. |
SECT 2.—Provision.
The price of grain in this county fluctuates very much: betwixt the markets of Newcastle and Hexham, and those of Alnwick, Berwick, and Wooler, there is always a considerable difference;* the prices in the northern parts being in general the lowest, on amongst the lowest, in the kingdom, owing to the produce being so much greater than the home consumption. This surplus affords large quantities to be yearly exported from Berwick, Alemouth, and other places along the northern part of the coast
The average prices of grain at Berwick, in 1792, were,
s. | d. | ||
Wheat | 5 | 0 | per bushel. |
Rye | 3 | 4 | ditto |
s. | d. | ||
Barley | 2 | 6 | ditto |
Oats | 2 | 2 | ditto |
Pease | 3 | 6 | ditto |
Fat stock being easily driven from one place to another, keeps the price of butcher's meat more upon an equality in all the markets of the county.
The average price of butcher's meat is from threepence-halfpenny to fourpence-halfpenny per pound; but in May and June it generally gets to fivepence, and the two last years has been sixpence and sevenpence.
s. | d. | |||
Butter | 0 | 6 | a pound of 16 ounces. | |
Skim-milk and ewe cheese | 0 | 3½ | ditto | |
Fat goose | 2 | 0 | ||
Turkey | 3 | 0 | ||
Duck | 0 | 8 | ||
Chicken | 0 | 6 | s. | d. |
Eggs, per dozen | 0 | 3 to | 0 | 6 |
Potatoes, per bush. | 1 | 0 to | 1 | 6 |
SECT. 3.—Fuel.
Upon the edges of the moors, towards the western parts of the county, a few peats are burnt; but in every other part, we believe, coals are universally used.
The quantity consumed by a poor family, is from 5 to 7 cart loads a year.
CHAPTER XV. POLITICAL ECONOMY.
SECT. 1.—Roads.
THE turnpike roads are mostly in good order; those that have an opportunity of getting whinstone, or limestone, are the best; but they certainly would be better if the surveyors would order the stones to be broken smaller and the roads made wider. One great objection to some of these roads is the many steep banks they are disgraced with, some of the worst might have been avoided; but it seems the original setters-out of these roads had a predilection for climbing and descending steep banks: this is notorious on both the roads upon Rimside-Moor, without even the plea of being nearer; as the leveller road would have been nearer, travelled in much less time, and with far less fatigue. Some similar cases appear on the post road, which we hope will be remedied in the next application to Parliament for a new act.
The township roads are in some places good, but by far the greatest-part are deserving of a different appellation; the cause of this deficiency is in most cases to be attributed to the neglect and manner of performing the statute-work.
One mode of remedying this neglect, would be to appoint a surveyor, with a small salary, who should be empowered to collect the composition due for statute-work, [Page 150]and [...]mploy th [...] money for repairing the road where most necessary for the public in general, without having regard to the convenience or influence of individuals.
A book should be kept by the surveyor, and yearly examined, settled, and signed by a committee of inhabitants, before it went to the magistrates. We know from experience, that by this means the road would be much better made, and in near double the quantity: for when a farmer sends his cart to perform statute-duty, it seldom carries more than half a load, and the servants practise every manoeuvre to put off time, and do as little as possible which would not be the case with hired carts, as every inhabitant would be ready to report any mal-practices.
SECT. 2—Canals.
In this county there are no Canals; and notwithstanding heir manifest utility to a district like this, where such immense quantities of heavy articles are to be conveyed; yet we believe, no attempt was ever made, or even so much as a canal projected, in any part of the county before 1792, when some gentlemen on Tweedside had it in contemplation to make a navigable canal, from the collieries and lime works near Berwick, to Kelso in Scotland, and from thence up the Tweed and Tiviot; but a survey being made by Mr Whitworth, it was dropt, probably on account of the great expence.
The next public notice we can trace, was given by Mr Dodd, in 1794, of a canal from Newcastle to Carlisle, or M [...]ryport, in Cumberland, to join the east and west seas. This was to pass on the south side of Tyne: but Mr Chapman proposed a line to pass on the north side of Tyne, the peculiarity of which was, that it should come from Haydon-Bridge, to the upper parts of Newcastle, upon one level without a lock, and the goods conveyed from thence [Page 151]to the river, either by a kind of stair-case of locks, or in waggons on an inclined plane. By this proposal, the principal supporters of the grand canal were divided into-two parties; the consequence of which was, that the money to compleat the great design of uniting the two seas, could not be raised, and of course it was given up; one on the north side, proposed to stop at Haydon-Bridge, and another on the south side at Hexham. The subscriptions for defraying the expence of the north line, we were informed were filled; and application was made to Parliament in 1797, to obtain an Act for making a canal on the north side, but it met with so strong an opposition from the land owners, that it was thought proper to withdraw it.
The subscribers for a canal on the south of the river still persevere in their endeavours to accomplish the line to Hexham, or Haydon-Bridge; and we have not heard that any opposition to the measure is intended by the proprietors of lands, through which it is to pass.
SECT. 3—Fairs.
The principal Fairs in this County are:
- 4th—Wooler—for a few cattle, sheep, horses, hiring servants, &c.
- 10th.—Allendale—for cattle.
- 12th.—Alnwick.—A large show of both fat and lean cattle.
- 14th.—Haltwhistle—for cattle, chiefly cows for grazing.
- Tuesday before Belford.—A few cattle and sheep.
- Whitsuntide. Belford.—A few cattle and sheep.
- Wednesday before Morpeth—for fat cattle, sheep, &c.
- Whitsunday. Morpeth—for fat cattle, sheep, &c.
- [Page 152]Whitsun Eve.—Stagshaw-Bank, (near Corbridge)—so cattle, sheep, horses, &c.
- Whitsun-Tuesday—Whitsun Bank, (near Wooler.)—A large fair for cattle, horses, and great numbers of sheep, principally long-woolled hogs, and ewes and lambs; and a hiring for servants.
- Friday in Trinity week. Berwick—a few lean and fat cattle.
- 4th—Stagshaw Bank, (near Corbridge.)—This is one of the largest sheep fairs in the north of England;* principally of the black-faced heath sheep, which mostly come from the south west of Scotland: there are also great numbers of cattle, horses, and swine.
- Wednesday before the 22d.Morpeth—for fat cattle, sheep, &c.
- Last Monday,—Alnwick,—fat and lean cattle.
- 5th.—Hexham—Cattle, horses and sheep, chiefly lambs both of the Cheviot and heath kind; from the vicinity of Langholm, (in Scotland.)
- 12th.—Newcastle—holds 9 days for horses; and for fat and lean cattle, on the last or 12th.
- 23d.—Belford—A few cattle and sheep.
- 24th.—Whittingham.—for fat and lean cattle, and a few horses. The best show of fat cattle of any fair in the county.†
- 26th.—Elsdon,—a few cattle.
- Saturday after the 15th Bellingham,—a few cattle, chiefly small cows.
- [Page 153]19th.—Harbottle,—for a few cattle, mostly steers and heifers.
- 27th—St. Ninians, (near Wooler)—a very large show of sheep and cattle, with a few horses.—The sheep are-mostly draft or cast ewes, and shearing wethers.
- First Tuesday—Alnwick—for fat and lean cattle.
- 2d.—Rothbury,—for cattle, mostly for steers and heifers.
- 17th.—Wooler,—for very great numbers of sheep, of the Cheviot and long-woolled kinds: a few cattle and horses.
- 29th.—Newcastle,—for horses, cattle, and swine.
This is one of the largest fairs in the north of England. The horse fair begins nine or ten days before the 29th, and continues every day in the town, where great numbers of remarkable sine horses, for the field, the road, and the carriage, are sold daily. The abundant choice of every kind, brings great numbers of dealers from London and various other distant places: its celebrity has increased very much of late years, and we believe it may be justly classed amongst the first horse fairs in the kingdom.
The show of cattle is also very great, not only for the breed of the country, but also for large droves of kyloes, (Scotch cattle) which are purposely driven from the Highlands, to be sold at this fair.—The fair on the 29th, is held on the Town-moor, and is called the Cow-hill fair.
- 1st.—Rothbury—for young cattle.
- 8th—Hexham.—Cattle.
- 14th.—Allendale.—Cattle, mostly small cows.
- 22d.—Newcastle.—Fat cattle, chiefly cows: this fair is held in the town, and is called the "Stones fair."
- 22d.—Haltwhistle.—A few fat cows, and lean cattle for wintering.
SECT. 4.—Markets.
Tuesday.—Hexham,—for corn and other provisions.
Ditto—Belford.—The chief support of this market, is the sale of corn, great quantities of which are sold by sample, for exportation.
Ditto.—Newcastle,—a small market for provisions of various kinds.
Wednesday.—Morpeth,—for corn, butcher's meat, butter, &c and for fat cattle and sheep: of the former on an average not less than 80 weekly; and of sheep, and lambs 1600;* which are bought up for the consumption of Newcastle, Shields, Sunderland,† &c.
Thursday.—Wooler,—principally for corn, considerable quantities of which are sold by sample, mostly for exportation.
Friday.—Rothbury.—This market is little more than nominal, there being only one butcher who sells a few carcases, and which constitutes nearly the whole of the market.
Ditto.—Allendale,—for corn, butcher's meat, and considerable quantities of potatoes and garden stuff from Hexham; all for the supply of the mining district to the westward.
[Page 155]Saturday.—Newcastle.—A very large market, and well supplied with corn, butcher's meat, fish, poultry, butter, &c.
Dr Hutton, in his Plan of Newcastle, in 1772, states the annual consumption of this place to be 5000 catttle, 10000 calves, and 147000 sheep and lambs.
Ditto.—Alnwick,—a large market for corn and provisions of various kinds.
Ditto.—Berwick,—for corn, butcher's meat, and other articles of provisions; at both this market and Alnwick, considerable quantities of corn are sold by sample for exportation.
SECT. 5.—Commerce.
The commerce of this county is derived principally from the coal trade: the ships belonging to the port of Newcastle, in 1772, are stated by Mr Pennant, to be 3948, their tonnage, 758214—The principal exports are coals, lead, lead shot, wrought iron, grindstones, pottery, glass, &c.
The exports from Berwick, are chiefly corn, flour, oatmeal, shilled barley, potatoes, fish, eggs, wool, &c. coastways; which has increased very much of late years: the foreign trade is chiesly to the north of Europe.
The number of vessels belonging to this port is about 40, making upwards of 3000 tons: the receipts of the customs are, upon an average, about 3000l. per ann.
The port of Alemouth also employs a few vessels in exporting corn, flour, &c.
And a few vessels are employed in the Summer season, in carrying lime, from the neighbourhood of Bambro', to different parts of Scotland.
SECT. 6—Manufactures.
This county is not distinguished by any staple manufactures; [Page 156]the principal are derived from, or connected with the coal trade and mines; as ship-building, roperies, forges, founderies, copperas, coal tar, soda, or marine alkali, white lead, potteries, glass works, &c.
Hexham has been long famed for its manufacture of gloves, which employs about 300 hands.
To establish manufactures of Woollens, two or three essays have been lately made at Alnwick, Mitford, and Acklington; and a cotton Mill has been lately erected at Nether-Witton; all of which, from present appearances, we hope are doing well.
There is one species of manufacture carried on in this district, with an agricultural production of small value, viz. that of straw, which is not only made use of as a covering for the heads of the wives and daughters of the humble cottager, but has also lately been converted into ornaments that might accompany the richest and most splendid dress, which the palace or the drawing-room exhibits; and, for the honour of the plough, has not only been converted into buttons for the men, but also into rings and ear-rings for the ladies.
Agriculture is certainly benefited by manufactures in the consumption of its produce, by the great number of people employed: but we do not find any new modes of practice or improvements in agriculture, introduced in their vicinity, or resulting from the exertions of those connected with them.
SECT. 7—Poor.
We do not find any mode of managing the poor in this county, different from that generally used in other districts.
In those townships where they are collected and maintained in poor houses, the rates are easier, than where they are relieved at their own houses. We are inclined to believe [Page 157]that work-houses, under proper regulations, would not only considerably lessen the rates, but the poor might be supported more comfortably.
SECT. 7.—Population.
Of the population, we could not collect sufficient data, from whence even a tolerable guess could be made.
CHAPTER XVI. OBSTACLES TO IMPROVEMENT.
In our journey through this county, wherever we enquired what was the chief obstacle to improvement? the answer was universally, "Tithes!"—An imposition so pregnant with mischief, and so often the source of violent dissensions betwixt the clergy and their parishioners, should if possible be removed, either by purchase, commutation, or any other means, by which a fair equivalent shall be rendered for them: for so long as they exist, it is impossible to expect that agricultural improvements will be carried on to the extent of which they are capable. In our Survey of Cumberland, we have shewn the great uncertainty of employing money in speculations of improving land; and that the tithes, in such cases, are a large portion of a man's capital in trade, and not a tenth of he natural produce of the earth, which some have thought was all that was intended by the original imposers, who no doubt meant them for a good purpose; but if through a succession of ages, a change of manners, of sentiments, [Page 158]and of cultivation, has taken place, and the ill effects of tithes be universally felt, and acknowledged to lesson the quantity of food obtainable from a considerable portion of this kingdom, a change in the mode of paying tithes would also be desirable; for the proprietors of such lands are not only losers, but the community at large. It is surprizing that a grievance of such magnitude should have so long evaded the revision and regulation of the legislature; and that it should be always so strenuously opposed by the clergy, there being no wish to take any thing from them, but to render a fair equivalent for what is their due; and which there would be little difficulty in doing, notwithstanding the many objections that have been invented, to perplex this most interesting question.
CHAPTER XVII. MISCELLANEOUS OBSERVATIONS.
SECT. 1.—Agricultural Societies.
THERE never was any Agricultural Society in this county; and if any ever had existed, it probably would have been soon dissolved, if we may judge from the experiments that have been made in some neighbouring districts, where we find, that after a few years continuance, they have been given up; but whether from a radical defect in the institutions, the non-attendance, and indifference of members, or the injudicious distribution of prizes, we are not prepared to say; but think that public farms are much more likely to promote improvements in the Science of Agriculture.
SECT. 2.—Weights and Measures.
Weights and measures—are in a sad state of confusion; a pound, a stone, a bushel, a boll, are rarely the same in different markets, and frequently vary in the same market for different articles.
4 Beatments | 1 Peck |
2 Pecks | 1 Kenning |
2 Kennings | 1 Bushel, Winchester. |
2 Bushels | 1 Boll. |
For Wheat, Rye, and Pease. | |
4 Quarts | 1 Forpit |
4 Forpits | 1 Peck |
4 Pecks | 1 Bushel |
2 Bushels | 1 Boll, equals; 4 Winchester bushels. |
For Oats and Barley. | |
4 Quarts | 1 Forpit |
5 Forpits | 1 Peck |
4 Pecks | 1 Bushel |
2 Bushels | 1 Boll, = 5 bushels, Winchester. |
3 Quarts | 1 Forpit |
4 Forpits | 1 Peck |
3 Pecks | 1 Bushel, Winchester. |
2 Bushels | 1 Boll of Wheat. |
6 Bushels | 1 Boll of Barley or Oats. |
4 Quarts | 1 Forpit |
3 Forpits | 1 Peck |
3 Pecks | 1 Bushel |
6 Bushels | 1 Boll |
[Page 160]A stone of wool in some parts is 24 lb. in others 18 lb.; and a stone of every other article is 14 lb.
The Board of Agriculture could not do the public a greater service, than by bringing forward a regulation of weights and measures. One weight, and one measure, derived from the same root, and increasing or decreasing in a ten fold ratio, would introduce such simplicity, ease, and perspicuity, into all transactions of business, (where calculations are necessary) as would prevent the numberless mistakes and errors which are daily happening.
Preparations for remedying this great inconvenience, have been made at different times; and we believe here are sufficient materials for perfecting the measure, whenever it is thought proper to bring it forward.
SECT. 3.—Vermin.
Moles and rats—are two species of vermin which we think capable of being in a great measure extirpated, or so far reduced, as to render their depredations of little consequence. In Cumberland, a mole is rarely to be seen: this is in consequence of every occupier of land contributing his due proportion towards their destruction. A similar plan established in this county for destroying vermin, we believe, would readily be complied with by every good farmer; and the bad ones ought not to have it in their power to injure their more industrious neighbours.
Crows—of late years, have become a very great nuisance, not only for rooting up wheat, and other grain, in a sprouting state; but clover and protatoes, corn stacks, and young plantations, are greatly injured by them. Last Spring, a collection of sixpence a plough was made by a few farmers in Glendale Ward, for pulling down their nests. Many thousands were destroyed by this means; and we hope the practice will be continued until they are found less pernicious.
[Page 161] Foxes—are very numerous, and very destructive to young lambs, in a district like this, where so many sheep are bred; but while they are so anxiously preserved for the chace, we despair of seeing any regulations take place for reducing the numbers of this mischievous animal.
Dogs—in every place are swarming: two thirds of them at least are kept by people who have no manner of use for them; and are constantly complaining of their inability to obtain food for their families. It would be doing these people an act of justice, to exempt them from doing statute duty on the high-ways, on condition they did not keep a dog; and to supply the deficiency by laying a tax upon dogs, which tax should be applied towards repairing the roads.*