Winter Wheat in Elwell in Eight Steps part 2

tractor applying phosphate potash fertiliserIn order to get Elwell ready for winter wheat it has already had one dose of herbicides, two lots of cultivation, and one dose of organic (in the scientific, not Soil Association sense) manure.  We are now halfway through.

tractor applying fertiliserThe next step is to boost nutrient levels in the soil further with a fertiliser containing phosphate and potash.  This will give the seedling wheat a strong headstart so it can better fight off attack by pests such as slugs.  Both phosphate and potash are found in naturally occurring rock deposits which are mined and then purified to produce agricultural fertilisers.

This was then mixed into the soil by lightly cultivating it with a ‘cultivator and press’.  This implement consists of two parts – a spring tine harrow, which breaks up larger lumps, and a flexicoil roller, which is a sort of spring-shaped roller which gently presses the soil to squash the smaller lumps.

Having now carried out SIX separate processes, the field can finally be planted.  Elwell tractor using a seed drill to plant seedwas ‘drilled’, which means that the seed is poked into the soil rather than just being dropped on top of the ground.  This gives it a better start and protects it against animals such as birds and mice that might eat the grain.  You can learn more here.  Seed was planted at 60kg/acre.

But that isn’t the end of it!  The final stage uses a ‘heavy roller (‘flat roller’) to compact the soil.  By the end the surface was really quite smooth.

This serves three purposes.  It

a roller is used to firm the ground after drilling seed

  1. ensures that all the seeds are fully in contact with the soil so that they are able to absorb moisture and germinate.
  2. retains moisture by reducing the surface area of soil exposed to the air.
  3. deters slugs as the air spaces they would crawl about in are eliminated.  This protects the sprouting seeds:  otherwise slugs may eat them before the shoot even emerges from the soil.
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Putting the Lids on Thatched Dorset Cottages

from Will Best in Godmanstone….

http://www.jbmasterthatcher.co.uk/thatch-up-cerne-dorset-1.htmIt is the time of year at Manor Farm  for the visit of the threshing machine. When I was a small boy this was a commonplace on most of the farms in Dorset, but now I only know of 3 or 4 where it happens.

It is not that we dislike combine harvesters, but that we are making combed wheat reed from the straw. There are 3 materials used for thatching roofs: water reed, long straw and combed wheat reed.

Traditionally water reed was used for roofing  in areas where it was grown such as Abbotsbury, longstraw was used up country, but over most of Dorset it was combed wheat reed. Reed combing, which extracts all the long straight straw from a sheaf of wheat, used to be a winter manual job (Tess had to do it at Flintcombe Ash in Hardy’s novel) but in the early 20th century the mechanical reed comber was developed to put on top of a threshing machine; and, 100 years later, no one has successfully found any better way to do it.

A Stooked Field at Manor Farm

A Stooked Field at Manor Farm

So at harvest time we cut the wheat, while it is still a bit green, with a binder and stand up all the resulting sheaves in stooks, otherwise known as hiles, shocks or stitches, 8 sheaves to a stook like tiny houses: the result is rather beautiful. Once the crop is ripe and dry, the sheaves must all be carried into the dry. In the past this meant carting with wagons and trailers, building ricks the size of small houses, and covering them with thatch or tarpaulins. Rick building is a specialised craft and must be done correctly or the wheat can spoil, or be very hard to pull out when the time comes.

Building the Rick

Now we have mechanised this by making big string tied bundles of up to 100 sheaves and using a loader to stack them in a barn, and later, to take them from the barn onto a platform beside the tractor powered thresher/ reed comber which separates out the reed, grain and rest of the straw.

This is the process, but the vital bit is the growing of the wheat. Modern varieties are too short; so old, longstrawed ones must be sown. Nitrogen fertiliser and other agrochemicals weaken the straw, so the crop must be grown organically, or with very few inputs.  This means that in order to grow a good tall clean crop which will stand up well until harvest, you must have good natural fertility in the soil: we only grow ours after a grass/clover ley and an application of composted manure. The whole process is quite complex compared to modern cereal growing, but it must be done if we are to continue to cover our historic buildings with the correct material, and it helps keep alive crafts and methods which go back for millennia.