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Autumn nitrogen for winter wheat

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1. Fourteen experiments with winter wheat on heavy-land farms from 1958–60 compared autumn dressings of sulphate of ammonia with equivalent early (March) or late (May) spring top-dressings. Dressings applied on two or all three dates of application were also compared.2. Consistent and significant gains in yield from low (0·5 or 0·6 cwt. N/acre) and high (1·0 or 1·2 cwt. N/acre) levels were obtained at most centres, which were on fields under arable rotation.3. With the low level of N, gains in yield were greatest from a single May top-dressing. There was no gain from dividing the dressing.4. With the high level of N, dressings divided between autumn-May or March-May were best. March-May was the most consistently satisfactory treatment and gave the highest mean increases in yield in 1959 and 1960, but in 1958 autumn-May was better. Single May dressings gave slightly lower yields. There was no advantage from dividing N between all three dates of application.5. Single applications of N in autumn gave lower yields than single applications in spring; supplementing autumn N with a late spring top-dressing gave almost the same yield as giving all the N in spring. Dividing the dressing in this way may be convenient on many heavy-land farms.6. The percentage of N in the grain was highest with a late top-dressing of fertilizer-N, lowest with autumn N and intermediate with March top-dressings.
Title: Autumn nitrogen for winter wheat
Description:
1.
Fourteen experiments with winter wheat on heavy-land farms from 1958–60 compared autumn dressings of sulphate of ammonia with equivalent early (March) or late (May) spring top-dressings.
Dressings applied on two or all three dates of application were also compared.
2.
Consistent and significant gains in yield from low (0·5 or 0·6 cwt.
N/acre) and high (1·0 or 1·2 cwt.
N/acre) levels were obtained at most centres, which were on fields under arable rotation.
3.
With the low level of N, gains in yield were greatest from a single May top-dressing.
There was no gain from dividing the dressing.
4.
With the high level of N, dressings divided between autumn-May or March-May were best.
March-May was the most consistently satisfactory treatment and gave the highest mean increases in yield in 1959 and 1960, but in 1958 autumn-May was better.
Single May dressings gave slightly lower yields.
There was no advantage from dividing N between all three dates of application.
5.
Single applications of N in autumn gave lower yields than single applications in spring; supplementing autumn N with a late spring top-dressing gave almost the same yield as giving all the N in spring.
Dividing the dressing in this way may be convenient on many heavy-land farms.
6.
The percentage of N in the grain was highest with a late top-dressing of fertilizer-N, lowest with autumn N and intermediate with March top-dressings.

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