Projects per year
Abstract
Given, in recent years, the UK has experienced a number of extreme weather events, and climate modellers are predicting these to occur more frequently in future, there is concern by some farmers in their ability to reliably provide sufficient homegrown forage for their ruminant livestock, especially over the winter period before grass fields are ready. There is also a desire by some arable farms to include livestock within their system in some way in order to try improving their soil health and in particular levels of residual nitrogen and organic matter through the act of animal manuring and urine deposition. These arable farmers do not necessarily want to change to a fully mixed farming system, or have overall responsibility for the animals involved. The grazing of winter cereals on arable farms by local shepherds / graziers has potential to provide a route to achieve this mutualistically beneficial relationship.
This paper is based on a recent series of controlled field experiments and farmer led demonstrations in NE Scotland that have been used to test the hypothesis that the grazing of winter cereals can provide both a valuable late winter feed source for ruminants, as well as maintain acceptable grain and straw yields, while maintaining soil “health”. The overall aim was to assess a number of factors, including how crop establishment timing, grazing timing, intensity and stocking rate impacts on the performance of different winter cereals and the potential for economic and environmental benefits associated with this practice to be achieved.
Results to date suggest that winter wheat, winter barley and winter oats can be grazed quite heavily, using either intensive grazing over a short period of time, or less intensive grazing over a longer period of time, without any clear negative impacts on a range of crop (including yield and quality) or soil factors. Analysis of the feed value of these crops at the time grazing has taken place, typically for between a few days and several weeks, within the period late November through to mid-March, has been consistently impressive.
This paper is based on a recent series of controlled field experiments and farmer led demonstrations in NE Scotland that have been used to test the hypothesis that the grazing of winter cereals can provide both a valuable late winter feed source for ruminants, as well as maintain acceptable grain and straw yields, while maintaining soil “health”. The overall aim was to assess a number of factors, including how crop establishment timing, grazing timing, intensity and stocking rate impacts on the performance of different winter cereals and the potential for economic and environmental benefits associated with this practice to be achieved.
Results to date suggest that winter wheat, winter barley and winter oats can be grazed quite heavily, using either intensive grazing over a short period of time, or less intensive grazing over a longer period of time, without any clear negative impacts on a range of crop (including yield and quality) or soil factors. Analysis of the feed value of these crops at the time grazing has taken place, typically for between a few days and several weeks, within the period late November through to mid-March, has been consistently impressive.
Original language | English |
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Publication status | Print publication - 25 Apr 2023 |
Event | AAB Regenerative Agriculture – Understanding the opportunities and challenges - Yok, United Kingdom Duration: 25 Apr 2023 → 26 Apr 2023 |
Conference
Conference | AAB Regenerative Agriculture – Understanding the opportunities and challenges |
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Country/Territory | United Kingdom |
Period | 25/04/23 → 26/04/23 |
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Dive into the research topics of 'Linking arable and livestock farms: Impact of grazing sheep on winter cereals and soil health'. Together they form a unique fingerprint.Projects
- 2 Active
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RESAS 22-27: Jhi-d3-1 Healthy Soils For A Green Recovery
Watson, C. (PI), Parker, J. (CoI), Bagnall, A. (CoI), Buckingham, S. (CoI), Hargreaves, P. (CoI), Topp, K. (CoI), Walker, R. (CoI), Fraser, F. (CoI), Holden, N. (CoI) & Boyko, R. (CoI)
Scottish Government: Rural & Environment Science & Analytical Services
1/04/22 → 31/03/27
Project: Research
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