Integrated models of livestock systems for climate change studies. 1. Grazing systems
Integrated models of livestock systems for climate change studies. 1. Grazing systems
The potential impact of climate change by the year 2050 on British grazing livestock systems is assessed through the use of simulation models of farming systems. The submodels, consisting of grass production, livestock feeding, livestock thermal balance, the thermal balance of naturally ventilated buildings and a stochastic weather generator, are described. These are integrated to form system models for sheep, beef calves and dairy cows. They are applied to scenarios representing eastern (dry) lowlands, western (wet) lowlands and uplands. The results show that such systems should be able to adapt to the expected climatic changes. There is likely to be a small increase in grass production, possibly allowing an increase in total productivity in some cases.
climate change, grass, integrated assessment, ruminants, buildings, physiology
93-112
Parsons, D.J.
d36df466-b5cf-4f2c-91ed-a509fff61746
Armstrong, A.C.
3090e496-6c23-4424-8458-b64c3fc8aa0e
Turnpenny, J.R.
e5d35f47-3170-4c20-8f92-ea64ff683ca7
Matthews, A.M.
fbdce561-0cfa-4ea4-b468-c43449a0f5d4
Cooper, K.
6b37f95e-daae-4b87-9f79-0fabd4eb8f6b
Clark, J.A.
62577186-7419-473a-bbd6-3e1d517b4a99
2001
Parsons, D.J.
d36df466-b5cf-4f2c-91ed-a509fff61746
Armstrong, A.C.
3090e496-6c23-4424-8458-b64c3fc8aa0e
Turnpenny, J.R.
e5d35f47-3170-4c20-8f92-ea64ff683ca7
Matthews, A.M.
fbdce561-0cfa-4ea4-b468-c43449a0f5d4
Cooper, K.
6b37f95e-daae-4b87-9f79-0fabd4eb8f6b
Clark, J.A.
62577186-7419-473a-bbd6-3e1d517b4a99
Parsons, D.J., Armstrong, A.C., Turnpenny, J.R., Matthews, A.M., Cooper, K. and Clark, J.A.
(2001)
Integrated models of livestock systems for climate change studies. 1. Grazing systems.
Global Change Biology, 7 (1), .
(doi:10.1046/j.1365-2486.2001.00392.x).
Abstract
The potential impact of climate change by the year 2050 on British grazing livestock systems is assessed through the use of simulation models of farming systems. The submodels, consisting of grass production, livestock feeding, livestock thermal balance, the thermal balance of naturally ventilated buildings and a stochastic weather generator, are described. These are integrated to form system models for sheep, beef calves and dairy cows. They are applied to scenarios representing eastern (dry) lowlands, western (wet) lowlands and uplands. The results show that such systems should be able to adapt to the expected climatic changes. There is likely to be a small increase in grass production, possibly allowing an increase in total productivity in some cases.
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Published date: 2001
Keywords:
climate change, grass, integrated assessment, ruminants, buildings, physiology
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Local EPrints ID: 35738
URI: http://eprints.soton.ac.uk/id/eprint/35738
ISSN: 1354-1013
PURE UUID: 6a6c643c-1845-4320-8d1d-697404f111b4
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Date deposited: 22 May 2006
Last modified: 15 Mar 2024 07:54
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Contributors
Author:
D.J. Parsons
Author:
A.C. Armstrong
Author:
J.R. Turnpenny
Author:
A.M. Matthews
Author:
K. Cooper
Author:
J.A. Clark
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