New Zealand’s intensively managed pastoral agricultural systems are vulnerable to climate change because of their dependence on grazing livestock and pasture as the primary feed supply. Drawing from recent modelling results, annual pasture yields in New Zealand are projected to be robust to a changing climate due to more favourable growing conditions in winter and early spring and increased plant efficiencies from the CO2 fertilization effect. However, growth is also expected to become more variable and unpredictable, particularly in water-limited regions. A combination of short-term, incremental changes (already part of current practice) and longer-term strategic interventions will be necessary to maintain consistent feed supply under futu...
Abstract: Assessments of climate change for New Zealand indicate not only increasing average tempera...
The main projected challenges for the grazing industry under climate change are declines in pasture ...
Farm systems resilience in New Zealand pasture-based farming is influenced by external drivers such ...
New Zealand’s intensively managed pastoral agricultural systems are vulnerable to climate change bec...
Temperate pasture-based farming systems are vulnerable to changes in the climate. In New Zealand, th...
The New Zealand pastoral sector is based on the direct feeding of herbage species by animals. Our te...
Pasture-based farming systems, as in New Zealand, are susceptible to changes in the climate through ...
© 2017 Elsevier LtdProjections indicate that climate change may exacerbate existing challenges to th...
Increasing temperatures and atmospheric carbon dioxide (CO2) concentrations, together with changes t...
Climate change is predicted to cause a significant reduction in the productivity of grasslands and t...
Climate is projected to have negative impact on temperate grassland and livestock productions across...
Livestock production in New Zealand is based primarily on pasture and forage for all classes of rumi...
The dairy sector is a cornerstone of the New Zealand economy and as such, it is important to underst...
Climate change has the potential to significantly affect the productivity of the extensive grazing l...
There are few holistic analyses of agricultural systems that inclusively consider how the combinatio...
Abstract: Assessments of climate change for New Zealand indicate not only increasing average tempera...
The main projected challenges for the grazing industry under climate change are declines in pasture ...
Farm systems resilience in New Zealand pasture-based farming is influenced by external drivers such ...
New Zealand’s intensively managed pastoral agricultural systems are vulnerable to climate change bec...
Temperate pasture-based farming systems are vulnerable to changes in the climate. In New Zealand, th...
The New Zealand pastoral sector is based on the direct feeding of herbage species by animals. Our te...
Pasture-based farming systems, as in New Zealand, are susceptible to changes in the climate through ...
© 2017 Elsevier LtdProjections indicate that climate change may exacerbate existing challenges to th...
Increasing temperatures and atmospheric carbon dioxide (CO2) concentrations, together with changes t...
Climate change is predicted to cause a significant reduction in the productivity of grasslands and t...
Climate is projected to have negative impact on temperate grassland and livestock productions across...
Livestock production in New Zealand is based primarily on pasture and forage for all classes of rumi...
The dairy sector is a cornerstone of the New Zealand economy and as such, it is important to underst...
Climate change has the potential to significantly affect the productivity of the extensive grazing l...
There are few holistic analyses of agricultural systems that inclusively consider how the combinatio...
Abstract: Assessments of climate change for New Zealand indicate not only increasing average tempera...
The main projected challenges for the grazing industry under climate change are declines in pasture ...
Farm systems resilience in New Zealand pasture-based farming is influenced by external drivers such ...