Climatic factors influencing New Zealand pasture resilience under scenarios of future climate change

E. Keller, M. Lieffering, Jing Guo, W. Baisden, A. Ausseil
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引用次数: 5

Abstract

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 future climate change.
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未来气候变化情景下影响新西兰牧场恢复力的气候因子
新西兰集约化管理的牧区农业系统由于依赖放牧牲畜和牧场作为主要饲料供应,容易受到气候变化的影响。根据最近的模拟结果,由于冬季和早春更有利的生长条件以及二氧化碳施肥效应提高了植物效率,预计新西兰的年牧草产量将对气候变化保持稳健。然而,预计增长也将变得更加多变和不可预测,特别是在水资源有限的地区。为了在未来气候变化的情况下保持持续的饲料供应,短期的渐进式变化(已成为当前做法的一部分)和长期的战略干预措施相结合是必要的。
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Greener Pastures: priorities for a low-footprint, high-value food producing future Resilient pastures Persistence of perennial ryegrass, tall fescue and cocksfoot following annual sowings: influence of grass species, ryegrass cultivar and pasture age on yield, composition and density Annual yield and botanical composition of four dryland grass species with or without nitrogen over six years Climatic factors influencing New Zealand pasture resilience under scenarios of future climate change
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