模拟农业对环境的影响,重点是油棕

P. N. Nelson, N. Huth, M. Sheaves, C. Bessou, Lénaïc Pardon, H. Lim, R. Kookana
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引用次数: 2

摘要

农作物的种植通过能量和物质的流动影响环境。在大气、水圈、周围的陆地生态系统和田地本身都能感受到影响。模型是有用的工具,可以提高我们对过程的理解,并预测它们如何受到管理变化的影响。目前的模型范围从基于经验关系的风险或影响的简单指标到基于动态过程的模型。目前正在开发越来越复杂和全面的模型,其时空分辨率和程度不断提高,主要是通过不同子模型的耦合实现的。本章回顾了为油棕系统开发的模型范围,并讨论了其他现有模型如何适用于油棕。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling environmental impacts of agriculture, focusing on oil palm
Cultivation of crops affects the environment via flows of energy and materials. Impacts are felt in the atmosphere, hydrosphere, surrounding terrestrial ecosystems and the field itself. Models are useful tools for improving our understanding of the processes and predicting how they might be affected by changes in management. Current models range from simple indicators of risk or impact, based on empirical relationships, to dynamic process-based models. Increasingly complex and comprehensive models with increasing spatial and temporal resolution and extent are being developed, mostly by coupling diverse sub-models. This chapter reviews the range of models developed for oil palm systems, and discusses how other existing models might be adapted for oil palm.
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