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Integrated modelling of natural and social systems in land change science

机译:土地变化科学中自然和社会系统的综合建模

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摘要

The need to model the coupled natural-human environment is becoming increasingly important. Climate and global change initiatives now require projections that account for both the biophysical and human dimensions of land change as well as the complexinterdependencies between them. Indeed, an understanding of the interlinked processes of land systems is needed if we are to avoid negative consequences of human activities in the future (Kok et al. 2007). Although several studies have looked at human-nature interactions, fewer have considered the complexity of the coupled land system as a whole (Liu et al. 2007). A holistic consideration of the land system is important as it allows us to take into account feedbacks between different elements of the system (be they social or physical), to identify thresholds and trigger points for change within the system and to identify unexpected or emergent behaviour (Bennett and McGinnis 2008).
机译:建立自然-人环境耦合模型的需求变得越来越重要。现在,气候和全球变化倡议要求做出预测,既要考虑土地变化的生物物理方面,也要考虑到人类之间的复杂性,并要考虑到两者之间的复杂相互依赖关系。的确,如果我们要避免将来人类活动的负面影响,就需要了解土地系统的相互联系的过程(Kok等,2007)。尽管有几项研究着眼于人与自然的相互作用,但很少有人考虑整个土地耦合系统的复杂性(Liu et al。2007)。对土地系统的整体考虑很重要,因为它使我们能够考虑到系统不同要素(社会或自然因素)之间的反馈,确定系统内变化的阈值和触发点,并确定意外或突发的行为(Bennett和McGinnis,2008年)。

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