Earth system analysis and the future of the biosphere

W. Lucht
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引用次数: 2

Abstract

The global biosphere has begun to change fundamentally as a consequence of human actions. This change can be understood as a consequence of a major transition in the evolution of life on Earth, the emergence of human language, which opened up new pathways of biological information transmission. The challenge facing the humans species now is to not just suffer the consequences of this change, but to develop a science of Earth system analysis that will allow the collective, globally networked reflective capacity of humans to chart paths into the future that are sustainable. Global observation and computer modelling are important elements of this process. Such models for the biosphere predict large-scale reorganisation of the functional composition of the terrestrial biosphere under strong anthropogenic climate change. Considering the advent of humans and of global change on the background of the past evolution of life on Earth, it is obvious that the co-evolution between geosphere and biosphere that has characterised Earth history in the past has expanded to include the anthroposphere as a third interacting element.
地球系统分析与生物圈的未来
由于人类的行为,全球生物圈已经开始发生根本性的变化。这种变化可以理解为地球上生命进化的重大转变的结果,人类语言的出现,开辟了生物信息传递的新途径。人类现在面临的挑战不仅仅是承受这种变化的后果,而是要发展一门地球系统分析科学,使人类的集体、全球联网的反思能力能够规划出通往可持续未来的道路。全球观测和计算机模拟是这一过程的重要组成部分。这种生物圈模式预测了在强烈的人为气候变化下陆地生物圈功能组成的大规模重组。在过去地球生命进化的背景下,考虑到人类的出现和全球变化,很明显,过去地球历史特征的地圈和生物圈的共同进化已经扩大到包括人类圈作为第三个相互作用的因素。
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