作者: Seeta A. Sistla , Joshua P. Schimel
DOI: 10.1111/J.1469-8137.2012.04234.X
关键词: Biosphere 、 Flexibility (engineering) 、 Temporal scales 、 Terrestrial ecosystem 、 Disturbance (ecology) 、 Nutrient cycle 、 Ecosystem 、 Global change 、 Environmental science 、 Environmental resource management
摘要: Ecosystems across the biosphere are subject to rapid changes in elemental balance and climatic regimes. A major force structuring ecological responses to these perturbations lies in the stoichiometric flexibility of systems–the ability to adjust their elemental balance whilst maintaining function. The potential for stoichiometric flexibility underscores the utility of the application of a framework highlighting the constraints and consequences of elemental mass balance and energy cycling in biological systems to address global change …