Conclusions
Although swidden agriculture has long been at the center of the debates over climate change and biodiversity, it remains an essential livelihood source for hunter-gatherers and become an increasingly important farming system for global ongoing initiatives. Global rising demand of food, commodities and bio-energy by a growing population have telecoupling effects on tropical commercial plantation expansion. Meanwhile, land scarcity and loss due to dispossession and grabbing in the name of forest conservation and development diminish swiddening practices and shorten fallow cycles, which undermine the sustainability of swidden agriculture in this century. In view of the importance and research status of swidden agriculture, we proposed the framework of forest-swidden-plantation (FSP) nexus in the tropics and highlighted the processes, mechanisms, scenarios of the dynamics of the FSP nexus on one hand, and to promote the sustainable development of swidden agriculture for sake of a synergetic goal of global climate mitigation and tropical poverty alleviation on the other hand.