Simulation study to evaluate changes in interannual variability in energy and carbon exchanges and vegetation dynamics in sub-boreal forest ecosystems under changing climate.

发展和改进了一个大气-植被相互作用模式，以阐明亚北方森林生态系统中能量和碳交换以及森林动态的年变异性。在我的几篇论文中，我已经证明，模拟模型对于同时模拟森林动态、地表能量和森林的碳交换是有用的。此外，模拟还从生态生理角度评价了台风对森林生态系统净交换年际变化的影响。因此，我的研究表明，在不久的将来，该模拟可以作为一种有效的工具来评估在动态变化的气候下，随着林分的发展，植物对能量和碳交换的功能和结构的影响。

An atmosphere-vegetation interaction model has been developed and improved to elucidate annual variability in energy and carbon exchanges and forest dynamics in sub-boreal forest ecosystems. In several papers of mine, I have shown that the simulation model was found useful to present simultaneous simulations of forest dynamics, surface energy, and carbon exchanges of the forests. In addition, the simulation evaluated the effect of typhoon on annual variability in net ecosystem exchanges in the forests in terms of ecophysiological point of view. From my researches, hence, I have indicated the simulation could be an available tool to assess the functional and structural effects of plants on energy and carbon exchanges with stand development under dynamically changing climate in the near future.