Elucidation of geographical differentiation of cool-temperate forest ecosystem function using large scale experiments and geographical environmental gradients

我们根据遗传变异阐明了生产者对地理环境梯度和寒温带森林食物链的生理反应，以及森林群落的主要组成物种(山毛榉、栎树、桦树)的遗传变异。为了阐明森林生态系统对全球变暖寒温带的响应，我们利用人为全球变暖的方法，估算了森林生态系统的生产力、养分循环和生物多样性。

We clarified the physiological response of producers to the geographical environment gradient, and food chains in cool temperate forests, for major component species (beech, oak, birch) of forest communities on the basis of genetic variation. In order to clarify the response of forest ecosystems against global warming cool-temperate zone, we estimated the productivity, nutrient cycling and biodiversity of the forest ecosystems by using artificial global warming.