论文部分内容阅读
建立的林窗模型ＮＥＷＣＯＰ，被证明适合于模拟小兴安岭天然森林的分布、生长和演替，并可用于跟踪现有森林的生长和演替动态。在ＧＩＳＳ２ｘＣＯ２ 和ＧＦＤＬ２ｘＣＯ２ 气候变化情景下对现有林分的模拟实验显示： 小兴安岭森林对气候变化具有敏感性； 尽管森林对不同气候变化情景的响应明显不同，但基本趋势是一致的，即蒙古栎等阔叶树在森林中将占越来越大的比例
The established Gap Model NEWCOP proved to be suitable for simulating the distribution, growth and succession of natural forests in the Xiaoxing’an Mountains and can be used to track the growth and succession dynamics of existing forests. Simulation experiments on existing stands in GISS2xCO2 and GFDL2xCO2 climate change scenarios show that the forest in Xiaoxing’anling is sensitive to climate change. Although the responses of forests to different climate change scenarios are obviously different, the basic trends are consistent, namely, Broad-leaved trees in the forest will account for an increasing proportion