植被是一个地区植物群落的总体，是对于生态环境因素的综合反映。
Vegetation is a collectivity of the phytocommunity in a region and is a synthetical reflection about the ecological environment.
通过植物群落的种植设计，追求良好的生态环境。
The plant communities and design are used for better ecological environment.
并用双重筛选逐步回归的方法分析了环境(气候和土壤)因子与植物群落生活型谱梯度的关系，建立了相应的数学模型。
The relationship between environmental factors (climate and soil) and plant life form gradient was analysed by doub sieving progressive regression method, and mathematical models were set up.
排序图表达了植物群落的环境梯度、结构梯度和人为干扰。
The environmental gradient, structural gradient and human-disturbance could be well expressed in the ordination plot.
排序结果与分类结果比较吻合，反映出植物群落类型和物种分布随环境因子梯度变化的趋势。
The result of ordination was similar to that of the classification of community types, reflecting the change trend of community types and species distribution with changing environmental factors.
土壤是植物群落演替过程中重要的环境因子，是生态系统功能恢复与维持的关键指标。
Soil, which is the vital important environment factor during plant succession, is the key index of function recovery and maintain of the eco-system.
其次要处理好整个植物群落与大环境的关系。
Second, handle the relationship between the entire plant communities with the environment.
我们的实验为深入了解植物群落对环境重要限制因子变化的响应规律以及预测植物群落结构和组成的变化提供了有价值的信息。
Our experiment provided valuable evidences for the studies on change of plant community to ecological factors and provided a predictive tool for community structure and dynamics.
我们的实验为深入了解植物群落对环境重要限制因子变化的响应规律以及预测植物群落结构和组成的变化提供了有价值的信息。
Our experiment provided valuable evidences for the studies on change of plant community to ecological factors and provided a predictive tool for community structure and dynamics.
应用推荐