1.
Modified Model of Ecological Carrying Capacity of Cropland Based on Heavy Metal Pollution
基于重金属污染的耕地生态承载力改进模型研究
2.
Productive Latent Capacity of Cultivated Land and Load Support Capability in Chongqing Region;
重庆地区耕地生产潜力及承载力分析
3.
Study on Production Capacity and Population Supporting Capacity of Cultivated Land Dynamic Variation in Deyang;
德阳市耕地生产力与人口承载力的动态变化研究
4.
Climate-Soil Productivity and Potential Population Supporting Capacity of Cropland in Sichuan Province;
四川省耕地地力生产潜力及承载力研究
5.
Study on Potential Productivity of Cultivated Land and Population Supporting Capacity in Yichang City;
宜昌市耕地生产潜力和人口承载力研究
6.
A Study of Cultivated Land Production Potentiality and Population Carrying Capacity of Huainan City;
淮南市耕地资源生产潜力及人口承载能力研究
7.
Evaluation of Rural Land Ecological Carrying Capacity Based on The Ecosystem Health;
基于生态健康的农地生态承载力评价
8.
Studies on the Carrying Capacity of Cultivated Land in Henan Province Based on the Cultivated Land Fertility;
基于耕地地力的河南省耕地承载力研究
9.
Panjin Liaohe River Delta Wetland Ecological Carrying Capacity Study
辽河三角洲盘锦湿地生态承载力研究
10.
Ecological Capacity of Land-use in Jinkouhe District,Leshan City
乐山市金口河区土地生态承载力分析
11.
Study on Cultivated Land Potential Grain Productivity and Population Carrying Capacity in Changqing County;
耕地粮食生产潜力及人口承载力研究——以长清县为例
12.
Dynamic Change of Land Use and Ecological Carrying Capacity in Southern Shaanxi Province
陕南地区土地利用与生态承载力动态变化分析
13.
Analysis of Ecological Footprints and Ecologiacal Capacity of Ebinur Lake Region in Xinjiang;
新疆艾比湖地区生态足迹与生态承载力研究
14.
Analysis of Ecological Capacity Based on Ecological Footprint Model in Cangzhou
基于生态足迹的沧州市土地生态承载力分析
15.
Scenario Simulating on Labor Carrying Capacity of Arable Land in the Northwestern Shandong;
鲁西北地区耕地劳动力承载力的多情景模拟
16.
Study on Ecological Environment Carrying Capacity (EECC) of the Regions All around the Highways;
公路建设项目周边地区生态承载力研究
17.
Ecological Carrying Capacity Evaluation of Dezhou City Based on Ecological Footprint;
基于生态足迹的德州市土地承载力评价
18.
Analysis and Forecasting of Ecological Footprint and Ecological Carrying Capacity in Yizhuang District of Beijing
北京亦庄地区生态足迹与承载力的分析预测