基于水-土要素匹配视角的农业碳排放时空分异及影响因素——以长江经济带为例
王若梅,马海良,王锦

Spatial and temporal differences of agricultural carbon emissions and impact factors of the Yangtze River Economic Belt based on a water-land perspective
Ruomei WANG,Hailiang MA,Jin WANG
表2 2009—2016年长江经济带水-土资源匹配度情况
Table 2 Matching degree of water and land (MDWL) in the Yangtze River Economic Belt, 2009-2016 (106 m3/km2
2009 2010 2011 2012 2013 2014 2015 2016
上海 0.2935 0.2595 0.1461 0.2710 0.1968 0.3446 0.4653 0.4426
江苏 0.4742 0.4598 0.5936 0.4502 0.3240 0.4397 0.6181 0.7609
浙江 2.3060 3.2863 1.7434 3.3633 2.1824 2.6196 3.2367 2.9973
安徽 0.7233 0.8903 0.5847 0.6431 0.5450 0.6959 0.8491 1.1578
江西 2.4616 4.6462 2.1978 4.5257 3.0600 3.4391 4.0699 4.5281
湖北 0.8233 1.1468 0.6851 0.7528 0.8183 0.9455 1.0141 1.3874
湖南 1.9885 2.6329 1.5276 2.7421 2.2388 2.6119 2.7322 3.1265
重庆 0.4169 0.4365 0.5715 0.5906 0.5654 0.7723 0.6130 0.8354
四川 1.9202 2.1179 1.8291 2.5470 2.1089 2.3310 1.9469 2.0278
贵州 1.0094 1.0334 0.7111 1.0132 0.8756 1.4127 1.4161 1.3233
云南 1.7115 2.0110 1.5543 1.8549 1.8818 1.9231 2.1011 2.3568
长江经济带 1.2767 1.6286 1.1233 1.5941 1.3080 1.5238 1.5955 1.7788