黑龙江流域科学资源管理

黑龙江流域土地生产力增加（绿色）和下降（红色）面积和置信水平（HC、MC和LC）。绿色程度越高，表示生产力提高领域的信心水平越高。红色程度越高，表示生产力下降区域的置信度越高。深绿色、中绿色和浅绿色分别表示Increase-HC, Increase-MC...

全球土地面积上雨养条件下中投入水平的谷物生产适宜性地图，分辨率为 5 弧分的全球栅格数据图层。每个像素都包含有关谷物生产的雨养生产适宜性指数。通剪裁得到黑龙江流域雨养条件下中投入水平的谷物生产适宜性数据。数据来自粮农组织和IIASA，数据来源（https...

This data includes rice yield losses caused by extreme high temperatures in the near future (i.e. rice high-temperature vulnera...

This data includes rice planting areas in historical periods and potential suitable rice planting areas for the near and medium...

This data includes rice yield losses caused by extreme high temperatures in historical periods (i.e. rice high-temperature vuln...

This data includes the rice planting areas in the near future and the potential suitable rice planting areas for the near and m...

This data includes rice yield losses caused by extreme high temperatures in historical periods (i.e. rice high-temperature vuln...

This data includes rice distribution areas affected by extreme high temperatures in the near future (i.e. rice high-temperature...

A suitability map of root and tuber inputs under rain fed conditions on global land area, with a global grid data layer with a ...

This data includes a dynamic dataset of cultivated land distribution with a resolution of 30 meters in the Heilongjiang River B...

A suitability map of high input levels of tubers and roots under rain fed conditions on global land area, with a global grid da...

A map of grain production suitability under low input levels under rain fed conditions on global land area, with a global grid ...

This data includes rice distribution areas affected by extreme high temperatures in historical periods (i.e. rice high-temperat...

This data includes a dynamic dataset of cultivated land distribution with a resolution of 30 meters in the Heilongjiang River B...

A suitability map of legume crops with low input levels under rain fed conditions on global land area, with a global grid data ...

This data includes a dynamic dataset of cultivated land distribution with a resolution of 30 meters in the Heilongjiang River B...