1) Taohuajiang Valley
桃花江流域
1.
Preliminary Study on Eco-environmental Water Demand in Taohuajiang Valley,Guilin;
桂林市桃花江流域生态环境需水量的初步研究
2) Songhuajiang River Basin
松花江流域
1.
Integrated Assessment of Non-point Source Pollution in Songhuajiang River Basin;
松花江流域非点源污染负荷估算与评价
2.
Discussion on investigation method of surface source pollution in Songhuajiang river basin;
松花江流域面源污染调查方法初探
3.
Relation between flood and ecological environment in Songhuajiang river basin;
松花江流域洪水与生态环境关系
3) Songhua river area
松花江流域
1.
The Songhua River Geographic Information System which based on SuperMap use GIS technology to manage the whole Songhua River area.
松花江流域地理信息系统利用地理信息系统技术,以组件式G IS-SuperM ap为基础,对松花江全流域空间信息进行管理,不仅实现了松花江全流域的污染模拟分析功能,还融合遥感影像、数字高程模型,实现了松花江全流域三维动态模拟功能。
2.
In this paper, the values of water ecosystem and its influencing factors are discussed basically on Songhua river area.
本文以松花江流域为重点，探讨水生态系统价值的内涵及其影响因素。
4) Songhua River Basin
松花江流域
1.
Study on Features of Urban Development in Songhua River Basin with the View of Region;
区域视野下松花江流域城市发展特征研究
2.
The Diagnoses of pH Abnormal Change in Songhua River Basin;
松花江流域pH值异常变化的监测分析
3.
Game analysis of government intendance and enterprise control of water pollution disaster:a case study on Songhua River Basin
水污染灾害的政府监管与企业治污博弈分析——松花江流域案例研究
5) Songhuajiang Watershed
松花江流域
1.
Based on the Remote Sensing(RS) and Geographical Information System(GIS) technologies,the remote sensing image of Landsat TM in 1989 and 1995,and Landsat ETM+ in 2002 of Songhuajiang watershed were used to retrieval and calculate the NDVI of study region.
利用遥感和地理信息系统技术对1989,1995年的Landsat TM数据和2002年Landsat ETM+三期遥感数据进行处理,反演和计算松花江流域的归一化植被指数(NDVI),在此基础上,获取研究区域植被覆盖度。
6) Songhuajiang and Nenjiang valley
松花江嫩江流域
1.
The relation of flood and precipitation in Songhuajiang and Nenjiang valley;
松花江嫩江流域洪涝发生与流域内降水的关系
补充资料：桃花遇霜
桃花遇霜
桃花遇霜
桃红色，绣球型。颈长。梗粗长。叶稀而尖，青绿色。株型半开张。花期中。分枝力强。
peach_pink,hydrangea_flowered;long stems and stalks,sparse
pointed leaves in bluish green,much branched,mid_blooming
说明：补充资料仅用于学习参考，请勿用于其它任何用途。