论文部分内容阅读
应用对应分析方法处理地下水质资料，得出研究区地下水具有如下三种类型：（１）低矿化的弱碱性水；（２）相对高矿化的碱性甚至强碱性水；（３）介于上述两者之间。并由反馈信息得出，现有水质监测点似多了些。根据具体的水质特征，遵照反映不同水环境的监测点应保留、而反映相同或相似水环境的监测点应精简这一原则，对现有水质监测网作了优化分析。新的水质监测点数虽少于原有的，但只要定期的监测，仍能够反映原有水质监测网所能反映的主要信息。
Groundwater quality data are processed by corresponding analysis method. It is concluded that the groundwater in the study area has the following three types: (1) low mineralized weak alkaline water; (2) relatively high mineralized alkaline or even alkaline water; (3) ) Is between the two. And by the feedback information, the existing water quality monitoring point seems a little more. According to the specific characteristics of water quality, monitoring points reflecting different water environments should be kept, and monitoring points reflecting the same or similar water environment should be streamlined to optimize the existing water quality monitoring network. Although the number of new water quality monitoring points is less than the original one, as long as regular monitoring can still reflect the main information that the original water quality monitoring network can reflect.