【Key words】 stochastic observation error; principle of maximum entropy; Monte Carlo method; water environment evaluation
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evaluation of water environment 水环境评价
water environment impacts evaluation 水环境影响评价
The application of GIS technology in water environment evaluation and management certainly will promote and boost the huge improvement on environment preservation.
GIS技术在水环境评价与管理中的应用,将势必对环境保护起巨大的推动和促进作用。
参考来源 - 基于MO组件式抚仙湖水环境GIS的设计The followings are what this paper has done in prediction research especially water environment influence evaluation. This paper designed and realized all models in the water environment evaluation DSS based on GIS.
本文就神经网络在预测研究特别是在水环境影响预测评价中的应用作了以下工作：在基于GIS(地理信息系统)的水环境评价DSS(决策支持系统)中，完成了关于模型部分的设计与实现。
参考来源 - 基于GIS的水环境评价决策支持系统·2,447,543篇论文数据，部分数据来源于NoteExpress
As a basic work to solve the problem of water environment, the water environment evaluation and prediction is a significant work to protect the water environment.
水环境评价与预测作为解决水环境问题的基础性工作，在水环境保护中具有重要的意义。
The water quality environment evaluation should consist of such three parts as the current situation evaluation, the dynamic evaluation and the pollution degree evaluation of water quality.
水质环境评价应该包括现状评价、动态评价和污染程度评价三项内容。
On the basis of requirements on water-salt monitoring and evaluation in zone water environment forecasting, this paper studies the Time-Space Variability of water-salt and the Robust Variogram.
本论文根据区域水环境预测中水盐监测与评价的要求，进行了水盐空间变异性与稳健变异函数的研究。
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