伴随着人类活动的加剧,我国华北地区尤其是华北平原区产汇流条件发生了深刻变化,传统的评价理论和方法已很难适用于人类活动影响下的水资源评价,目前迫切需要研究和探索在人类大规模活动影响下平原区水资源统一评价的理论与方法。为此,本文在系统分析平原区“四水”转化机理和地下水补、径、排规律的基础上,研究和提出一种基于“四水”转化水文模型和地下水数学模拟模型的二元耦合模型,并结合安阳市水资源评价实例,较好地解决了大埋深条件下平原区水资源统一评价问题,为华北地区乃至全国开展第二次水资源评价工作进行了有益的尝试,并积累了一些宝贵的经验。 Along with the intensification of human activities, profound changes have taken place in the conditions of bus flow in North China, especially in the North China Plain. The traditional evaluation theories and methods have been difficult to apply to water resources evaluation under the influence of human activities. At present, there is an urgent need to study and explore Theory and Method of Unified Evaluation of Water Resources in Plain Area under the Influence of Large - scale Human Activities. Therefore, on the basis of systematic analysis of “four water” transformation mechanism and groundwater fill, runoff and drainage rules in plain area, this paper studies and proposes a binary coupling model based on “four water” conversion hydrological model and groundwater mathematical simulation model , And combined with the example of water resources evaluation in Anyang City, the problem of uniform evaluation of water resources in plain area under deep burial depth is well solved, and a beneficial attempt is made for carrying out the second water resources assessment in North China and the whole country. Some valuable experience