水资源系统是一个复杂的非结构化大系统。
The system of water resource is a complicated unstructured system.
灌区水资源系统由地表水系统与地下水系统构成。
Water resources systems of irrigation district are composed with surface water system and groundwater system.
基于复杂适应系统理论，对水资源系统进行分析。
Complex adaptive system theory is a new means to analyze the complex water resources system.
本文阐述了地下水资源系统规划和管理研究的各自特点。
The different characters of planning and management research of groundwater resources systems are depicted in this paper.
水资源开发利用规划应建立在水资源系统模拟的基础上。
The exploitation and utilization planning of water resources should take the simulation of the water resources system as the basis.
多目标水资源系统的运行主要依据蓄水量和径流资源的变化等因素。
Running of multipurpose water resource system is mainly based on varied factors such as water storage and runoff, etc.
考虑到环境水文地质问题，进而建立了矿区水资源系统的管理模型。
In consideration of the hydrogeological environmental problems, a management model of water resources system in the mining region has been set up.
本文展开计算智能某些领域在水文水资源系统评价、预测中的应用研究。
Many fields of CI's application in assessment and forecasting of hydrological and water resources system are studied in this paper.
本文以水资源系统概化方法为基础，提出构建分层水资源网络的理论和方法。
Based on the conceptual water resources system a hierarchical network of water sources is suggested to classify the movement of various water sources.
以微山湖、骆马湖水资源系统为例，应用系统分析中的模拟技术建立模拟模型。
The simulation model is developed by using the simulation technology of system analysis and taking the Weishan Lake and Luoma Lake water resources system as an example.
水资源系统模糊优化多维动态规划模型是水资源系统优化研究中的一个重要课题。
It is a key problem to study the fuzzy optimizing multi-dimensional dynamic programming model for water resources systems.
本文分析了水资源以及水资源系统的特点，对世界范围内的水资源问题进行了分析；
The paper analyses the characteristics of water resources and water resources system, and the water resources crisis in the world wide.
流域水资源系统是自然和人工水循环的复合系统，二元复合特性成为水循环的固有属性。
The water resources system of basin is the complex system of human and natural water circulation, and dual complex character becomes the intrinsic property of water circulation.
从供水与需水管理两个方面论述水资源短缺风险管理措施对降低水资源系统风险的贡献。
The contribution to minimizing the risk of water resources system, which the measurement of risk management made, is discussed from two aspects: water supply management and water demand management.
水资源承载力研究涉及到自然水资源系统和社会系统的方方面面，是典型的复杂系统问题。
The study on water resources carrying capacity that involves natural water resources system and social system is a very complex systemic problem.
循环迭代模型及其多种组合模型，不仅可用于水资源系统，对其他学科领域模糊集分析同样适用。
The cyclical iteration model and its combined models can be used for not only water resources system, but also other fields.
气候变化下水资源脆弱性评估是水资源系统的综合评估，主要包括水资源供给与需求平衡的评估。
The vulnerability assessment of water resources is comprehensive analysis of water resources ecosystem, including the supply and demand of water resources.
水资源系统是一耗散结构，本文以水资源量作为序参量，来描述水资源系统的有序性和演化方向。
Based on the assumption of water resources system is a dissipative structure, the water is regarded as a sequential parameter to describe the sequence and evolution direction of system.
本文运用运筹学中的有关理论和方法，给出了贵州独山南部岩溶水资源系统的评价模型和管理模型。
Using some theory and method of the operational research, this article shows the evaluating and administering models of the Karst water resources system in the southern part of Du-shan, Guizhou.
利用地下水资源系统的数值模型和水力管理模型对石家庄市地下水资源系统的供水能力进行了评价；
The supply yield of groundwater resource system in Shijiazhuang has been calculated by the numerical simulation model and the hydraulic optimal model of the groundwater system.
在进行水库群长期优化运行的研究中，讨论了一种适合于寻求水资源系统优化运行决策规则调度模型。
In the research on long term optimization operation of reservoir system, an operation model suited to seeking decision rule for water resources system is discussed.
阐述了水资源系统界壳理论的基本概念和构成，并分析了水资源系统界壳理论在水资源系统中应用的前景。
The basic concepts and its components of water resources system Jieke theory are described, and the application prospects of its theory in water resources system are analyzed.
针对区域水资源系统规划的多目标性和各目标的不精确性，建立了区域水资源系统模糊多目标线性规划模型。
Since there are the facts of the multi-objective and uncertainty in the water resource system, we built a fuzzy multi-objective programming model for the region water resource system.
地下水资源系统即是一个信息不完全明确的系统，因此，采用灰色系统理论对地下水水质进行预测是完全可行的。
Obviously, groundwater resources system is a grey system, so it is feasible for us to utilize grey system theory to predict groundwater quality.
降雨是地区水资源的主要来源，研究其长期的演变特性，对于水文水资源系统的预报、模拟具有十分重要的意义。
Rainfall is the main source of water resources in any region, studying the evolvement characteristic of the precipitation is of great importance for forecasting and simulating hydrology system.
因此，提出了充分认识流域水资源系统演变规律性，约束人类活动的影响，均衡保护利用流域水资源的有关建议。
Therefore, the article proposed some advices about respecting evolvement laws of groundwater system, restricting the affect of human behaviors, and maintaining a balanced use of water resources.
实例研究表明，应用时间序列分析法模拟地下水资源系统，进行地下水资源评价和系统管理简单、易行、省时、省力。
The case study shows that the time series analysis method is an effective and practical one for groundwater resources evaluation and system management.
以水均衡方程为基础，应用时间序列分析法，建立系统管理模型，对地下水资源系统进行系统运行控制、预测和管理。
Systematic management model is set up by time series analytic method based on water balance equation to control, predict and manage groundwater resources system.
在现代流域环境中，由于人类活动规模和强度在不断的提高，社会经济系统已相当深入地影响了水资源系统和生态系统。
In modern basin in the environment, due to human activity in size and strength, improving the social economic system has quite deep influence on the water resources system and ecological system.
本文通过对民勤县水资源系统的分析，寻找造成这一状况的成因：(1)气候变暖导致雪线上升、冰盖缩小，冰水径流减少。
The dissertation is analyzing the water resource system in Minqin Region to find out the following reasons below: 1. Snow line rising, ice cap and ice water runoff reducing because of climate warming.
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