建立可持续发展的人力资源开发战略

本文从我国可持续发展战略，分析了人力资源开发在经济持续发展中的作用，提出了建立一个可持续发展的人力资源开发战略的建议与决策。     

攀西地区水资源及可持续利用探讨

在分析攀西地区水资源特点的基础上,从资源开发结构调整、可持续发展和区域经济发展的角度阐述了该区水资源开发的迫切性。根据攀西地区水资源开发利用存在的问题,提出了该区水资源可持续利用的对策:统筹兼顾,综合利用;把建设全国能源基地与实现地方电气化相结合,因地制宜开发水能资源;以安宁河流域为重点,加快骨干水利工程建设;抓住机遇,多渠道、多途径开发水资源。     

煤炭资源对县域经济发展的正负效应分析及转化建议——以安徽省涡阳县为例

以安徽省涡阳县为例,从分析煤炭资源开采对县域经济发展的正负效应影响和辩证关系转化的角度,提出煤炭资源对涡阳县域经济可持续发展的具体建议。     

松花江流域水资源-水污染联合调控方案动态模拟研究

为解决松花江流域水资源消耗与水污染物排放联合调控过程中系统复杂特征难以刻画和系统状态变化难以量化的问题,本文从流域污染物排放的源头即农业、工业、畜禽养殖业及生活(城镇和农村)4个方面展开研究,研究其水资源消耗量和水污染物排放量联合控制的特征和机理过程.通过构建二者的耦合关系,建立了松花江流域水资源-水污染联合控制动态模拟模型.通过对该模型进行验证及设计的4种情景方案的模拟对比,充分说明实施开源、节流、治污、减排的综合措施,才是松花江流域经济社会与水环境系统协调发展的最佳策略.同时结果也证明了本文所提出的联合调控动态模拟模型的合理性和可行性.本研究对于解决松花江流域的水资源优化管理、水污染减排和总量控制具有重要的意义,同时可为制定松花江流域经济发展策略提供参考.     

The distribution of environmentally related well-being: a conceptual framework

Environmental economists have long concerned themselves with the ways in which natural resources and pollution can contribute to (or detract from) human well-being. However, the distribution of economic benefits and costs from environmentally related goods and services has been often overlooked. This article derives a conceptual framework that brings together the literature from the environmental justice movement, work on the so-called resource curse, and institutional environmental economics into a comprehensive whole. The conceptual framework gives rise to several interesting questions that can be used in studying the distribution of environmentally related well-being.     

Accuracy Assessment of NOAA Gridded Daily Reference Evapotranspiration for the Texas High Plains

The National Oceanic and Atmospheric Administration (NOAA) provides daily reference evapotranspiration (ET_ref) maps for the contiguous United States using climatic data from North American Land Data Assimilation System (NLDAS). This data provides large‐scale spatial representation of ET_ref, which is essential for regional scale water resources management. Data used in the development of NOAA daily ET_ref maps are derived from observations over surfaces that are different from short (grass — ET_os) or tall (alfalfa — ET_rs) reference crops, often in nonagricultural settings, which carries an unknown discrepancy between assumed and actual conditions. In this study, NOAA daily ET_os and ET_rs maps were evaluated for accuracy, using observed data from the Texas High Plains Evapotranspiration (TXHPET) network. Daily ET_os, ET_rs and the climatic data (air temperature, wind speed, and solar radiation) used for calculating ET_ref were extracted from the NOAA maps for TXHPET locations and compared against ground measurements on reference grass surfaces. NOAA ET_ref maps generally overestimated the TXHPET observations (1.4 and 2.2 mm/day ET_os and ET_rs, respectively), which may be attributed to errors in the NLDAS modeled air temperature and wind speed, to which reference ET_ref is most sensitive. Therefore, a bias correction to NLDAS modeled air temperature and wind speed data, or adjustment to the resulting NOAA ET_ref, may be needed to improve the accuracy of NOAA ET_ref maps.     

Beijing's Water Resources: Challenges and Solutions

Beijing's local water resources have been overexploited and the ecological and environmental pressures exceed the carrying capacity of this densely populated megacity. This article examines the current status of Beijing's water resources with respect to its industrial, residential, and eco‐environmental water usage and the challenges it may face in the near future. The article describes the context of water uses, the steps taken by Beijing to alleviate the water shortage problems, and challenges to Beijing's abilities to meet its urgent and future water needs. A multipronged strategy is proposed that aims at both the present problems and the anticipated future challenges. In particular, engineering and institutional approaches for Beijing's successful transition from overexploitation to sustainable utilization of water resources are explained. Actions include reasonable water utilization, water conservation, reclaimed wastewater, and importing water from neighboring areas. We conclude that Beijing must take additional steps in water resource management to ensure its sustainable development that involves continued urbanization sprawls and population growth. Future water resource management strategies should focus on strengthening water demand management through water conservation, efficient interbasin water transfers, use of nontraditional water resources, strategically reserving water supply, and promoting rehabilitation of the eco‐environments.     

基于灰色预测模型的水资源可持续利用研究——以常州武进区为例

基于常州武进区2008年-2013年用水量,建立灰色预测GM(1,1)模型,并利用该模型预测了武进区2015年-2020年的用水量.根据武进区供水能力的现状,并结合预测结果,对武进区2015年-2020年日用水量进行供需平衡分析,以发现水资源供需缺口,然后提出解决对策,缓解供需矛盾.结果表明2017年武进区开始出现供水不足现象,缺口为6.8万m3/d.为实现水资源可持续利用,提出新增滆湖供水水量,落实工业、农业和社会生活的节水措施,提高污水资源化率的三项策略.     

环境实验室温度均匀性的数值分析研究

目的研究送风参数及围护结构对飞机结构及机构环境条件下功能性和耐久性实验室温度均匀性的影响。方法采用CFD方法对实验室的气流组织进行数值模拟,根据气流组织评价标准对工作区的温度均匀性进行分析。结果送风温差越大、送风速度越小温度场均匀性越差,保温层较厚时,温差过大将导致工作区温度分布达不到设计要求。结论相同温差下,减少送风口数量并提高单个送风口的送风速度有助于提高温度均匀性。     

煤炭资源开发生态保护补偿政策回顾与评析研究

围绕煤炭资源开发中的生态环境问题,中国相继出台了一些资源生态环境补偿政策,建立起包括资源税费制度、环境影响评价制度、环境恢复治理保证金制度、三同时制度、排污收费制度在内的一些生态环境补偿法律制度,但现有的煤炭资源开发生态补偿制度存在法律体系和政策设计不完备,缺乏利益相关者的充分参与,部门化利益倾向,政策手段较为单一,生态补偿资金没有来源保障,缺乏统一的补偿标准等问题。为此,要不断健全生态补偿法律法规体系,将矿区开发的生态环境补偿纳入到法制化和市场化轨道,完善煤炭资源税费制度,建立健全公众参与机制,实现矿区的可持续发展。