XiaoMi-AI文件搜索系统
World File Search System水资源
地下水资源的可持续性
今天，许多关于国家地下水资源的担忧都涉及到其未来可持续性的问题。地下水资源的可持续性取决于许多因素，包括地下水储量的枯竭、径流的减少、湿地和河岸生态系统的潜在损失、地面沉降、盐水入侵以及地下水质量的变化。每个地下水系统和开发情况都是独一无二的，需要根据现有水问题的性质进行分析。本通函的目的是说明必须考虑的水文、地质和生态概念，以确保明智和可持续地利用我们宝贵的地下水资源。本报告面向对国家水资源保护和可持续利用感兴趣或参与其中的广大读者。
综合水资源计划
af英亩/脚贝尔维尔WTP贝尔维尔水处理厂Boyd WTP Boyd Lake水处理厂BTBN大汤普森盆地网络CBT CORADO-big THOMPSON项目CC气候变化CIP资本改善计划城市City City City City City City of Greeley CFS Criceley CFS Cripic Indect Cutige A Cripic Ancect Second Second Sepond Sepond Sepend Deption Deed Model Deed Model Deat Model Dams Dagat Mander Manage Manage Management ft ft ft。 Collins City of Fort Collins FCU City of Fort Collins Utilities GCM Global Climate Model GLIC Greeley-Loveland Irrigation Company Greeley City of Greeley Water and Sewer Department GSM Greeley System Model GW groundwater HMR High Mountain Reservoir IWRP Integrated Water Resources Plan LREGA Long-Range Expected Growth Area NA Not Applicable Northern Water Northern Water Conservancy District PBN Poudre Basin Network Poudre Cache la Poudre PVP Pleasant Valley Pipeline RCP Representative Concentration Pathway SME Subject Matter Expert T&P Temperature and Precipitation Terry Ranch Terry Ranch Aquifer and Storage Recovery Project TM Technical Memorandum W&S Board Greeley's Water and Sewer Board WADT Water Acquisition Decision Tool WRF Water Research Foundation WSSC Water Supply & Storage Company WSVS Water Supply Vulnerability Study WTF water treatment facility YOD Years of Demandaf英亩/脚贝尔维尔WTP贝尔维尔水处理厂Boyd WTP Boyd Lake水处理厂BTBN大汤普森盆地网络CBT CORADO-big THOMPSON项目CC气候变化CIP资本改善计划城市City City City City City City of Greeley CFS Criceley CFS Cripic Indect Cutige A Cripic Ancect Second Second Sepond Sepond Sepend Deption Deed Model Deed Model Deat Model Dams Dagat Mander Manage Manage Management ft ft ft。 Collins City of Fort Collins FCU City of Fort Collins Utilities GCM Global Climate Model GLIC Greeley-Loveland Irrigation Company Greeley City of Greeley Water and Sewer Department GSM Greeley System Model GW groundwater HMR High Mountain Reservoir IWRP Integrated Water Resources Plan LREGA Long-Range Expected Growth Area NA Not Applicable Northern Water Northern Water Conservancy District PBN Poudre Basin Network Poudre Cache la Poudre PVP Pleasant Valley Pipeline RCP Representative Concentration Pathway SME Subject Matter Expert T&P Temperature and Precipitation Terry Ranch Terry Ranch Aquifer and Storage Recovery Project TM Technical Memorandum W&S Board Greeley's Water and Sewer Board WADT Water Acquisition Decision Tool WRF Water Research Foundation WSSC Water Supply & Storage Company WSVS Water Supply Vulnerability Study WTF water treatment facility YOD Years of Demand
环境与水资源工程项目
MS CE、MS ENE 和 MS ESEN 学位可以仅通过课程学习获得，或者在获得教师许可的情况下，可以包含研究论文或项目和报告选项。MS CE 和 MS ENE 学位主要面向已获得工程学本科学位的学生。非工程背景的学生进入 MS CE 或 MS ENE 学位学习必须完成几门必修本科课程以及设计经验，如附录 A 中所述。请注意，MS CE 和 MS ENE 的要求基本相同。学生是否应该选择其中一个取决于个人偏好和职业目标。MS ESEN 主要面向拥有物理或生命科学本科学位的学生。目标是让学生接触工程学，并接受介于科学和工程之间的技术培训。进入该计划时可能需要某些本科课程（参见附录 A）。进入任何 MS 课程的所有学生必须在进入该计划的前两周内完成 (a) EWR 研究生学位要求合同和 (b) 附录 A - 核心知识库验证工作表。
