Integrated Water Resources Research Advancements in Understanding to Improve Future Sustainability

• Other Authors: Hubbart, Jason A. (Editor)
• Format: Electronic Book Chapter
• Language: English
• Published: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute 2021
• Subjects: Research & information: general; physical habitat; aquatic ecology; stream health; environmental flows; land use; hydrology; hydroecology; ecohydrology; climate change; Appalachia; reforestation; land use-land cover; land-atmosphere coupling; water quality; environmental perceptions; human dimensions; spatial models; socioeconomics; urban watershed management; municipal watershed; water quality impairment; collaborative adaptive management; water resources; urban watersheds; endocrine disrupting chemical; opioid; pathway analysis; ontology; metabolomics; decision-making; logit regression; farmer perceptions; social networks; public funds; water conservation adoption; good governance; sanitation; sustainability; water supply; water-saving agriculture; Chinese provincial input efficiency; three-stage DEA model; environmental variables; Boufakrane river watershed; remote sensing; LULCC; water balances; vulnerability; total dissolved solids; drinking water; Appalachian Mountains; streamflow sensitivity; water security; water balance partitioning; Budyko; Escherichia coli; Suspended particulate matter; Water quality; Land use practices; Watershed management; basin; hydrologic model; reaeration rates; stream metabolism; watershed; physicochemistry; land use practices; experimental watershed; suspended particulate matter; stream water temperature; watershed management; bacteria; land-use practices; environmental persistence; saturated hydraulic conductivity; pedotransfer function; model validation; Chesapeake Bay Watershed; experimental watershed study; human dimensions of water; watershed modeling; hydrological modeling; water pollutants
• Online Access: DOAB: download the publication; DOAB: description of the publication

Anthropogenic and natural disturbances to freshwater quantity and quality are a greater issue for society than ever before. To successfully restore water resources requires understanding the interactions between hydrology, climate, land use, water quality, ecology, and social and economic pressures....