develop and provide adoption of new technologies, enhance management practice effectiveness, and deliver scientifically defensible data to drive policy to meet future agricultural water resource challenges. This work will develop water-efficient crop varieties and cropping systems, increase water capture, recycling and reuse of water, support transition to dryland and limited-irrigation strategies, improve water distribution systems and irrigation efficiencies, develop economic risk assessment tools that identify profitable, water-efficient production options, and protect water resources by reducing sediment, nutrient, pesticide, and bacteria losses. Likewise, in the urban sector we must enhance domestic water conservation, improve irrigation efficiencies and system management, improve landscape design, expand and optimize water reuse, and improve water capture, while at the same time reducing point and nonpoint source pollution in stormwater runoff. At the watershed scale, all citizens will be affected by these outcomes and are stakeholders in achieving long-term water security.
an organization of land grant university research, extension, and education faculty. Our mission is to develop and promote innovative solutions to protect and improve water quality, water quantity, and habitats by enhancing information exchange among scientists, and the dissemination of science-based technology and information to policy-makers and stakeholders at state and local levels. We expect to provide: