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<br />~isioCLand Goals <br /> <br />. <br /> <br />The National Integrated Drought Information System (NIDIS) Vision <br /> <br />A dynamic and accessible drought information system that provides users with <br />the ability to determine the potential impacts of drought and the associated risks <br />they bring. and the decision support tools needed to better prepare for and mitigate <br />the elfects of drought. <br /> <br />. <br /> <br />NIDIS Goals <br /> <br />NIDIS is intended to accomplish the following goals: <br /> <br />. Develop the leadership and partnerships to ensure successful implementation of <br />an integrated national drought monitoring and forecasting system; <br />. Foster, and support, a research environmenllhat focuses on impact mitigation <br />and improved predictive capabilities; <br />. Create a drought "early warning system" capable of providing accurate, timely <br />and integrated information on drought conditions at the relevant spatial scale to <br />facilitate proactive decisions aimed at minimizing the economic, social and <br />ecosystem losses associated with drought; <br />. Provide interactive delivery systems, including an Internet portal. of easily com~ <br />prehensible and stJndardized products (databases, forecasts, GIS-based products, <br />maps, etc.); and <br />. Provide a framework for interacling with and educating those atTected by drought <br />on how and why droughts occur, and how they impact human and natural systems. <br /> <br />Inte..grating.ObselYations...anclData_Systems_ <br /> <br />Current Observations <br />and Data Systems <br /> <br />Drought planning and <br />mitigation will be based <br />upon the gathering of high <br />quality infonnation related <br />to a variety of physical, <br />environmental and human <br />conditions. The gathering <br />and integration of data <br />includes making more eni- <br />cient use of existing data <br />as well as "filling in the <br />holes" in local, state, <br />regional and federal networks. Characterization of drought requires a combination <br />of two types of information: <br /> <br />Key Variables for Monitoring Drought <br /> <br />, climate data <br /> <br />, soil moisture <br /> <br />, stream flow <br />, ground water <br />, reservoir and lake levels <br />, short, medium and long range forecasts <br />, vegetation health/stress and fire danger <br /> <br />. <br /> <br />]. Observations of past and current physical states of the environment and their <br />context within the relevant historical record. <br />2. Documented impacts on human and natural systems that are a consequence of <br />the physical conditions. <br /> <br />