Laserfiche WebLink
<br />. <br /> <br />3. !laving the NIDIS Implementation Team identify opportunities to use <br />existing agency collection programs to gather additional data relevant <br />to drought impacts. For example, the USDA's National Agricultural <br />Statistical Service (NASS) annual acreage and production survey could <br />be modified to request information on crops, acreages and livestock <br />numbers affected by drought. NASS also could be used to establish <br />impact reports for other drought issues, (i.e., economic and social) as <br />needed. <br /> <br />3. Research Needs. Agricultural producers, resource managers, municipalities, <br />industries and other water lIsers are obliged 10 make risk management and <br />investment decisions that rely on current and anticipated climatic conditions. <br />Research is nceded to improve the forecasting of short. and long-term drought <br />conditions, to make the forecasts more useful and timely, and to establish priori. <br />ties based on the potential to reduce drought impacts. <br /> <br />Recommendation 3a: NIDlS must facilitate the coordination and program <br />delivery across interagency, intergovernmental and private sector science <br />and research programs by establishing an integrated federal drought <br />research program: <br /> <br />I. Improving capabilities to monitor, understand and forecast droughts. <br /> <br />2. Developing methodologies to integrate data on climate, hydrology, <br />water available in storage, and socioeconomic and ecosystem condi. <br />tions, in order to better understand and quantify the linkages between <br />the physical characteristics of drought, the impacts that result from <br />droughts, and the triggers used by decision-makers who respond to <br />drought. <br /> <br />3. Identifying regional differences in drought impacts and related infor. <br />mation needs and delivery systems, and developing regionally specilic <br />drought monitoring and forecasts. <br /> <br />4 Developing new decision support tools, such as drought 'scenarios' <br />(e.g., 'if. then. '), that would give decision-makers (such as agricultural <br />producers) a better range of risks and options to consider. <br /> <br />5. Improving the scientilic basis for understanding ground water and <br />surface water relationships and developing triggers and thresholds for <br />critical surface water flows and ground water levels. <br /> <br />6. Encouraging all relevant federal agencies, in cooperation with the <br />NIDIS Implementation Team, to expand their drought research portfo. <br />lias by undertaking an analysis of existing research and identifying <br />gaps. The lindings of this gap analysis should guide funding and prior- <br />ities for future drought research. <br /> <br />7. The federal agencies participating in the coordinated research program <br />under NIDIS should commit a percentage (no less than live percent) of <br />their research budgets to drought issues. <br /> <br />. <br /> <br />. <br /> <br />