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2. Кравченко Е.Н. Природно-ресурсный потенциал Приднестровья:оценка, пространственное размещение, роль в социальноэкономическомразвитии, перспективы использования // ЭкономикаПриднестровья, №2-4, 2006.3. Сухинин С.А. Перспективы развития туризма как конкурентоспособнойотрасли экономики ПМР // Инновационная экономикаи эффективное гражданское общество – взаимосвязанные факторыконкурентоспособности Приднестровья – Тирасполь: Изд-воПриднестр. ун-та, 2007. – 208 с.4. Сухинин С.А., Шерстюк С.А. Возможности развития спортивноготуризма в Приднестровье // Географические исследования:история, состояние, перспективы. Тезисы докладов ежегодной студенческойнаучной конференции, посвященной памяти профессораГ.П. Дубинского (2-4 апреля 2009 г.). Выпуск 2, часть 1. – Харьков:Форт, 2009. – с. 69-70.5. Стратегия устойчивого развития туризма в Республике Молдова.2009.6. Фоменко В.Г. Геодемографическая ситуация и системы расселенияПриднестровья. Тирасполь, 2000. – с. 22-23.7. Фоменко В.Г., Филипенко С.И., Шерстюк С.А. Экологическийтуризм в Приднестровье: направления, проблемы и перспективыразвития // Акад. Е.К. Федорову – 100 лет: Сб. научн. ст. Бендеры:Eco-TIRAS, 2010. – с. 88-91.8. http://www.ecotyrizm.com/turizm_i_okr_sreda.php9. http://www.ecotourismrussia.ru/rekreacion.phpRed River Basin Flood Forecast Display ToolCharles Fritz*, Mark Deutschman***International Water Institute, NDSU Dept. 9030, PO Box 6050, Fargo, ND 58108-6050Tel. Office: +1 701 231 9747; e-mail: charles.fritz@ndsu.edu; www.internationalwaterinstitute.org**Houston Engineering IncorporatedIntroductionThe Red River Basin Flood Forecast Display Tool(RRBFFDT) is an internet tool intended to enhance theexisting Red River Basin Decision Information Network(RRBDIN) (http://www.rrbdin.org/) website capacitythrough the development of an interactive display andvisualization of flood forecasts generated by the NationalWeather Service (NWS). The project used flood forecastinformation generated by the National Weather ServiceNorth Central River Forecast Center in Chanhassen,Minnesota to create interactive flood inundation maps, aninundation depth grid, a graphic depicting the estimatedarrival time of the flood peak, and flow conditions in andaround the Fargo, North Dakota – Moorhead, Minnesotametropolitan area (FMMA). The methods and productsdeveloped for this project are transferable to othermunicipal and rural areas of the Red River Basin andelsewhere in the United States provided sufficient digitalelevation data and forecast information are available.Project AreaProject rationaleThe United States National Weather Service (NWS)routinely issues water-level forecasts for specific pointsalong the Red River of the North during flood events(NOAA, 2007). Although these forecast data areextremely useful, the forecasts can be misinterpreted. Itcan be difficult for the general public to relate forecastedstage and discharge at a specific location on the river to aspecific location on the ground. It can also be challengingfor many resident to interpret other NWS forecast productssuch as the probabilistic forecasts. The North CentralRiver Forecast Center in Chanhassen hoped to utilize thiseffort to improve the tools available to the public to useand interpret flood forecast information.Since 1991, the National Weather ServiceModernization Committee of the National ResearchCouncil has been involved in reviewing the plans forthe development of the Advanced Weather InteractiveProcessing System (AWIPS, 2007). Using sophisticatedcomputer models and large amounts of data from a widevariety of sources such as super computers, automatedgauges, geostationary (GOES) satellites, Doppler radars,weather observation stations, the computer and AWIPScommunications system, the NWS provides flow andwater-level forecasts. These forecasts are developedby the North Central Hydrologic Forecast Center anddistributed to a wide range of users.The NWS forecasts represent the best estimate of thedischarge and stage based upon and anticipated currentconditions. The ability to visually provide these water levelforecast data is critical to decision making. The goal ofthis project is to develop a web-based tool to present anddisplay NWS hydrologic forecast data for the Red River ofthe North in a 3-dimentional mapping format.— 258 —Geographic areaThe geographic area of interest selected for thedevelopment of this tool is the Red River of the Norththrough the FMMA. The FMMA was selected becausethe:1. Area is data rich relative to existing high resolutiontopographic data collected using LIDAR technology. Goodtopographic data is critical if accurate flood inundationmaps are to be created.