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Introduction <br />In the U.S., drought is a frequent climatic event. Examinations of the spatial patterns of <br />droughts in the contiguous U.S. showed that drought tends to be most persistent in the <br />central to the northern Great Plains and Rocky Mountains (Walsh et al. 1982; Karl 1983, <br />Karl et al. 1987; Soule 1992). In Colorado, drought is a recurring phenomenon and a <br />normal part of regional climate. With annual precipitation that averages only 17 inches <br />statewide, the state's climate records show that Colorado has had a number of major <br />drought episodes, several of those lasting from 6 to 12 years (McKee et al. 2000). Since <br />1.981, when The Colorado Drought Response Plan (Colorado Division of Disaster <br />Emergency Services 198 1) was developed and implemented, Colorado had a long "wet" <br />period, from 1982 to 1999, free from widespread multi -year droughts. Normal or above - <br />normal precipitation during these two decades shifted public attention away from the <br />drought phenomenon. This wet period coincided with overall population growth across <br />the state, rapid development of mountain resorts in Colorado and a widespread expansion <br />of population in resort communities (Todd et al. 2003). In 1990s alone, the population of <br />Summit County, Colorado increased by 82.8 percent, thus increasing demands for water <br />supplies. In 2000, the Colorado drought plan. was revised, placing more emphasis on <br />drought mitigation. Revision of the Colorado drought plan occurred at the right time; <br />starting in the autumn of 1999, below- average precipitation and above - average <br />temperatures brought the beginning of what many media sources and public figures <br />referred to as "the worst drought in. Colorado history ". <br />When compared to other droughts of the 20th Century for the U.S., this recent drought <br />was as extensive as any of the major droughts of the last 40 years, but not as large as the <br />"dust bowl" droughts of the 1930s and 1950s. Persistent dryness in the Southwest region <br />of the U.S., including Colorado, during 2002 resulted in the driest September - August in <br />the 108 -year record (NCDC, 2003). In Colorado, this multi -year drought event affected. <br />the entire state, resulting in significant water shortages. Although, precipitation deficits <br />were not exceptional in all areas of the state (Pielke et al., 2004), evaporation losses, <br />above- average temperatures and increasing water demands across the state, resulted in a <br />drought event with exceptional impacts on economic, environmental and social sectors. <br />A number of studies have been conducted to address societal vulnerability to drought in <br />the context of agriculture (e.g., Wilhelmi and Wilhite, 2002) or water management (e.g., <br />Knutson. and Hayes, 2002). Little has been done to look at the local level drought issues <br />of communities depended on. tourism. In this study we focused on the implications of <br />2002 drought on. tourism in Colorado and on the mountain resort communities in <br />particular. In Colorado, tourism brings approximately $8.5 billion into the state's <br />economy. Skiing, the largest sector of the tourism industry, accounts for 19 percent <br />($1,368 million) of total tourism spending (State of Colorado, 2002). Reliance of many <br />Colorado tourism and recreational activities on water availability (e.g., rafting and <br />skiing), in addition to increasing population migration to mountain areas increases water <br />demands and suggests a likely increased vulnerability of resort communities to drought. <br />2 <br />