Taylor Reservoir
Taylor Reservoir is an artificial lake located in Gunnison County in west-central Colorado, situated in the Rocky Mountains at approximately 9,000 feet elevation. Created by the construction of a concrete arch dam across the Taylor River, a tributary of the Gunnison River, the reservoir serves multiple purposes including water storage for irrigation, hydroelectric power generation, and recreation. The reservoir spans approximately 2,000 surface acres at full capacity and holds up to 97,000 acre-feet of water, making it a significant water management feature in the Upper Gunnison River Basin.[1] The facility is managed by the U.S. Bureau of Reclamation and represents an important component of Colorado's water infrastructure in a region characterized by seasonal snowmelt and variable precipitation patterns.
History
The Taylor Reservoir project emerged during the early twentieth century as part of broader water development initiatives in Colorado aimed at maximizing the state's agricultural potential and supporting population growth. Planning for the dam began in the 1920s as irrigation districts and agricultural interests recognized the need for reliable water storage to supplement the natural flow of the Taylor River during dry seasons. The project proceeded through feasibility studies and environmental assessments during the 1930s and 1940s, with construction commencing in 1939. The concrete arch dam was completed in 1944, representing a significant engineering achievement for its time and incorporating modern construction techniques appropriate to the challenging mountain terrain and climate conditions of west-central Colorado.[2]
The construction of Taylor Reservoir was undertaken as part of the federal government's broader water resource development agenda, which viewed dam construction as essential to western economic development. The project required significant logistical coordination, including the establishment of temporary construction camps and the transportation of materials and equipment to the remote mountain location. The dam's completion in 1944 marked the beginning of organized water storage and management in the Upper Gunnison Basin, providing critical infrastructure that would support agricultural operations and later recreational uses in the region. Throughout the latter half of the twentieth century, the reservoir has undergone periodic maintenance and modernization efforts to ensure structural integrity and operational efficiency. Today, Taylor Reservoir stands as a testament to mid-twentieth-century federal water resource development policy and continues to serve the communities and agricultural interests that depend on its stored water supplies.
Geography
Taylor Reservoir is positioned in the high country of the Rocky Mountains, specifically in the Upper Gunnison River drainage basin at an elevation of approximately 9,000 feet above sea level. The reservoir occupies a valley carved by the Taylor River and is surrounded by coniferous forest typical of the montane and subalpine zones of Colorado, dominated by lodgepole pine, Engelmann spruce, and subalpine fir species. The surrounding landscape is characterized by steep terrain, rocky outcrops, and alpine meadows that transition to forest at lower elevations. The Taylor River, which feeds the reservoir, originates in the West Elk Mountains and the Elk Mountains, draining a watershed of approximately 300 square miles before entering the reservoir.[3]
The reservoir's geography reflects the natural hydrological patterns of the Rocky Mountain region, with water levels typically highest during late spring and early summer following snowmelt and declining through late summer and fall as water is released for irrigation and power generation downstream. The shoreline extends for approximately 26 miles and is characterized by rugged banks with significant elevation changes. Several tributary streams feed the reservoir in addition to the main Taylor River channel, contributing to its water supply during periods of precipitation and snowmelt. The area immediately surrounding the reservoir experiences a subalpine climate with long, cold winters, brief summers, and annual precipitation typically ranging from 20 to 30 inches, with most falling as snow. The geographical setting creates scenic vistas and provides habitat for various wildlife species adapted to high-elevation mountain environments, including elk, mule deer, mountain goats, and various bird species.
Attractions
Taylor Reservoir serves as a significant recreational destination for residents of western Colorado and visitors from throughout the state and region. The reservoir supports both summer and winter recreational activities, with boating, fishing, camping, and picnicking representing primary summer uses. Anglers are attracted to the reservoir's populations of rainbow trout and brown trout, which are maintained through regular stocking programs by Colorado Parks and Wildlife. The Bureau of Reclamation manages several developed recreation areas around the reservoir, including campgrounds with varying levels of amenities ranging from primitive sites to those with utilities and modern facilities. Popular access points and recreation areas include North Shore Campground, South Shore Campground, and various day-use areas that provide parking, picnic tables, and boat launch facilities.
The surrounding landscape attracts hikers, photographers, and nature enthusiasts who appreciate the scenic beauty of the high mountain setting and the opportunity to observe wildlife in natural habitats. During winter months, the reservoir area becomes accessible to cross-country skiers and snowmobilers, though snow depth and road conditions significantly affect winter recreation opportunities. The reservoir's proximity to other recreational and scenic attractions in Gunnison County, including the West Elk Wilderness and portions of the Gunnison National Forest, enhances its value as part of a broader recreational network. The area also supports backcountry camping and fishing opportunities for those willing to venture into more remote areas accessible by hiking trails that originate from or near the reservoir. Educational opportunities exist for school groups and research institutions studying alpine hydrology, forest ecology, and aquatic ecosystems in their natural mountain environment.
Economy
The economic significance of Taylor Reservoir extends across multiple sectors including agriculture, energy production, and recreation and tourism. The primary economic function of the reservoir historically has been water supply for irrigation, supporting agricultural operations throughout the Gunnison River Valley and downstream areas in western Colorado. The stored water enables farmers and ranchers to maintain reliable irrigation supplies during periods when natural streamflow is insufficient to meet demands, thereby supporting the viability of ranching and agricultural enterprises that constitute important components of the regional economy. The water storage provided by Taylor Reservoir has facilitated the maintenance of irrigated agriculture despite the region's semiarid climate and variable annual precipitation patterns.
Hydroelectric power generation represents a secondary but significant economic function of Taylor Reservoir. Water released through the dam's turbines generates electricity that is distributed through regional power networks, contributing to the electrical supply for western Colorado communities and potentially serving broader grid requirements. The Bureau of Reclamation operates and maintains the power generation facilities integrated with the dam, and revenues from power generation contribute to the operation and maintenance costs of the facility. Recreation and tourism associated with the reservoir provide additional economic benefits to local communities through spending by visitors for camping, lodging, meals, and other services. Businesses in nearby communities such as Gunnison benefit from visitor expenditures related to recreation at the reservoir and in surrounding mountain areas. The reservoir's water management capacity also provides indirect economic benefits by enabling stable water supplies that support economic confidence and long-term planning in the agricultural and municipal sectors dependent on reliable water availability.