Significance: Deer Lake is one of several natural high mountain lakes in the Swift Creek and Yellowstone River drainages dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irriga More
Significance: Deer Lake is one of several natural high mountain lakes in the Swift Creek and Yellowstone River drainages dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irriga More
Significance: Deer Lake is one of several natural high mountain lakes in the Swift Creek and Yellowstone River drainages dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irriga More
Significance: Deer Lake is one of several natural high mountain lakes in the Swift Creek and Yellowstone River drainages dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irriga More
Significance: Deer Lake is one of several natural high mountain lakes in the Swift Creek and Yellowstone River drainages dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irriga More
Significance: White Miller Lake is one of several natural high mountain lakes dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irrigation. The dam is a representative example More
Significance: White Miller Lake is one of several natural high mountain lakes dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irrigation. The dam is a representative example More
Significance: White Miller Lake is one of several natural high mountain lakes dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irrigation. The dam is a representative example More
Significance: White Miller Lake is one of several natural high mountain lakes dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irrigation. The dam is a representative example More
Significance: White Miller Lake is one of several natural high mountain lakes dammed by the Farmers Irrigation Company in the 1920s and 1930s to store water for irrigation. The dam is a representative example More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More
Significance: Weir, Fire and Pot lakes, all built in 1934 by the Provo Reservoir Company, are indicative of the renewed local interest in reservoir-building sparked by the drought of 1931. They are historicall More