FIGURE 1. Aerial view of Veolia and Alliant properties. Credit: City of Baraboo. FIGURE 1. Aerial view of Veolia and Alliant properties. Credit: City of Baraboo. FIGURE 1. Aerial view of Veolia and Alliant properties. Credit: City of Baraboo. FIGURE 1. Aerial view of Veolia and Alliant properties. Credit: City of Baraboo. More

FIGURE 2. Map of Baraboo riverfront area. Credit: City of Baraboo. FIGURE 2. Map of Baraboo riverfront area. Credit: City of Baraboo. FIGURE 2. Map of Baraboo riverfront area. Credit: City of Baraboo. FIGURE 2. Map of Baraboo riverfront area. Credit: City of Baraboo. More

FIGURE 1. Theodore Roosevelt National Park (TRNP) Units. Legend : Regional map of TRNP showing the North and South Units, as well as the Elkhorn its location about major roads. Image credit : U.S. National Park Service ( http://npmaps.com/wp-content/uploads/theodore-roosevelt-regional-map.jpg ). Permission (Wikimedia Commons) : This file is licensed under the Creative Commons Attribution 2.0 Generic license. FIGURE 1. Theodore Roosevelt National Park (TRNP) Units. Legend: Regional map of TRNP showing the North and South Units, as well as the Elkhorn its location about major roads. Image credit: U.S. National Park Service (http://npmaps.com/wp-content/uploads/theodore-roosevelt-regional-map.jpg). Permission (Wikimedia Commons): This file is licensed under the Creative Commons Attribution 2.0 Generic license. FIGURE 1. Theodore Roosevelt National Park (TRNP) Units. Legend : Regional map of TRNP showing the North and South Units, as well as the Elkhorn its location about major roads. Image credit : U.S. National Park Service ( http://npmaps.com/wp-content/uploads/theodore-roosevelt-regional-map.jpg ).... More

FIGURE 2. North Dakota gas drilling activity from the night sky. Legend : In November 2012, NASA’s Visible Infrared Imaging Radiometer Suite (VIIRS) on the Suomi NPP satellite captured this nighttime view of widespread gas flaring throughout the Bakken Shale area. Many of the scattered light specks are evidence of gas flaring, and others may be the bright lights surrounding drilling equipment. Image credit : NASA Earth Observatory ( http://www.earthobservatory.nasa.gov/ ) and https://commons.m.wikimedia.org/wiki/File:Gas_Drilling,_North_Dakota_(8249377475).jpg . Permission (Wikimedia Commons) : This file is licensed under the Creative Commons Attribution 2.0 Generic license. FIGURE 2. North Dakota gas drilling activity from the night sky. Legend: In November 2012, NASA’s Visible Infrared Imaging Radiometer Suite (VIIRS) on the Suomi NPP satellite captured this nighttime view of widespread gas flaring throughout the Bakken Shale area. Many of the scattered light specks are evidence of gas flaring, and others may be the bright lights surrounding drilling equipment. Image credit: NASA Earth Observatory (http://www.earthobservatory.nasa.gov/) and https://commons.m.wikimedia.org/wiki/File:Gas_Drilling,_North_Dakota_(8249377475).jpg. Permission (Wikimedia Commons): This file is licensed under the Creative Commons Attribution 2.0 Generic license. FIGURE 2. North Dakota gas drilling activity from the night sky. Legend : In November 2012, NASA’s Visible Infrared Imaging Radiometer Suite (VIIRS) on the Suomi NPP satellite captured this nighttime view of widespread gas flaring throughout the Bakken Shale area. Many of the scattered light spec... More

FIGURE 1. Map of the Columbia River (blue) and the Snake River (yellow). Source: Wikimedia Commons [7]. FIGURE 1. Map of the Columbia River (blue) and the Snake River (yellow). Source: Wikimedia Commons [7]. FIGURE 1. Map of the Columbia River (blue) and the Snake River (yellow). Source: Wikimedia Commons [7]. FIGURE 1. Map of the Columbia River (blue) and the Snake River (yellow). Source: Wikimedia Commons [7]. More

FIGURE 2. Adult salmon returns recorded at the Lower Granite Dam. Source: [28]. FIGURE 2. Adult salmon returns recorded at the Lower Granite Dam. Source: [28]. FIGURE 2. Adult salmon returns recorded at the Lower Granite Dam. Source: [28]. FIGURE 2. Adult salmon returns recorded at the Lower Granite Dam. Source: [28]. More

FIGURE 3. Snake River wild salmon returns from 1950 to 2017. Source: [29]. FIGURE 3. Snake River wild salmon returns from 1950 to 2017. Source: [29]. FIGURE 3. Snake River wild salmon returns from 1950 to 2017. Source: [29]. FIGURE 3. Snake River wild salmon returns from 1950 to 2017. Source: [29]. More

FIGURE 1. Pond 1 data for Example 1. Cells include information to calculate Simpson’s and Shannon’s diversities. Detailed steps below. A “=” sign must be added before the equation in each cell for Excel to perform the calculation—the “=” signs were removed to take a screenshot. FIGURE 1. Pond 1 data for Example 1. Cells include information to calculate Simpson’s and Shannon’s diversities. Detailed steps below. A “=” sign must be added before the equation in each cell for Excel to perform the calculation—the “=” signs were removed to take a screenshot. FIGURE 1. Pond 1 data for Example 1. Cells include information to calculate Simpson’s and Shannon’s diversities. Detailed steps below. A “=” sign must be added before the equation in each cell for Excel to perform the calculation—the “=” signs were removed to take a screenshot. FIGURE 1. Pond 1 ... More

FIGURE 2. Pond data for Example 2. Cells include information to calculate percent similarity. Detailed steps below. FIGURE 2. Pond data for Example 2. Cells include information to calculate percent similarity. Detailed steps below. FIGURE 2. Pond data for Example 2. Cells include information to calculate percent similarity. Detailed steps below. FIGURE 2. Pond data for Example 2. Cells include information to calculate percent similarity. Detailed steps below. More

FIGURE 3. Example of a linear relationship between cumulative catch ( k ) and catch per unit effort (CPUE) when using the depletion method to estimate abundance. Figure adapted from Maceiana et al. [5], in which largemouth bass abundance was estimated with an electrofishing catch depletion technique. FIGURE 3. Example of a linear relationship between cumulative catch (k) and catch per unit effort (CPUE) when using the depletion method to estimate abundance. Figure adapted from Maceiana et al. [5], in which largemouth bass abundance was estimated with an electrofishing catch depletion technique. FIGURE 3. Example of a linear relationship between cumulative catch ( k ) and catch per unit effort (CPUE) when using the depletion method to estimate abundance. Figure adapted from Maceiana et al. [5], in which largemouth bass abundance was estimated with an electrofishing catch depletion techniq... More

FIGURE 4. Pond 1 data for Example 3. Cells include information to calculate abundance with the depletion method. Detailed steps below. FIGURE 4. Pond 1 data for Example 3. Cells include information to calculate abundance with the depletion method. Detailed steps below. FIGURE 4. Pond 1 data for Example 3. Cells include information to calculate abundance with the depletion method. Detailed steps below. FIGURE 4. Pond 1 data for Example 3. Cells include information to calculate abundance with the depletion method. Detailed steps below. More

FIGURE 5. Example of von Bertalanffy growth function adapted from King [3]. In example, L ∞ = 50 cm and k = 0.4 yr −1 . FIGURE 5. Example of von Bertalanffy growth function adapted from King [3]. In example, L∞ = 50 cm and k = 0.4 yr−1. FIGURE 5. Example of von Bertalanffy growth function adapted from King [3]. In example, L ∞ = 50 cm and k = 0.4 yr −1 . FIGURE 5. Example of von Bertalanffy growth function adapted from King [3]. In example, L∞ = 50 cm and k = 0.4 yr−1. More

FIGURE 6. Pond 1 data for Example 4. Cells include information to calculate von Bertalanffy growth with a Ford-Walford plot. Detailed steps below. FIGURE 6. Pond 1 data for Example 4. Cells include information to calculate von Bertalanffy growth with a Ford-Walford plot. Detailed steps below. FIGURE 6. Pond 1 data for Example 4. Cells include information to calculate von Bertalanffy growth with a Ford-Walford plot. Detailed steps below. FIGURE 6. Pond 1 data for Example 4. Cells include information to calculate von Bertalanffy growth with a Ford-Walford plot. Detailed steps below. More

FIGURE 7. Pond 1 data for Example 5. Cells include information to calculate von Bertalanffy growth with a non-linear method, Solver. Detailed steps below. FIGURE 7. Pond 1 data for Example 5. Cells include information to calculate von Bertalanffy growth with a non-linear method, Solver. Detailed steps below. FIGURE 7. Pond 1 data for Example 5. Cells include information to calculate von Bertalanffy growth with a non-linear method, Solver. Detailed steps below. FIGURE 7. Pond 1 data for Example 5. Cells include information to calculate von Bertalanffy growth with a non-linear method, Solver. Detailed... More