Figure 1. Prescribed fire case study locations relative to Environmental Protection Agency ecoregions in or near Wyoming, USA. Numbers correspond with details in tables 1 and 2 about each case study and fall within the ecoregion boundary in which a location is noted (which is important for tho... More about this image found in Prescribed fire case study locations relative to Environmental Protection A...

Figure 2. Black Hawk helicopter practicing aircraft bucket training for fire suppression during a prescribed fire training on a military training center in eastern Wyoming, USA. Photo from the Camp Guernsey Joint Training Center Facebook page. More about this image found in Black Hawk helicopter practicing aircraft bucket training for fire suppress...

Figure 3. Ignition of shortgrass steppe fuels using a propane torch on a federal agricultural research facility in Weld County, CO, USA, just south of the Wyoming border. Photo credit to J. D. Scasta. More about this image found in Ignition of shortgrass steppe fuels using a propane torch on a federal agri...

Figure 4. Prescribed burn along a wildfire burned area in northern Wyoming, USA, on a private ranch. Photo credit to D. Kane. More about this image found in Prescribed burn along a wildfire burned area in northern Wyoming, USA, on a...

Figure 5. Ignition of sagebrush steppe fuels using a drip torch on a national grassland in northeast Wyoming, USA. Photo credit to J. Ott. More about this image found in Ignition of sagebrush steppe fuels using a drip torch on a national grassla...

Figure 6. (a) Prescribed fire in a saltgrass-greasewood rangeland in southeast Wyoming, USA. Photo credit to J. D. Scasta, (b) ambient air temperature, (c) relative humidity, (d) wind speed, (e) fine fuel moisture of 1-h fine fuels, and (f) proportion of area burned. More about this image found in (a) Prescribed fire in a saltgrass-greasewood rangeland in southeast Wyomin...

Figure 7. (a) Ignition of conifers using a terratorch and (b) game camera photo of elk in burned area on federal land in southern Wyoming, USA. Photo credit to C. Newberry. More about this image found in (a) Ignition of conifers using a terratorch and (b) game camera photo of el...

Figure 8. Ignition of wetland vegetation in west-central Wyoming, USA, for wildlife management. Photo credit to J. Rhine. More about this image found in Ignition of wetland vegetation in west-central Wyoming, USA, for wildlife m...

Figure 9. Burning brush piles in a conifer forest in southern Wyoming, USA. Photo credit to T. Pardue. More about this image found in Burning brush piles in a conifer forest in southern Wyoming, USA. Photo cre...

Figure 10. Forest-rangeland mosaic to be managed with fire in southern Wyoming. Photo credit to J. D. Scasta. More about this image found in Forest-rangeland mosaic to be managed with fire in southern Wyoming. Photo ...

Figure 11. Fuels reduction using prescribed fire in the Wildland Urban Interface and a National Forest in northwestern Wyoming, USA. Photo credit to A. Hall. More about this image found in Fuels reduction using prescribed fire in the Wildland Urban Interface and a...

Figure 12. Drone in foreground of a prescribed fire in a municipal watershed in northern Wyoming, USA. Photo credit to M. Weakland. More about this image found in Drone in foreground of a prescribed fire in a municipal watershed in northe...

Figure 1. Marsh migration projections from National Oceanic and Atmospheric Administration Sea Level Rise Viewer, created with intermediate high scenario (global mean rise of 1.5 m) and low accretion rate (2 mm/yr). (a) Chesapeake Bay, VA (2020), 0.21 m; (b) Chesapeake Bay, VA (2100), 1.84 m; (c) ... More about this image found in Marsh migration projections from National Oceanic and Atmospheric Administr...

Figure 2. Apalachicola Bay, FL, marsh migration projections from National Oceanic and Atmospheric Administration Sea Level Rise Viewer, created with a single sea-level rise scenario (intermediate high) and three accretion rates (6, 4, and 2 mm/yr). Color scales are as in figure 1. Predicted total ... More about this image found in Apalachicola Bay, FL, marsh migration projections from National Oceanic and...

Figure 3. Blackwater National Wildlife Refuge, MD, marsh migration projections from National Oceanic and Atmospheric Administration Sea Level Rise Viewer, created with a single sea-level rise scenario (intermediate high) and three accretion rates (6, 4, and 2 mm/yr). Color scales are as in figure ... More about this image found in Blackwater National Wildlife Refuge, MD, marsh migration projections from N...

Figure 4. Cape Cod Bay, MA, marsh migration projections from National Oceanic and Atmospheric Administration Sea Level Rise Viewer, created with a single sea-level rise scenario (intermediate high) and three accretion rates (6, 4, and 2 mm/yr). Color scales are as in figure 1 . Predicted total se... More about this image found in Cape Cod Bay, MA, marsh migration projections from National Oceanic and Atm...

Figure 1. Structure of the work. More about this image found in Structure of the work.