Tip: From this pop-up, scroll down to find the historical and future projections for temperature in the 2050s (2040-2069). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for temperature in the 2050s. Use the links in the Excel Tool to access data for temperature in the 2080s, precipitation, stream temperature, flooding, and other climate impacts.
Temperature Projections
More Info about temperature projections...
Historical Temperatures
Annual Average: {temphistann_F} F; {temphistann_C} C
Summer Average: {temphistsum_F} F; {temphistsum_C} C
Winter Average: {temphistwin_F} F; {temphistwin_C} C
Future Temperature Projections - 2050s
Annual Average, 2050s, low-end projection: {temp_50_ann45_proj} F, {temp_50_ann45_proj_C} C. Increase of {temp_50_ann45} degrees F from baseline.
Annual Average, 2050s, high-end projection: {temp_50_ann85_proj} F, {temp_50_ann85_proj_C} C. Increase of {temp_50_ann85} degrees F from baseline.
Summer Average, 2050s, low-end projection: {temp_50_sum45_proj} F, {temp_50_sum45_proj_C} C. Increase of {temp_50_sum45} degrees F from baseline.
Summer Average, 2050s, high-end projection: {temp_50_sum85_proj} F, {temp_50_sum85_proj_C} C. Increase of {temp_50_sum85} degrees F from baseline.
Winter Average, 2050s, low-end projection: {temp_50_win45_proj} F, {temp_50_win45_proj_C} C. Increase of {temp_50_win45} degrees F from baseline.
Winter Average, 2050s, high-end projection: {temp_50_win85_proj} F, {temp_50_win85_proj_C} C. Increase of {temp_50_win85} degrees F from baseline.
Future Growing Degree Day Projections
GDD are a measure of heat accumulation used by horticulturists, gardeners, and farmers to predict plant and animal development rates such as the date that a flower will bloom, or a crop will reach maturity. More Info
Historical Growing Degree Days: {gdd_hist}
Growing Degree Days, 2050s, low-end projection: {gdd_45_2050sc}
Growing Degree Days, 2050s, high-end projection: {gdd_85_2050sc}
Tip: From this pop-up, scroll down to find the historical and future projections for temperature in the 2050s (2040-2069). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for temperature in the 2050s. Use the links in the Excel Tool to access data for temperature in the 2080s, precipitation, stream temperature, flooding, and other climate impacts.
Temperature Projections
More Info about temperature projections...
Historical Temperatures
Annual Average: {temphistann_F} F; {temphistann_C} C
Summer Average: {temphistsum_F} F; {temphistsum_C} C
Winter Average: {temphistwin_F} F; {temphistwin_C} C
Future Temperature Projections - 2050s
Annual Average, 2050s, low-end projection: {temp_50_ann45_proj} F, {temp_50_ann45_proj_C} C. Increase of {temp_50_ann45} degrees F from baseline.
Annual Average, 2050s, high-end projection: {temp_50_ann85_proj} F, {temp_50_ann85_proj_C} C. Increase of {temp_50_ann85} degrees F from baseline.
Summer Average, 2050s, low-end projection: {temp_50_sum45_proj} F, {temp_50_sum45_proj_C} C. Increase of {temp_50_sum45} degrees F from baseline.
Summer Average, 2050s, high-end projection: {temp_50_sum85_proj} F, {temp_50_sum85_proj_C} C. Increase of {temp_50_sum85} degrees F from baseline.
Winter Average, 2050s, low-end projection: {temp_50_win45_proj} F, {temp_50_win45_proj_C} C. Increase of {temp_50_win45} degrees F from baseline.
Winter Average, 2050s, high-end projection: {temp_50_win85_proj} F, {temp_50_win85_proj_C} C. Increase of {temp_50_win85} degrees F from baseline.
Future Growing Degree Day Projections
GDD are a measure of heat accumulation used by horticulturists, gardeners, and farmers to predict plant and animal development rates such as the date that a flower will bloom, or a crop will reach maturity. More Info
Historical Growing Degree Days: {gdd_hist}
Growing Degree Days, 2050s, low-end projection: {gdd_45_2050sc}
Growing Degree Days, 2050s, high-end projection: {gdd_85_2050sc}
Tip: From this pop-up, scroll down to find the historical and future projections for temperature in the 2080s (2070-2099). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for temperature in the 2080s. Use the links in the Excel Tool to access data for temperature in the 2050s, precipitation, stream temperature, flooding, and other climate impacts.
Temperature Projections
More Info about temperature projections...
Historical Temperatures
Annual Average: {temphistann_F} F; {temphistann_C} C
Summer Average: {temphistsum_F} F; {temphistsum_C} C
Winter Average: {temphistwin_F} F; {temphistwin_C} C
Future Temperature Projections - 2080s
Annual Average, 2080s, low-end projection: {temp_80_ann45_proj} F, {temp_80_ann45_proj_C} C. Increase of {temp_80_ann45} degrees F from baseline.
Annual Average, 2080s, high-end projection: {temp_80_ann85_proj} F, {temp_80_ann85_proj_C} C. Increase of {temp_80_ann85} degrees F from baseline.
Summer Average, 2080s, low-end projection: {temp_80_sum45_proj} F, {temp_80_sum45_proj_C} C. Increase of {temp_80_sum45} degrees F from baseline.
Summer Average, 2080s, high-end projection: {temp_80_sum85_proj} F, {temp_80_sum85_proj_C} C. Increase of {temp_80_sum85} degrees F from baseline.
Winter Average, 2080s, low-end projection: {temp_80_win45_proj} F, {temp_80_win45_proj_C} C. Increase of {temp_80_win45} degrees F from baseline.
Winter Average, 2080s, high-end projection: {temp_80_win85_proj} F, {temp_80_win85_proj_C} C. Increase of {temp_80_win85} degrees F from baseline.
Future Growing Degree Day Projections
GDD are a measure of heat accumulation used by horticulturists, gardeners, and farmers to predict plant and animal development rates such as the date that a flower will bloom, or a crop will reach maturity. More Info
Historical Growing Degree Days: {gdd_hist}
Growing Degree Days, 2080s, low-end projection: {gdd_45_2080sc}
Growing Degree Days, 2080s, high-end projection: {gdd_85_2080sc}
Tip: From this pop-up, scroll down to find the historical and future projections for temperature in the 2080s (2070-2099). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for temperature in the 2080s. Use the links in the Excel Tool to access data for temperature in the 2050s, precipitation, stream temperature, flooding, and other climate impacts.
Temperature Projections
More Info about temperature projections...
Historical Temperatures
Annual Average: {temphistann_F} F; {temphistann_C} C
Summer Average: {temphistsum_F} F; {temphistsum_C} C
Winter Average: {temphistwin_F} F; {temphistwin_C} C
Future Temperature Projections - 2080s
Annual Average, 2080s, low-end projection: {temp_80_ann45_proj} F, {temp_80_ann45_proj_C} C. Increase of {temp_80_ann45} degrees F from baseline.
Annual Average, 2080s, high-end projection: {temp_80_ann85_proj} F, {temp_80_ann85_proj_C} C. Increase of {temp_80_ann85} degrees F from baseline.
Summer Average, 2080s, low-end projection: {temp_80_sum45_proj} F, {temp_80_sum45_proj_C} C. Increase of {temp_80_sum45} degrees F from baseline.
Summer Average, 2080s, high-end projection: {temp_80_sum85_proj} F, {temp_80_sum85_proj_C} C. Increase of {temp_80_sum85} degrees F from baseline.
Winter Average, 2080s, low-end projection: {temp_80_win45_proj} F, {temp_80_win45_proj_C} C. Increase of {temp_80_win45} degrees F from baseline.
Winter Average, 2080s, high-end projection: {temp_80_win85_proj} F, {temp_80_win85_proj_C} C. Increase of {temp_80_win85} degrees F from baseline.
Future Growing Degree Day Projections
GDD are a measure of heat accumulation used by horticulturists, gardeners, and farmers to predict plant and animal development rates such as the date that a flower will bloom, or a crop will reach maturity. More Info
Historical Growing Degree Days: {gdd_hist}
Growing Degree Days, 2080s, low-end projection: {gdd_45_2080sc}
Growing Degree Days, 2080s, high-end projection: {gdd_85_2080sc}
Tip: From this pop-up, scroll down to find the historical and future projections for precipitation in the 2050s (2040-2069). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for precipitation in the 2050s. Use the links in the Excel Tool to access data for precipitation in the 2080s, temperature, stream temperature, flooding, and other climate impacts.
Precipitation Projections
More Info about precipitation projections...
Historical Precipitation
Annual in Millimeters: {preciphistann}
Summer in Millimeters: {preciphistsum}
Winter in Millimeters: {preciphistwin}
Future Precipitation Projections - 2050s
Annual, 2050s, low-end projection: Increase of {pct_50_ann45}% from baseline: {pct_50_ann45_mm} mm.
Annual, 2050s, high-end projection: Increase of {pct_50_ann85}% from baseline: {pct_50_ann85_mm} mm.
Summer, 2050s, low-end projection: Change of {pct_50_sum45}% from baseline: pct_50_sum45_mm} mm.
Summer, 2050s, high-end projection: Change of {pct_50_sum85}% from baseline:{pct_50_sum85_mm} mm.
Winter, 2050s, low-end projection: Increase of {pct_50_win45}% from baseline: {pct_50_win45_mm} mm.
Winter, 2050s, high-end projection: Increase of {pct_50_win85}% from baseline: {pct_50_win85_mm} mm.
Tip: From this pop-up, scroll down to find the historical and future projections for precipitation in the 2050s (2040-2069). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for precipitation in the 2050s. Use the links in the Excel Tool to access data for precipitation in the 2080s, temperature, stream temperature, flooding, and other climate impacts.
Precipitation Projections
More Info about precipitation projections...
Historical Precipitation
Annual in Millimeters: {preciphistann}
Summer in Millimeters: {preciphistsum}
Winter in Millimeters: {preciphistwin}
Future Precipitation Projections - 2050s
Annual, 2050s, low-end projection: Increase of {pct_50_ann45}% from baseline: {pct_50_ann45_mm} mm.
Annual, 2050s, high-end projection: Increase of {pct_50_ann85}% from baseline: {pct_50_ann85_mm} mm.
Summer, 2050s, low-end projection: Change of {pct_50_sum45}% from baseline: pct_50_sum45_mm} mm.
Summer, 2050s, high-end projection: Change of {pct_50_sum85}% from baseline:{pct_50_sum85_mm} mm.
Winter, 2050s, low-end projection: Increase of {pct_50_win45}% from baseline: {pct_50_win45_mm} mm.
Winter, 2050s, high-end projection: Increase of {pct_50_win85}% from baseline: {pct_50_win85_mm} mm.
Tip: From this pop-up, scroll down to find the historical and future projections for precipitation in the 2080s (2070-2099). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for precipitation in the 2080s. Use the links in the Excel Tool to access data for precipitation in the 2050s, temperature, stream temperature, flooding, and other climate impacts.
Precipitation Projections
More Info about precipitation projections...
Historical Precipitation
Annual in Millimeters: {preciphistann}
Summer in Millimeters: {preciphistsum}
Winter in Millimeters: {preciphistwin}
Future Precipitation Projections - 2080s
Annual, 2080s, low-end projection: Increase of {pct_80_ann45}% from baseline: {pct_80_ann45_mm} mm.
Annual, 2080s, high-end projection: Increase of {pct_80_ann85}% from baseline: {pct_80_ann85_mm} mm.
Summer, 2080s, low-end projection: Change of {pct_80_sum45}% from baseline: {pct_80_sum45_mm} mm.
Summer, 2080s, high-end projection: Change of {pct_80_sum85}% from baseline: {pct_80_sum85_mm} mm.
Winter, 2080s, low-end projection: Increase of {pct_80_win45}% from baseline: {pct_80_win45_mm} mm.
Winter, 2080s, high-end projection: Increase of {pct_80_win85}% from baseline: {pct_80_win85_mm} mm.
Tip: From this pop-up, scroll down to find the historical and future projections for precipitation in the 2080s (2070-2099). Alternatively, you can use the arrows to cycle through the values associated with each projected scenario.
To enter the values into the Climate Impacts Decision Support Tool, either 1) copy the entire contents of this dialogue box to a Word document and then enter those values into the tool all at once, or 2) flip between the map and the tool and enter values into the tool one-by-one. Begin by entering the low-end temperature value in the cell on the Excel tool, as indicated in this pop-up window. Next, proceed to enter in the high-end temperature value for your selected scenario. To complete this step, continue entering other values as indicated in the tool.
As you navigate the map layers, be sure you are choosing the most appropriate year, theme, and scenario for your project! If you are ever unsure, you can click on the icon in the Excel tool to access the appropriate map for each type of climate impact. Remember, the map shows the top-most layer selected (from the Layers panel). To view your desired layer of data, turn other layers off until your desired layer is the topmost.
This pop-up only contains data for precipitation in the 2080s. Use the links in the Excel Tool to access data for precipitation in the 2050s, temperature, stream temperature, flooding, and other climate impacts.
Precipitation Projections
More Info about precipitation projections...
Historical Precipitation
Annual in Millimeters: {preciphistann}
Summer in Millimeters: {preciphistsum}
Winter in Millimeters: {preciphistwin}
Future Precipitation Projections - 2080s
Annual, 2080s, low-end projection: Increase of {pct_80_ann45}% from baseline: {pct_80_ann45_mm} mm.
Annual, 2080s, high-end projection: Increase of {pct_80_ann85}% from baseline: {pct_80_ann85_mm} mm.
Summer, 2080s, low-end projection: Change of {pct_80_sum45}% from baseline: {pct_80_sum45_mm} mm.
Summer, 2080s, high-end projection: Change of {pct_80_sum85}% from baseline: {pct_80_sum85_mm} mm.
Winter, 2080s, low-end projection: Increase of {pct_80_win45}% from baseline: {pct_80_win45_mm} mm.
Winter, 2080s, high-end projection: Increase of {pct_80_win85}% from baseline: {pct_80_win85_mm} mm.