| 2040 |
BC1 |
18089 |
Agriculture |
birdfrs_rch |
Prod |
8.152680099 |
spc/km2 |
Effects on Avian Biodiversity |
| 2014 |
Current |
18089 |
Agriculture |
birdfrs_rch |
Prod |
8.160047611 |
spc/km2 |
Effects on Avian Biodiversity |
| 2050 |
RCP2.6 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
-1.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-11.93343333 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Energy cane |
yldr_chng |
Prod |
5.4 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-11.4 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-7.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
11.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-6.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-8.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP2.6 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
9.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
-1.4 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-10.31365833 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Energy cane |
yldr_chng |
Prod |
5.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-10.4 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-6.1 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
13.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-5.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-7.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP2.6 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
10.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
4.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-9.827172727 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Energy cane |
yldr_chng |
Prod |
8.1 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-7.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-2.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
17.1 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-1.3 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-3.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP4.5 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
17 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
0.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-16.27223636 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Energy cane |
yldr_chng |
Prod |
10.4 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-11.4 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-4.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
20.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-5.9 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-9.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP4.5 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
15.7 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
4.7 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-0.755709091 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Energy cane |
yldr_chng |
Prod |
7.1 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-4.9 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Miscanthus |
yldr_chng |
Prod |
2.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
17.3 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-0.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP6.0 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
17.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
4.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-10.36410909 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Energy cane |
yldr_chng |
Prod |
8.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-6.7 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-1.9 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
18.3 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-1.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-5.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP6.0 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
16.1 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
5.9 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-15.65664545 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Energy cane |
yldr_chng |
Prod |
10.7 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-7.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-3.7 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
20.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-2.1 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-5.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2050 |
RCP8.5 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
18.7 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Biomass sorghum |
yldr_chng |
Prod |
2.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Coppice wood, willow |
yldr_chng |
Prod |
-24.26273636 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Energy cane |
yldr_chng |
Prod |
18 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Grasses, CRP |
yldr_chng |
Prod |
-7.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Miscanthus |
yldr_chng |
Prod |
-6.9 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Noncoppice wood, pine |
yldr_chng |
Prod |
26.5 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Noncoppice wood, poplar |
yldr_chng |
Prod |
-5.8 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Switchgrass, highland |
yldr_chng |
Prod |
-9.6 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |
| 2070 |
RCP8.5 |
18089 |
Switchgrass, lowland |
yldr_chng |
Prod |
17.2 |
% |
Climate Sensitivity of Agricultural Energy Crop Productivity |