Load data needed for plotting
## Loading objects:
## Future.stat.dt
| crop.name | 0 kg/ha | 20-30 kg/ha | 60-70 kg/ha | 100-110 kg/ha |
|---|---|---|---|---|
| willow | 0.5970252 | 1.650777 | 2.1179895 | 2.2417869 |
| poplar | 0.0534172 | 0.148672 | 0.2406739 | 0.3343974 |
| switchgrass | 2.4274965 | 19.959480 | 37.4404059 | 47.3956948 |
| miscanthus | 2.9963596 | 14.229617 | 37.9311357 | 53.0471600 |
| crop.name | 0 kg/ha | 20-30 kg/ha | 60-70 kg/ha | 100-110 kg/ha |
|---|---|---|---|---|
| willow | 4414140 | 4414140 | 4414140 | 4414140 |
| poplar | 1222513 | 1222513 | 1222513 | 1222513 |
| switchgrass | 30964056 | 31010716 | 31010716 | 31010716 |
| miscanthus | 17661828 | 17661828 | 17661828 | 17661828 |
Results are shown for four cost classes (quartiles) and three crop categories. Biomass supply is stacked with the least-expensive supply on the bottom and the most expensive on top.
One of two methods can be used: Method 1: Area plots represent stacked supply for a series of water quality change thresholds (x-axis)
Method 2: Area plots represent cumulative loading reduction versus cumulative biomass supply