| Allocation of future land uses to the 13 Individual ecosystem services areas |
–54% of all ES areas in environmental land use: carbon storage (62%), flood attenuation public and private infrastructure (61% each) and phosphorus retention dams and estuaries (75% each) |
–62% of all ES areas in environmental land use: carbon storage (82%), flood attenuation public and private infrastructure (77% each), sediment retention harbor (74%) |
|
–40% of urban residential in sediment retention storm drains and sewer pipes and 38% urban residential in nitrogen retention estuaries |
–51% of water yield, 47% of nitrogen retention dams and 42% nitrogen retention estuaries in rural residential & tourism |
|
–26% agriculture to fall within water yield, 30% in sediment retention dams and 32% in nitrogen retention dams |
–33% of phosphorus retention estuaries in urban residential |
| Allocation of future land use to the 5 ecosystem service categories (carbon storage, water yield, sediment retention, nutrient retention & flood attenuation) |
–60% at risk of transformation |
–47% at risk of transformation |
|
–38% of all ES areas in urban and rural residential land use: carbon storage (21%), water yield (34%), sediment retention (36%), nutrient retention (71%), flood attenuation (27%) |
–33% of all ES areas in urban and rural residential land uses: carbon storage (10%), water yield (53%), sediment retention (34%), nutrient retention (51%), flood attenuation (17%) |
|
–18% of all ES areas in agricultural land use: carbon storage (15%), water yield (34%), sediment retention (24%), flood attenuation (15%) |
–2% of all ES areas in agricultural land use |
|
–39% of all ES areas in environmental land use |
–63% of all ES areas in environmental land uses: carbon storage (86%), water yield (36%), sediment retention (62%), nutrient retention (47%), flood attenuation (82%) |
|
carbon storage (60%), water yield (26%), sediment retention (33%), nutrient retention dams (21%), flood attenuation (54%) |
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