Aqueduct Water Risk Atlas - Future Annual
Description
This dataset contains projected water risk indicators with global coverage at the HydroBASINS Level 6 sub-basin scale (polygons). Six indicators are available, all in the physical risk quantity category. Projections are provided for three future periods (2030, 2050, and 2080), representing the windows 2015-2045, 2035-2065, and 2065-2095 respectively, and represent the median value across five global climate models.
Projections are available under three climate and socioeconomic scenarios. The business as usual scenario (bau) follows SSP3-7.0, characterised by regional competition and inequality, slow economic growth, and weak governance and institutions. The optimistic scenario (opt) follows SSP1-2.6, characterised by sustainable socioeconomic growth, stringent environmental regulations, and low population growth. The pessimistic scenario (pes) follows SSP5-8.5, characterised by fossil-fuelled development with rapid economic growth and globalisation.
Indicators cover water stress (ws), water depletion (wd), interannual variability (iv), seasonal variability (sv), available blue water (ba), and gross water demand (ww). Water stress, water depletion, interannual variability, and seasonal variability are provided as raw, score, category, and label types. Available blue water and gross water demand are provided as raw and label types only.
819b7700…Usage notes
Variables follow the naming convention {scenario}{year}_{indicator}_x_{type}. Scenario codes are: bau (business as usual), opt (optimistic), and pes (pessimistic). Year codes are: 30 (2030), 50 (2050), and 80 (2080). Indicator codes are: ws (water stress), wd (water depletion), iv (interannual variability), sv (seasonal variability), ba (available blue water), and ww (gross water demand). The x segment denotes the median value across the five global climate models. Type codes are: r (raw original indicator value), s (raw value mapped to a 0-5 scale), c (integer representation of the score for use in visualisations, with values ranging from -1 to 4 depending on indicator; see variable reference tables for category definitions), and l (text description of the category, including its threshold). Water stress, water depletion, interannual variability, and seasonal variability are available across all four types. Available blue water and gross water demand are only available as raw and label types. Six indicators across three scenarios, three years, and the applicable types give 180 indicator columns in total.
A separate Greenland mask is applied across all variables. Masked sub-basins are encoded as NaN rather than the indicator no_data value. Future projections use the same global hydrological model (PCR-GLOBWB 2) as the baseline datasets, so they can be used in tandem. Aqueduct risk indicators cannot be measured directly and have not been validated. This dataset is an update from the 2019 release, which included several improvements to the hydrological inputs of the baseline model. Comparisons with earlier versions of the data should be performed with caution. Future irrigation demand is based on crop extent projections that end in 2050, with crop extents beyond 2050 assumed to remain static. Future livestock demand is assumed to remain constant from 2014 levels. Aqueduct does not model interbasin transfers.
Variables
pfaf_id
Description
Hydrological basin unique six-digit Pfafstetter code. Taken from HydroBASINS.
bau30_ba_x_r
Description
Raw projected available blue water for the year 2030 under the business as usual scenario, as the median of five global climate models. Available blue water measures the total renewable surface and groundwater supplies.
bau30_ba_x_l
Description
Projected available blue water category label for the year 2030 under the business as usual scenario.
bau50_ba_x_r
Description
Raw projected available blue water for the year 2050 under the business as usual scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
bau50_ba_x_l
Description
Projected available blue water category label for the year 2050 under the business as usual scenario.
bau80_ba_x_r
Description
Raw projected available blue water for the year 2080 under the business as usual scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
bau80_ba_x_l
Description
Projected available blue water category label for the year 2080 under the business as usual scenario.
opt30_ba_x_r
Description
Raw projected available blue water for the year 2030 under the optimistic scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
opt30_ba_x_l
Description
Projected available blue water category label for the year 2030 under the optimistic scenario.
opt50_ba_x_r
Description
Raw projected available blue water for the year 2050 under the optimistic scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
opt50_ba_x_l
Description
Projected available blue water category label for the year 2050 under the optimistic scenario.
opt80_ba_x_r
Description
Raw projected available blue water for the year 2080 under the optimistic scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
opt80_ba_x_l
Description
Projected available blue water category label for the year 2080 under the optimistic scenario.
pes30_ba_x_r
Description
Raw projected available blue water for the year 2030 under the pessimistic scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
pes30_ba_x_l
Description
Projected available blue water category label for the year 2030 under the pessimistic scenario.
pes50_ba_x_r
Description
Raw projected available blue water for the year 2050 under the pessimistic scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
pes50_ba_x_l
Description
Projected available blue water category label for the year 2050 under the pessimistic scenario.
pes80_ba_x_r
Description
Raw projected available blue water for the year 2080 under the pessimistic scenario, as the median of five global climate models. See ba x r variable for 2030 under the business as usual scenario for indicator methodology.
pes80_ba_x_l
Description
Projected available blue water category label for the year 2080 under the pessimistic scenario.
bau30_ww_x_r
Description
Raw projected gross water demand for the year 2030 under the business as usual scenario, as the median of five global climate models. Gross water demand measures the maximum potential water required to meet domestic, industrial, irrigation, and livestock sectoral demands.
bau30_ww_x_l
Description
Projected gross water demand category label for the year 2030 under the business as usual scenario.
bau50_ww_x_r
Description
Raw projected gross water demand for the year 2050 under the business as usual scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
bau50_ww_x_l
Description
Projected gross water demand category label for the year 2050 under the business as usual scenario.
bau80_ww_x_r
Description
Raw projected gross water demand for the year 2080 under the business as usual scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
bau80_ww_x_l
Description
Projected gross water demand category label for the year 2080 under the business as usual scenario.
opt30_ww_x_r
Description
Raw projected gross water demand for the year 2030 under the optimistic scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
opt30_ww_x_l
Description
Projected gross water demand category label for the year 2030 under the optimistic scenario.
opt50_ww_x_r
Description
Raw projected gross water demand for the year 2050 under the optimistic scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
opt50_ww_x_l
Description
Projected gross water demand category label for the year 2050 under the optimistic scenario.
opt80_ww_x_r
Description
Raw projected gross water demand for the year 2080 under the optimistic scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
opt80_ww_x_l
Description
Projected gross water demand category label for the year 2080 under the optimistic scenario.
pes30_ww_x_r
Description
Raw projected gross water demand for the year 2030 under the pessimistic scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
pes30_ww_x_l
Description
Projected gross water demand category label for the year 2030 under the pessimistic scenario.
pes50_ww_x_r
Description
Raw projected gross water demand for the year 2050 under the pessimistic scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
pes50_ww_x_l
Description
Projected gross water demand category label for the year 2050 under the pessimistic scenario.
pes80_ww_x_r
Description
Raw projected gross water demand for the year 2080 under the pessimistic scenario, as the median of five global climate models. See ww x r variable for 2030 under the business as usual scenario for indicator methodology.
pes80_ww_x_l
Description
Projected gross water demand category label for the year 2080 under the pessimistic scenario.
bau30_ws_x_r
Description
Raw projected water stress value for the year 2030 under the business as usual scenario, as the median of five global climate models. Water stress measures the ratio of total water withdrawals to available renewable surface and groundwater supplies.
bau30_ws_x_s
Description
Projected water stress score for the year 2030 under the business as usual scenario, mapped to a 0-5 scale.
bau30_ws_x_c
Description
Projected water stress category for the year 2030 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
bau30_ws_x_l
Description
Projected water stress category label for the year 2030 under the business as usual scenario.
bau50_ws_x_r
Description
Raw projected water stress value for the year 2050 under the business as usual scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
bau50_ws_x_s
Description
Projected water stress score for the year 2050 under the business as usual scenario, mapped to a 0-5 scale.
bau50_ws_x_c
Description
Projected water stress category for the year 2050 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
bau50_ws_x_l
Description
Projected water stress category label for the year 2050 under the business as usual scenario.
bau80_ws_x_r
Description
Raw projected water stress value for the year 2080 under the business as usual scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
bau80_ws_x_s
Description
Projected water stress score for the year 2080 under the business as usual scenario, mapped to a 0-5 scale.
bau80_ws_x_c
Description
Projected water stress category for the year 2080 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
bau80_ws_x_l
Description
Projected water stress category label for the year 2080 under the business as usual scenario.
opt30_ws_x_r
Description
Raw projected water stress value for the year 2030 under the optimistic scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
opt30_ws_x_s
Description
Projected water stress score for the year 2030 under the optimistic scenario, mapped to a 0-5 scale.
opt30_ws_x_c
Description
Projected water stress category for the year 2030 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
opt30_ws_x_l
Description
Projected water stress category label for the year 2030 under the optimistic scenario.
opt50_ws_x_r
Description
Raw projected water stress value for the year 2050 under the optimistic scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
opt50_ws_x_s
Description
Projected water stress score for the year 2050 under the optimistic scenario, mapped to a 0-5 scale.
opt50_ws_x_c
Description
Projected water stress category for the year 2050 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
opt50_ws_x_l
Description
Projected water stress category label for the year 2050 under the optimistic scenario.
opt80_ws_x_r
Description
Raw projected water stress value for the year 2080 under the optimistic scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
opt80_ws_x_s
Description
Projected water stress score for the year 2080 under the optimistic scenario, mapped to a 0-5 scale.
opt80_ws_x_c
Description
Projected water stress category for the year 2080 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
opt80_ws_x_l
Description
Projected water stress category label for the year 2080 under the optimistic scenario.
pes30_ws_x_r
Description
Raw projected water stress value for the year 2030 under the pessimistic scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
pes30_ws_x_s
Description
Projected water stress score for the year 2030 under the pessimistic scenario, mapped to a 0-5 scale.
pes30_ws_x_c
Description
Projected water stress category for the year 2030 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
pes30_ws_x_l
Description
Projected water stress category label for the year 2030 under the pessimistic scenario.
pes50_ws_x_r
Description
Raw projected water stress value for the year 2050 under the pessimistic scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
pes50_ws_x_s
Description
Projected water stress score for the year 2050 under the pessimistic scenario, mapped to a 0-5 scale.
pes50_ws_x_c
Description
Projected water stress category for the year 2050 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
pes50_ws_x_l
Description
Projected water stress category label for the year 2050 under the pessimistic scenario.
pes80_ws_x_r
Description
Raw projected water stress value for the year 2080 under the pessimistic scenario, as the median of five global climate models. See ws x r variable for 2030 under the business as usual scenario for indicator methodology.
pes80_ws_x_s
Description
Projected water stress score for the year 2080 under the pessimistic scenario, mapped to a 0-5 scale.
pes80_ws_x_c
Description
Projected water stress category for the year 2080 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and low water use |
| 0 | Low (<10%) |
| 1 | Low-medium (10-20%) |
| 2 | Medium-high (20-40%) |
| 3 | High (40-80%) |
| 4 | Extremely high (>80%) |
pes80_ws_x_l
Description
Projected water stress category label for the year 2080 under the pessimistic scenario.
bau30_wd_x_r
Description
Raw projected water depletion value for the year 2030 under the business as usual scenario, as the median of five global climate models. Water depletion measures the ratio of total water consumption to available renewable surface and groundwater supplies.
bau30_wd_x_s
Description
Projected water depletion score for the year 2030 under the business as usual scenario, mapped to a 0-5 scale.
bau30_wd_x_c
Description
Projected water depletion category for the year 2030 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
bau30_wd_x_l
Description
Projected water depletion category label for the year 2030 under the business as usual scenario.
bau50_wd_x_r
Description
Raw projected water depletion value for the year 2050 under the business as usual scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
bau50_wd_x_s
Description
Projected water depletion score for the year 2050 under the business as usual scenario, mapped to a 0-5 scale.
bau50_wd_x_c
Description
Projected water depletion category for the year 2050 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
bau50_wd_x_l
Description
Projected water depletion category label for the year 2050 under the business as usual scenario.
bau80_wd_x_r
Description
Raw projected water depletion value for the year 2080 under the business as usual scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
bau80_wd_x_s
Description
Projected water depletion score for the year 2080 under the business as usual scenario, mapped to a 0-5 scale.
bau80_wd_x_c
Description
Projected water depletion category for the year 2080 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
bau80_wd_x_l
Description
Projected water depletion category label for the year 2080 under the business as usual scenario.
opt30_wd_x_r
Description
Raw projected water depletion value for the year 2030 under the optimistic scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
opt30_wd_x_s
Description
Projected water depletion score for the year 2030 under the optimistic scenario, mapped to a 0-5 scale.
opt30_wd_x_c
Description
Projected water depletion category for the year 2030 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
opt30_wd_x_l
Description
Projected water depletion category label for the year 2030 under the optimistic scenario.
opt50_wd_x_r
Description
Raw projected water depletion value for the year 2050 under the optimistic scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
opt50_wd_x_s
Description
Projected water depletion score for the year 2050 under the optimistic scenario, mapped to a 0-5 scale.
opt50_wd_x_c
Description
Projected water depletion category for the year 2050 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
opt50_wd_x_l
Description
Projected water depletion category label for the year 2050 under the optimistic scenario.
opt80_wd_x_r
Description
Raw projected water depletion value for the year 2080 under the optimistic scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
opt80_wd_x_s
Description
Projected water depletion score for the year 2080 under the optimistic scenario, mapped to a 0-5 scale.
opt80_wd_x_c
Description
Projected water depletion category for the year 2080 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
opt80_wd_x_l
Description
Projected water depletion category label for the year 2080 under the optimistic scenario.
pes30_wd_x_r
Description
Raw projected water depletion value for the year 2030 under the pessimistic scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
pes30_wd_x_s
Description
Projected water depletion score for the year 2030 under the pessimistic scenario, mapped to a 0-5 scale.
pes30_wd_x_c
Description
Projected water depletion category for the year 2030 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
pes30_wd_x_l
Description
Projected water depletion category label for the year 2030 under the pessimistic scenario.
pes50_wd_x_r
Description
Raw projected water depletion value for the year 2050 under the pessimistic scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
pes50_wd_x_s
Description
Projected water depletion score for the year 2050 under the pessimistic scenario, mapped to a 0-5 scale.
pes50_wd_x_c
Description
Projected water depletion category for the year 2050 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
pes50_wd_x_l
Description
Projected water depletion category label for the year 2050 under the pessimistic scenario.
pes80_wd_x_r
Description
Raw projected water depletion value for the year 2080 under the pessimistic scenario, as the median of five global climate models. See wd x r variable for 2030 under the business as usual scenario for indicator methodology.
pes80_wd_x_s
Description
Projected water depletion score for the year 2080 under the pessimistic scenario, mapped to a 0-5 scale.
pes80_wd_x_c
Description
Projected water depletion category for the year 2080 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -1 | Arid and Low Water Use |
| 0 | Low (<5%) |
| 1 | Low - Medium (5-25%) |
| 2 | Medium - High (25-50%) |
| 3 | High (50-75%) |
| 4 | Extremely High (>75%) |
pes80_wd_x_l
Description
Projected water depletion category label for the year 2080 under the pessimistic scenario.
bau30_iv_x_r
Description
Raw projected interannual variability value for the year 2030 under the business as usual scenario, as the median of five global climate models. Interannual variability measures the variation in water supply between years.
bau30_iv_x_s
Description
Projected interannual variability score for the year 2030 under the business as usual scenario, mapped to a 0-5 scale.
bau30_iv_x_c
Description
Projected interannual variability category for the year 2030 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
bau30_iv_x_l
Description
Projected interannual variability category label for the year 2030 under the business as usual scenario.
bau50_iv_x_r
Description
Raw projected interannual variability value for the year 2050 under the business as usual scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
bau50_iv_x_s
Description
Projected interannual variability score for the year 2050 under the business as usual scenario, mapped to a 0-5 scale.
bau50_iv_x_c
Description
Projected interannual variability category for the year 2050 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
bau50_iv_x_l
Description
Projected interannual variability category label for the year 2050 under the business as usual scenario.
bau80_iv_x_r
Description
Raw projected interannual variability value for the year 2080 under the business as usual scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
bau80_iv_x_s
Description
Projected interannual variability score for the year 2080 under the business as usual scenario, mapped to a 0-5 scale.
bau80_iv_x_c
Description
Projected interannual variability category for the year 2080 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
bau80_iv_x_l
Description
Projected interannual variability category label for the year 2080 under the business as usual scenario.
opt30_iv_x_r
Description
Raw projected interannual variability value for the year 2030 under the optimistic scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
opt30_iv_x_s
Description
Projected interannual variability score for the year 2030 under the optimistic scenario, mapped to a 0-5 scale.
opt30_iv_x_c
Description
Projected interannual variability category for the year 2030 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
opt30_iv_x_l
Description
Projected interannual variability category label for the year 2030 under the optimistic scenario.
opt50_iv_x_r
Description
Raw projected interannual variability value for the year 2050 under the optimistic scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
opt50_iv_x_s
Description
Projected interannual variability score for the year 2050 under the optimistic scenario, mapped to a 0-5 scale.
opt50_iv_x_c
Description
Projected interannual variability category for the year 2050 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
opt50_iv_x_l
Description
Projected interannual variability category label for the year 2050 under the optimistic scenario.
opt80_iv_x_r
Description
Raw projected interannual variability value for the year 2080 under the optimistic scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
opt80_iv_x_s
Description
Projected interannual variability score for the year 2080 under the optimistic scenario, mapped to a 0-5 scale.
opt80_iv_x_c
Description
Projected interannual variability category for the year 2080 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
opt80_iv_x_l
Description
Projected interannual variability category label for the year 2080 under the optimistic scenario.
pes30_iv_x_r
Description
Raw projected interannual variability value for the year 2030 under the pessimistic scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
pes30_iv_x_s
Description
Projected interannual variability score for the year 2030 under the pessimistic scenario, mapped to a 0-5 scale.
pes30_iv_x_c
Description
Projected interannual variability category for the year 2030 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
pes30_iv_x_l
Description
Projected interannual variability category label for the year 2030 under the pessimistic scenario.
pes50_iv_x_r
Description
Raw projected interannual variability value for the year 2050 under the pessimistic scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
pes50_iv_x_s
Description
Projected interannual variability score for the year 2050 under the pessimistic scenario, mapped to a 0-5 scale.
pes50_iv_x_c
Description
Projected interannual variability category for the year 2050 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
pes50_iv_x_l
Description
Projected interannual variability category label for the year 2050 under the pessimistic scenario.
pes80_iv_x_r
Description
Raw projected interannual variability value for the year 2080 under the pessimistic scenario, as the median of five global climate models. See iv x r variable for 2030 under the business as usual scenario for indicator methodology.
pes80_iv_x_s
Description
Projected interannual variability score for the year 2080 under the pessimistic scenario, mapped to a 0-5 scale.
pes80_iv_x_c
Description
Projected interannual variability category for the year 2080 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.25) |
| 1 | Low - Medium (0.25-0.50) |
| 2 | Medium - High (0.50-0.75) |
| 3 | High (0.75-1.00) |
| 4 | Extremely High (>1.00) |
pes80_iv_x_l
Description
Projected interannual variability category label for the year 2080 under the pessimistic scenario.
bau30_sv_x_r
Description
Raw projected seasonal variability value for the year 2030 under the business as usual scenario, as the median of five global climate models. Seasonal variability measures the variation in water supply between months of the year.
bau30_sv_x_s
Description
Projected seasonal variability score for the year 2030 under the business as usual scenario, mapped to a 0-5 scale.
bau30_sv_x_c
Description
Projected seasonal variability category for the year 2030 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
bau30_sv_x_l
Description
Projected seasonal variability category label for the year 2030 under the business as usual scenario.
bau50_sv_x_r
Description
Raw projected seasonal variability value for the year 2050 under the business as usual scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
bau50_sv_x_s
Description
Projected seasonal variability score for the year 2050 under the business as usual scenario, mapped to a 0-5 scale.
bau50_sv_x_c
Description
Projected seasonal variability category for the year 2050 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
bau50_sv_x_l
Description
Projected seasonal variability category label for the year 2050 under the business as usual scenario.
bau80_sv_x_r
Description
Raw projected seasonal variability value for the year 2080 under the business as usual scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
bau80_sv_x_s
Description
Projected seasonal variability score for the year 2080 under the business as usual scenario, mapped to a 0-5 scale.
bau80_sv_x_c
Description
Projected seasonal variability category for the year 2080 under the business as usual scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
bau80_sv_x_l
Description
Projected seasonal variability category label for the year 2080 under the business as usual scenario.
opt30_sv_x_r
Description
Raw projected seasonal variability value for the year 2030 under the optimistic scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
opt30_sv_x_s
Description
Projected seasonal variability score for the year 2030 under the optimistic scenario, mapped to a 0-5 scale.
opt30_sv_x_c
Description
Projected seasonal variability category for the year 2030 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
opt30_sv_x_l
Description
Projected seasonal variability category label for the year 2030 under the optimistic scenario.
opt50_sv_x_r
Description
Raw projected seasonal variability value for the year 2050 under the optimistic scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
opt50_sv_x_s
Description
Projected seasonal variability score for the year 2050 under the optimistic scenario, mapped to a 0-5 scale.
opt50_sv_x_c
Description
Projected seasonal variability category for the year 2050 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
opt50_sv_x_l
Description
Projected seasonal variability category label for the year 2050 under the optimistic scenario.
opt80_sv_x_r
Description
Raw projected seasonal variability value for the year 2080 under the optimistic scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
opt80_sv_x_s
Description
Projected seasonal variability score for the year 2080 under the optimistic scenario, mapped to a 0-5 scale.
opt80_sv_x_c
Description
Projected seasonal variability category for the year 2080 under the optimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
opt80_sv_x_l
Description
Projected seasonal variability category label for the year 2080 under the optimistic scenario.
pes30_sv_x_r
Description
Raw projected seasonal variability value for the year 2030 under the pessimistic scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
pes30_sv_x_s
Description
Projected seasonal variability score for the year 2030 under the pessimistic scenario, mapped to a 0-5 scale.
pes30_sv_x_c
Description
Projected seasonal variability category for the year 2030 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
pes30_sv_x_l
Description
Projected seasonal variability category label for the year 2030 under the pessimistic scenario.
pes50_sv_x_r
Description
Raw projected seasonal variability value for the year 2050 under the pessimistic scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
pes50_sv_x_s
Description
Projected seasonal variability score for the year 2050 under the pessimistic scenario, mapped to a 0-5 scale.
pes50_sv_x_c
Description
Projected seasonal variability category for the year 2050 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
pes50_sv_x_l
Description
Projected seasonal variability category label for the year 2050 under the pessimistic scenario.
pes80_sv_x_r
Description
Raw projected seasonal variability value for the year 2080 under the pessimistic scenario, as the median of five global climate models. See sv x r variable for 2030 under the business as usual scenario for indicator methodology.
pes80_sv_x_s
Description
Projected seasonal variability score for the year 2080 under the pessimistic scenario, mapped to a 0-5 scale.
pes80_sv_x_c
Description
Projected seasonal variability category for the year 2080 under the pessimistic scenario. For use in visualisations.
| Index | Label |
|---|---|
| -9999 | No Data |
| 0 | Low (<0.33) |
| 1 | Low - Medium (0.33-0.66) |
| 2 | Medium - High (0.66-1.00) |
| 3 | High (1.00-1.33) |
| 4 | Extremely High (>1.33) |
pes80_sv_x_l
Description
Projected seasonal variability category label for the year 2080 under the pessimistic scenario.
geometry
Description
Polygon geometry of the hydrological sub-basin.
Pricing
This dataset has no data acquisition cost.
Resources
Provider
WRI
www.wri.orgThe World Resources Institute (WRI) is a non-profit research organisation based in Washington DC. The WRI does research that addresses policy across food systems, land and water, energy, and cities to protect nature and mitigate climate change globally.