For drought, we refer to the national-level and publicly available datasets. These datasets show the lowest groundwater levels for average and extreme years. Please refer to the Assumptions & limitations page for more information about the datasets.
Lowest groundwater levels
lowest groundwater levels
| Data owner |
National Water Model (hosted on the Climate Impact Atlas) |
| Data access |
|
| Description |
The maps are outcomes of calculations based on the National Water Model, which have been used to determine the effects of the Delta Scenarios. The maps reflect the lowest groundwater levels. More information can be found on the Climate Impact Atlas’ map narrative. |
| Available time horizons |
- Current situation (average and extreme year)
- Change in 2050 GL (average and extreme year)
- Change in 2050 WH (average and extreme year)
|
| Available climate scenarios |
Royal Netherlands Meteorological Institute’s climate scenarios from 2014 (KNMI’14). |
| Year produced |
2019 |
| Spatial resolution |
250 x 250 metres |
| Source documentation |
About this dataset Background on the National Water Model
|
Pole rot
pole rot
| Data owner |
Deltares (hosted on the Climate Impact Atlas) |
| Data access |
Pole rot |
| Description |
The pole rot risk map indicates the risk of pole rot at the neighbourhood level. More information can be found on the Climate Impact Atlas’ map narrative. |
| Available time horizons |
- Current situation
- 2050 WH
|
| Available climate scenarios |
Royal Netherlands Meteorological Institute’s climate scenarios from 2014 (KNMI’14). |
| Year produced |
2021 |
| Spatial resolution |
Neighbourhood level |
| Source documentation |
About this dataset Technical notes (PDF)
|
Differential settlement
differential settlement
| Data owner |
Deltares (hosted on the Climate Impact Atlas) |
| Data access |
Differential settlement |
| Description |
The differential settlement risk map indicates the risk of subsidence-related differential settlement for buildings on shallow foundations up to 2050 in the event of a considerable change in the climate. More information can be found on the Climate Impact Atlas’ map narrative. |
| Available time horizons |
2050 WH (Note: to view the data, switch the scenario from current to future conditions.
|
| Available climate scenarios |
Royal Netherlands Meteorological Institute’s climate scenarios from 2014 (KNMI’14). |
| Year produced |
2021 |
| Spatial resolution |
250 x 250 metres |
| Source documentation |
About this dataset
Technical notes (PDF)
|
Drought susceptibility nature
Drought susceptibility nature
| Data owner |
KWR water (hosted on the Climate Impact Atlas) |
| Data access |
Drought susceptibility nature |
| Description |
The map shows the drought sensitivity of groundwater-dependent nature. More information can be found on the Climate Impact Atlas’ map narrative. |
| Available time horizons |
Not available |
| Available climate scenarios |
Not applicable |
| Year produced |
2021 |
| Spatial resolution |
Not applicable |
| Source documentation |
About this dataset |
Yield loss grass
Yield loss grass
| Data owner |
KWR water (hosted on the Climate Impact Atlas) |
| Data access |
Yield loss grass |
| Description |
The map shows how much yield loss occurs during grass production. This loss is due to shortage of water. More information can be found on the Climate Impact Atlas’ map narrative. |
| Available time horizons |
- Current situation
- 2050 WH
|
| Available climate scenarios |
Royal Netherlands Meteorological Institute’s climate scenarios from 2014 (KNMI’14). |
| Year produced |
2017 |
| Spatial resolution |
250 x 250 metres |
| Source documentation |
About this dataset
|
