In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Concecutive Dry Days This file contains the number of days and maximum period length of consecutive dry days (daily precipitation sum < 1 mm) for different period lengths during the summer half-year (Apr-Sep) ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Concecutive Dry Days This file contains the number of days and maximum period length of consecutive dry days (daily precipitation sum < 1 mm) for different period lengths during the summer half-year (Apr-Sep) ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Concecutive Dry Days This file contains the number of days and maximum period length of consecutive dry days (daily precipitation sum < 1 mm) for different period lengths during the summer half-year (Apr-Sep) ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Concecutive Dry Days This file contains the number of days and maximum period length of consecutive dry days (daily precipitation sum < 1 mm) for different period lengths during the summer half-year (Apr-Sep) ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Concecutive Dry Days This file contains the number of days and maximum period length of consecutive dry days (daily precipitation sum < 1 mm) for different period lengths during the summer half-year (Apr-Sep) ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Drought and Heat This file contains annual number of days that are within consecutive dry periods of different thresholds and hava a maximum temperature of >= 30°C ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Drought and Heat This file contains annual number of days that are within consecutive dry periods of different thresholds and hava a maximum temperature of >= 30°C ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Drought and Heat This file contains annual number of days that are within consecutive dry periods of different thresholds and hava a maximum temperature of >= 30°C ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Drought and Heat This file contains annual number of days that are within consecutive dry periods of different thresholds and hava a maximum temperature of >= 30°C ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Drought and Heat This file contains annual number of days that are within consecutive dry periods of different thresholds and hava a maximum temperature of >= 30°C ## Period 1981-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2099 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2098 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Extreme Wind Annual sum of days exceeding the 99.9 percentile of daily wind speeds in the reference period 1981-2010 ## Period 1981-2010 ## Observations

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Freeze-thaw-days Monthly sum of days with tmin <= -2.2 °C and tmax > 0 °C ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Freeze-thaw-days Monthly sum of days with tmin <= -2.2 °C and tmax > 0 °C ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Heat Days The file contains indicators for different thresholds of daily maximum air temperature ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Heat Days The file contains indicators for different thresholds of daily maximum air temperature ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Heat Days The file contains indicators for different thresholds of daily maximum air temperature ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Heat Days The file contains indicators for different thresholds of daily maximum air temperature ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Heat Days The file contains indicators for different thresholds of daily maximum air temperature ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Heat Days The file contains indicators for different thresholds of daily maximum air temperature ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Landslides Annual sum of days exceeding either 1-, 2-, or 3-day precipitation sum thresholds calculated after Moser and Hohensinn (1983). DOI: https://doi.org/10.1016/0013-7952(83)90003-0 ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Precipitation Intensity 99.9 percentile of daily precipitation sums over 30-year periods ## Period 2010-2010 ## Observations

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Snow Days This file contains indicators for different thresholds of daily precipitatation sums on days with mean temperature below 0°C ## Period 1981-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Snow Days This file contains indicators for different thresholds of daily precipitatation sums on days with mean temperature below 0°C ## Period 1981-2100 ## Scenario RCP4.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Snow Days This file contains indicators for different thresholds of daily precipitatation sums on days with mean temperature below 0°C ## Period 1981-2100 ## Scenario RCP2.6

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Snow Days This file contains indicators for different thresholds of daily precipitatation sums on days with mean temperature below 0°C ## Period 1981-2100 ## Scenario RCP8.5

In addition to bias-corrected climate scenarios, a number of climate indicators have been developed in the CLIMAPROOF project. They represent critical events for infrastructure and were designed together with experts from the relevant fields such as road infrastructure or hydrology. ## Snow Days This file contains indicators for different thresholds of daily precipitatation sums on days with mean temperature below 0°C ## Period 1981-2100 ## Scenario RCP8.5