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Data Platform
Indicator name: R50mm
Code: HYD03
Category: Exposure (IPCC-AR4)
Type: Single
Pilot Study: 1
Reference: see OrientGate report on "Proposed set of indicators"; http://www.seevccc.rs/ORIENTGATE/
Description
Precipitation days with a daily amount (RR)-
Connected Datasets
- R50mm_30y_NA_20002090_SRESB1_ECHAM5
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Group Name: R50mm_30y_NA_20002090Type: tableFramework: exposure_IPCC-AR4Institute: UmweltbundesamtContact: [email protected]Scenario: SRESB1_ECHAM5Time Frequency: 30ySpatial Resolution: NATemporal Subset: 2000-2090Reference:Description
This dataset represents the number of days per year with daily rainfall >50mm calculated for the LTER site Z�belboden, Pilot study 1 of the OrientGate project. Future climate projections were derived for the IPCC B1-scenario (GCM ECHAM5) for three time slices: 2025-2035, 2045-2055 and 2085-2095. We used downscaling scenarios for Austria reclip:century (http://reclip.ait.ac.at/reclip_century/) together with the weather generator ClimGen (St�ckle et al. 1999). The latter was calibrated with meteorological data measured at the site.
- R50mm_30y_NA_20002090_SRESA2_ECHAM5
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Group Name: R50mm_30y_NA_20002090Type: tableFramework: exposure_IPCC-AR4Institute: UmweltbundesamtContact: [email protected]Scenario: SRESA2_ECHAM5Time Frequency: 30ySpatial Resolution: NATemporal Subset: 2000-2090Reference:Description
This dataset represents the number of days per year with daily rainfall >50mm calculated for the LTER site Z�belboden, Pilot study 1 of the OrientGate project. Future climate projections were derived for the IPCC A2-scenario (GCM ECHAM5) for three time slices: 2025-2035, 2045-2055 and 2085-2095. We used downscaling scenarios for Austria reclip:century (http://reclip.ait.ac.at/reclip_century/) together with the weather generator ClimGen (St�ckle et al. 1999). The latter was calibrated with meteorological data measured at the site.
- R50mm_30y_NA_20002090_SRESA1B_HADCM3
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Group Name: R50mm_30y_NA_20002090Type: tableFramework: exposure_IPCC-AR4Institute: UmweltbundesamtContact: [email protected]Scenario: SRESA1B_HADCM3Time Frequency: 30ySpatial Resolution: NATemporal Subset: 2000-2090Reference:Description
This dataset represents the number of days per year with daily rainfall >50mm calculated for the LTER site Z�belboden, Pilot study 1 of the OrientGate project. Future climate projections were derived for the IPCC A1B-scenario (GCM HADCM3) for three time slices: 2025-2035, 2045-2055 and 2085-2095. We used downscaling scenarios for Austria reclip:century (http://reclip.ait.ac.at/reclip_century/) together with the weather generator ClimGen (St�ckle et al. 1999). The latter was calibrated with meteorological data measured at the site.
- R50mm_30y_NA_20002090_SRESA1B_ECHAM5
-
Group Name: R50mm_30y_NA_20002090Type: tableFramework: exposure_IPCC-AR4Institute: UmweltbundesamtContact: [email protected]Scenario: SRESA1B_ECHAM5Time Frequency: 30ySpatial Resolution: NATemporal Subset: 2000-2090Reference:Description
This dataset represents the number of days per year with daily rainfall >50mm calculated for the LTER site Z�belboden, Pilot study 1 of the OrientGate project. Future climate projections were derived for the IPCC A1B-scenario (GCM ECHAM5) for three time slices: 2025-2035, 2045-2055 and 2085-2095. We used downscaling scenarios for Austria reclip:century (http://reclip.ait.ac.at/reclip_century/) together with the weather generator ClimGen (St�ckle et al. 1999). The latter was calibrated with meteorological data measured at the site.
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