<p>Uncertainty is partitioned based on the methodology described in HS09. Grey shading indicates the period during which the mean GMAT projections calculated across all 32 models and 2 RCPs are 1.5°C and 2°C above the baseline.</p
Multi-platform satellite-based precipitation gridded estimates are becoming widely available in supp...
A method for estimating uncertainty in future climate change is discussed in detail and applied to p...
<p>68.3% percentile (solid lines) and 50-to-90% percentile ranges (gray areas) from 13 climate proje...
We separate and quantify the sources of uncertainty in projections of regional (*2,500 km) precipit...
Precipitation events cause disruption around the world and will be altered by climate change. Howeve...
Partitioning uncertainty in projections of future climate change into contributions from internal va...
Precipitation projections are typically obtained from general circulation model (GCM) outputs under ...
<p>Projections are calculated for two 20-year periods when the GMAT increase is 1.5°C (left) and 2°C...
Summarization: In order to study the future of freshwater availability, reliable precipitation proje...
Abstract. Two key sources of uncertainty in projections of future runoff for climate change impact a...
AbstractIn many studies that use data from Coupled Model Inter-comparisons Project Five (CMIP5) the ...
Uncertainty in climate projections is large as shown by the likely uncertainty ranges in Equilibrium...
A discussion is presented of the different sources of uncertainty in the production of climate chang...
Frameworks incorporating hydro-meteorologic and climate models are applied to examine potential i...
International audienceEnsemble estimates based on multiple datasets are frequently applied once many...
Multi-platform satellite-based precipitation gridded estimates are becoming widely available in supp...
A method for estimating uncertainty in future climate change is discussed in detail and applied to p...
<p>68.3% percentile (solid lines) and 50-to-90% percentile ranges (gray areas) from 13 climate proje...
We separate and quantify the sources of uncertainty in projections of regional (*2,500 km) precipit...
Precipitation events cause disruption around the world and will be altered by climate change. Howeve...
Partitioning uncertainty in projections of future climate change into contributions from internal va...
Precipitation projections are typically obtained from general circulation model (GCM) outputs under ...
<p>Projections are calculated for two 20-year periods when the GMAT increase is 1.5°C (left) and 2°C...
Summarization: In order to study the future of freshwater availability, reliable precipitation proje...
Abstract. Two key sources of uncertainty in projections of future runoff for climate change impact a...
AbstractIn many studies that use data from Coupled Model Inter-comparisons Project Five (CMIP5) the ...
Uncertainty in climate projections is large as shown by the likely uncertainty ranges in Equilibrium...
A discussion is presented of the different sources of uncertainty in the production of climate chang...
Frameworks incorporating hydro-meteorologic and climate models are applied to examine potential i...
International audienceEnsemble estimates based on multiple datasets are frequently applied once many...
Multi-platform satellite-based precipitation gridded estimates are becoming widely available in supp...
A method for estimating uncertainty in future climate change is discussed in detail and applied to p...
<p>68.3% percentile (solid lines) and 50-to-90% percentile ranges (gray areas) from 13 climate proje...
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