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|Applications||Baseline and total seasonal and monthly changes in slow onset for water resources planning||Extreme changes, changes in return period, IDF*, or DDF* for water infrastructure design||Extreme changes in short duration (hourly), changes in return period, IDF, or DDF for urban water infrastructure design||Water resources, flooding, inundation modelling||Extreme changes in short duration (hourly), changes in return period, IDF, or DDF for urban water infrastructure design|
|Precipitation related climate change analysis type||Annual or monthly mean||Daily precipitation extremes||Subdaily to multiple Intensity Duration Function(IDF), or Density Duration Function (DDF)||Hydrological model input data||Very high resolution RCM precipitation changes for urban water systems|
|Recommended methodology||Change factor approach (Percentage change per degree, or percentage in different scenarios)||Generalized Extreme Value analysis, multiple distributions fitting testing.||Generalized Extreme Value analysis and IDF curve fitting, multiple distributions fitting testing.||Bias correction statistical downscaled with climate change projection||1-3 km resolution convection permitting RCM simulations|
|Historical data required||Observation based Monthly historical data||Daily observation time series||Subdaily observation data||Subdaily or daily observation||Sub-hourly precipitation observation|
|GCM/RCM data required||Multiple GCM and RCM monthly mean ensemble results||Multiple GCM daily precipitation based extreme value change patterns||Multiple GCM** 3 hourly precipitation output extreme value change patterns||Multiple sources: subdaily or daily GCM or RCM**||RCM sub-hourly data|
|CLIMsystems tool||SimCLIM monthly pattern scenario generator||SimCLIM GEV tool and in-house tools||Subdaily extreme event analysis in-house tool||Multiple GCM daily BCSD*** dataset||WRF specific domain case by case|
|Potential linkage to other models||WEAP, DSSAT||Related infrastructure design models||Related infrastructure design models||SWAT, DHI, EWater, HECS, SWMM, Flood Modeller||SWAT, DHI, EWater, HECS, SWMM, other Related infrastructure design models|
*IDF and DDF = Intensity Duration Frequency and Depth Duration Frequency commonly used for water drainage system design.
**GCM = General Circulation Model; RCM= Regional Climate Model
***BCSD = Bias Correction Spatial Disaggregation