Mean rainfall, humidity and air temp. are imp input variables to run a model

You can have a look at several climate model outputs at the CMIP data base and based on their relative performance over your region of interest choose the one for your work. It will also be helpful to look at the model documentations.

Whichever model you use, add the daily atmospheric dust levels that you can get from the https://www.nrlmry.navy.mil/aerosol/ website-- Go to Aerosol Modeling, then to NAAPS Current.

The atmospheric dust is usually not part of current models, but need to be, because as little as 40 micrograms per cubic meter of air, can change the course or eat Category 5 cyclones, like GONU that you can see at https://www.ecoseeds.com/GONU.html .

The atmospheric dust clouds are probably the most powerful weather modifier on the planet, and could ultimately turn us into a Mars-like planet. And most of the sources of those Dust Clouds are man-made with our grazing animals eating the vegetation to dust, that then gets airborne.

See https://www.ecoseeds.com/cool.html

Also see my paintings of the Dust Cloud and cyclone battles, that the cyclones away lose, at https://www.ecoseeds.com/art3.html and paintings No. 48 and 52-60. Above is my painting No. 52 of the Dust Cloud eating the Cyclone Ashobaa in 2015.

The daily atmospheric smoke and dust for Australia is located at https://www.nrlmry.navy.mil/shared-bin/display_image.cgi?URL=/aerosol_web/globaer/ops_01/australia/current.png

Hi Hamideh,

The ensemble projections of eight CMIP5 climate models in Southeast Queensland, Australia are discussed in the following paper:

Article Impacts of climate change and sea level rise on catchment ma...

You will see how we justify our climate models selection for investigating climate change impacts on a catchment hydrological behaviour.

Cheers,

Mahsa