Climate & ETo modelling
WRF/GFS/ERA5-based weather and reference evapotranspiration (ETo) forecasting, and classification of regional ‘ETo climates’.

WRF/GFS/ERA5 climate and evapotranspiration (ETo) modelling, remote sensing and GIS for climate and irrigation risk in Australian agriculture, backed by a PhD in agricultural economics. Based in Queensland, Australia.
Discuss a project →AgroSol is a small practice built around my climate and spatial research. I combine numerical weather prediction, remote sensing and GIS with a background in agricultural and environmental economics to help people understand climate and water risk, and I turn complex analysis into clear, practical findings.
WRF/GFS/ERA5-based weather and reference evapotranspiration (ETo) forecasting, and classification of regional ‘ETo climates’.
Climate and water risk analysis for irrigation and seasonal planning in Australian agriculture.
Spatial analysis, land-use and land-cover mapping, and spatial risk assessment, including map products for local government.
Research collaborations and international consulting, including expert inputs and research partnerships.
I provide spatial analysis and remote sensing for local governments and regional councils, starting in Queensland and available Australia-wide. The aim is clear, defensible maps and data that support planning, reporting and climate adaptation.
Mapping support for climate and flood-risk assessment, adaptation planning and reporting.
Land use and land cover change, vegetation and canopy mapping, and agricultural land mapping.
Drought, water and irrigation risk analysis using climate, evapotranspiration and remote sensing data.
Remote sensing time series, GIS data analysis, and map products for planning and reporting.
Whether you're a council, research team or project group, tell me about your question, region and timeframe, and let's work out how climate and spatial data can answer it.
Discuss a project →