Wildfire risk and mitigation
Research into utility mitigation plans and operational fire-spread modelling, including Technosylva workflows.
In progress05
Applied Meteorology & Climate Risk
Applied weather and climate information to questions in flood risk, marine planning, utilities, energy and agriculture.
In practice
Connecting physical hazards with sector-specific consequences.
My applied interests sit at the interface between weather, infrastructure and markets: how forecast uncertainty affects utility operations, how fire-weather information supports mitigation, and how environmental time series can improve energy and food-system decisions.
- Studied utility wildfire-mitigation plans, PSPS/ESS strategies and Technosylva fire-modelling workflows.
- Explored weather-sensitive drivers of energy supply, demand and market prices.
- Investigated interpretable temporal models for food-production forecasting.
- Built and compared regression and ensemble models for significant wave-height prediction.
Methods & tools
Weather riskFlood-risk mappingEnvironmental data visualisationMarine forecastingWave modellingUtility operationsWildfire mitigationEnergy marketsAgricultural forecastingDecision support
Selected evidence
Related case studies.
Developing work
Weather-informed energy prices
Preliminary modelling of weather, demand, supply and renewable-energy market drivers.
In progressFood-production forecasting
Early-stage TFT experiments for multivariate agricultural production data.
In progress