heatwaves

A MATLAB toolbox to detect and analyze marine heatwaves (MHWs).

Systematic assessment of the impacts of climate change on human pathogenic diseases

A reproducible framework for investigating how compound drought–heat extremes influence urban water resilience, integrating climate hazards, hydrological dynamics, and socioeconomic water system responses.

A Python package to detect heat wave events using pandas.

Physics-informed ensemble for 12-h city-region temperature forecasts. Advection–diffusion prior + ConvLSTM + RAFL + edRVFL-SC for extreme-event warnings.

This project analyzes heatwave vulnerability and air quality in Kerala, India, using geospatial and environmental data. It examines land surface temperature, air pollution, and climate risk indicators in Kochi and Thiruvananthapuram to support evidence-based climate resilience planning for local governments.

Code snippet introduces diverse statistical and geospatial data analytics with python focusing on analysis of ERA5-land 2m air temperature

This project supports urban heatwave risk assessment in Filipino cities by developing geospatial data products on heat vulnerability, air quality, and mobility impacts. It provides evidence and tools for Local Government Units (LGUs) to integrate heat risk into land use planning and climate resilience frameworks.

Mehrsprachige Web-App zur Analyse von Hitzetagen und Tropennächten an MeteoSwiss-Messstationen – mit Jahresvergleich, Prognose und interaktiver Schweizkarte.

ODB Marine Heatwave open-data/API

This repository contains the code and models used in the paper "A multivariate analysis of atmospheric drivers for Western European heatwaves".

Visualises exposure to heatwaves and the excess deaths countries face from them.

Multi-agent simulation of water allocation during heatwaves using LLM-based agents.

Global assessment of all known impacts of climate change on humanity

Honours Dissertation Repository by Ellie Bestington, 2026. Supervised by Dr Claudia Colesie and Dr Elise Gallois.

Supporting code for Black et al, 2024.

Hamburg City – Climate-induced stressors and their effects on urban societies

An open-source multilingual PWA for mapping and ranking heat discomfort with the Thom Index.

Review paper describing how a systems modelling approach can help predict how biological systems respond to extreme heat