Scripts to read from climate datasets in netCDF and ssv. Supports CORDEX, HWD, Temp Stats, TRY and Hostrada.
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Updated
May 8, 2025 - Python
Scripts to read from climate datasets in netCDF and ssv. Supports CORDEX, HWD, Temp Stats, TRY and Hostrada.
Tools for accessing, processing, and analyzing Copernicus seasonal forecasts — compute heat-related indices and generate CLIMADA-compatible hazards.
Predict flooding risk with Copernicus data and a self-sustaining CP4D MLOps pipeline. Training/test data versioning with DVC
Simple functions for reading and analysing ERA5 reanalysis data from the Copernicus CDS
R Package for Working with Satellite Data from Various Providers (Copernicus, GoogleEarthEngine)
Climate changes impact on river discharges within rivers level monitoring on variations in rainfall and temperatures related to the water availability. An analysis of precipitations and temperatures changes on the European rivers discharges in the past 10 years.
🌊🚨 Sistema de Alertas Tempranas - Golfo de Cádiz Sistema profesional de monitorización y alertas para el Golfo de Cádiz.
¡Acción inmediata contra tsunamis! Plantillas listas para redes sociales + Sistema de difusión masiva
Set of Jupyter notebooks and geospatial data developed by the MAPSPADES project to study desertification in the Algerian steppe using EO data.
Repositorio de herramientas para la obtención y gestión de datos de Copernicus Climate Data Store (CDS)
FastAPI-based web application that fetches and visualizes climate data from the Copernicus Climate Data Store (CDS).
A modular open-source framework that converts public grid and weather data into globally deployable marginal emissions factors, providing reliable, time- and location-specific carbon impact insights in regions without access to detailed grid dispatch data.
Convert netCDF temperature data to CRF multidimensional raster
Extract data from the Copernicus Climate Data Store (CDS) for city administration. Example notebooks
Team Cat4Green's submission to the Cassini 2024 Hackathon
🚀 Visión Revolucionaria Heliobiología.app es un tributo vivo al legado del pionero Alexander Leonidovich Chizhevsky, el científico multidisciplinar que desafió los paradigmas de su tiempo para revelar la profunda conexión entre la actividad solar y los procesos biológicos/históricos de la humanidad. Esta aplicación open-source cruza datos cósmic
Personal website with geospatial content
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