All software

AROSICS

AROSICS is an automated and robust open-source image co-registration software for multi-sensor satellite data.

calibr8

calibr8 is a Python toolbox for likelihood-based calibration modeling and Bayesian inference. It supports uni- and multivariate problems, continuous & discrete distributions and includes ready to use models for many non-linear problems. It integrates with PyMC for advanced Bayesian inference.

CICMoD - A Climate Index Collection based on Model Data

The software provides a consistent and comprehensive collection of climate indices typically used to describe Earth System dynamics and serves as a new benchmark data set. It allows users to develop new machine learning methods and to compare their results to existing methods in an objective way.

Copy-Paste Imputation (CPI) for Energy Time Series

This project provides a Python implementation of an imputation method for energy time series. The CPI method copies data blocks with similar characteristics and pastes them into gaps of the time series while preserving the total energy of each gap.

CryoGrid

The CryoGrid Model Suite provides a set of numerical tools for simulating the thermal soil regime and the ice-water balance for permafrost and glaciers. Depending on the application needs different model tools are offered, characterized by different levels complexity and modularity.

Data Analytics Software Project - Python bindings

Python RPC wrapper for the data analytics software framework DASF

deus

Damage and Exposure Update Service

Digital Earth Viewer

The Digital Earth Viewer is a tool for the visualisation and exploration of geospatial data in true 3D over time. It runs on Windows, MacOS and Linux and only requires a modern webbrowser to use. Common file formats such as CSV, netCDF, GeoTIFF and many more are natively supported.

Earth System Model Evaluation Tool (ESMValTool)

easyWave

easyWave-GPU computes tsunami wave propagations in a fraction of minute on GPU-powered machines. Thus , a single simulation, or several simulations with varying granularity, covering several hours of tsunami wave propagation, and tailored to the actual situation can be computed within seconds.

EuLerian Identification of ascending AirStreams - ELIAS 2.0

The ELIAS 2.0 software allows the identification of the footprints of rapidly ascending air streams in the atmosphere at substantially reduced computational costs compared to a conventional trajectory approach.

Emipy

Emipy is a Python package to access, manipulate, analyze and visualize data on various pollutants, which is collected in the European Pollutant Release Register (E-PRTR). Therefore, it enables the easy use of this data for research in different fields (e.g., public health or energy system analysis).