PyRate is a program to estimate speciation, extinction, and preservation rates from fossil occurrence data using a Bayesian framework.

Astronomical Dust Extinction

Fast interstellar dust extinction laws in Python

Dust maps in the Milky Way

R package for analysing diversity dynamics with fossil occurrences

A tool for computing approximative extinction coefficients

Gas and Dust Python Calculator

A astronomy Python package to provide temperature- and extinction-dependent empirical extinction coefficients

Files to reproduce analyses of Phanerozoic-scale diversity dynamics with the 'divDyn' package

Implementation of the methodology for the Eyres et al LIFE biodiversity metric

Build stochastic demographic models of extinct megafauna of Sahul

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Welcome to the Galactic Plane Mapper, a project designed to uncover the secrets of the Galactic Plane. Using the Wolf Technique of Star Counts, we delve into the interplay of starlight and interstellar dust to create detailed extinction maps of the galaxy!

ShinyApp - Data Science and Economics. Visualise, realise, make a change.

This project is an effort to extract species data from a multitude of sources to form a singular list that reflects extirpated species in Berlin.

Hardware integration with LabVIEW

Github repository for "Sequential trait evolution did not drive deep-time diversification in sharks" article, published in Evolution

"The Eye of Gaia" is a data-art project developed for the Computational Design Laboratory course unit of the MSc of Design and Multimedia of the University of Coimbra regarding the topics of climate change and mass extinction.

Majority of the forest areas are getting destroyed, due to human population explosion and deforestation thereby causing Human- Animal Conflict. This has also resulted in tremendous agricultural losses. The proposed will be focusing mainly upon elephants rather than other animals in the wilderness. Currently Elephant identification are being done…

Zylstra, E. R., D. E. Swann, B. R. Hossack, E. Muths, and R. J. Steidl. 2019. Drought-mediated extinction of an arid-land amphibian: insights from a spatially explicit dynamic occupancy model. Ecological Applications 29:e01859