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Background

I am an ecologist interested in how ecosystems change through space and time. I combine modelling approaches with fossil data and genetic knowledge to inform how human pressure and climate changes modified ecosystem functioning such as distributions and interactions of plants, animals, humans, and environments, from a deep-time perspective. I write about ecology and climate change over time from the Late Pleistocene (~126,000 years ago) to the present day, and how our understanding of the past can help prepare us for the future.

I joined Flinders University in the College of Science and Engineering in July 2017 as Research Fellow in Ecological Modelling for the Australian Research Council Centre of Excellence for Australian Biodiversity and Heritage. I am the Coordinator of the Global Ecology Laboratory (with Professor Corey Bradshaw) and a member of the Weisbecker Lab (with Associate Professor Vera Weisbecker).

From 2013 to 2017, I was an ARC Research Associate at the University of Adelaide. Previously, I held a joint one year appointment with the Centre for Bio-Archaeology and Ecology and the School of Advanced Studies (EPHE) as Lecturer at Montpellier (France), and was a Postdoctoral Scholar at the Oregon State University (USA).

Frederik Saltre's Projects

auschildhlthclim icon auschildhlthclim

Australia SA3-level analysis of relationship between child mortality/morbidity and climate conditions/air pollution

cyprushippoelephant icon cyprushippoelephant

Demographic models predicting the effect of human hunting on now-extinct dwarf hippopotamus and dwarf elephant in Cyprus

fossahul icon fossahul

A comprehensive database of quality-rated fossil ages for Sahul’s Quaternary vertebrates

riverregulation_frog_popmodel icon riverregulation_frog_popmodel

This code underpins the aspatial stochastic population model presented in the article "Modelling effects of water regulation on the population viability of threatened amphibians"

sahullgmhuman icon sahullgmhuman

Directionally supervised cellular automaton to predict changes in human populations in Sahul through Late Pleistocene into Holocone

seoz_megafauna_extirpation icon seoz_megafauna_extirpation

Inferring spatio-temporal trajectories of megafauna extirpations (local extinction) and initial human colonisation in southeastern Australia

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