Pinned Repositories
alien-csi-hackathon
Files, data and information related to the Alien-CSI Hackathon
AlienCSI_VM_JH
Working on the species network of Vespa velutina as part of AlienCSI COST action
chapter2
supplementary material of chapter 2 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics'.
chapter3
supplementary material of chapter 3 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics' by Jasmijn Hillaert.
chapter4
supplementary material of chapter 4 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics' by Jasmijn Hillaert.
chapter5
supplementary material of chapter 5 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics' by Jasmijn Hillaert.
Code_Hillaert_et_al_2019_FE
Code of the paper 'Habitat loss and fragmentation increase realized predator-prey body size ratios' authors: Hillaert, Jasmijn; Vandegehuchte, Martijn; Hovestadt, Thomas; Bonte, Dries. Functional Ecology (2019)
coding_manuscript1
This repository contains the applied code of the manuscript: Size-dependent movement explains why bigger is better in fragmented landscapes. Authors: Jasmijn Hillaert, Thomas Hovestadt, Martijn L. Vandegehuchte en Dries Bonte. Published in the journal Ecology and Evolution (2018)
coding_manuscript2
This repository contains the applied code of the paper: 'Information use during movement regulates how fragmentation and loss of habitat affect body size' by Jasmijn Hillaert, Martijn L. Vandegehuchte, Thomas Hovestadt and Dries Bonte. Journal: Proceedings of the Royal Society B DOI: 10.1098/rspb.2018.0953:
GRIIS
GRIIS list Romania
jrhillae's Repositories
jrhillae/AlienCSI_VM_JH
Working on the species network of Vespa velutina as part of AlienCSI COST action
jrhillae/coding_manuscript2
This repository contains the applied code of the paper: 'Information use during movement regulates how fragmentation and loss of habitat affect body size' by Jasmijn Hillaert, Martijn L. Vandegehuchte, Thomas Hovestadt and Dries Bonte. Journal: Proceedings of the Royal Society B DOI: 10.1098/rspb.2018.0953:
jrhillae/alien-csi-hackathon
Files, data and information related to the Alien-CSI Hackathon
jrhillae/chapter2
supplementary material of chapter 2 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics'.
jrhillae/chapter3
supplementary material of chapter 3 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics' by Jasmijn Hillaert.
jrhillae/chapter4
supplementary material of chapter 4 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics' by Jasmijn Hillaert.
jrhillae/chapter5
supplementary material of chapter 5 within the thesis 'Integrating metabolic theory and movement ecology to understand metapopulation and -community dynamics' by Jasmijn Hillaert.
jrhillae/Code_Hillaert_et_al_2019_FE
Code of the paper 'Habitat loss and fragmentation increase realized predator-prey body size ratios' authors: Hillaert, Jasmijn; Vandegehuchte, Martijn; Hovestadt, Thomas; Bonte, Dries. Functional Ecology (2019)
jrhillae/coding_manuscript1
This repository contains the applied code of the manuscript: Size-dependent movement explains why bigger is better in fragmented landscapes. Authors: Jasmijn Hillaert, Thomas Hovestadt, Martijn L. Vandegehuchte en Dries Bonte. Published in the journal Ecology and Evolution (2018)
jrhillae/GRIIS
GRIIS list Romania