Summary
Authors:Robinson S.A. King D.H. Bramley-Alves J. Waterman M.J. Ashcroft M.B. Wasley J. Turnbull J.D. Miller R.E. Ryan-Colton E.H. Benny T. Mullany K. Clarke L.J. Barry L.A. Hua Q.
Published in: 2018
Category 1: Peer-reviewed literature
Program area: Terrestrial and Nearshore Ecosystems
Robinson S.A., King D.H., Bramley-Alves J., Waterman M.J., Ashcroft M.B., Wasley J., Turnbull J.D., Miller R.E., Ryan-Colton E.H., Benny T., Mullany K., Clarke L.J., Barry L.A., Hua Q.
(2018)
Rapid change in East Antarctic terrestrial vegetation in response to regional drying,
Nature Climate Change
8.
879–884;
doi:10.1038/s41558-018-0280-0;
Related projects
Antarctic State of the Environment, Indicator 72: How is the Windmill Islands' terrestrial vegetation responding to climate change?
ROBINSON, Prof. Sharon
Australia (or home country), Casey, NE Bailey Peninsula ASPA
Modelling spatial patterns and identifying environmental drivers for temporal change in Antarctic moss communities
ROBINSON, Prof. Sharon
Casey, Australia (or home country)
Monitoring climate change induced desertification of Antarctica using stable isotopic signatures
ROBINSON, Prof. Sharon
Wilkes Land Coast, Australia (or home country), Casey, Clark Peninsula ASPA, Davis, NE Bailey Peninsula ASPA, Vestfold Hills
Understanding the tolerance of Antarctic mosses to climate change
ROBINSON, Prof. Sharon
Clark Peninsula ASPA, Australia (or home country), Casey, NE Bailey Peninsula ASPA, Windmill Islands