Summary
Authors:Bracegirdle J.T. Colleoni F. Abram J.N. Bertler A.N.N. Dixon A.D. England M. Favier V. Fogwill J.C. Fyfe C.J. Goodwin I. Goosse H. Hobbs W. Jones M.J. Keller D.E. Khan L.A. Phipps S.J. Raphael N.M. Russell J. Sime L. Thomas R.E. van den Broeke R.M. Wainer I.
Published in: 2019
Category 1: Peer-reviewed literature
Program area: Climate Processes and Change
Bracegirdle J.T., Colleoni F., Abram J.N., Bertler A.N.N., Dixon A.D., England M., Favier V., Fogwill J.C., Fyfe C.J., Goodwin I., Goosse H., Hobbs W., Jones M.J., Keller D.E., Khan L.A., Phipps S.J., Raphael N.M., Russell J., Sime L., Thomas R.E., van den Broeke R.M., Wainer I.
(2019)
Back to the Future: Using Long-Term Observational and Paleo-Proxy Reconstructions to Improve Model Projections of Antarctic Climate,
Geosciences
.;
doi:10.3390/geosciences9060255;
Related projects
High Resolution East Antarctic Climate History (HiREACH): Ice core records of continental, hemispheric and global change
MOY, Dr Andrew
Australia (or home country)