| Sha Z, Rougier J, Schumacher M and Bamber JL | 2018 | Bayesian model-data synthesis with an application to global Glacio-Isostatic Adjustment | Environmetrics, e2530
| Combining computer model simulations and GPS measurements in a Bayesian statistical framework to improve global predictions of glacial isostatic adjustment
| | |
| WCRP Global Sea Level Budget Group | 2018 | Global Sea Level Budget 1993–Present | Earth System Science Data 10, 1551–1590 | | SEANOE | • NASA |
| Schumacher S, King M, Rougier J, Sha Z, Khan SA and Bamber JL | 2018 | A new global GPS dataset for testing and improving modelled GIA uplift rates | Geophysical Journal International 214(3) 2164–2176 | A new global dataset of vertical land movement due to glacial isostatic adjustment
| Pangaea | |
| Bamber JL, Westaway RM, Marzeion B and Wouters B | 2018 | The land ice contribution to sea level during the satellite era | Environmental Research Letters 13(6) 63008 | A new estimate of the contribution of ice sheets and glaciers to global sea level rise since 1992
| Pangaea | • UoB
• Physics World podcast |
| Sha Z, Rougier J, Schumacher M and Bamber JL | 2018 | Bayesian model-data synthesis with an application to global Glacio-Isostatic Adjustment | arXiv (not peer-reviewed) | | | |
| Bamber JL, Tedstone AJ, King MD, Howat IM, Enderlin EM, van den Broeke MR and Noel B | 2018 | Land Ice Freshwater Budget of the Arctic and North Atlantic Oceans. Part I: Data, Methods and Results | Journal of Geophysical Research: Oceans 123(3) 1827-1837 | Changes in the amount of freshwater flowing into the Arctic and North Atlantic Oceans
| BODC | |
Hofer S, Tedstone AJ, Fettweis X and Bamber JL
| 2017 | Decreasing cloud cover drives the recent mass loss on the Greenland Ice Sheet | Science Advances 3(6) e1700584 | More summer sunshine increases Greenland ice melt | | • UoB
• Nature Climate Change
• Newsweek
• USA Today
• Climate Central |
| Martín-Español, A Bamber, JL and Zammit-Mangion, A | 2017 | Constraining the mass balance of East Antarctica | Geophysical Research Letters 44 4168–4175 | Increased ice mass in East Antarctica does not offset losses in the West | | • UoB
• Discover |
