Nothing new from the Ice Age? Far from it! Barely ten years have passed since the first edition of this book was published, but in that time researchers around the world have developed new methods and published their findings in scientific journals. Consequently, ideas about the…
Nothing new from the Ice Age? Far from it! Barely ten years have passed since the first edition of this book was published, but in that time researchers around the world have developed new methods and published their findings in scientific journals. Consequently, ideas about the…
I present research that improves our understanding of the glacial history of the Antarctic Ice Sheet and advances the method of in situ 14C exposure dating. Firstly, I present research investigating deglaciation in the Weddell Sea Embayment (WSE) sector of the Antarctic Ice Shee…
Ice mass loss from Antarctica is the main source uncertainty in projections of sea level rise. In Antarctica, the rate at which grounded ice discharges into the ocean and raises sea level is largely controlled by ice shelves, the floating extensions of the ice sheet. Ice shelves…
This book focuses on geochemical behavior and ancient records of the specific biomarker levoglucosan in Tibetan glaciers, Based on samples from the Zangsegangri (ZSGR) ice cores obtained from the central Tibetan Plateau, it presents annually resolved levoglucosan records and fir…
Ice streams play a fundamental role in the stability and dynamics of ice sheets. They are defined by their rapid flow and this is enabled by conditions and processes at the icebed interface. A significant limitation to our understanding of this environment is that most studies, …
This book provides a comprehensive approach to the field of Glaciology.
I apply a suite of seismic techniques to investigate iceberg calving at large glaciers around Greenland. Iceberg calving accounts for up to half of the Greenland Ice Sheet's annual mass loss, which makes understanding the physics of the calving process vital to gaining a clear p…
