6 Works

Changing carbonate budgets and the maintenance of coral reefs and reef islands

Chris T Perry
The ecology and structure of many tropical coral reefs have altered markedly over the past few decades. Drivers of this degradation range from direct local damage from destructive human practices to global scale climate stressors, and especially those associated with elevated sea‐surface temperature anomalies. A major consequence of these climatic and pervasive local stressors has often been a rapid decrease in the abundance of habitat building corals, which has consequently reduced reef structural complexity and...

Review of Energy Policy 2020

Robert Gross, Keith Bell, Mike Bradshaw, Christian Brand, Jason Chilvers, Paul Dodds, Antony Froggatt, Richard Hanna, Tom Hargreaves, Phil Heptonstall, Caroline Kuzemko, Richard Lowes, Faye Wade & Jan Webb

Decoupled dust deposition and ocean productivity in the Antarctic Zone of the Southern Ocean over the past 1.5 million years

Michael E. Weber , Ian Bailey , Sidney R. Hemming , Yasmina M. Martos , Brendan T. Reilly , Thomas A. Ronge , Stefanie Brachfeld , Trevor Williams , Maureen Raymo , Simon T. Belt , Hendrik Vogel , Victoria Peck , Linda Armbrecht , Alix Cage , Fabricio G. Cardillo , Zhiheng Du , Gerson Fauth , Christopher J. Fogwill , Marga Garcia , Marlo Garnsworthy , Anna Glüder , Michelle Guitard , Marcus Gutjahr , Iván Hernández-Almeida , Frida S. Hoem … & Xufeng Zheng
Southern Ocean paleoceanography provides key insights into how iron fertilization and oceanic productivity developed through Pleistocene ice-ages and their role in influencing the carbon cycle. We report the first high-resolution record of dust deposition and ocean productivity for the Antarctic Zone, close to the main dust source, Patagonia. Our deep-ocean records cover the last 1.5 Ma, thus doubling that from Antarctic ice-cores. We find a ≥10-fold increase in dust deposition during glacials and a ≤5-fold...

Converging Flow Between Coaxial Cones

O. Hall, A.D. Gilbert & C.P. Hills

Slow Flow Between Concentric Cones

O. Hall, C.P. Hills & A.D. Gilbert

Nonaxisymmetric Stokes Flow Between Concentric Cones

O. Hall, C.P. Hills & A.D. Gilbert

Registration Year

  • 2022
  • 2020

Resource Types

  • Text


  • University of Exeter
  • Technological University Dublin
  • Keele University
  • University of Adelaide
  • University of Plymouth
  • Spanish Institute of Oceanography
  • Columbia University
  • University of Strathclyde
  • Andalusian Earth Sciences Institute
  • Oregon State University