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SUMMARY:Stratospheric ozone in the Earth system - Fernando Iglesias Suarez
 \, Lancaster University
DTSTART:20170522T131500Z
DTEND:20170522T141500Z
UID:TALK72788@talks.cam.ac.uk
CONTACT:James Keeble
DESCRIPTION:My research is focused on how changes in stratospheric ozone c
 an influence the rest of the Earth system. To do this\, I have analysed pr
 eviously completed model simulations (that were conducted in support of th
 e last IPCC report)\, and used a global climate model to complete my own s
 imulations. As global climate models evolve to further complexity to becom
 e Earth System Models\, it allows us to address research questions in a co
 nsistent framework and my work will be breaking new ground in linking the 
 stratosphere to other parts of the Earth system. \n\nMy work has three spe
 cific objectives:\n\n- Examine stratospheric ozone changes and associated 
 climate impacts in the Atmospheric Chemistry and Climate Model Intercompar
 ison Project (ACCMIP).\n\n- Study the links between decadal to inter-decad
 al internal climate variability in sea surface temperatures and stratosphe
 ric ozone.\n\n- Investigate the climate forcing from stratospheric ozone r
 ecovery in the future.\n\nThis research involves two parts: 1) analysis of
  existing ACCMIP simulations and 2) climate model simulations to look at t
 he impact of recovery scenarios and internal climate variability for strat
 ospheric ozone. The Community Earth System Model (CESM) will be used for t
 hese latter experiments. This is a coupled climate model\, which allows co
 nducting fundamental research into the Earth’s past\, present\, and futu
 re climate system.
LOCATION:Pfizer Lecture Theatre\, Department of Chemistry
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