'Cloud feedbacks' diaporamas de présentation

Reducing uncertainty in the prediction of global warming some pesky cloud obstacles

Reducing uncertainty in the prediction of global warming some pesky cloud obstacles. Brian Mapes doubting reductionist University of Miami. Sources. Radiation: Robin Hogan, ECMWF Ann. Seminar Sep 2008 available on web: presentation and writeup

810 views • 69 slides

Reducing uncertainty in the prediction of global warming some pesky cloud obstacles

Reducing uncertainty in the prediction of global warming some pesky cloud obstacles. Brian Mapes doubting reductionist University of Miami. Sources. Radiation: Robin Hogan, ECMWF Ann. Seminar Sep 2008 available on web: presentation and writeup

703 views • 69 slides

Processes Controlling 21 st Century Southern Ocean Climate-Cloud Feedbacks

501 views • 38 slides

Stephens 2005

The Annual Cycle of Mid-latitude Cloud Properties: Understanding the Mechanisms Dennis Hartmann, Daniel McCoy. The Importance of Understanding Cloud Feedbacks. Stephens 2005. (Roe 2009). SW feedback. Bony 2006. Zelinka Dissertation 2011. The zonal structure of cloud feedbacks.

410 views • 32 slides

424 views • 27 slides

277 views • 27 slides

277 views • 27 slides

Processes controlling Southern Ocean Shortwave Climate Feedbacks

Processes controlling Southern Ocean Shortwave Climate Feedbacks . Jen Kay University of Colorado at Boulder. Why Southern Ocean Shortwave Feedbacks?. C loud feedbacks in idealized 2xCO 2 experiments Gettelman , Kay, and Shell (2012).

435 views • 25 slides

CFMIP II sensitivity experiments Mark Webb (Met Office Hadley Centre) Johannes Quaas (MPI)

CFMIP II sensitivity experiments Mark Webb (Met Office Hadley Centre) Johannes Quaas (MPI) Tomoo Ogura (NIES) With thanks to Adrian Lock, Damian Wilson, Andy Jones, Alejandro Bodas Salcedo. CFMIP/ENSEMBLES Workshop Paris, April 2007. Motivation and approach.

334 views • 23 slides

WP4.1: Feedbacks and climate surprises ( IPSL, HC, LGGE, CNRM, UCL, NERSC)

WP4.1: Feedbacks and climate surprises ( IPSL, HC, LGGE, CNRM, UCL, NERSC). WP4.1 has two main objectives (a) to quantify the role of different feedbacks in the Earth system on the climate predictions uncertainty, (b) to investigate the risk of abrupt climate changes associated to THC.

308 views • 19 slides

Clouds, Cirrus, and the Climate

307 views • 18 slides

Geophysical Fluid Dynamics Laboratory Review

278 views • 11 slides

Geophysical Fluid Dynamics Laboratory Review

112 views • 11 slides

Clouds processes and climate

111 views • 10 slides

Clouds and climate

Clouds and climate. Robin Hogan (with input from Anthony Illingworth, Keith Shine, Tony Slingo and Richard Allan). Overview. The importance of clouds feedbacks Feedbacks associated with specific cloud types Getting clouds right in current climate models

104 views • 10 slides

Partial Radiative Perturbation Cloud Radiative Forcing Method

102 views • 9 slides