PPT-Evaluation of CMIP5 Simulated

C louds and TOA Radiation B udgets in the SMLs U sing NASA Satellite O bservations Erica K Dolinar Xiquan Dong and Baike Xi University of North Dakota This talk is based on Dolinar. Didier Swingedouw & Giovanni . Sgubin. Can we find big jumps in the Labrador Sea?. North Atlantic warming hole . Warming hole in the North Atlantic for temperature trend over the last century (IPCC-AR5 summary for policymakers). By . Rohit. Ray. ESE 251 . The Problem. Most . minimization (maximization) strategies . work to find the nearest local minimum. Trapped at local . minimums (maxima). Standard strategy. Generate trial point based on current estimates. All 262 ensemble members from uninitialized CMIP5 models are analyzed to show 10 members simulate the current observed hiatus when internal variability in the models happens, by chance, to sync up with the observed internal variability, but there is no predictive value. Shaffrey. NCAS-Climate, University of Reading. Tim . Woollings. AOPP, University of Oxford. EMS Annual Meeting, Reading, September 2013. Large-scale temperature gradients and the extratropical storm track responses in CMIP5. Can decadal prediction anticipate events such as the warming hiatus?. Danny Barandiaran, Shih-Yu Wang. Utah State University. The “warming hiatus”. r. 2. < 0?. No slowdown in increase of ocean heat content. to Estimate . B. msy. Rainer . Froese. , GEOMAR. Presentation at the Workshop on. Challenges and Opportunities of. Fish Stock Recovery Targets. . 13 October 2014, Brussels, Belgium. BioDivPopGrowthMSY.xls. Daniel Paden Tomasello. Simulated Annealing Algorithm. An approximation algorithm used for global optimization. . In my model, simulated annealing is used to help a robot, which may only detect surrounding elevations, find the highest elevation. (Local Search). Presented by Donna Burge-Tetrick, Ph.D.. Facts Every Educational . Stakeholder Should Know. Approximately . 70% . of US jobs don’t require a four-year degree. . Two-Thirds. . of the . fastest-growing. Columbia University. Analysis of 20. th. Century . Atlantic hurricane potential intensity . and. Tropical Cyclone Activity in. the CMIP5 models. Atlantic Sector Climate Variability over the Last Millennium and the Near Term Future Workshop. Rohit. Ray. ESE 251 . The Problem. Most . minimization (maximization) strategies . work to find the nearest local minimum. Trapped at local . minimums (maxima). Standard strategy. Generate trial point based on current estimates. Intercomparison. Project. Sarah Callaghan: British Atmospheric Data Center . Sylvia Murphy: NOAA/CIRES. CISL Seminar, August 29. th. , National Center for Atmospheric Research, Boulder CO. CMIP5 Metadata and the Metafor project . Sea Ice . in CMIP5 Climate Model Simulations. . Xiangdong . Zhang, . and . Chuhan. Lu. International Arctic Research Center, University of Alaska Fairbanks, Fairbanks, AK . 99775. Email: . xdz@iarc.uaf.edu. What have we learned from observations and CMIP5 simulations?. Chris . Derksen. and Ross Brown. Climate Research Division. Environment . Canada. Thanks to our data providers. :. Rutgers Global Snow Lab . how to process (visualise, analyse, etc) the data: . . ncdump. , python, ferret, .... MIP == Model . Intercomparision. Project. The . homepage. of the . Coupled Model . Intercomparison. Project.