PPT-Climate variability and change

Oliver Elison Timm ATM 306 Fall 2016 Information ATM 306 ES 232 Schedule Monday Wednesday 1100am1220pm Office hours Mon 1230130pm Thu 9151015am Or by appointment Contact oelisontimmalbanyedu. Some lessons from . climategate. Kevin E Trenberth. NCAR. In Honor of Stephen Schneider. Climategate. Refers to emails illegally hacked from Univ. East Anglia.. Many unfounded charges made, statements taken out of context, misused.. security?. Philip Thornton. ILRI. 11 June 2014. Outline. New knowledge on climate change and climate change impacts. WG2 lessons for:. Food security. Adaptation. (WG2+) research gaps. Climate variability. 3. /. HO. x. ) Abundances. Glacial-Interglacial. Rapid Climate Change. Glacial.  .  . Model-based hypothesis: During large climate transitions, variability in the O. 3. /. HO. x. ratio is determined by . Chapter 1: Introduction. Olivia Clifton. Seminar on IPCC AR5 WG1. Columbia University. 01/31/2014. Goals of Chapter 1 of IPCC AR5 WG1 . Focus on the concepts & definitions applied in the discussions of new findings . PM. 2.5. . air quality inferred from a multi-model analysis of meteorological modes. Loretta J. Mickley. Co-Is:. Amos P.K.A. Tai. . and Daniel J. Jacob. School of Engineering and Applied Sciences. Harvard University. (AOSS 480 // NRE 480) . Richard B. Rood. Cell: 301-526-8572. 2525 Space Research Building (North Campus). rbrood@umich.edu. http://. aoss.engin.umich.edu. /people/rbrood. Winter 2015. February . 10, . Key objectives of this session . At the end of this activity, the participants are able to. :. Understand the commonly used climate change related terminologies and their definitions. Rules. Five teams – . (AOSS 480 // NRE 480) . Richard B. Rood. Cell: 301-526-8572. 2525 Space Research Building (North Campus). rbrood@umich.edu. http:/. /. clasp. .engin.umich.edu. /people/rbrood. Winter . 2016. February . Study Case: Al . Tadamon. Locality. Blue Nile State, Sudan . . Maha . Abdelgaffar. Gamal . Abdo. Pastoralism. Pastoralism in Sudan is a traditional way of life. It is a product of climatic and environmental factors that has become a form of natural resources use and management. It is increasingly affected by the change in temperature, shifts in rainy seasons and intense rains.. HiGEM. Ray Bell. Supervisors: Prof. Pier Luigi Vidale, Dr. Kevin Hodges and Dr. Jane Strachan. Introduction. Motivation. Socio-economic impacts and changing risk with climate change. . Impacts on the climate system, removing heat and moisture from the ocean affecting large scale circulation.. Rebecca . Saari. Assistant Professor. Civil & Environmental Engineering. Y.F. Mei, E. . Monier. , F. Garcia-Menendez. CMAS Conference. Chapel Hill, NC, October 23, 2016. 2. Connecting Policies to Air Quality Impacts. the Carbon . Mitigation . Initiative. Steve Pacala and . Rob Socolow. April . 15, 2014. Co-Directors. : . S. . Pacala. R. . Socolow. BP. : . F. . Bayon. G. . . Hill. Advisory Council. :. S. Benson/F. Orr, Stanford. Productivity. Justin . Sheffield. 1. , . Julio E. Herrera-. Estrada. 2. , . Kelly . Caylor. 1. , . Eric F. . Wood. 1. 1. Dept. Civil and Environmental Engineering, Princeton University, Princeton, NJ. Arctic tundra greenness has increased since 1982, but trends and variability have become more complex since the early 2000s. . Have links between . tundra greenness. , . spring sea-ice extent. , and .