PPT-Increasing Water Cycle Extremes in California, the ENSO Cycle, and Global Warming

Yoon JH SW Wang R Gillies B Kravitz L Hipps and PJ Rasch 2015 Increasing Water Cycle Extremes in California and Relation to ENSO Cycle under Global Warming Nature . Questioning the CAGW. *. theory. By Burt Rutan. Version 4.3, Jan 2011. This presentation can be downloaded at . http://rps3.com/. Or, Google “. burt. . rutan. climate change”. * . Catastrophic Anthropogenic Global Warming (global climate destruction caused by human emissions of greenhouse gasses). Many people consider that Global Warming is the greatest environmental threat of the 21. st. Century. . However, during the 80s and early 90s scientists argued about the causes and effects of global warming. . Impact . Objectives . Develop a regionalization framework to improve sampling of extreme events. Assess the simulations of stationary and non-stationary climate extremes in ultra high-resolution global climate model simulations. Atmospheric-Science Seminar. Colin Raymond. October 2014. Outline. What We Know (IPCC Report). What We Don’t Know [Yet] (Jain & . Lall. 2001). Case Study (. Martius. et. al. 2013). What We Know. AJAY . SINGH, ANAND PATWARDHAN, ABHIJAT ABHYANKAR and NANDLAL SARDA. Presentation. Introduction. Importance of EXTREMES in changing climate. Data and Methodology. Findings. Conclusions . Introduction. C. hanging Climate. CLIVAR Research Focus Group. Co-chairs: Eric Guilyardi (IPSL, NCAS-Climate), Andrew Wittenberg (GFDL) . With contributions from:. Mat Collins (Uni Exeter), Wenju Cai (CSIRO), Tony . By Amanda Vang and Sydney Billington. What is Global. Warming?. Global warming is a when the earth’s temperature increases and it can change the earth’s climate permanently. Released greenhouse gases, increased amount of carbon dioxide, burning fossil fuels and human activities such as driving and cutting down trees and plants can cause global . Nat Johnson. 1. and Dan . Harnos. 2. Stephen Baxter. 2,3. , Steven Feldstein. 4. , . Jiaxin. Feng. 5,6. , Michelle L’Heureux. 2. , and Shang-Ping Xie. 5. 1. Cooperative Institute for Climate Science, Princeton University. . . Physics Department Colloquium . UNC . Chapel Hill. . September 8, 2014. . William . Happer. Princeton University. Will Happer, Climate Scientist, 1982. CLIMATE FROM A GEOLOGIC PERSPECTIVE 1 GLOBAL WARMING/COOLING CYCLES FROM A GEOLOGIC PERSPECTIVE (meaning a very long time horizon) By Rocky Romero Rev 3 CLIMATE FROM A GEOLOGIC PERSPECTIVE 2 I’ve structured the explanation of Climate Change in three parts… .”. Model composites (method . etc. ) 6 slides. Comparison real time forecast to those composites. ENSO Precipitation and Temperature Forecasts in the NMME: Composite Analysis and Verification. Li-Chuan Chen. Global surface temperature increased 0.74 ± 0.18 °C during the 100 years ending in 2005.The Intergovernmental Panel on Climate Change (IPCC) concludes "most of the observed increase in globally averaged temperatures since the mid-twentieth century is very likely due to the observed increase in greenhouse gas concentrations"via an enhanced greenhouse effect. . Dialogue initiated in 2016 following the . El . Niño-related emergencies, led by OCHA and FAO, subsequently WFP, WMO, IFRC, START network NGOs and others;. A . structured . framework to ensure . global coordination between IASC partners and relevant development partners at global, regional and national levels, . in Feb 2022. Weak La Nina conditions still continue.. How Long this Kiddo can stay?. . . Jeffery . Turmelle. and Jing Yuan. : forecast processing and web updates. Cuihua. Li.