PPT-Highly Available ESGF Services for the Copernicus Climate Data Store

Matt Pryor Phil Kershaw Alan Iwi CEDA Sebastien Gardoll IPSL Carsten Ebrecht DKRZ Luca Cinquini NASA JPLUCAR ESGF Container Working Group ESGF F2F Washington DC December 2018. brPage 1br Highly Commended Highly Commended brPage 2br WINNER A GRADE Highly Commended brPage 3br WINNER B GRADE Copernicus. Why Is He So Important?. Copernicus is responsible for spreading the theory that the Earth revolves around the Sun, not the other way around.. Heliocentric model – the Sun is the center of the Universe. Medieval Latin Astronomy. Chronology of Medieval Latin Astronomy. 400 AD. 600. 800. 1000. 1200. 1400. Martianus. . Capella. , . Nuptials Philology & Mercury. Macrobius. , . Commentary on Dream of Scipio. Revolution. What is a Revolution?. A Revolution is a complete change, or an overthrow of a government, a social system, etc.. “Science” Before . the Scientific Revolution. Based almost entirely on reasoning. Chapter 1.5. What is a revolution?. What do the Renaissance, the Reformation, and the Scientific Revolution all have in common?. The . S. cientific Revolution covers some major areas. Astronomy. Scientific reasoning. Plato. Circa 427 –347 BC Athens. Greek mathematicians had proven that the sum of the angles of a triangle is 180° exactly.. Nothing made by man is exact.. Theory . of Forms. Not Christian, but. In his cosmology, Bruno followed Lucretius and Copernicus, but he developed the implications of the Copernican system much further than Copernicus himself had done (indeed, Copernicus really didn't do much at all!). . Avoiding the wrath of the Church. Copernicus published an early description of this model in 1530 in a private manuscript but full publication was delayed until 1543 to avoid the wrath of the Church. Remember that Capella’s model was published in 1537. SPACE4REGIONS: Satellite solutions as a driver for innovation and growth. Networking Session, . Copernicus - Sentinels . Serving Society and the . Environment. 12-13 . May . 2014, . EUGENIDES Foundation, Athens, . Platform . (NCPP) . Introduction, Status, Plans. August 23, 2011. NCPP Core Organizing Team. (Richard B. Rood, . presenting. ). Core Organizing Team . (20110823). Ammann. , Caspar. Anderson, Donald. in situ Thematic . Assembly . Centre . A service for . Operational . Oceanography. Thierry . Carval. , . Fernando . Manzano Muñoz. , Sylvie . Pouliquen. , . Loic. Petit de la . Villeon. , . Thomas . Ag Stephens (CEDA). Sebastien Denvil (IPSL). Copernicus CP4CDS compute service. December . . 4. , 2018. Copernicus CP4CDS compute service. Overview: . Copernicus and the Climate Data Store (CDS). Climate projections in Copernicus: CMIP5, CORDEX. met several times between 1545 and 1563 Among the reforms that resulted fromthis meeting of cardinals and the pope were the followingCopernicus and Galileo Scientific QuestioningWhile many of the scie Numerical Weather Prediction training and Copernicus Climate Change Service activities. Anna Ghelli. anna.ghelli@ecmwf.int. Thank you to many colleagues at ECMWF. Supporting training in Europe and beyond.