PPT-Developing General Circulation Models for Hot Jupiters

Emily Rauscher Kristen Menou Showman amp Guillot 2002 Planetary Science gt Exoplanetary Science Two main differences between closein extrasolar giant planets and Solar System giant planets. 52 0206 Circulation of Materials Designated as Reference and General Collection Non Circulating Policy Reference materials by their nature are commonly used to retrieve relatively short specific pieces of information rather than to be read cover to Dr. John Krasting. NOAA/GFDL – Princeton, NJ. John.Krasting@noaa.gov. Rutgers Physical Climatology. October 18, 2012. Why is there circulation to begin with?. The Earth has to maintain its radiative balance!. Recall Boehm’s paper. Why did they “invent” the waterfall model?. Distinction between programmer and user. Increased application, higher risks. Large systems: development is a group activity. Bring order to chaos:. Source: “Topic models”, David . Blei. , MLSS ‘09. Topic modeling - Motivation. Discover topics from a corpus . Model connections between topics . Model the evolution of topics over time . Image annotation. and Climate (Chap 6). Atmospheric General Circulation. Also: Global or planetary circulation. . The general circulation (GC) of the atmosphere is the totality of motions that characterize the . large scale. SO 254 . – . Spring 2017. Earth-Sun Geometry. The earth’s axis is tilted at an angle of . (why we have seasons).  . Boreal (N.H.) Winter Solstice (~21 Dec). Sun directly overhead Tropic of Capricorn. AOS 101 Weather and Climate. Lisha. M. . Roubert. University of Wisconsin-Madison. Department of Atmospheric & Oceanic Sciences. Today’s Lab. Today we will be using the tank lab to simulate the general circulation of the atmosphere. . 1. These are the lower compartments of the heart. Circulation Review. 2. This vein feeds the right atrium.. Vena Cava b. Pulmonary Vein . c. Femoral Vein d. Pulmonary artery. Circulation Review. 3. This artery leaves the right ventricle.. . Dr. C. Ertuna. DEFINITION. In. Dynamic Econometric Models. time plays a central role. Past (lagged) values of dependent or independent variables are introduced in the model to describe the underlying process. . Atmosphere II. Current Weather. Finish Idealized Global Circulation Model. Zonal and Meridional Flow. Blocking Patterns.  . Extratropical Cyclones. For Next Class: . Review for exam and bring questions!. Jupiters. moons. Jupiter is the biggest planet. There are 67 moons. Some of the most famous are:. Io . Europa. . callisto. . Ganymede. Io has . vallcanos. io. Io one of . Jupiters. moons. Io has volcanoes. Southern Oscillation on Indian Summer Monsoon. . Indrani. Roy. &. Mat Collins. . 25. th. June, 2013. SAPRiSE. Project. Outline. . I: Observation. Role . of Sun and . Francesca Burkett and Dr. James Conder. School of Earth Systems and Sustainability. Ninety-nine percent of all volcanism on earth occurs at Mid Ocean Ridge systems and Subduction zones. 2-D numerical computer models based on thermodynamic and kinematic principles have become invaluable tools for simulating geodynamic processes at these systems. Numerical models have proven effective allowing for the examination and computation of multiple factors at the same time, providing scientists with an important resource with which to study complex systems. For example, numerical models have been used for examining different factors involved in magma production at subduction zones and mid ocean ridges by modelling the influence and interplay of factors affecting volcanism. In addition to research, 2D numerical models are also valuable as teaching tools, for both professors and teachers for middle and high schools. . TGCM’s. ). Brief History of Software Development. Current State of the Codes. Software Challenges and Development Goals. August 17, 2010. Ben Foster NCAR/HAO. Three-Dimensional Time-Dependent Numeric Simulation Models of the Earth’s Neutral...