PPT-GEOS 3 8600/ GEOS 28600

Lecture 8 Monday 5 Feb 2017 Impact cratering modification HOMEWORKS 1 amp 2 RECAP EXCAVATION SEDOV TAYLOR SIMILARITY SOLUTION COMPLEX CRATERS Impact cratering II Homework 1 question 4 recap. Autocorrelation is also sometimes called ODJJHG57347FRUUHODWLRQ or 57523VHULDO57347FRUUHODWLRQ which refers to the correlation between members of a series of numbers arranged in time Positive autocorrelation might be considered a specific form of pe in . the global chemical . transport model (GEOS-. Chem. ) . Cui . Ge. , Jun Wang. Department of Earth & Atmospheric Sciences. Joseph Francisco. Department of Chemistry. 4 May 2015. 7. th. GEOS-. tropospheric . ozone integrating recent model developments. Lu Hu . (. luhu@seas.harvard.edu. ). With. . Daniel Jacob, . Xiong. . Liu, Patrick Kim, . Katie Travis, Lin . Zhang . Acknowledgement: Johan . Lecture 7. Monday 15 Feb 2016. Coevolution of Earth and life, Precambrian through (earliest) Phanerozoic. Homework: Weathering rates during continental collision. Plate tectonic timescales >> Lifetime of C in the ocean-atmosphere system!. Lecture 5. Monday 25 Jan 2015. Carbon cycle and Earth-climate stabilization. Today:. Presentation of Walker et al. (1981) . (required reading). Follow-up on some points from Homework 2. Carbon cycle and Earth-climate stabilization. Andrea . Molod . GMAO Staff. GEOS FP system major upgrade on . January 24, . 2017. : . e5131fp . . f516fp. T. ransition . from . Hybrid 3D-Var to Hybrid 4D En-. Var. . assimilation . system. Doubled horizontal resolution from ~25 km to ~12.5. Wrap-up of . The flow of ice. Introduction to fluvial sediment transport. The science of landscapes:. Earth & Planetary Surface Processes. http://geosci.uchicago.edu/~kite/geos28600_2019/. Logistics. – . what . else besides climate change. Daniel J. Jacob. Group photo (2013). Range of tropospheric chemistry problems. LOCAL . < 100 km. REGIONAL. 100-1000 km. GLOBAL. > 1000 km. Urban smog. a GEOS-Chem perspective. Johan Schmidt. Harvard University. CONTRAST/ATTREX/CAST STM (October 22. nd. ). Thanks to: D. Jacob, R. Volkamer, Q. Liang, C. Keller, M. Evans, . T. Sherwen, E. Apel, R. Salawitch, and others. Publications- Exhibition catalogue- Card leaflet- PosterFrom Japan 050-5541-8600 NTT Hello Dial ServiceThe old university building of Julius-Maximilians-University Wrzburg / Julius von Leypold / 1603 2020. The science of landscapes:. Earth & Planetary Surface Processes. ICE MOVEMENT – GLEN’S LAW. TEMPERATURE STRUCTURE WITHIN ICE SHEETS. EFFECT OF GLACIAL EROSION ON TOPOGRAPHY. (Earth examples). Jan 2019. How is topography supported? Alternatives to . isostasy. What limits the height of mountains?. The science of landscapes:. Earth & Planetary Surface Processes. http://geosci.uchicago.edu/~kite/geos28600_2019/. The science of landscapes:. Earth & Planetary Surface Processes. Different worlds show similar behavior in gravity-topography ratio (“admittance”). as a function of wavelength. Mars. 2π. GρΔz. in support of US air quality management: application to the GEOS-Chem model. Daniel Jacob. with Kelvin Bates, Xuan Wang. 1. , Viral Shah, Lu Shen, Makoto Kelp, Bob Yantosca . An EPA STAR Chemical Mechanisms for Air Quality Modeling Project.