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Geochemistry:     more books (100)

Geochemistry in Mineral Exploration by Arthur W. Rose, Herbert Edwin Hawkes, et all 1980-02 Marine Geochemistry by Roy Chester, 2003-01-27 Ecology of Humic Substances in Freshwaters: Determinants from Geochemistry to Ecological Niches by Christian Steinberg, 2010-11-02 Groundwater Geochemistry: Fundamentals and Applications to Contamination by William J. Deutsch, 1997-09-30 The Chemical Evolution of the Atmosphere and Oceans (Princeton Series in Geochemistry) by Heinrich D. Holland, 1984-07-01 Manganese Ores of Supergene Zone: Geochemistry of Formation (Solid Earth Sciences Library) by I.M. Varentsov, 2010-11-02 Principles of Geochemistry by Brian Mason, 1982-10-13 Surface and Ground Water, Weathering, and Soils, Volume 5: Treatise on Geochemistry, Volume 5 (Treatise on Geochemisty) Geochemical Anomaly and Mineral Prospectivity Mapping in GIS, Volume 11 (Handbook of Exploration and Environmental Geochemistry) by E.J.M. Carranza, 2008-12-18 Principles and Applications of Inorganic Geochemistry: A Comprehensive Textbook for Geology Students by Gunter Faure, 1991-03 Quantitative Geochemistry by Haibo Zou, 2007-02-08 Introduction to Geochemistry by Ronald Krauskopf, 2003-02-06 Essentials of Geochemistry by John Walther, 2008-11-21 Aqueous Environmental Geochemistry by Donald Langmuir, 1997-01-06

lists with details

21. Reviews In Mineralogy And Geochemistry
    The enormously successful series is now published jointly by the Mineralogical Society of America and The Geochemical Society. Volumes 138 were published  
    http://www.minsocam.org/MSA/RIM/
    
    Extractions: Home AmMin GMR RiMG ... Contacts The enormously successful series is now published jointly by the Mineralogical Society of America and The Geochemical Society . Volumes 1-38 were published as "Reviews in Mineralogy" (ISSN 0275-0279). Volumes 1-6 originally appeared as "Short Course Notes" (no ISSN). The name was changed to "Reviews in Mineralogy and Geochemistry" (RiMG) (ISSN 1529-6466) starting with Volume 39. Paul Ribbe was sole editor for volumes 1-41. He was joined by Jodi J. Rosso as series editor for volumes 42-53 in the RiMG series submitted through the Geochemistry Society. With his retirement, Jodi Rosso is now the sole editor for the series. Need to reach the Reviews Series Editor? Jodi Rosso can be contacted at jrosso@minsocam.org (revised 02/07/2008) Order your Reviews Volumes here (25% MSA, CMS and GS Member Discount)

22. WHOI's Petroleum Organic Geochemistry Group
    The Petoleum Organic Geochemisty Group at Woods Hole Oceanographic Institution researches petroleum basins and hydrothermal vents.  
    http://dynatog.whoi.edu/
    
    Extractions: Petroleum Organic Geochemistry Group (POGG) Home The Petroleum Organic Geochemistry Group at Woods Hole Oceanographic Institution focuses on using a variety of carbon containing compounds to understand processes which have affected petroleum basins and sediment-covered hydrothermal vent areas. A particular focus of the group is gas. Gas formation and migration processes strongly affect subsurface fluid flow which ultimately determines where and how much gas is available to drive geological processes and as an energy resource.

23. Chemical Oceanography - Vents Program
    Hydrothermal Vent geochemistry Staff. geochemistry Vents Program Plume Chemistry. Axial eruption epicenters image  
    http://www.pmel.noaa.gov/vents/chemocean.html
    
    Extractions: Hydrothermal Vent Geochemistry Hydrothermal circulation occurs when seawater penetrates into the ocean crust, becomes heated, reacts with the crustal rock, and rises to the seafloor. Seafloor hydrothermal systems have a major local impact on the chemistry of the ocean that can be measured in hydrothermal plumes. Some hydrothermal tracers (especially helium) can be mapped thousands of kilometers from their hydrothermal sources, and can be used to understand deep ocean circulation. Because hydrothermal circulaton removes some compounds from seawater (e.g. Mg, SO4) and adds many others (He, Mn, Fe, H2, CO2), it is an important process in governing the composition of seawater.

24. GEOROC Project
    GEOROC (geochemistry of Rocks of the Oceans and Continents) is a searchable collection of more than 50000 analyses from different tectonic settings.  
    http://georoc.mpch-mainz.gwdg.de/

25. USGS - Organic Geochemistry Research Homepage
    The Organic geochemistry Research Group (OGRG) is a multidisciplinary research group focusing on two important issues. First, is the fate, transport,  
    http://ks.water.usgs.gov/Kansas/studies/reslab/
    
    Extractions: Lawrence Kansas 66049 The Organic Geochemistry Research Group (OGRG) is a multidisciplinary research group focusing on two important issues. First, is the fate, transport, and degradation of organic contaminants in the environment with special on nonpoint-source contamination from agricultural chemicals. Second, the research objective has been broadened to include the environmental issues of emerging contaminants and how they affect the water. These compounds are combined with analytical methods to determine and link to both geochemical and hydrologic processes. Studies Publications Highlights OGRG Staff For inquiries regarding Organic Geochemistry Research Laboratory activities, please contact: Michael T. Meyer

26. Elements
    Linking geochemistry and Materials Science, The Nuclear Fuel Cycle Download Mineralogy/geochemistry Societies Annual Catalogue 2008 (5.8 MB pdf)  
    http://www.elementsmagazine.org/

27. Geochemistry Division
    Personnel Research.  
    http://www.mpch-mainz.mpg.de/~geo

28. Centre For Applied Organic Geochemistry
    The Centre for Applied Organic geochemistry (CAOG), previously the Centre for Petroleum and Environmental Organic geochemistry, is a collaborative  
    http://caog.chemistry.curtin.edu.au/
    
    Extractions: Download CAOG Brochure (*.pdf 1.33MB) Vision "To be a leading Research and Development facility in applied organic geochemistry of national and international significance which will apply innovative approaches in molecular and isotope organic geochemical science to key services and industries." New Curtin Water Quality Research Centre (CWQRC) website

29. Mars Pathfinder - Science Results - Mineralogy And Geochemistry
    Summarizes the geochemical results obtained by NASA s Mars Pathfinder mission. Includes plots of geochemical trends, and comparisons with earlier Viking  
    http://mars.jpl.nasa.gov/MPF/science/mineralogy.html
    
    Extractions: Mars Pathfinder Science Results The Alpha Proton X-Ray Spectrometer on the rover measured the compositions of nine rocks. The silicon content of some of the rocks is much higher than that of the martian meteorites, our only other samples of Mars. The martian meteorites are all mafic and ultramafic igneous rocks, volcanic and intrusive rocks that are relatively low in silicon and high in iron and magnesium. Such rocks would be expected to form by partial melting of the upper mantle of Mars. The melt rises up though the crust and solidifies at or near the surface. The mafic volcanic martian meteorites, referred to as basalts, are the most common rock on Earth and have also been found on the Moon. Based on the composition of the martian meteorites and the presence of plains and mountains that look like features produced by basaltic volcanism on Earth, geologists expected to find primarily basalts on Mars. for the bumpy textures is weathered lithic fragments and crystals in volcanic rocks. Alpha Proton X-Ray Spectrometer (APXS) Note: The compositions plotted in the following 5 figures have been superseded by the results presented in: Rieder, R., et al., 1997, The chemical composition of the Martian soil and rocks returned by the mobile Alpha Proton X-ray Spectrometer: Preliminary results from the X-ray mode, Science, 278: 1771-1774.

30. Geochemistry, Environmental Chemistry At ASU
    ASU provides truly unique research opportunities in the fundamentally interdisciplinary research areas of environmental geochemistry.  
    http://chemistry.asu.edu/graduate/Geochemistry.asp

31. GSJ Geochemistry Department
    Elemental and isotopic research on rocks and minerals from terrestrial and extraterrestrial sources, organic and gaseous components, and groundwater.  
    http://www.aist.go.jp/GSJ/dGC/chemtop.htm
    
    Extractions: Geochemical Atlas (1:200,000) North Kanto area The Geochemistry Department does basic geochemical research on the behavior and distribution of major and trace elements and isotopes in rocks and minerals including extraterrestrial material, and organic and gaseous components in sedimentary rocks and groundwater. The studies of radiometric dating and geochemical reference samples conducted in this department are indispensable for many geological researches. Useful data for environmental and exploration work are provided through the applied geochemical research on the abundance and behavior of elements, isotopes and organic compounds in soils, rocks and minerals. GSJ develops analytical methods of determining the chemical and isotopic composition of rocks, minerals and other natural materials. They include Atomic Absorption Spectrometry (AAS), X-ray Fluorescence Spectrometry (XRF), Inductively Coupled Plasma Atomic Emission Spectrometry (ICP-AES), ICP-Mass Spectrometry (ICP-MS), Instrumental Neutron Activation Analysis (INAA), Thermal Ionization Mass Spectrometry (TIMS) and Secondary Ion Mass Spectrometry (SIMS). SIMS project involves many researchers of GSJ, mainly from Mineral Resources Department and Geochemistry Department.

32. Isotope Geochemistry Laboratory
    of the general laboratory, analytical equipment, and facilities for sample preparation. Includes summaries of active research areas, staff,  
    http://www.geol.umd.edu/pages/facilities/igl.htm
    
    Extractions: (top) Peridotite xenolith from quarry near Yangyuan, China was erupted onto the surface approximately 38 million years ago. Materials like this are examined in order to study the evolution of the lithospheric mantle underlying the North China Craton. Evidence suggests that the ancient lithospheric mantle that underlay China as late as the Ordovician has been replace by younger mantle represented by the rock shown. (bottom) Lunar impact melt rock 14321. This approximately 3.85 billion year old rock and other lunar breccias formed by the massive impacts that generated the large lunar basins are studied in order to better constrain the chemical characteristics of planetesimals that impacted the Moon and Earth at that time. Isotope Geochemistry Laboratory There are a variety of opportunities for undergraduate geology students to participate in research with members of the IGL . These include the possibility of work on samples from Earth's mantle and crust, and extraterrestrial materials. Interested students are encouraged to contact Professor Richard J. Walker

33. USGS: Science Topics: Geochemistry
    Provides links to USGS information about geochemistry and related topics. Provides a topical browse interface into USGS information utilizing controlled  
    http://www.usgs.gov/science/science.php?term=437

34. Vernadsky Institute Of Geochemistry And Analytical Chemistry, GEOKHI RAS
    18 Symposium on the Isotope geochemistry named after academician A.P. Vinograd October 30 November 2, 2007, Moscow, GEOKHI RAS  
    http://www.geokhi.ru/eng/

35. Environmental Geochemistry
    This is the Level2 Environmental geochemistry course required for both Geology and Environmental Geoscience students. The goal of the course is to  
    http://mineral.gly.bris.ac.uk/envgeochem/
    
    Extractions: Prof. D.M. Sherman This is the Level-2 Environmental Geochemistry course required for both Geology and Environmental Geoscience students. The goal of the course is to understand how biogeochemical processes couple the lithosphere, hydrosphere, biosphere and atmosphere. We will also focus on the fate of chemical pollutants in soil and groundwater. It is essential that you have mastered (more or less) A-Level chemistry (or Chemistry IE at Bristol) and A-Level Maths (or Maths 1E at Bristol) and the material we covered in Geochemistry 1. Kinetics and Dynamics 2. Biogeochemistry 3. Organic Geochemistry 4. The Atmosphere ... 12. Marine Chemistry II 14. Marine Sediments Summary PS 1: Residence Times and Reservoirs

36. MESSENGER Web Site
    The official site for the MErcury Surface, Space ENvironment, geochemistry, and Ranging mission. Includes details of mission and spacecraft design,  
    http://messenger.jhuapl.edu/
    
    Extractions: Critical Deep-Space Maneuver Targets MESSENGER for Its Second Mercury Encounter The MESSENGER spacecraft delivered a critical deep-space maneuver today – 64 million miles (103 million kilometers) from Earth – successfully firing its large bi-propellant engine to change the probe’s trajectory and target it for its second flyby of Mercury on October 6, 2008. This was the first trajectory-correction maneuver (TCM) to test the continuous slow rotation of the spacecraft throughout the burn, essential for the March 18, 2011, Mercury orbit-insertion (MOI) maneuver. [ more

37. Geochemistry - GSC 300
    Detailed lecture notes used by David Jessey at Cal State Pomona.  
    http://geology.csupomona.edu/drjessey/class/chemnote.htm

38. Soil Geochemistry Spatial Database | NRCS Soils
    Operation of Website Database Codes Selected References for Soil geochemistry Access to DataSoil geochemistry Spatial Database. General  
    http://soils.usda.gov/survey/geochemistry/index.html

39. Chapter 2: Fundamentals Of Isotope Geochemistry
    Book chapter on fundamentals of isotope geochemistry.  
    http://wwwrcamnl.wr.usgs.gov/isoig/isopubs/itchch2.html
    
    Extractions: 2.1 Introduction Of all the methods used to understand hydrologic processes in small catchments, applications of tracersin particular isotope tracershave been the most useful in terms of providing new insights into hydrologic processes. This is because they integrate small-scale variability to give an effective indication of catchment-scale processes (McDonnell and Kendall, 1992; Buttle, 1994). In contrast, internal watershed point measurements, such as those of water level or groundwater composition, cannot be used without extrapolation or additional assumptions about catchment behavior. Isotopes are also "applied" at the watershed scale (i.e., they are within all components of the hydrologic cycle). In particular, O

40. GG325 -- FUNDAMENTALS OF GEOCHEMISTRY
    We will discuss practical and theoretical geochemistry, with an emphasis on how chemical principles are used to study Earth Sciences.  
    http://www.soest.hawaii.edu/krubin/gg325.html
    
    Extractions: This course focuses on the chemistry of the natural world and the chemical evolution of the Earth over geological time. We will discuss practical and theoretical geochemistry, with an emphasis on how chemical principles are used to study Earth Sciences. The course is composed of a three modules: (a) geochemical fundamentals; (b) natural and anthropogenically perturbed aspects of the Earth's hydrosphere and its interaction with surficial rocks, sediments, soils, the biosphere and the atmosphere and (c) the origin and evolution of Earth (crust-mantle-core) and the solar system through nuclear and high temperature chemical processes. Geochemical Fundamentals/Chemistry Review The Elements; basic principles of inorganic chemistry, periodic properties

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