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GeoRef
ProQuest

Asbestos: The Natural Carcinogen

 
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GeoRef

 
 
The GeoRef database, established by the American Geological Institute (AGI) in 1966, provides access to the geoscience literature of the world. GeoRef is the most comprehensive AGI database in the geosciences and continues to grow by more than 80,000 references a year. The database contains over 2.6 million references to geoscience journal articles, books, maps, conference papers, reports and theses.

The GeoRef database covers the geology of North America from 1693 to the present and the geology of the rest of the world from 1933 to the present. The database includes references to all publications of the U.S. Geological Survey. Masters' theses and doctoral dissertations from US and Canadian universities are also covered.

To maintain the database, GeoRef editor/indexers regularly scan more than 3,500 journals in 40 languages as well as new books, maps, and reports. They record the bibliographic data for each document and assign index terms to describe it. Each month between 4,000 and 7,000 new references are added to the database.

A subscription to the GeoRef database also includes access to the GeoRef In Process database (so both databases can be searched at once) and a link to the GeoRef Preview database on the AGI web site.

Subject Coverage
    Major areas of coverage include:
    • Areal geology
    • Economic geology
    • Engineering geology
    • Environmental geology
    • Extraterrestrial geology
    • Geochemistry
    • Geochronology
    • Geophysics
    • Hydrogeology and hydrology
    • Marine geology and oceanography
    • Mathematical geology
    • Mineralogy and Crystallography
    • Paleontology
    • Petrology
    • Seismology
    • Stratigraphy
    • Structural geology
    • Surficial geology
Dates of Coverage
    1693 - present (North America coverage)
    1933 - present (Worldwide coverage)
Update Frequency
    Biweekly with approximately 3,000 new records added per update
Size
    Over records as of December 1969
Thesaurus
    An online thesaurus is available.
Supplier
    American Geological Institute
    4220 King Street
    Alexandria, VA 22302 USA
    Voice: +1 703 379 2480
    Fax: +1 703 379 7563
    Web: http://www.agiweb.org
    Document Delivery
      The GeoRef Document Delivery Service (DDS) offers seven-day (regular) and one-day (rush) mailing of photocopies of earth-science documents and maps available in Washington-area libraries. The DDS provides copies of documents available in the US Geological Survey Library in Reston, Virginia, the Library of Congress, and the AGI library. The DDS also provides copies of earth-science theses and dissertations. These requests are filled through UMI (now Bell& Howell Information and Learning) and through the degree-granting institutions involved. The normal turnaround time does not apply to requests for theses and dissertations -- these requests usually are filled within 4-8 weeks. For further details and access to an order form, see: http://www.georef.org/dds.html
    Sample Record
      TI:

      Title
      Mechanism and effect of chemical weathering of sedimentary rocks

      AU: Author
      Chigira, Masahiro; Oyama, Takahiro
      AF: Affiliation
      Kyoto University, Disaster Prevention Research Institute, Kyoto, Japan (JPN)
      AF: Affiliation
      Central Research Institute of Electric Power Industry, (JPN)
      MT:

      Monograph Title
      Interdisciplinary studies of rock weathering

      ED: Editor
      Chigira, Masahiro
      AF: Affiliation
      Kyoto University, Disaster Prevention Research Institute, Kyoto, (JPN)
      CF: Conference
      Rock weathering and its interdisciplinary importance, Kyoto, Japan, Feb. 21, 1998
      SO: Source
      Engineering Geology, vol.55, no.1-2, pp.3-14, Jan 2000
      IS: ISSN
      0013-7952
      CD: CODEN
      EGGOAO
      PB: Publisher
      Elsevier, Amsterdam, Netherlands (NLD)
      AB: Abstract
      The mineralogy, geochemistry and physical and mechanical properties of rocks from four weathering profiles of Miocene to Pleistocene mudstones and sandstones in Japan showed that chemical weathering of sedimentary rocks is characterized by sequential reaction between percolating groundwater and rock-forming minerals. Pyrite, a common mineral contained in sedimentary rocks, is especially important in these sequential reactions. Pyrite is oxidized by oxygen coming from the ground surface and sulfuric acid is generated at the base of the oxidized zone. The sulfuric acid, in turn, dissolves rock-forming materials to make a dissolved zone. If the fluxes of oxygen and water are in the same direction, sulfuric acid generated at the oxidation front migrates farther and forms a dissolved zone. If these fluxes are in opposite directions, the oxidized and dissolved zones are not differentiated. Rocks in the dissolved zone are caused to deteriorate by the acid leaching and are acidic if buffering minerals, such as calcite and zeolite, are absent. In the oxidized zone, sandstone is strengthened because of cementation by iron oxide or hydroxide, while mudstone is weakened because it has greater clay fractions and larger specific surface areas than sandstone.
      FE: Features
      References: 30; illus. incl. 2 tables, sketch map
      LA: Language
      English
      PY: Publication Year
      2000
      PD: Publication Date
      20000100
      PT: Publication Type
      Serial; Conference document; Analytic
      CP: Country of Publication
      Netherlands (NLD)
      DE: Descriptors
      Asia; Cenozoic; chemical reactions; chemical weathering; density; Far East; geochemistry; ground water; inorganic acids; Japan; mechanical properties; minerals; Miocene; Neogene; oxidation; physical properties; Pleistocene; porosity; pyrite; Quaternary; rock mechanics; sedimentary rocks; solution; sulfides; sulfuric acid; Tertiary; weathering
      CL: Classification
      06A Sedimentary petrology; 30 Engineering geology
      CY: Copyright
      GeoRef, Copyright 2002, American Geological Institute. Reference includes data from CAPCAS, Elsevier Scientific Publishers, Amsterdam, Netherlands
      UD: Update
      200005
      AN: Accession Number
      2000-014035
    Field Codes
      The following field codes are found in the records of this database. Here they are listed in alphabetical order by two-letter code.

      AB = Abstract LA = Language
      AF = Affiliation LL = Latitude & Longitude
      AN = Accession Number MP = Map
      AU = Author MT = Monograph Title
      AV = Availability NT = Notes
      CA = Corporate Author ON = Organization
      CD = CODEN PB = Publisher
      CE = Collection Title PD = Publication Date
      CF = Conference PG = Pages
      CL = Classification

      PT = Publication Type

      CP = Country of Publication PY = Publication Year
      CY = Copyright RL = Resource Location
      DE = Descriptors RP = Report Number
      ED = Editor SL = Summary Language
      FC = Format Covered SO = Source
      FE = Features SP = Sponsor
      HL = Holding Library TA = Target Audience
      IB = ISBN TI = Title
      IS = ISSN UD = Update


      Classification, CL=

      GeoRef classifications describe broad areas of the field of geology. Each includes a 2-digit code that, when sorted numerically, orders the categories hierarchically by subject area. The classification scheme is shown below.

      To search for a specific category, use either the word(s) or the code, eg:

      cl=(mineralogy of silicates)
      cl=01b

      To search for everything in a hierarchy, truncate the code, eg:
      cl=01*

      (Note, for very large hierarchies, truncating may slow the search process.

      01 Mineralogy
      01A General mineralogy
      01B Mineralogy of silicates
      01C Mineralogy of non-silicates

      physical, optical, and chemical properties of naturally occurring inorganic minerals and related synthetic minerals, mineral crystallography, including crystal structure, determination of lattice parameters and unit cells, the bonding of atoms and molecules, crystal form and symmetry, collecting minerals, as well as non-mineral gems such as amber and jet

      02 Geochemistry
      02A General geochemistry
      02B Hydrochemistry
      02C Geochemistry of rocks, soils, and sediments
      02D Isotope geochemistry

      abundance of elements, organic materials, water, trace elements, isotopes, geochemical processes and properties, geochemical cycles, geochemical surveys analytical methods such as chemical, spectroscopic, thermal, and X-ray and electron microscopy instruments used for analysis
      Related topics in other fields:

      CL=05* petrology, fluid inclusions, geologic thermometry and barometry, meteorites
      CL=03 geochronology
      CL=06* clay mineralogy
      CL=12 paleoclimatology
      CL=26* or CL=28* geochemical prospecting

      03 Geochronology

      determination by absolute age methods, including radiometric and radiogenic dating; establishing the chronology of events by methods such as lichenometry, racemization, tree rings, hydration of glass, varves, paleomagnetism, tephrochronology, thermoluminescence, radiation damage, fission-track dating and particle-track dating

      04 Extraterrestrial geology

      of the planets, asteroids, the Moon and moons of other planets planetary composition, evolution, surface features, structure, motions
      Exclusions: astrophysics and extraterrestrial physics
      Related topics in other fields:
      CL=05* meteorites and tektites

      05 Igneous and metamorphic petrology
      05A Igneous and metamorphic petrology
      05B Petrology of meteorites and tektites

      igneous rocks, metamorphic rocks, metasomatism metamorphism, phase equilibria, magmas, lava, intrusions, inclusions ancient volcanology
      Related topics in other fields:
      CL=17* phase transitions
      CL=23 volcanic features
      CL=24 modern volcanology

      06 Sedimentary petrology
      06A Sedimentary petrology
      06B Petrology of coal

      sedimentary rocks, sediments, sedimentation, diagenesis, sedimentary structures, genesis of peat, lignite and coal, clay mineralogy, chemical properties of clay minerals
      Related topics in other fields:
      CL=07 marine sedimentation
      CL=24 Quaternary sediments
      CL=29* economic studies of peat, lignite and coal

      07 Oceanography

      continental shelf, continental slope, ocean floors, ocean waves (sediment transport), ocean circulation (sediment transport), reefs (modern)
      Exclusions:
      patterns of ocean circulation
      marine biology
      wave propagation
      Related topics in other fields:
      CL=02* geochemistry of sea water
      CL=18 ocean basin evolution
      CL=21 estuarine studies
      CL=24 Quaternary sediments and Recent lake and sea-level changes

      08 General paleontology

      life origin, paleontological textbooks, paleontological glossaries, fossil collecting, conodonts, problematic fossils, ichnofossils (if not related to a specific fossil group)
      Related topics in other fields:
      CL=09 fossil plants
      CL=10 invertebrates
      CL=11 vertebrates
      CL=12 biostratigraphy

      09 Paleobotany

      algae, angiosperms, bacteria, bryophytes, fungi, gymnosperms, lichens, palynomorphs, Plantae, pteridophytes, thallophytes
      Related topics in other fields:
      CL=12 biostratigraphy
      CL=24 Quaternary palynology

      10 Invertebrate paleontology

      Bryozoa, Coelenterata, Echinodermata, foraminifera, Graptolithina, Hemichordata, Insecta, Mollusca, Ostracoda, Porifera, Pterobranchia, Radiolaria, Trilobita, worms
      Related topics in other fields:
      CL=12 biostratigraphy

      11 Vertebrate paleontology

      Agnatha, Amphibia, Aves, Chordata, fossil man, Mammalia, Pisces, Reptilia
      Related topics in other fields:
      CL=12 Pre-Quaternary archaeology and artifacts
      CL=24 Quaternary archaeology and artifacts

      12 Stratigraphy

      lithostratigraphy (age relationships of rock strata), biostratigraphy, evolution of land masses (continental drift), paleomagnetism, paleogeography, biogeography, paleoclimatology
      Related topics in other fields:
      CL=06* reefs and sedimentation
      CL=08 or CL=09 or CL=10 or CL=11 paleontology
      CL=22 Recent ecology
      CL=24 Quaternary

      13 Areal geology

      area studies dealing with several aspects of geology, entries that might be placed in three or more fields, guidebooks, road logs, bibliographies of geology of an area
      Related topics in other fields:
      CL=14 geologic maps

      14 Geologic maps

      separately published geologic maps, geologic maps with explanatory texts, separately published geologic charts, methodology of geologic mapping
      Related topics in other fields: specific types of maps are found under the specific field, eg geomorphologic maps are found in CL=23, Surficial geology, geomorphology

      15 Miscellaneous

      biography (if not related to a specific field)
      bibliography (if not related to a specific field)
      popular geology
      elementary geology (textbooks)
      general mathematical principles
      annual reports of geologic surveys and associations
      historical accounts
      education-curricula, enrollments
      directories to geology departments
      geology as a profession-career opportunities
      forensic geology-geology applied to crime solving
      Related topics in other fields: anything related to a specific field will be found in that field rather than here

      16 Structural geology

      classical tectonics (regional and local structures resulting from solid-rock movements), faults, fractures, folds, orogeny, geosynclines, deformation, structural analysis, epeirogeny, foliation, lineation
      Related topics in other fields:

      CL=18 plate tectonics, continental drift, sea-floor spreading

      Before 1975 the following subjects were found in Structural geology; they are now found in other fields:
      CL=05* batholiths, dikes, intrusions, stocks and volcanism
      CL=06* breccia, sedimentary structures
      CL=12 changes of level, paleogeography, unconformities
      CL=18 crust, diapirs, geodesy, isostasy, Mohorovicic discontinuity
      CL=22 nuclear explosions
      CL=23 cratering, cryptoexplosion features
      CL=24 glaciers

      17 General geophysics
      17A General geophysics
      17B Geophysics of minerals and rocks

      experimental and theoretical studies of physical properties of rocks
      transition states of various compounds under elevated
      temperature and pressure (applied to core and mantle composition)
      magnetic and electrical properties of minerals and melts that relate to the Earth's magnetic field
      history, development and education in geophysics (since 1981 in CL=18)
      magnetic and gravity fields of the Earth (since 1981 in CL=18)
      Exclusions: Meteorology, magnetosphere, astrophysics, aeronomy and solar physics
      Related topics in other fields:
      CL=04 Extraterrestrial geology

      18 Solid-Earth geophysics

      worldwide structure of the Earth, plate tectonics, continental drift sea-floor spreading, paleomagnetism, structure of core, crust and mantle, Mohorovicic discontinuity
      Related topics in other fields:
      CL=16 Regional and local structure

      Prior to 1975 the following subjects were found in Solid-Earth Geophysics; they are now found in other fields:
      CL=20 Geophysical surveys
      CL=19 Seismology

      19 Seismology

      earthquakes and elastic waves, including seismograms, wave velocity, seismic sources, seismicity, microearthquakes, microseisms, mechanism of tsunamis and volcanic earthquakes
      Related topics in other fields:
      CL=18 velocity structure of Earth's interior
      CL=22 geologic hazards, seismic risk
      CL=30 earthquake engineering

      20 Applied geophysics

      applied studies not related to a specific subject including: well-logging, remote sensing, magnetotelluric surveys, gravity surveys, electrical surveys, magnetic surveys, seismic surveys, electromagnetic surveys

      21 Hydrogeology

      ground water-geochemistry, movement, resources, mathematical models
      thermal waters, springs, geysers, fumaroles, soil-water regimes, surface water-chemistry, sediment transport, hydrologic cycle (from 1969 to 1974, fewer references to surface water were included)
      Exclusions: biology of surface water, hydraulics
      Related topics in other fields:
      CL=02* geochemistry of water
      CL=22 pollution of water and again after 1989

      22 Environmental geology

      ecology, geologic hazards-earthquakes, floods, land subsidence, landslides, debris flows, tsunamis, volcanoes, groundwater pollution conservation, land use, pollution of surface water (seldom covered) reclamation
      With the growth of the environmental sciences, inclusion of environmental topics has increased dramatically in recent years.

      23 Geomorphology

      genesis and evolution of features on the Earth's surface-meteor craters, cryptoexplosion features, eolian features, erosion features, fluvial features, frost action, lacustrine features, mass movements, shore features, solution features, and volcanic features
      Related topics in other fields:
      CL=24 Quaternary glacial features and modern volcanology

      24 Quaternary geology

      the last 2 million years of Earth's history, including:
      archaeology, glacial geology, stratigraphy, palynology, modern volcanology, sea-level changes

      25 Soils

      soils-genesis, morphology, evolution, chemistry, erosion and classification
      Exclusions: agricultural studies
      Related topics in other fields:
      CL=21 soil water regimes
      CL=22 soil pollution
      CL=23 erosion processes
      CL=30 engineering properties of soils

      26 Economic geology, general

      26A Economic geology, general, deposits
      26B Economic geology, general, economics

      commodity studies-more than one type of commodity
      mining geology
      Related topics in other fields:
      CL=27* metals
      CL=28* nonmetals
      CL=29* energy sources

      27 Economic geology of ore deposits
      27A Economic geology of ore deposits
      27B Economic geology, economics of ores deposits

      metal ores-genesis, resources, economics, exploration, production and utilization (includes uranium)
      Related topics in other fields:
      CL=26* general and mining geology

      28 Economic geology of nonmetal deposits
      28A Economic geology, geology of nonmetal deposits
      28B Economic geology, economics of nonmetal deposits

      nonmetal deposits-genesis, resources, economics, exploration, production, and utilization
      Related topics in other fields:
      CL=26* general and mining geology

      29 Economic geology of energy sources
      29A Economic geology, geology of energy sources
      29B Economic geology, economics of energy sources

      petroleum, natural gas, coal (economic studies), oil shale geothermal energy, oil sands
      Related topics in other fields:
      CL=06* genesis of coal, peat, and lignite
      CL=26* general and mining geology
      CL=27* uranium ores

      30 Engineering geology

      waste disposal, reclamation, structures-dams, foundations, highways, marine installations, nuclear facilities, reservoirs, tunnels, underground installations and waterways when geologic subjects such as rock and soil properties are discussed

      Publication Type, PT=

      This field may contain several types of information:

      Document type, such as:
      Serial
      Book
      Report
      Conference document
      Map
      Thesis or dissertation
      Abstract only

      Treatment or bibliographic level, such as:
      Analytic (eg: research paper)
      Monographic (eg: book, report, thesis)
      Collective (eg: series of monographs)
      Serial (eg: journal, annual directory)

      Type of degree (when the document type is a thesis or dissertation). Possible types are:
      Doctoral
      Master's
      Bachelor's

      To search this field, enter the unique word(s), eg: pt=(thesis and doctoral)
      To exclude records that have been indexed from an abstract only and not a fulltext document, add:
      not pt=abstract
      to the end of your search, eg:
      (precambrian and ichnofossils) not pt=abstract

      Latitude & Longitude, LL=

      If you want to search on latitude and longitude coordinates you need to enter, eg:

      LL=N383* and LL=W1114*

      where N stand for North, S for South, E for East and W for West and the star truncation will retrieve minutes from 30 -39 for 38 degrees North and minutes 40-49 for 111 degrees West.

      To retrieve records for a region surrounding the following coordinates: Latitude 38 degrees 30 minutes N and Longitude 111 degrees 40 minutes W. within approximately 10 minutes of that coordinate point enter:

      LL=(n382* or LL=n383*) and LL=(w1113* or w1114*)

      This will retrieve records discussing the coordinates from N3820-N3839 and W11131- W11149, ie: 38 degrees 20-39 minutes North and 111 degrees 31-49 minutes West.