81. Homepage Of Marine Geology Department National Institute of Advanced Industrial Science and Technology (AIST),http//www.aist.go.jp/ webmaster@aist.go.jp ?, http://www.aist.go.jp/GSJ/dMG/

http://www.aist.go.jp/ webmaster@aist.go.jp ŒÂlî•ñ•ÛŒì ŠC—m’nŽ¿•”‚̃z[ƒ€ƒy[ƒW Since Feb. 23, —ðŽj ƒvƒƒWƒFƒNƒg ƒZƒ~ƒi[ ŠC—m’²¸ ... ’nŽ¿ƒjƒ [ƒX webmaster: mrweb@gsj.go.jp last modified: March 29, 2001 ’nŽ¿’²¸Š‚̃z[ƒ€ƒy[ƒW

82. Marine Geology And Geophysics Cluster Group marine geology and Geophysics Cluster Group. http://ims.ucsc.edu/clusgeo.html

Marine Geology and Geophysics Cluster Group Cluster Groups Marine Vertebrate Biology Coastal Biology Fisheries and Fishery Management Oceanography and Ocean Processes ... Marine Geology and Geophysics Cluster Group Robert Anderson Professor of Earth Sciences Campus Phone: 831-459-3342 Email: rsand@es.ucsc.edu Click for More Info Andy Fisher Professor of Earth Sciences Campus Phone: 831-459-5598 Email: afisher@es.ucsc.edu Click for More Info Jim Gill Professor of Earth Sciences Campus Phone: 831-459-3842 Email: jgill@es.ucsc.edu Campus Address: Click for More Info Gary Griggs Professor of Earth Sciences Campus Phone: 831-459-2464 Email: griggs@ucsc.edu Click for More Info J. Casey Moore Professor of Earth Sciences Campus Phone: 831-459-2574 Email: cmoore@ es .ucsc.edu Click for More Info Eli Silver Professor of Earth Sciences Campus Phone: 831-459-2266 Email: esilver@es.ucsc.edu Click for More Info Send comments and questions to the IMS Webmaster Last Revised 10 October 2003

83. Marine Geology --  Encyclopædia Britannica marine geology Encyclopædia Britannica Article. MLA style marine geology. Encyclopædia Britannica. 2004. Encyclopædia Britannica Premium Service. http://www.britannica.com/eb/article?eu=52194&tocid=0&query=geology

84. Marine Geology marine geology. Prof. KG Miller. Text Kennett, marine geology (plus readings).Grading Midterm exam (40% of grade), Final (40%), plus paper (20%). http://geology.rutgers.edu/marinegeo.html

Research Graduate Students Graduate Program Undergraduate Program ... Geo-Links RUTGERS Info Marine Geology Prof. K.G. Miller . [Prerequisite: 01:460:341.] Structure and evolution of ocean basins, continental margins, and marine sediments. Syllabus Lecture # Topics Introduction: History, techniques, sampling Geophysics and ocean morphology Plate tectonics I Plate tectonics II Ocean crust. P. Rona Tectonic history of the ocean basins Overflight tour of New Jersey barrier islands Divergent (passive) continental margins Convergent (active) continental margins: R. Sheridan Field trip to coastal plain Ocean circulation: Surface water Ocean circulation: Deep-water Deep Sea-Sediments: Biogenic Deep Sea-Sediments: Biogenic and biogeochemical cycles Deep Sea-Sediments: Terrigenous Fossils and stratigraphy Nearshore and shelf sedimentation Midterm Exam Sea-level history I Sea-level history II Approaches to Paleoceanography I Approaches to Paleoceanography II The late Pleistocene ocean: Orbital forcing and climate system Plio-Pleistocene oceans Oligocene-Miocene paleoceanographyg Paleogene oceans Mesozoic oceans t ake home exam Text: Kennett, Marine Geology (plus readings).

85. Marine Geology QUATERNARY GEOLOGY. GEUS logo link to main page. marine geology RESEARCH GROUP,OVERVIEW. Research team. marine geology in West Greenland fjords. Introduction http://www.geus.dk/departments/quaternary-marine-geol/research-themes/env-cli-re

www.geus.dk Departments Quaternary geology Research topics and themes > This page Printer friendly Bookmark siden QUATERNARY GEOLOGY MARINE GEOLOGY RESEARCH GROUP, OVERVIEW Research team Merete Binderup - mb@geus.dk Jørn Bo Jensen - jbj@geus.dk Karin Gutfelt Jensen - kgj@geus.dk Peter Trøst Jørgensen - ptj@geus.dk Peter Konradi - pk@geus.dk Antoon Kuijpers - aku@geus.dk Birger Larsen - bil@geus.dk Jørgen Overgaard Leth - jol@geus.dk Steen Lomholt - slo@geus.dk Naja Mikkelsen - nm@geus.dk Niels E. Poulsen nep@geus.dk Marine geology in West Greenland fjords. Introduction Marine Geology at GEUS includes both commercially funded offshore survey activities and scientific investigations of coastal and offshore areas, principally worldwide, but for obvious national reasons most focusing on Danish and Greenland territory with further activities concentrated in North Atlantic waters around the Faroe Islands. The main issues of study are the exploiration of seabed raw materials and mineral resources, the investigation of potential geohazards in deep-water areas of interest for offshore hydrocarbon exploitation, environmental quality, and more generally sedimentary processes relevant for various reasons (e.g. coastal defense) and subjects related to global climate change. Issues and Goals The Marine Geology Group at the GEUS Department of Quaternary Geology deals with studies of the (Quaternary) geology of coastal and shelf areas as well as deep-ocean sedimentary systems. Basic scientific information is critical to understanding environmental changes in these areas. By using knowledge of the fundamental geologic processes that create and modify the seabed, geological models and prediction scenario's are made. The models and scenario's are used by scientists, political planners, and managers to assess and predict future change, such as the possible risk of slope instability in deep-water areas, coastal erosion, various effects of (abrupt) climate change and sea level rise, long-term impact of various contaminants, potential effects of seabed sand extraction and trawling activity as well as submarine fluid and gas seepage.

86. Geomorphic And Geologic Studies largely by the availability of new technology such as sidescan sonar and highresolution seismic, CSI researchers developed a marine geology program that http://www.csi.lsu.edu/marine_geo.asp

Home History Research People ... Field Work and Cruises Geomorphic and Geologic Studies Following the early onshore research dealing with the geomorphology of coastal land forms and process-oriented sedimentology, Coastal Studies Insititute researchers started investigating the marine extensions of coastal depositional systems, especially deltas and reefs. Driven largely by the availability of new technology such as side-scan sonar and high resolution seismic, CSI researchers developed a marine geology program that started with studies of the offshore Mississippi River delta and since has encompassed other domestic as well as foreign study sites. In additional , marine geology studies have expanded beyond the continental shelf to continental slope and deep basin floor evnironments. Notable studies conducted by CSI researches in the realm of marine geology include: the investigation of delta front instability processes in the modern Mississippi River delta the study of carbonate reefs and shelf-slope sedimentary processes at numerous sites throughout the Caribbean region

87. Marine Geology And Geophysics - ID 15083. Visits 4428. Added 01Jan-2000. Updated 23-Apr-2003. URL http//www.oceansatlas.com/id/15083.Editors, Fabio Carocci. marine geology and Geophysics. http://www.oceansatlas.org/cds_static/marine_geology_geophysics__15083_all_1.htm

Language: English All Topics Current Topic + Subtopics Home ABOUT Maps, Statistics and Online Databases Marine Geology and Geophysics Navigate the Atlas: USES ISSUES ABOUT GEOGRAPHY ... Related Knowledge (7) 1 RELATED TOPICS: Topic Overview ID# : 15083 Visits: 4690 Added: 01-Jan-2000 Updated: 23-Apr-2003 URL: http://www.oceansatlas.org/id/15083 Editors Fabio Carocci Become a joint editor Marine Geology and Geophysics Map from CD-ROM "Man and the Ocean", produced by the Russian Head Department of Navigation and Oceanography All Websites All Websites Bathymetry, Topography, and Relief Images and maps of land and ocean bathymetry, topography, and relief HDNO Plates Plates from the Atlas of the Oceans published by HDNO International Seabed Authority United Nations Organization that controls the use of the ocean floor in interna... Marine Trackline Geophysics Database that enables the user to assimilate, store, and retrieve geophysical d... NOAA Vents Program Homepage Submarine volcanos and hydrothermal venting Seafloor Composition Data on Sediments and Rocks Vents Geology Program Understanding geology and tectonic processes 3903 Related Knowledge - 2012 Members - 32 Editors - 1058 Topics freeMem:30,889,952 totMem:469,237,760 reqNum:4641 openSessions:1

88. Polish Geological Institute Home marine geology. Today is 2005-2004, marine geology Walking alongthe coast, we usually forget that Poland covers not only land http://www.pgi.gov.pl/pgi_en/index.php?option=displaypage&Itemid=47&op=page&SubM

89. WESTERN NORTH CAROLINA LIBRARY NETWORK /WNCLN Nat l Academies Press Science for Decisionmaking Coastal and We cannot accept returns on publicationon-demand titles. Science for DecisionmakingCoastal and marine geology at the US Geological Survey. http://wncln.appstate.edu/search/o?SEARCH=1756692

90. World Data Center For Marine Geology And Geophysics, Boulder WORLD DATA CENTER FOR marine geology AND GEOPHYSICS, BOULDER. WDC for marine geologyand Geophysics, Fax +1 303 497 6513. NOAA/NGDC Code E/GC3. 325 Broadway. http://plato.wdcb.rssi.ru/wdc/wdca/wdca_mgg.html

International Council of Scientific Unions World Data Center System WORLD DATA CENTER FOR MARINE GEOLOGY AND GEOPHYSICS, BOULDER Dr George Sharman, Director Tel: +1 303 497 6345 WDC for Marine Geology and Geophysics Fax: +1 303 497 6513 NOAA/NGDC Code E/GC3 325 Broadway BOULDER CO 80303 U.S.A. Internet: wdcmgg@ngdc.noaa.gov U.S.A. Internet: gsharman@ngdc.noaa.gov WWW Home Page: http://www.ngdc.noaa.gov/mgg/wdcmgg Maintained by: U.S. Department of Commerce, National Oceanic and Atmospheric Administration (NOAA). The WDC for Marine Geology and Geophysics, Boulder is operated by, and collocated with, the National Geophysical Data Center (NGDC). Summary of Data Held: WDC for MGG, Boulder manages all types of data from the ocean floor including descriptions and analyses of seafloor samples, deep drilling data, underway geophysical measurements, and derived gridded data sets including total sediment thickness of the world oceans. Other data types include coastlines and plate boundaries. Geophysical data include bathymetry, gravity, and magnetics, and single- channel and multi-channel sub-bottom profiles collected on more than 4,000 oceanographic surveys covering millions of km from the world's oceans. Bathymetric data include i) underway bathymetric measurements (including multibeam data); ii) gridded bathymetric data for the world's oceans based on compilations by the U.S. Naval Oceanographic Office and; iii) hydrographic sounding in U.S. waters. WDC for MGG also offers gridded total sediment thickness data from ocean basins and sidescan sonar image data.

91. Guide To World Data Centers For Marine Geology And Geophysics, Gelendzhik World Data Center B for marine geology and Geophysics does preparing and disseminatingof data for geological stations, deep sea drillings, shore lines, GIS http://plato.wdcb.rssi.ru/wdc/wdcb/wdcb_mgg.html

International Council of Scientific Unions World Data Center System WORLD DATA CENTER FOR MARINE GEOLOGY AND GEOPHYSICS, GELENDZHIK Dr. V.S.Shcherbakov, Director Tel: +7 095 192 80 18 WDC for Marine Geology and Geophysics Fax: +7 095 192 96 98 Krasnogvardeiskaya 38 GELENDZHIK 353470 RUSSIA Internet: wdcbmgg@gbdgi.ru vshcher@gbdgi.ru WWW Home Page http://www.gbdgi.ru/cmgd/index.htm (Russian only, english translation in development - 1/2000) Maintained by UNESCO Intergovernmental Oceanographic Commission, Government of Russian Federation (State Property Committee), Russian Federation Committee on Geology and Use of Mineral Resources, Ministry of Science and Technological Policy, Geophysical Committee of Russian Academy of Science, International Informatization Academy (UN). The WDC-Russia is collocated with the National Marine Geological and Geophysical Data Center. Summary of Data Held: Metadata Base (5 files, 179 parameters, 2265 cruises). Geology (27 files, 915 parameters, 320 cruises). Geological stations (3 files, 72 parameters, 1026 cruises, 63700 geological sampling stations). Deep Sea Drilling Project (33 files, 433 parameters, 96 cruises, 1112 holes).

92. Purpose marine geology Geophysics Database Management Workshop, May 1416, 2001 Sponsoredby The National Science Foundation and The Office of Naval Research. http://humm.whoi.edu/DBMWorkshop/

Database Management Workshop, May 14-16, 2001 Sponsored by The National Science Foundation and The Office of Naval Research Organizing Committee Deborah Smith, WHOI, dsmith@whoi.edu Suzanne Carbotte, LDEO, carbotte@ldeo.columbia.edu William Ryan, LDEO, billr@ldeo.columbia.edu Steven Cande, SIO, scande@ucsd.edu Dawn Wright, OSU, dawn@dusk.geo.orst.edu Stephen Miller, SIO, spmiller@ucsd.edu Final Workshop Report (2.9 Mgbyte pdf file) Final Workshop Report (7.3 Mgbyte pdf file) Workshop Abstracts (63 Kbyte pdf file) ... Go to Workshop Presentations Purpose: The past decade has seen tremendous growth in our data acquisition capability, with a wide range of data types collected at increasingly higher resolutions. With these advances in data acquisition come new problems in data synthesis and access. It is becoming increasingly difficult for individual investigators to synthesize and organize single data sets let alone manage them in a manner that allow data to be accessed efficiently by other investigators for other problems. National archiving of some marine geoscience data is carried out (e.g. underway geophysics, multibeam, core data). There have been several attempts by individual PI's to establish geographic- or data-specific databases. However, the access to many data types remains difficult and incomplete. Large quantities of data are under-utilized by primary users and access to these data can be virtually impossible for secondary users. Some of the questions addressed included:

93. Geoscience Jobs : Research Scientist In Marine Geology Applied To Slope Instabil Recherches Océaniques. Research scientist in marine geology appliedto slope instability processes and sediment failure. Reference 04 http://www.earthworks-jobs.com/geoscience/ifremer4051.html

Main Menu Geodynamics Marine Science Geoscience Research Département Géosciences Marines - Laboratoire Environnements Sédimentaires - Direction des Recherches Océaniques Research scientist in marine geology applied to slope instability processes and sediment failure Reference : 04-037 Date of appointement : 1 september 2004 Salary : according to profile and experience Deadline for application : 05/21/2004 Type of contract : open-ended Location : Brest, France Education: Ph.D. in marine geology Specific knowledge or skills: Extended knowledge in sedimentary and structural geology Familiar with soil mechanics and geotechnical concepts Sample and core acquisition and in-lab analysis Familiar with sediment failure models Experience: Some post-graduate professional experience in research within a French or foreign laboratory will be considered as an added advantage. Personal skills: Candidates must have self-motivation, good organisational, interpersonal and communication skills. Adaptability, creativity and team spirit are also required. Attracted by multidisciplinary activities, work at sea and technical developments.

94. Editing Marine Geology - Edit - Wikipedia, The Free Encyclopedia School of Ocean Earth Science General Course Information MRes in marine geology and Geophysics General Course Information.This taught postgraduate masters degree programme will provide http://en.wikipedia.org/w/wiki.phtml?title=Marine_geology&action=edit

95. Review Of The USGS Coastal And Marine Geology Program; (COMPLETED) Project Title Review of the USGS Coastal and marine geology Program; (COMPLETED)Date Posted Posted 10/12/98 Project Identification Number OSBX-U-98-04 http://www4.nas.edu/cp.nsf/0/1a8215424478ccc18525669c000b1700?OpenDocument

96. MARINE GEOLOGY - Storming Media marine geology. Click on the titles below to find US government reportsidentified by the key word or phrase marine geology. Turbidites http://www.stormingmedia.us/cgi-bin/keywords.php?keywordID=1233

97. The Hydrographic Society - Publications - Marine Geology And Geophysics PUBLICATIONS Subject Index. marine geology and Geophysics. (see alsoSeismic Exploration). A breakthrough in the detection of subtle http://www.hydrographicsociety.org/Publications/Subject/geol.htm

PUBLICATIONS - Subject Index Marine Geology and Geophysics (see also: Seismic Exploration A breakthrough in the detection of subtle structures and stratigraphic features K.P. Games The Hydrographic Journal No.46, page 5 A discussion of seismic sources for site survey digital techniques in the North Sea K.P. Games The Hydrographic Journal No.47, page 17 A narrow beam high resolution sub­bottom profiler M.J.P. Heaton and C.M. Dyer The Hydrographic Journal No.26, page 19 A new geophysics and oceanography gallery at the Science Museum, London A. McConnell The Hydrographic Journal No.3.1, page 30 Comparative studies of conventional sub­bottom profiling methods and new parametric techniques H. Heinrich The Hydrographic Journal No.46, page 21 Deep tow sparker for continental shelf surveys K.P. Games and A.J.S. Ogilvie The Hydrographic Journal No.40, page 5 Densitometer assisted hydrography Hydro '90 , page 8 density gauge; a new system for measuring navigable depth. The towed silt R. Paske

98. USGS Fact Sheet: Gas (Methane) Hydrates -- A New Frontier US Geological Survey marine and Coastal geology Program Gas (Methane)Hydrates A New Frontier. Methane trapped in marine sediments http://marine.usgs.gov/fact-sheets/gas-hydrates/title.html

U.S. Geological Survey Marine and Coastal Geology Program Gas (Methane) Hydrates A New Frontier Methane trapped in marine sediments as a hydrate represents such an immense carbon reservoir that it must be considered a dominant factor in estimating unconventional energy resources; the role of methane as a 'greenhouse' gas also must be carefully assessed. Dr. William Dillon, U.S. Geological Survey Hydrates store immense amounts of methane, with major implications for energy resources and climate, but the natural controls on hydrates and their impacts on the environment are very poorly understood. Gas hydrates occur abundantly in nature, both in Arctic regions and in marine sediments. Gas hydrate is a crystalline solid consisting of gas molecules, usually methane, each surrounded by a cage of water molecules. It looks very much like water ice. Methane hydrate is stable in ocean floor sediments at water depths greater than 300 meters, and where it occurs, it is known to cement loose sediments in a surface layer several hundred meters thick. The worldwide amounts of carbon bound in gas hydrates is conservatively estimated to total twice the amount of carbon to be found in all known fossil fuels on Earth.

99. Alfred-Wegener-Institut Für Polar- Und Meeresforschung (AWI) Information about the central institute of German polar research, its history, its facilities and research ships, and research topics related to geology and biology of the polar regions and world oceans. http://www.awi-potsdam.de/index.html

Bitte aktivieren Sie JavaScript! Nachname Inhalt Publikationen "Polarstern" aus der Antarktis zurück Mehr... Vor uns die Eiszeit? Zur Preview des Emmerich Films "The day after tomorrow" - AWI-Wissenschaftler über die zukünftige Klimaentwicklung. Mehr... Veranstaltung: 10 Jun, 2004 - 18 Jun, 2004 Kurs Wattenmeer: 1.-9. und 10.-18. Juni 2004 Lehrveranstaltung der Wattenmeerstation Sylt, Block 1 Dr. Harald Asmus: Netzwerk Wattenmeer, Block 2 Prof. Dr. Karsten Reise: Vielfalt zwischen Meer und Land. Mehr... Vortrag: 23 Jun, 2004 10:00 - 12:00 Dr. H.-J. Hirche (AWI): "Bottom-up or Top-down - was kontrolliert die Zooplanktonproduktion in der zentralen Ostsee?" Veranstaltung: 26 Jun, 2004 12:00 Mehr... Workshop: 1 Jul, 2004 - 2 Jul, 2004 Conference: 26 Jul, 2004 - 28 Jul, 2004 "Antarctica and the Southern Ocean in the Global System". An open international and interdisciplinary scientific conference of the Scientific Committee on Antarctic Research (SCAR). (Bremen, Congress Centre). Mehr...

100. Poor Knights & Poor Squires Islands Geology And History Poor Knights and Poor Squires Islands History and geology. They are situated 12 miles off Tutukaka, Northland, New Zealand. They are a nature and total marine reserve. http://www.sportfishing.co.nz/poorknights.htm

The Poor Knights and The Poor Squires ( The Pinnacles ) Geology Maori Habitation of the Poor Knights Islands According to reliable information obtained from old Maori living on the adjacent coast, the Poor Knights Islands were inhabited for many generations by a population of some three to four hundred Maori. They were self sufficient, cultivating arable land and supplementing their diet from abundant fish and shellfish life. The northern and larger of the two, named Tawhiti Rahi, was occupied by a sub tribe or Iwi called Ngatiwai, with Tuaho as their chief, while the Ngati Toki (a hapu of Ngatiwai) their chief Tabu, lived on the southern island which is called Aorangi. The chief Tatau was ruler over both islands. In calm weather Aorangi offered fairly easy landings in two places for canoes. Owing to the precipitous nature of the cliffs surroundings Tawhiti Rahi, the canoes of these islands would on approaching of bad weather be lifted by ropes from the sea. Pigs obtained from Captain Cook were bred and kept on Aorangi only, and were used principally as barter when dealing with the mainland tribes for totara timber. This was used largely by the islanders in the building of canoes. dwellings and fortifications. About the year 1808 a party of natives belonging to the Hikutu tribe from Hokianga paid a visit to Aorangi and requested to be supplied with pigs, but they were ordered off empty handed without being allowed to land. Soon after this incident it happened that Tatau and his warriors joined the notorious Hongi Hika on a fighting expedition to the Hauraki Gulf.

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Page 5     81-100 of 135    Back | 1  | 2  | 3  | 4  | 5  | 6  | 7  | Next 20