61. SHAWNEE STATE UNIVERSITY  :: Upward Bound seismology geology. Instructor Jeff Bauer. The seismology course will explorethe fascinating field of earthquake studies. http://www.shawnee.edu/off/ubms/seis.html

Academics Future Students Current Students Faculty/Staff ... Contact Us Instructor: Jeff Bauer The seismology course will explore the fascinating field of earthquake studies. Beginning with background studies in rocks and rock mechanics, students will develop an understanding of the causes, effects, and prediction of earthquakes. Along the way, students will develop skills in determining the location and magnitude of earthquakes. During the final week, students will conduct an in-depth study of a current earthquake event. Shawnee State is the home of a state-of-the-art seismometer capable of detecting earthquakes anywhere in the world. The instrument is part of a statewide system of networked seismographs. Directories Offices Library Search ... MySSU This page maintained by Sarah Gatti Shawnee State University 940 Second Street Portsmouth, Ohio 45662-4344

62. LDEO Event - Conference (Single Day): L-DEO Seismology, Geology, & Tectonophysic LDEO seismology, geology, Tectonophysics Seminar Geomagnetic reversals beginthe Ediacaran Period and fingerprint prolonged deglaciation of Snowball http://webcenter.ldeo.columbia.edu:81/LDEOEvents.nsf/0/b36320227b45f12e85256fea0

63. ESSC 401-402 Seismology - Earthquakes - Tectonism - Volcanism Virtual Earthquake see geology Labs Online- CalState LA geology Field Tripssite; Geoscope network - European seismology network; Hayward Fault - Bay http://resweb.llu.edu/rford/courses/ESSC500/www/wwwseismo.html

Bob Ford Home SPOL 665 Info-Tech. Decision Science ... ESSC 541-2 WWW Links - Earth System Science (ESS) SEISMOLOGY - VOLCANISM - TECTONICS Earthquakes/Seismology - General Earthquakes - Examples/Cases Great Salt Lake (GSL), Utah and the Wasatch Front Region Intermountain Seismic Belt - Arizona/Nevada/Idaho/Montana/Wyoming ... Wasatch Fault Utah GO HERE TO: Earth History and Resources/Materials - Geology Geomorphology - Paleontology - Soil Science Earthquakes/Seismology - General Arizona PEPP - Princeton Earth Physics Project Current Earthquakes - all networks Dam Failure Inundation Hazard - ABAG Earthquake - General Interest Publication Earthquake Hazards - reducing non-structural damage - California Office of Emergency Services (OES) Earthquake Hazards - USGS hazards theme page Earthquake Magnitude: Richter Scale and Modified Mercalli Scale - by UNR/SL (John Louie). Earthquakes - Overview - Sizzle Tech - animations very good! Earthquake Recordings - needs audio pluggins Earthquakes - Hazards Center University of Colorado Earthquake/Seismology Terms - Cascade Volcano Observatory.

64. Geophysics Montana Seismic Magnetic seismology and Magnetics geology 437 Professor Steve Sheriff Grading Basedon exams, problem sets, project reports, participation (on grading papers) http://www2.umt.edu/Geology/faculty/sheriff/437-Seismology_Magnetics/437-seismol

Seismology and Magnetics - Geology 437 Professor: Steve Sheriff Grading: Based on exams problem sets project reports , participation (on grading papers Fall 2005 - Syllabus Excel tips get your relative and absolute addresses correct and fill out a multiplication table with one big copy : Intro to course, m odern structure/seismo principles of waves , terminology, and a couple warm-up problems Go over problems, least squares ) constraints, Huygens principle , and Huygens l aws of reflection refraction derivation : Labor Day : Frank Janiszewski will run a field demo of the Smartseis seismograph Smartseis manual quick sheet Geometrics ). Meet in SC 348 and Frank will proceed from there. 2-layer refraction equations, figures( Van's derive, critical angle 3-layer Huygens reflection vs refraction, multiple layers, velocity problems, applet Problem set #2 dipping layers

65. Harvey Henson, Geophysicist (Geology At SIUC) Applied Geophysics, Ground Penetrating Radar, seismology, geology Outreach Mentoring. Educational Background. MS geology, 1989, Southern Illinois http://www.science.siu.edu/geology/people/henson/

Harvey Henson, Jr. Positions: Research Project Specialist, Geology Adjunct Curator in Geology, University Museum Interests: Educational Background: MS Geology, 1989, Southern Illinois University BS Geology, 1985, Ball State University Office: 205 Parkinson Lab Address: Geology 4324; SIU-C; Carbondale, IL 62901 Phone: 618-453-7349 (Office) Fax: E-mail: henson-at-geo.siu.edu Biographical Information Basics in Geology (B.I.G.) Committees and Memberships ... New Madrid Earthquake Pages Selected Online Information at SIUC Department of Geology web page College of Science web page SIUC web page Research Facilities at SIUC ... SIUC University Museum Comments and questions related to research information: henson-at-geo.siu.edu Comments and questions related to web server: webmaster-at-science.siu.edu SIUC / College of Science / Geology / People / Henson URL: http://www.science.siu.edu/geology/people/henson/ Last updated: 23-Nov-2004 / hhjr

66. Sciencecourseware.org Interactive simulations and tutorials on global warming and seismology. geology LabsOnline. Interactive tutorials on isochron and radiocarbon dating, http://vcourseware.calstatela.edu/

The Virtual Courseware Project produces interactive, online simulations for the life science laboratory or for earth science field studies. The activities are designed to enhance an existing curriculum and include online assessments. They can be used by students ranging from middle school, high school, or college classrooms. Click on a project on the right to access the entry point for this fun, exciting, and engaging suite of activities. Pop-up blockers must be disabled to view the activities. The activities contain Macromedia Flash movies or Java applets (see System Requirements in each project). Click here to see testimonials and recognition for the Virtual Courseware Project. Virtual Courseware for Inquiry-based Science Education Exploratory activities in the earth and life sciences that are aligned to state and National Science Education Standards, especially for high school classrooms. Virtual Courseware for Earth and Environmental Sciences Interactive simulations and tutorials on global warming and seismology. Geology Labs Online Interactive tutorials on isochron and radiocarbon dating, river discharge and flooding, and earthquake epicenter and magnitude determination.

67. MSN Encarta - Related Items - Geology seismology, basically, the science of earthquakes, involving observations ofnatural ground vibrations and artificially generated seismic signals, with http://encarta.msn.com/related_761555455_20.23/seismology.html

var fSendSelectEvents = true; var fSendExpandCollapseEvents = true; var fCallDisplayUAText = false; MSN Home My MSN Hotmail Shopping ... Sign In Web Search: Encarta Subscriber Sign In Help Home ... Upgrade your Encarta Experience Search Encarta Related Items from Encarta Geology Earth Science Geochemistry geologic time, main article Geomorphology ... , basically, the science of earthquakes, involving observations of natural ground vibrations and artificially generated seismic signals, with... View article Exclusively for MSN Encarta Premium Subscribers. Join Now © 2005 Microsoft MSN Privacy Legal Advertise Feedback ... Help

68. BC Education - Geology 12 - Internal Processes And Structures (Seismology) geology 12 Internal Processes and Structures (seismology). This sub-organizercontains the following sections Prescribed Learning Outcomes http://www.bced.gov.bc.ca/irp/esg/12intsei.htm

Geology 12 - Internal Processes and Structures (Seismology) This sub-organizer contains the following sections: Prescribed Learning Outcomes Suggested Instructional Strategies Suggested Assessment Strategies Recommended Learning Resources PRESCRIBED LEARNING OUTCOMES It is expected that students will: describe fault creep and elastic rebound as they relate to seismic activity distinguish between magnitude and intensity compare and contrast the Richter and Mercalli scales manipulate seismograph data to determine the distance, location, and magnitude of an earthquake assess the seismic risks for a particular area using: geographic location topography ground strength rock types proximity to faults construction design evaluate various methods of earthquake prediction (e.g., dilatancy data, seismic gap, animal behaviour) SUGGESTED INSTRUCTIONAL STRATEGIES Proximity to plate boundaries means that seismic activity could potentially affect most of the population of British Columbia. In this section, students learn the mechanics of seismic activity and how it is measured. They will also develop an appreciation of the concerns of people who live in seismically active regions. Provide data from at least three seismograph stations. Ask students to use a

69. New Zealand Journal Of Geology And Geophysics 1997 seismology. Results from the new seismic monitoring network at Egmont Volcano, Basement geology of Taranaki and Wanganui Basins, New Zealand http://www.rsnz.org/publish/nzjgg/1997/

New Zealand Journal of Geology and Geophysics 1997 Volume 40/Number 1/March 1997 Geochronology Field characteristics, petrography, and geochronology of the Hohonu Batholith and the adjacent Granite Hill Complex, North Westland, New Zealand Geophysics Quaternary stratigraphy, structure, and deformation of the Upper Hutt Basin, Wellington, New Zealand Mineralisation Regional metamorphic Cu mobilisation in calc-alkaline rocks, Eglinton valley, Southland, New Zealand Fluid inclusion evidence for geothermal structure beneath the Southern Alps, New Zealand Petrology Metasedimentary, granitoid, and gabbroic rocks from central Stewart Island, New Zealand Seismology Results from the new seismic monitoring network at Egmont Volcano, New Zealand: tectonic and hazard implications Application of M8 and Lin-Lin algorithms to New Zealand earthquake data Stratigraphy Allostratigraphy of coastal south and east Otago: a stratigraphic framework for interpretation of the Great South Basin, New Zealand Volcanic geology Physical volcanology of Miocene basaltic pyroclastic deposits at Pigeon Bay: remnants of flank scoria cones of Akaroa volcano, Banks Peninsula, New Zealand

70. New Zealand Journal Of Geology And Geophysics 2000 seismology. The Mw 6.2 Cass, New Zealand, earthquake of 24 November 1995 reverse Structural geology. Thrust transport directions in the Northland http://www.rsnz.org/publish/nzjgg/2000/

New Zealand Journal of Geology and Geophysics 2000 Volume 43/Number 1/March 2000 Information for authors List of referees Biostatigraphy Cretaceous-Tertiary foraminiferal succession at Flaxbourne River, Marlborough, New Zealand C. P. STRONG Isotopes d Corg chemostratigraphy of the Permian-Triassic boundary in the Maitai Group, New Zealand: evidence for high-latitudinal methane release E. S. KRULL, G. J. RETALLACK, H. J. CAMPBELL, G. L. LYON Paleontology Bajocian (Middle Jurassic) Ammonitina of New Zealand GERD E. G. WESTERMANN, NEVILLE HUDSON, JACK A. GRANT-MACKIE A reappraisal of the systematics of the Stethothyris group of brachiopods from the Cenozoic of New Zealand and Australia NORTON HILLER, DAVID I. MACKINNON Petrology/geochemistry A low-grade metamorphic model for the Miocene volcanic sequences in the Andes of central Chile L. AGUIRRE , D. ROBINSON , R. E. BEVINS , D. MORATA , M. VERGARA , E. FONSECA , J. CARRASCO Tikorangi Ignimbrite: a 0.89 Ma mixed andesite-rhyolite ignimbrite, Matahana Basin, Taupo Volcanic Zone, New Zealand S. C. HILDYARD, J. W. COLE, S. D. WEAVER

71. Course Descriptions GEOL 109 Introduction to Physical geology (3 sem. hrs.) wind, glaciation,coastal geology, seismology, crustal deformation, and geologic time. http://www.twu.ca/ac/20042005/CourseDescriptions/Geology.aspx

www.twu.ca Academic Calendar CourseDescriptions CourseDescriptions ... Course Descriptions Geology GEOL 109 Introduction to Physical Geology (3 sem. hrs.) An introductory survey of the major materials and processes of the physical Earth: plate tectonics, minerals and rocks, vulcanism, metamorphism, sedimentation, surface and ground water, mass wastage, wind, glaciation, coastal geology, seismology, crustal deformation, and geologic time. Evidence will be studied in both laboratory and field situations. NB: Fulfils the core laboratory requirement. Prerequisite(s): None. (3-3; 0-0) GEOL 220 Geology of the Pacific Northwest (3 sem. hrs.) An overview of the fundamental earth science processes responsible for the creation, transformation, and ongoing physical development of the Pacific Northwest. These processes are studied in the context of the building of the North American continent through tectonic forces and surface dynamics. Topics include geologic time, tectonics, vulcanology, seismology, stratigraphy, glaciation, erosion, paleontology, paleoclimatology, and environmental issues. The objective of the course is to familiarize students with the physical environment around them so they may take a more active role in the stewardship of the Earth. The course will involve field trips and field studies. NB: Course does not fulfil the core laboratory requirement.

72. GEOL 100 - Lab 4: Seismology GEOL 100 geology Principles and Applications Lab 4 seismology. Dr. JG Anderson,Spring 1995. This lab has three objectives. Locate an earthquake. http://www.seismo.unr.edu/ftp/pub/louie/class/100/lab/100lab.html

GEOL 100 Geology: Principles and Applications Lab 4: Seismology Dr. J. G. Anderson, Spring 1995 This lab has three objectives: Locate an earthquake. Determine the magnitude of an earthquake. Find the energy of the earthquake and put it into perspective of the energy of a more familiar object. Objective 1. Locate an earthquake The principles of locating an earthquake are not difficult. The earthquake sends out different kinds of waves that travel at different speeds. At a station, they thus arrive at different times. The difference in travel times is proportional to the distance. Below we show examples of seismograms. In this, you should learn to identify two kinds of waves, the P-wave and the S-wave. The travel time difference is described algebraically as follows: Let R be the distance from an earthquake to a station. Let V p be the speed of the P-wave. Let V s be the speed of the S-wave. The P wave will arrive at the station at time t p = R/V p The S wave will arrive at the station at time t s = R/V s Subtracting, one gets:

73. Expectations For Seismology Graduate Students Examining committee composed of faculty in seismology and geology, selected bythe committee chair. Upon failure, you might be asked to leave the program, http://www.seismo.unr.edu/ftp/pub/louie/class/seisgrad-expect.html

Expectations for Seismology Graduate Students Supervised by John Anderson James Brune , and John Louie This is an informal document, prepared by John Anderson, James Brune, and John Louie, which is intended to give our graduate students a description of our general expectations. This is also an evolving document, with revisions being made any time one comes to mind, so check with John Anderson to be sure your copy is up to date. Also, if you discover anything in here that seems out of date, please bring it to our attention , so that we can fix it. Every student is different. None of us have exactly the same expectations. You should talk with your advisor, to find out how his expectations for you differ from what is written here. This page is available to WWW readers such as Mosaic at the URL http://www.seismo.unr.edu/ftp/pub/louie/class/seisgrad-expect.html 1 University and Geology Department Requirements You are responsible to know, and to conform with, all relevant regulations as defined by the University of Nevada, the Graduate School, and the Geology Department. References are: the latest edition of the General Catalog , University of Nevada, the Handbook for Graduate Students prepared by the Graduate School (available from the Graduate School offices, on the second floor of Getchell Library)

74. Untitled Document geology of Sumatra. Chapter 2. seismology and Neotectonics. John Milsom UniversityCollege London, London, UK. Sumatra is an active (Andean) continental http://www.es.ucl.ac.uk/people/milsom/smtrntct.htm

GEOLOGICAL SOCIETY MEMOIR NO.27 Geology of Sumatra Chapter 2 Seismology and Neotectonics John Milsom University College London, London, UK Figure 2.1. Sumatra: the neotectonic setting. The figure has been oriented on the main fault direction. The India-Southeast Asia convergence vector changes significantly in both direction and magnitude over the length of the island, from 52 mm/yr directed at N100E (at 20N, 950E) to 60 mm/yr directed at N170E (at 60S, 1020E). Convergence data (and mainland structural domains) are from Sieh and Natawidjaja (2000). The seismic image of Line 42-43 is shown in Figure 2.7. The volcanic Barisan mountains (shaded above 1000 m) run virtually the entire length of the island along the line of the Sumatran Fault. The thick grey line on the west coast of Nias indicates the location of possible catastrophic slope collapse. I.F.Z. = Investigator Fracture Zone. Figure 2.2. Shallow seismicity of Sumatra. Data downloaded from supplementary material to Engdahl et al. (1998). Rectangles show locations of swathes cross-sectioned in Figure 2.3. Thick lines within the rectangles mark the cross-section zeros. Insets show 0-40 km and 40-60km hypocentres separately. Shallow seismicity The Wadati-Benioff Zone (WBZ) Figure 2.3. Cross-sections of seismicity, Sumatra subduction zone. Each cross-section is based on a swathe 200 km across drawn at right angles to arc. Swathe locations shown on Figure 2.2. Distances in kilometres. Data downloaded from supplementary material to Engdahl et al. (1998). Black triangles indicate approximate locations of main volcanic line.

75. Department Of Geology - UIUC Department of geology University of IL at Urbana-Champaign In seismology,Prof. Chen and Prof. Song conduct research to study structures beneath the http://www.geology.uiuc.edu/research/geophysics.htm

search options Geophysics News: Bass Elected as First President of COMPRES Project "HI-CLIMB" Rises in the Nepal New Faculty: Prof. Susan Kieffer Diamond Breakers: Ring cracks and radiation damages developed on a bevelled diamond after being used in a diamond anvil cell for synchrotron X-ray measurements under megabar pressure. Left: under reflected light. Right: under cross-polarized transmitted light." Prof. Jay Bass Mineral elasticity, Mantle mineralogy, effects of shock waves, Brillouin Spectroscopy Prof. W.P. Chen Seismology, Tectonics Prof. Albert Hsui Geodynamics, planetary geophysics, and borehole geophysics Prof. Susan Kieffer Planetary Science, Geological Fluid Dynamics Prof. Jackie Li Experimental geochemistry, high-pressure mineral physics, origin and evolution of Earth and planetary interiors Prof. Xiandong Song

76. Media Guide To Experts - University Of Alberta Economic geology metals, crustal hydrogeology Environmental geology, quaternarygeology reefs and reef systems, hot springs Theoretical seismology http://www.expressnews.ualberta.ca/expressnews/mediaexperts/experts.cfm?alph=G&s

77. 481.1 Geology Global seismology Research Group (GSRG) cover a broad spectrum of research andinformation The database contains references about the geology of Sweden, http://eels.lub.lu.se/ei/481.1.html

Engineering E-Library, Sweden 481.1 Geology 400 Civil Engineering 480 Engineering Geology 481 Geology and Geophysics 481.1 Geology 481.1.1 Geomorphlogy (EMPTY BRANCH) 481.1.2 Petrology (EMPTY BRANCH) All fields (below) Title URL Description Subject Ei Classification Ei 481.1 and below All EELS Archive Geological Survey of Finland - GTK DE: geological surveys DE: environmental engineering The Geological Survey of Finland (GTK) is a modern research center that provides consultancy services and basic geological information essential for assessment of raw materials, nature conservation, environmental studies, construction, land use planning and for new applications, such as medical geology. Conference announcement Society of Professional Well Log Analysts DE: Societies and institutions DE: Well logging DE: Boreholes DE: Wells DE: Geophysical prospecting DE: Geology ORGANIZATIONAL HOME PAGE. BIBLIOGRAPHIC DATABASE. CONFERENCE ANNOUNCEMENT. This corporation is formed exclusively for scientific purposes. The members shall be actively engaged in formation evaluation through analysis of well logs and/or related well data; or actively engaged in the research, development, or application of formation evaluation technology. Organizational home page Society of Professional Well Log Analysts DE: Societies and institutions DE: Well logging DE: Boreholes DE: Wells DE: Geophysical prospecting DE: Geology ORGANIZATIONAL HOME PAGE. BIBLIOGRAPHIC DATABASE. CONFERENCE ANNOUNCEMENT. This corporation is formed exclusively for scientific purposes. The members shall be actively engaged in formation evaluation through analysis of well logs and/or related well data; or actively engaged in the research, development, or application of formation evaluation technology.

78. 484 Seismology 480 Engineering geology. 484 seismology . 484.1 Earthquake Measurements andAnalysis (EMPTY BRANCH); 484.2 Secondary Earthquake Effects (EMPTY BRANCH) http://eels.lub.lu.se/ei/484.html

Engineering E-Library, Sweden 484 Seismology 400 Civil Engineering 480 Engineering Geology 484 Seismology 484.1 Earthquake Measurements and Analysis (EMPTY BRANCH) 484.2 Secondary Earthquake Effects (EMPTY BRANCH) 484.3 Earthquake Resistance (EMPTY BRANCH) All fields (below) Title URL Description Subject Ei Classification Ei 484 and below All EELS Publication list Ocean Floor Geotectonics Division, Ocean Research Institute, University of Tokyo DE: Earth sciences DE: Submarine geology DE: Geophysics DE: Geomagnetism DE: Petrology DE: Tectonics DE: Geological surveys DE: Mapping DE: Geomorphology PUBLICATION LIST. DIRECTORY. Partly in Japanese. Attention!!! To find "Publications": click on the positions "Faculty" and/or "Post Doctoral..." and afterwards on the specific scientists name. Research fields are tectonic, petrological and paleomagnetic studies of the ocean floor. Main observational methods are bathymetric swath mapping, geomagnetic survey, rock sampling, ocean drilling, and sea floor observations using submersibles. Research Cruise Report, Research vessels. Earthquake Research Institute, University of Tokyo.

79. Member Tectonics and Structural geology. GELLER, Robert. Professor. seismology. MATSU URA,Mitsuhiro Material seismology, Structural geology. SAKURABA, Ataru http://ns.eps.s.u-tokyo.ac.jp/en/member/index.php

Japanese @¡English Department of Earth and Planetary Science Member Faculty Atmospheric and Oceanic Science Group Space and Planetary Science Group Earth and Planetary System Science Group Solid Earth Science Group ... Tokyo University of Pharmacy and Life Science Atmospheric and Oceanic Science Group HIBIYA, Toshiyuki Professor Ocean Dynamics YAMAGATA, Toshio Professor HP Ocean-Atmosphere Coupled Dynamics, Large-scale Ocean Dynamics, Geophysical Fluid Dynamics KOIKE, Makoto Associate Professor Atmospheric Environmental Science/Atmospheric Chemistry NAKAMURA, Hisashi Associate Professor HP Climate dynamics; Atmospheric general circulation; Large-scale air-sea interaction MASUMOTO, Yukio Associate Professor Atmosphere and Ocean Circulation Dynamics TAKAGI, Masahiro Research Associate HP Dynamic meteorology, Planetary fluid dynamics NIWA, Yoshihiro Research Associate Physical Oceanography -UP- Space and Planetary Science Group SUGIURA, Naoji Professor Planetary Science TERASAWA, Toshio Professor HP Physics of magnetospheres around the earth, planets, and sun HOSHINO, Masahiro

80. Zeal.com - United States - New - Library - Sciences - Earth & Environment - Geol A great resource for United States New - Library - Sciences - Earth Environment -geology - seismology. Find the web s best sites, add websites, http://zeal.com/category/preview.jhtml?cid=224718

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