- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab you will learn some basic commands for creating professional-quality
- PLOTTING EARTHQUAKE EPICENTERS L.W. Braile and S.J. Braile
- CURRICULUM VITAE BRIDGET R. SMITH-KONTER
- Introduction to GMT (Generic MappingTools)
- GEOL 4385 Spring 2011 Due: Thursday, May 5th
- GEOL 4385 Spring 2011 Due: Tuesday, May 3rd
- Two People, Two Feet Apart What is the truth? It seems so simple. But when we
- In this lab you will learn some basic commands for creating professional-quality maps using GMT (Generic Mapping Tools). This is a free mapping program
- Thinking about a major in Geosciences? Department of Geosciences
- Discoverwhatwe'reallabout! For more information on
- Discoverwhatwe'reallabout! For more information on
- http://www.geo.utep.edu/pub/bkonter/geol_4315 GEOL4315/5303/6315 COMPUTER APPLICATIONS IN THE GEOSCIENCES
- Lab 9 GMT Tutorial http://desktopgisbook.com/simple_globe
- GEOL 4385/5315/6315 --Introduction to Geographic Information Systems --
- GMT: Texas Map Open a X-window terminal
- GEOL1312 --PRINCIPLES OF EARTH SCIENCE 2 --SPRING 2011 http://www.geo.utep.edu/pub/bkonter/geol_1312
- Your Mission: (1) Learn how to use an Internet earthquake database to access important information about earthquakes from around the world.
- Walk -Run Activity --An S and P Wave Travel Time ("S minus P" Earthquake Location Method)
- EDUCATIONAL SEISMOGRAPH Lawrence W. Braile
- Your Mission: (1) Investigate the relationship between tectonic plates, earthquakes, volcanoes, and other geophysical data through a computer mapping
- We are going to use a plank of wood, a brick, sandpaper, and an elastic cord to mimic earthquake mechanics. Although pulled with a constant velocity, the brick will repeatedly slide and then
- Your Mission: (1) Identify 20 active faults in California (2) Identify the direction of fault motion and the slip rate for each fault
- Your Mission: Use the computer program Seismic Eruption to investigate global seismic hazards
- 0. Introduction to SeisVolE teaching... Page 1 of 10 Seismic/Eruption Teaching Modules: 0 -1 -
- Your Mission: 1) Create a Tsunami in a box! Measure its velocity. 2) Analyze tsunami hazards and past tsunami data
- Lab 10: GPS and Plate Motions (under construction!!!!)
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2010 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2010 --
- GEOL 4315 COMPUTING IN GEOSCIENCES BASIC HTML TAGS
- COMPUTER APPLICATIONS IN THE GEOSCIENCES For this lab, you will practice importing datasets into an Excel worksheet using
- Please read the following directions and format this document as indicated. If you do not know how to complete one of the tasks, please try to explore Microsoft Word for
- COMPUTER APPLICATIONS IN THE GEOSCIENCES POSTER MAKING TIPS
- MATLAB Quick Guide Name Description Example
- SUMMARY OF (SOME) MATLAB COMMANDS i:j:k is regularly spaced vector i, i+j, i+2j, ..., k
- COMPUTER APPLICATIONS IN THE GEOSCIENCES DIGITIZING INTRODUCTION
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab we will use Google Earth Pro inspect a few different geographic
- COMPUTER APPLICATIONS IN THE GEOSCIENCES UNIX Quick Guide
- COMPUTER APPLICATIONS IN THE GEOSCIENCES The purpose of this lab exercise is to practice common UNIX commands and
- COMPUTER APPLICATIONS IN THE GEOSCIENCES The purpose of this lab exercise is to practice common UNIX commands and
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab you will learn some basic commands for creating professional-quality
- COMPUTER APPLICATIONS IN THE GEOSCIENCES Lets try this again, but this time with a lower resolution (= smaller file size)
- Your Supplies: 1 Plinko Board board tacked with nails
- Lab 8: Stress Triggering and Prediction Overview: Students will investigate the `randomness' of earthquakes, first through a
- COMPUTER APPLICATIONS IN THE GEOSCIENCES Notes compiled by B. Konter (UTEP) and P. Shearer (UCSD)
- Your Mission: (1) Simulate velocities of different materials and how earthquake waves travel through the Earth at different speeds.
- CURRICULUM VITAE BRIDGET R. SMITH-KONTER
- COMPUTER APPLICATIONS IN THE GEOSCIENCES For this lab, you will practice importing datasets into an Excel worksheet using
- COMPUTER APPLICATIONS IN THE GEOSCIENCES POWERPOINT PRESENTATION TIPS
- SRTM Data on Cyber-ShARE The Shuttle Radar Topography Mission (SRTM) data collected by NASA represents the
- GEOL 4385 Spring 2011 2011 Google 1
- Lab 1: Earthquake Resources & Plotting Epicenters Overview: Students will access global earthquake database information and plot the
- Presenter Name: _______________________________ Project topic/region: ____________________________
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- GMT: Texas Map Lab 9 Part 2
- COMPUTER APPLICATIONS IN THE GEOSCIENCES DIGITIZING INTRODUCTION
- GOOGLE EARTH QUICK GUIDE (1) Google Earth Features
- Virtual Fieldwork Using Google Earth
- COMPUTER APPLICATIONS --FALL 2008 --
- HANDHELD SEISMOMETER (L. Braile, November, 2000)
- COMPUTER APPLICATIONS IN THE GEOSCIENCES The purpose of this exercise is to practice opening up a blank file in UNIX.
- DIP Lab: Introduction to MATLAB In this lab we will become familiar with the MATLAB programming environment. You
- GMT: Texas/El Paso Topography Prep & Getting Data
- GOOGLE EARTH QUICK GUIDE (1) Google Earth Features
- GMT: Texas/El Paso Topography Lab 9 Part 3
- CURRICULUM VITAE BRIDGET R. SMITH-KONTER
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab, you will learn how to import topography data, display it in 3-D, and
- COMPUTER APPLICATIONS IN THE GEOSCIENCES DO'S AND DON'TS OF POWERPOINT
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- GEOL 5215 COMPUTING IN GEOSCIENCES UTEP DEPARTMENT OF GEOLOGICAL SCIENCES
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- Notes compiled by B. Konter (UTEP) and P. Shearer and G. Kent (UCSD) The purpose of this handout is to provide you with basic Unix commands and
- Notes compiled by B. Konter (UTEP) and P. Shearer and G. Kent (UCSD) The purpose of this handout is to provide you with basic Unix commands and
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2008 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES For this lab, you will practice editing image files in Adobe Photoshop and construct a
- CURRICULUM VITAE BRIDGET R. SMITH-KONTER
- Computer Applications Surfer Module
- 1. Make a new webpage for your "Computer_class" items, linked to your main webpage. To do this, make a new index.html file in your Web/Computer_class
- Modern computer displays and printers enable the widespread use of color in scientific com-
- http://www.geo.utep.edu/pub/bkonter/geol_5215 GEOL5215 COMPUTER APPLICATIONS IN THE GEOSCIENCES
- Google Earth Tip Sheet Switch between
- Background: Most seismometers detect ground motion using a mass that is suspended in some fashion by a spring. When the ground moves the seismometer's frame also moves. The mass
- Computer Applications GEOL 4315/5315/6315 -Surfer Assignment September 29, 2010
- COMPUTER APPLICATIONS IN THE GEOSCIENCES For this lab, you will practice editing image files in Adobe Photoshop and construct a
- COMPUTER APPLICATIONS IN THE GEOSCIENCES For this lab, you will practice importing datasets into an Excel worksheet using
- http://www.geo.utep.edu/pub/bkonter/geol_4315 GEOL4315/5303/6315 COMPUTER APPLICATIONS IN THE GEOSCIENCES
- BRIDGET R. SMITH-KONTER Department of Geological Sciences, University of Texas at El Paso
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2011 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES --FALL 2011 --
- COMPUTER APPLICATIONS IN THE GEOSCIENCES For this lab, you will practice importing datasets into an Excel worksheet using
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab, you will learn how to extract imagery from Google Earth and drape it over
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab, you will learn how to import topography data, display it in 3-D, and add several
- COMPUTER APPLICATIONS IN THE GEOSCIENCES Mount the \\geobase\GEO4315 server. Create a folder in your user folder on
- COMPUTER APPLICATIONS IN THE GEOSCIENCES DIGITIZING INTRODUCTION
- COMPUTER APPLICATIONS IN THE GEOSCIENCES DIGITIZING INTRODUCTION
- GMT: Texas Map Lab 9 Part 2
- COMPUTER APPLICATIONS IN THE GEOSCIENCES Notes compiled by B. Konter (UTEP) and P. Shearer (UCSD)
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab we will use Google Earth (Part 1) and Google Earth Pro (Part 2) to
- COMPUTER APPLICATIONS IN THE GEOSCIENCES The purpose of this lab exercise is to practice common UNIX commands and
- COMPUTER APPLICATIONS IN THE GEOSCIENCES The purpose of this lab exercise is to practice common UNIX commands and
- COMPUTER APPLICATIONS IN THE GEOSCIENCES Mount the \\geobase\GEO4315 server and navigate to your Lab4 folder in
- COMPUTER APPLICATIONS IN THE GEOSCIENCES In this lab, you will learn how to import a set of 3D data points (earthquake
- GMT: Texas/El Paso Topography Lab 9 Part 3
- http://serc.carleton.edu/eet/ozonehole 1 Your Mission: In this lab you will examine satellite images that show
- inSightstheEarthScope newsletter Participants in the EarthScope San Andreas interpretive
- DR. BRIDGET R. SMITH-KONTER Department of Geological Sciences, University of Texas at El Paso
- Google Earth Tip Sheet Switch between
- View of the planet Earth from the Apollo spacecraft. The Red Sea, which separates Saudi from the continent of Africa, is clearly visible at the top. (Photograph courtesy of NASA.)
- Your Mission: To become familiar with the major plate boundaries through exploration of plate tectonic features using Google Earth.
- Your Mission: Investigate the relationship between tectonic plates, earthquakes, volcanoes, and other geophysical data through a computer mapping
- Locking depths estimated from geodesy and seismology along the San Andreas Fault System: Implications for seismic
- Inspect the classroom earthquake map that we have been building (plotting) over the past week. Think about all of the earthquake data that we have collected thus far and try to make some scientific
- Version 1.0 2007 Michael Hubenthal 1 SeisMac 2.0 was created with support from the National Science Foundation
- Your Mission: Use the computer program Seismic Eruption to investigate global seismic hazards. Seismic Eruption is the creation of Professor Alan L. Jones. It is an
- MAT COMPUTER APPLICATIONS IN THE EARTH SCIENCES --SPRING 2012 --
- Optimal combination of InSAR and GPS for measuring interseismic crustal deformation
- 0. Introduction to SeisVolE teaching... Page 1 of 10 Seismic/Eruption Teaching Modules: 0 -1 -
- Your Mission: (1) Learn how to use an Internet earthquake database (IRIS, Incorporated Research in
- Your Mission: Investigate the geographical features on Venus and map the locations of space missions to Venus using a computer mapping program called Jules Verne Voyager
- This article appeared in a journal published by Elsevier. The attached copy is furnished to the author for internal non-commercial research
- Limits of Enceladus's ice shell thickness from tidally driven tiger stripe shear failure
- Overview: Students will access global earthquake database information from the internet and plot the epicenter locations on a world map.
- Stress evolution of the San Andreas fault system: Recurrence interval versus locking depth
