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Technology in the Geoscience Classroom (writ large: Classroom, Lab, and Field) Steve Whitmeyer (James Madison University) …with input and help from Declan De Paor, Mladen Dordevic, Callan Bentley, Chris Atchison, and many others!

Technology in the Geoscience Classroom1. Technology developers assume that their creations enhance student learning 2. Educators want evidence that the technology is improving student

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  • Technology in the Geoscience Classroom(writ large: Classroom, Lab, and Field)

    Steve Whitmeyer (James Madison University)

    …with input and help from Declan De Paor, Mladen Dordevic, Callan Bentley, Chris Atchison, and many others!

  • Things to ponder:

    1. Technology developers assume that their creations enhance student learning

    2. Educators want evidence that the technology is improving student learning

    3. Students’ have their own expectations

    4. The broader reach of technology-facilitated education

    Technology in the Geoscience Classroom

  • Levels of technology in education:

    1. Passive observation – “eye candy”

    2. Student-driven investigation facilitated by technology

    3. Real-time “instantaneous” feedback integratedwith student-driven investigation

    …with examples from the classroom, lab, and field

    Technology in the Geoscience Classroom

  • Tectonic models: Rifting of Gondwana

    Built with MaRGEE tool: http://geode.net/margee/(Dordevic & Whitmeyer, 2015)

    Technology in the Geoscience Classroom

  • Pangaea breakup: GEODE.net/Pangaea

    The classic Atlantic mountain belts correlation question…

    Technology in the Geoscience Classroom

    http://www.geode.net/pangaea

  • Fault plane model from 2011 Virginia Earthquake aftershock data

    http://csmres.jmu.edu/Geollab/Whitmeyer/web/visuals/GoogleEarth/VAquakes.mov

    Technology in the Geoscience Classroom

  • IRIS Earthquake Browser for Cascadia

    vertical viewhttp://www.iris.edu/ieb

    Inquiry-driven models

    Technology in the Geoscience Classroom

  • http://app.visiblegeology.com/

    Inquiry-based, student-driven exploration of 3D models

    Technology in the Geoscience Classroom

  • Describe…

    T1. Deposition

    T2. Folding

    T3. Tilting

    T4. Erosion

    Describe…

    Evaluate!

    http://app.visiblegeology.com/

    Inquiry-based, student-driven exploration of 3D models

    Technology in the Geoscience Classroom

  • Eos: August 2015

    EarthQuiz

    Exercises with real-time feedback

    http://earthquiz.net

    Technology in the Geoscience Classroom

  • Technology in the Geoscience Classroom

    Exercises with real-time feedback

    EarthQuiz

  • EarthQuiz:More than500 sites /questions

    Technology in the Geoscience Classroom

  • Sheep Mountain Anticline

    Google Earth Plug-in orStand-alone GE application

    www.geode.net/fac

    Fold Analysis Challenge

  • Technology in the Geoscience Classroom

    Students expect technology-facilitated,inquiry-based learning.

    Instructors need to assess its effectiveness.

    Things to ponder:

    1. Technology developers assume that their creations enhance student learning

    2. Educators want evidence that the technology is improving student learning

    3. Students’ have their own expectations

  • Paper?or

    Digital?

    Technology in the Field

  • Digital mapping& data collection

    in the field

    Mapping geology with an iPad, iGIS,

    and ArcGIS

    Technology in the Field

  • The iGIS app showing point data over high resolution orthophotos

    Simple GIS shapefiledata table for outcrop data collection in iGIS

    Field Data

  • Outcrop data collected by 14 student teams during 4 day digital mapping project at JMU Ireland Field Course in 2014

    Crowdsourcing Field Data Collection

  • 6 years of data from the digital mapping project

    0.5 km

    Crowdsourcing Field Data Collection

  • 6 years of data from the digital mapping project

    Crowdsourcing Field Data Collection

  • Geologic map interpretation of student data

    (Whitmeyer & De Paor, 2014)

  • Real-time video conferencing in the field –Facilitating field access for SWD

    Smart glasses can pair wheelchair students with agile students at the outcrop

    MiKayla Briere

    Technology-Enhanced Field Access

  • GEOPATH: Inclusive Field-Based Geoscience Undergraduate Research Opportunities for All

    Learn more and apply to participate at:

    www.theiagd.org/geopathThis project is funded by the National Science Foundation (Award 1540652)

    The program will feature a cohort of six teams over two years conducting field research in Arizona and Ireland.

    Technology-Enhanced Field Access

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