ES - TLT 368, Summer 2013 - Course record

ES - TLT 368, Summer 2013 - Course record

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 Session 1 - Wednesday, 22 May

Before class

  • If you can, get into CourseSite and poke around

During class (ppt)

  • Introductions

  • Going through the first part of the syllabus

  • Online resources for you to use

  • Software tools–things you might want to download are here.

  • Going through second half of syllabus: Assignments we'll be doing

  • Topics of interest in this course

  • Guiding principles for the course

  • Activity: Where should we place the SuperMart? Here are the handouts (instructions, analysis form); choose your dataset

  • Back to "Topics of interest"

  • Closure

After class

  • Reading

    • Bodzin & Cirucci, 2009

    • Broda & Baxter, 2003

    • Optional: Snyder & Hammond, 2012

  • Assignments

    • Download and mess around with Google Earth (brief video introduction); find your Birthday Coordinates!

    • WTL

      • Post your selected Birthday Coordinates to the WTL thread.

      • Brainstorm topics for your upcoming assignments (Google Earth & GIS) and final project

 

 

 

 

 Session 2 - Wednesday, 29 May

Before class

  • Complete reading

  • WTL

  • Download and try out Google Earth

During class (ppt)

  • Housekeeping

  • Conceptual work

    • Opening activity: Let's go outside! Scaffolded geocaching

    • De-brief of activity

    • Learning the concepts: Spatial thinking is...

    • Learning the tools: Google Earth how-to: You've collected your data, now what?

      • Example of a Google Earth project I'm fiddling with: Energy extraction in Pennsylvania – here's my current draft of the file. 

    • Learning the pedagogy: Examples of K-12 instructional sequences following recipe #1 (students' hands-on collect / plot / interpret)

      • Trees, cars, and carbon activity. The webpage calculator I'm using is here.

      • Broughal: Online resources here. (See publications cited for more info)

      • Bodzin: Stream monitoring (see optional reading to follow up from this session)

  • Closure

After class

  • Reading

    • Ferster, 2013, Ch. 1

    • Optional: Golledge, 1995

    • Optional: Bodzin, 2008 (the stream study)

  • Assignments 

    • WTL – try reading and responding to a classmate's topic ideas

    • Download (and try out, but you may want to hold off) a GIS – see links in CourseSite. My recommendation is My World GIS, version 4.1, but you can choose whatever you like. 

 Session 3 Friday, 31 May

Before class

  • Complete reading

During class (ppt)

After class

  • Reading

    • Ferster, 2013, Ch. 2

    • Doering & Veletsianos, 2007

    • optional: Edelson, 2004

  • Assignments

    • WTL

    • Work on Google Earth assignment

 

 Session 4 Monday, 3 June

Before class

  • Complete reading

During class (ppt)

  • Housekeeping

  • Conceptual work

    • Re-visiting our GIS discussion, this time with a mandated hands-on component: Download and try out this file: Af-Am_pop_1790-1870_ver02.m3vz. Basically, put this assertion to the test.

    • Main idea: A geospatial tool is only as good as its data. Especially a GIS. (Google Earth has such a wealth of info built in, from the satellite imagery to the terrain features to elevation to the layers that you can usually make SOMETHING good happen. But yes, a little external data goes a long way.)

    • Data-searching

      • It's a mess. Case-in-point: Federal Geographic Data Committee. Aim = "'one-stop'access to all registered geographic information and related online access services within the United States." Their portal (gos2.geodata.gov as of this writing) doesn't load. Best case scenario = hit-or-miss

      • US = most data-rich environment; Europe also pretty good. China = black hole. Other parts of the world: Data exists for some topics, depending on if a govt or NGO has taken an interest. 

      • My master list = http://delicious.com/tchammond/dataSources+TLT394, but we can break it down for a little additional clarity.

    • Proving to yourself that you can do this

    • Finding maps

      • Advice

        • First, know what's in the built-in libraries for My World, AEJEE, ArcGIS, etc. In general, you can get a map from any one system into another

        • Things to know about going in: Map projections. Unfortunately, I don't have any slick suggestions with this. Just pay attention to the documentation, play around with it to get it to work. Or else cross your fingers and hope you get lucky. 

      • Strategies

    • Finding fields

      • Advice

        • Again, pay attention to what's in the built-in data for your software.

        • Things to know about going in: You might get the data in a spreadsheet, not a GIS file. You then play with it to get it into your GIS, but that's a second step. First, just get your hands on it; worry about how to import and display it later.

      • Strategies

  • Closure on data-searching: Very much a topic in evolution. I learn from others (e.g., Shannon White: http://www.geog.missouri.edu/grad/white.html – see her delicious list at http://delicious.com/shwhite...it has 3500+ links!!). Talk it through, support one another, browse the master list (http://delicious.com/tchammond/dataSources+TLT394) and web-walk through delicious or other sources to find the right stuff for you. This is one of the biggest time sucks of geospatial tools, but there's no easy, magical way through it short of changing topics to something with more accessible maps or data fields.

After class

  • Reading

    • Edelson, Smith & Brown, 2008

  • Assignments

    • WTL

    • Complete and turn in your Google Earth proof-of-concept!

 

 Session 5 Wednesday, 5 June – class canceled due to travel. Meetings instead moved to Friday, June 7

Before class

  • Complete the reading.

  • Complete and turn in your proof-of-concept Google Earth documents

During class (no ppt)

  • Meetings

    • 4:00-4:20 = Tierney G.

    • 4:20-5:00 = Susan E. & Tiffany S

    • 5:00-5:20 = (open)

    • 5:20-5:40 = Matt S.

    • 5:40-6:00 = Adi A.

    • 6:00-6:20 = Joe K.

    • 6:20-6:40 = Yesenia A.

    • 6:40-7:00 = Dan P.

    • 7:00-7:20 = Karina T.  

After class

  • Reading – none

  • Assignments

    • WTL

    • Complete and turn in your Google Earth assignment. Don't forget the commentary / reflection file!

 Session 6 - Friday, 7 June

Before class

  • Complete and turn in final Google Earth assignment. If you need more time, let me know. 

During class (no ppt)

  • Meetings

    • 4:00-4:20 = Tierney G.

    • 4:20-5:00 = Susan E. & Tiffany S

    • 5:00-5:20 = Dan P.

    • 5:20-5:40 = Matt S.

    • 5:40-6:00 = Adi A.

    • 6:00-6:20 = Joe K.

    • 6:20-6:40 = Yesenia A.

    • 6:40-7:00 = Dan P.

    • 7:00-7:20 = Karina T.  

After class

  • Reading

    • (posted late): Read Milson, Demirici, & Kerski, Ch. 1. Read or skim two other chapters, just to get a sense of different models of instructional GIS use around the world. Some chapters are pretty boring / thin; others offer a lot of interesting detail. For example, the South Africa chapter offers three case studies that give a sense not just of the models of GIS use but also the very different educational ecosystems that exist within that country. 

  • Assignments

    • WTL

    • (If you haven't already) Turn in your final Google Earth project. 

    • Work on GIS assignment. Proof-of-concept is due Wed, 12 June!

 Session 7 Monday, 10 June

Before class

  • Complete readings

  • Turn in assignment

  • WTL

During class (ppt)

After class

  • Reading

    • Ferster, Ch. 6

  • Assignments

    • WTL

    • Complete and turn in proof-of-concept of GIS assignment. If you're working in My World, that's just a single GIS file. If you're working in another GIS, you'll have to turn in multiple files (e.g., .shp, .dbf., .shx, and the project file)

    • WTL

 Session 8 Wednesday, 12 June 

Before class 

  • Complete reading

  • Complete and turn in your proof-of-concept GIS assignment

During class (ppt)

After class

  • Reading – none between now and Monday

  • Assignments

    • WTL

    • Sign up for a meeting slot for Monday.

    • Complete and turn in your final GIS assignment

    • Start working on your final project!

 Session 9 - Monday, 17 June

Before class

  • Complete reading

During class (no ppt – just meetings)

  • Meeting times

    • 3:30 - 4:00 = Dan P.

    • 4:00 - 4:15 = Matt S.

    • 4:15 - 4:30 = Tierney G.

    • 4:30 - 4:45 = Karina T.

    • 4:45 - 5:00 = Susan E.

    • 5:00 - 5:15 = Tiffany S.

    • 5:15 - 5:30 = Joe K.

    • 5:30 - 5:45 = Yesenia

    • 5:45 - 6:00 = Adi A.

    • 6:00 - 6:15 = Raj R.

    • 6:15 - 6:30 = (open)

    • 6:30 - 6:45 = (open)

    • 6:45 - 7:00 = (open)

After class

  • Reading

  • Assignments

 Session 10 - Wednesday, 19 June 

Before class

  • Complete readings

During class (ppt)

  • Housekeeping

  • Conceptual work

  • Closure

After class

  • Reading

  • Assignments

 Session 11 - Monday, 24 June 

Before class

  • Complete reading

During class (ppt)

  • Project presentations

    • Dan P.

    • Karina T.

    • Raj R.

    • Matt S.

    • Tierney G.

After class

  • Reading

  • Assignments

 Session 12 - Wednesday, 26 June

Before class

  • Complete readings

During class (ppt)

  • Project presentations

    • Joe K.

    • Yesenia A.

    • Susan E.

    • Tiffany S.

    • Adi A.

After class

  • Reading

  • Assignments

 

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