Mounds and Moundgroups of Cahokia

This map was created for as part of a final project poster for Geography 322: Natives Geographies at UW Eau Claire. Aerial imagery was used to show where the mounds would be located in regards to present day developments. Cahokia is a Mississippian City which was once larger than London, England (in 1250 AD). The final poster for this research project will be uploaded once completed.

Programs used: ArcMAP and Illustrator
Full resolution: 20" x 16"
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Spectral and Socioeconomic Assessment of Land Use/Land Cover Changes in Chippewa and Eau Claire Counties, WI

This is a research project which was presented at the annual ASPRS (American Society of Photogrammetry and Remote Sensing) conference in Louisville, KY this past March (2014). This project was guided by Dr. Cyril Wilson from the University of Wisconsin Eau Claire. Socioeconomic data is from the Census and satellite imagery is from Landsat 5 TM. The poster below is the final version which was presented at CERCA at the University of Wisconsin Eau Claire.

Below is the powerpoint from the ASPRS conference and also the poster from Pecora 19 which was in Denver last November (2014).

Below is the presentation created for the ASPRS 2014 annual conference in Louisville, KY. The presentation was a 5 minute "lightning talk" which is why there are only a few slides.

Programs used for analysis: IMAGINE 2010 and 2013, IDRISI, ArcMAP 10.2.2, SPSS, Excel, GWR4
Programs used for poster construction: Photoshop, Illustrator, PowerPoint, and Excel
Full resolution 42" x 46" (cerca) 60" x 42" (pecora)
Download Cerca Poster (top image)
Download Pecora poster (bottom image)

Fluvial Analysis of the Chippewa River: Current and Speed

This was a project which was undertaken last September (2013). A partner and myself went floating (tubing) down the Chippewa River and carried with us a few GPS units to collect data. The purpose of doing this is explained within the image below. I would like to expand upon this study testing to see if different water heights change the speed or direction of the float.

You can see that on the Speed map there is a lack of data. This is because the speed data was collected using Anti Map and Anti Map only collects data when the screen of the phone is on and when no other applications are running. If the phone receives a text message, phone call, or other alert Anti Map will save the data it has collected and close out.

Programs used: ArcMap 10.2 and Illustrator
Full Resolution: 24" x 18"
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Chippewa Valley Land Cover Change

I created a video showing land cover change in the Chippewa Valley from 2000-2013. I used Landsat TM, MSS, and OLI images to create the video using false-color infrared composites for each of the images. The music was added to make it somewhat more interesting instead of just watching an image for a few seconds. The video was uploaded to YouTube for anyone to view and comment on.

Chippewa River, Eau Claire, Wi

The following map displays the depth of the Chippewa River as it flows from the North through the city of Eau Claire, WI. The Chippewa River used to be utilized for logging purposes but more recently has been re-purposed by the city's younger population as a popular destination for floating (tubing) during the warmer months.

The river is very calm during most of the year but there have been numerous drownings in the river and showing where the river is at it's deepest and shallowest will help not only the river faring population but also emergency response personnel who don't have radar available to them.

I have labeled major features within the area the basemap covers starting the river map at Madison Street and ending at Clairemont Avenue. When floating down the river the most common starting spot is the confluence of the Chippewa and Eau Claire Rivers at Phoenix Park and ending at the boat launch at Hobbs Ice Arena. The contour lines mark every five feet in depth starting with five feet for the first line.

Note that these depths should be expected to be found while the river is calm with no recent rain or flooding.

Programs used in the creation of this map: Photoshop, Illustrator, ArcMAP
Full resolution: 24" x 20"
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Wisconsin ETM+ Pan-Mosaics

The following map of Wisconsin was created by mosaicing several Landsat 7 Enhanced Thematic Mapper Plus (ETM+) images together. The images are displayed in a 7 (short-wave infrared), 4 (near infrared), 2 (green) band combination and have been pan-sharpened with band 8 (panchromatic). Pan-sharpened means that the image has been re-sampled from its original 30m resolution to a 15m resolution (which doesn't show on the picture below due to size restrictions on pictures uploaded to blogger as well as exporting the map from ArcMAP). The images range in date taken from 1999 through 2003 which is when Landsat 7 ETM + developed a defect which made every image taken afterwards have striping which is actually a lack of data in parts of the image. A description of what the colors mean using this band combination can be found here.

Program used: IMAGINE, ArcMap 10.2, Illustrator, Photoshop

Full resolution: 18" x 24"

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Landsat 1 MSS Path 28 Row 29

This map displays the very first LANDSAT image taken for eastern Minnesota and west-central Wisconsin taken 8/12/1972. The image is displayed in a 6,5,4 band combination which creates a "false color" look to the area because the bands involved include near-infrared, red, and green. 

Green vegetation appears in shades of red with moist vegetation appearing more red than dry vegetation. Urban areas are cyan, and soils are shades of brown. Clouds in the image are white and water appears black because of the lack of infrared energy being reflected from the water.

Counties and state boundaries are overlaid on top of the image. Large cities and prominent highways and interstates are labeled as well as the states

Programs used in the map construction: ArcMAP 10.2, IMAGINE, and Adobe Illustrator
Full resolution: 16" x 16"
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