Hands-on internship helped Jacob Wood improve GIS skills

Posted September 4th, 2014 in Fisheries, Internships, Program



Our summer internship program has wrapped up for another year. This summer, seven students and recent graduates worked with our specialists on a broad range of issues, including AIS prevention, sediment remediation, and water supply planning. Jacob Wood spent his internship working with several members of our Purdue staff. He had this to say about his summer experiences:

“I applied for the IISG internship because I wanted to get more experience with GIS work related to the environment. And that is exactly what I got. 

I spent most of the summer creating GIS maps that represent fish catch data for Lake Michigan so that local fisherman can get a better idea of fishing trends and hotspots. The overall goal is to make a web app to helps users determine the historically-best spots to catch fish like Chinook salmon and Lake Trout during a specific time of year. Towards the end of the summer, I also started working on maps representing climate change predictions for Lake Michigan. These maps will go towards aiding fisheries managers in understanding future biotic and abiotic conditions. Lastly, I worked on incorporating updated stream and land coverage data into the tipping points webtool, which shows individuals and planning groups how close a watershed is to known tipping points or ecosystem thresholds.  

One of the things I liked the most about my internship is that I was encouraged to explore the software I was working with and any information related to the projects. Rather than just focusing on completing a job or making a deadline, I was able to set aside some time each week to discover different aspects of software and just try learning new things. Because of this, I developed numerous GIS skills this summer. Specifically, I have a stronger grasp now of how to use model building features to make work faster, easier, and replicable, as well as how to make maps that represent data clearly for everyone.”

 

Jacob is now a senior at Purdue University studying environmental and natural resources engineering. After graduation, he hopes to work as an environmental engineer with an agency like the Natural Resources Conservation Service or the Indiana Department of Natural Resources.

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Find us at Chicago Comic & Entertainment Expo, March 27–29! We’re linking Subnautica with Great Lakes science through fun, hands‑on activities about food webs, invasive species, and aquaponics.

Come geek out with us!

🔗 in bio for event info

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Find us at Chicago Comic & Entertainment Expo, March 27–29! We’re linking Subnautica with Great Lakes science through fun, hands‑on activities about food webs, invasive species, and aquaponics.Come geek out with us! 🔗 in bio for event info

Coastal protection is not limited to concrete, rocks, and steel. Coastal protection solutions exist on a spectrum, ranging from softer “green” solutions to harder “gray” structures.

Nature-based coastal solutions fall between green and gray techniques, providing multiple benefits to people and habitats.

Our three-part video series, Nature-Based Coastal Solutions in the Great Lakes, is now available to watch. Learn how nature-based coastal solutions, including nature-driven and hybrid approaches, can protect shorelines while supporting ecosystems and communities.

Watch the 3-part video series at the link in bio.

(Photo credit: Liz Spitzer, Illinois State Geological Survey, Coastal Research Group)

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Open post by ilinseagrant with ID 17873389053437520
Coastal protection is not limited to concrete, rocks, and steel. Coastal protection solutions exist on a spectrum, ranging from softer “green” solutions to harder “gray” structures.Nature-based coastal solutions fall between green and gray techniques, providing multiple benefits to people and habitats.Our three-part video series, Nature-Based Coastal Solutions in the Great Lakes, is now available to watch. Learn how nature-based coastal solutions, including nature-driven and hybrid approaches, can protect shorelines while supporting ecosystems and communities.Watch the 3-part video series at the link in bio.(Photo credit: Liz Spitzer, Illinois State Geological Survey, Coastal Research Group)

Managers and researchers can be faced with a need to classify the risk of new crayfish invaders. Rapid assessment tools, such as the Science-based Tools for Assessing Invasion Risk (STAIR), can assist in this process by providing a streamlined framework for analysis and decision-making.

Join us for an ICC webinar with John Bieber from Loyola University Chicago to learn how rapid assessment tools are used to classify invasive species risk and how STAIR can support invasive crayfish management.

Learn more at the link in bio.

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Open post by ilinseagrant with ID 17849711064650127
Managers and researchers can be faced with a need to classify the risk of new crayfish invaders. Rapid assessment tools, such as the Science-based Tools for Assessing Invasion Risk (STAIR), can assist in this process by providing a streamlined framework for analysis and decision-making.Join us for an ICC webinar with John Bieber from Loyola University Chicago to learn how rapid assessment tools are used to classify invasive species risk and how STAIR can support invasive crayfish management.Learn more at the link in bio.