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.
Believe it or not, Indiana is a prime location for aquaculture industries due to its rich supply of raw materials for fish food and access to large markets. And as fish continue to be harvested from oceans and other water bodies at unsustainable rates, the role of aquaculture grows ever more vital.
This work has led to economic development not just in the aquaculture industry but in a variety of other sectors as well. Research has revealed that farm sales of aquaculture products in Indiana reached about $15 million in 2013, a nearly five-fold increase over 2005. Fish farming in the state supports 280 jobs, 169 directly in the aquaculture industry. Aquaculture generates $3.7 million labor income and $19.5 million added value. The industry output is valued at $23.6 million for a total value of $38 million with other supporting industries.
To learn more about how IISG is empowering communities and individuals to strengthen local environments and economies, check out our 2013 program impacts.
It’s been a few months since IISG-sponsored graduate students Sara Paver and Katherine Touzinsky began their Knauss fellowships. We were curious to hear about their experiences so far and thought you might be too. We heard from Sara a few weeks ago. This week we check-in with Katherine, an alum of Purdue University who is spending the year with the US Army Corps of Engineers.
“This year has been overwhelming, in a good way. I never thought I would find myself working for the US Army Corps of Engineers. That being said, I also can’t imagine a better fit for my Knauss Fellowship. I went to Purdue University as a fellow in the Ecological Sciences and Engineering (ESE) interdisciplinary program because, as an ecologist, I thought it would be valuable to gain insight into the way engineers and other scientists think. In addition to the courses and thesis work I completed in the Forestry Department at Purdue, the supplementary education I received through ESE was eye opening and fascinating. I loved the practice of big-picture thinking, and this year with the Corps has solidified that love. It has prompted intellectual growth and self-realization. I’m moving on from studying human-ecological invasive species interaction to thinking about nationwide systems like marine transportation, flood risk management, and how to prepare for an uncertain future.
Living in Washington, D.C. has been an amazing experience in itself. Not only is my job exciting, but I moved out to D.C. with 50 other Knauss fellows—a built-in network of brilliant and ambitious people who have a true passion for the environment and for communicating science to those outside of academia. It has been so exciting and valuable to get to know the other fellows because I know they are people who will stay in my network the rest of my life. When else do you get to move to a new city with 50 new friends to explore it with?
In the past six months, I have spent a total of 11 weeks on the road—touring parts of our nation’s largest engineering projects that the public never sees, working on introducing new technologies to district projects, helping to facilitate workshops and conferences with environmentalists, regulatory personnel, and project directors from around the world, and learning about the staggering amount of resources and manpower involved in managing our waterway systems.
I am currently writing this post in a coffee shop outside of Portland, Oregon (yes, the coffee is great). I spent the past two days touring both the Bonneville Dam and The Dalles on the Columbia River with five engineers from the Engineering Research and Development Center. We worked with the dam operators on addressing some research and development (R&D) solutions to issues they have at their project sites—from fish ladders, to corrosion, to wear and tear from boats and barges coming in and out of the navigation locks. R&D can address all of these problems, and big-picture thinking while planning R&D projects is the key to a sustainable future. The Portland District projects were breathtaking—two of the largest power generating dams in the country.
August and September will bring trips to district projects in California and Hawaii and conferences in the Netherlands and Greece. I’m looking forward to what the next six months will bring. I truly can’t imagine a more exciting year.”
**Photo: Katherine standing near The Dalles navigation lock with Oregon’s Mt. Hood in the background.
For land use planners, balancing community growth and environmental health is always a challenge. But after months of pilot testing, IISG is putting the final touches on a new web-based tool that will help them do just that.
The Tipping Points and Indicators tool uses the latest watershed research and cutting-edge technology to show planners where aquatic ecosystems in their area are in danger of crossing a “tipping point,” triggering rapid and sometimes irreversible shifts in how they function. With help from a Sea Grant facilitator, planners can use the tool’s interactive maps, simulators, and recommended response strategies to develop watershed-specific plans that prevent ecosystems from being degraded beyond repair.
Specialists from Ohio, New York, Minnesota, Wisconsin, Michigan and Illinois-Indiana Sea Grant programs have spent the last few months testing the tool in broad range of communities and divers audiences. Planning groups from the industrialized southern Lake Michigan to the more preserved northern Wisconsin and Minnesota can now use the decision support system to kick off the watershed planning process. In Indiana, Ohio, and New York, facilitators have also introduced planning consultants and state employees to tool modules so they can take the process back to their own communities.
Experiences so far have been positive, with many users expressing excitement about the role Tipping Points and Indicators could play in improving watershed planning. Community members, local officials, and consultants were particularly interested in the tools’ recommended policies, ordinances, and outreach efforts tailored to local needs. In fact, a watershed advocacy group from the Duluth area mentioned they could have spent a whole day on that module alone.
To further enhance the tool, users also recommended making maps and planning strategies more watershed-specific. Many of these refinements are being made now. Others, including the addition of the new land cover data and models that predict future tipping points, are expected in the coming months.
And as the project grows, so does the lead team. Last month, IISG brought Purdue software developer Brandon Beatty onboard to help boost the usability of Tipping Points and Indicators and ensure it continues to rely on the latest research and technology.
The tipping points tool is part of a four-year project funded by NOAA and EPA and coordinated by Illinois-Indiana Sea Grant. Partners include Purdue University, University of Michigan, Michigan State University, University of Minnesota Duluth, University of Windsor, Great Lakes Environmental Research Laboratory, the Cooperative Institute for Limnology and Ecosystem Research, the Great Lakes Restoration Initiative, and the Sea Grant Great Lakes Network.
The Michigan City buoy returned to the nearshore waters of Lake Michigan on June 5—this time with an upgrade that boaters, anglers, and researchers have been eagerly awaiting. In addition to broadcasting real-time data on wave height and direction, wind speed, and air and surface water temperatures, the improved buoy now relays water temperatures at different depths.
The sensor chain, which measures water temperatures approximately every 3 ft. from the surface to the bottom of the lake, will help kayakers know when the water is warm enough to paddle out and make it easier for anglers to find and catch their favorite fish. A more comprehensive picture of nearshore water temperatures is also vital for research on fisheries and nearshore hydrodynamics.
“We’ve been getting a lot of positive feedback asking us when the buoy will be in the water again,” said Carolyn Foley, IISG assistant research coordinator. “And they’re all excited to hear that we’ve added a temperature chain to our setup. The nearest buoy with a similar chain is about 30 miles away.”
Real-time data will be available on IISG’s website until the buoy is pulled out for the winter in mid-October. The site currently shows snapshots of lake conditions—updated every 10 minutes—as well as trends over 24-hour and 5-day periods. Buoy-watchers can also download raw historical data at NOAA’s National Data Buoy Center.
Later this summer, IISG will be hosting a workshop designed to help educators develop science, math, and stewardship projects using the real-time buoy data. The workshop is scheduled for August 6 at Purdue University North Central.
Jay Beugly has joined the team as IISG’s newest aquatic ecology specialist. Located a Purdue University, he works closely with our research team to increase public awareness of the Michigan City nearshore buoy and help boaters, anglers, and beachgoers make use of the data. He also helps coordinate research and outreach activities on Purdue’s West Lafayette campus.
Jay has a Master’s degree in biology from Ball State University, where his work on river and stream ecology earned him the 2009 Outstanding Graduate Student in Fisheries Award. He is currently working towards a PhD in aquatic community ecology.
From UnwantedMeds.org
Last week’s trip to Indianapolis for the annual Indiana Veterinary Medical Association conference was not a typical event for IISG. The three-day conference gave Laura Kammin a unique opportunity to talk with students before they begin their careers as veterinarians or veterinary technicians about the importance of properly disposing of unwanted medication.
“It’s becoming a rarity for me to chat with a veterinarian who doesn’t know about the environmental impacts of improper medicine disposal,” said Laura. “The next step for IISG is to make sure that students are aware of the need for proper storage and disposal.”
Many of the students were unfamiliar with the topic or the disposal options available in their communities. Laura introduced them to simple steps for managing pharmaceuticals in clinics and talked about how they can help spread the word about proper disposal to their future clients.
The event is one of several Laura has attended in the last few years to share resources and speak directly with veterinarians about pharmaceutical stewardship. It is all part of a partnership between IISG and the American Veterinary Medical Association (AVMA). Since they joined forces in 2011, IISG and AVMA have developed brochures, public service announcements, and other materials for veterinaries to share with their clients.
Many of these materials have been tailored to small animal veterinarians—those who work with dogs, cats, and other household pets. Now, though, IISG and AVMA are turning their sights towards livestock and the vets who care for them. Antibiotics and other pharmaceuticals used to treat livestock have been found in waterways across the country. In fact, animal agriculture is often the primary contributor of pharmaceutical pollution in rural areas, and some of these chemicals have been linked to impaired development and reproduction in aquatic wildlife.
The transition to livestock pharmaceuticals took a big step forward during the conference thanks to an opportune meeting with Dan Walsh, a distance learning instructor at the Purdue College of Veterinary Medicine. Laura and Dan traded resources that will help both programs strengthen their efforts to educate future vets and vet techs about the importance of proper medicine storage, use, and disposal.
The Michigan City real-time monitoring buoy, jointly owned and operated by Illinois-Indiana Sea Grant and the Purdue University Department of Civil Engineering, is out of the water for the 2013 season. This year, the buoy was deployed for 154 days, reporting data every 10 minutes around-the-clock. Over 3,400 people visited the buoy website during deployment, with an average of 18 hits per day. As one user put it, “Many, many of us have found the information as nothing less than terrific! Sailors like myself, fisherman like my dock neighbor, and so many pleasure boaters from Michigan City, Burns Harbor like to know what to expect once we leave the harbors.”
Buoy-watchers will have more to look forward to in 2014, as this winter the buoy will be getting an upgrade. Thanks in part to a grant from the Indiana Department of Natural Resources Lake Michigan Coastal Program awarded to IISG’s Tomas Hӧӧk, the buoy will broadcast real-time temperatures at different depths during the 2014 season and beyond. The buoy has always collected surface water temperature, but now it will also collect temperatures approximately every three feet from the surface to the bottom of the lake.
“We are very excited to install this chain of temperature loggers”, said Carolyn Foley, IISG assistant research coordinator who will help implement the new chain. “A number of groups told us they would use this information, from kayakers wanting to know if it’s warm enough to go for a paddle to anglers wanting to know where the best fishing will be.”
In addition to installing the new temperature loggers, IISG education staffers Terri Hallesy and Robin Goettel will work with Indiana educators to develop data-based lesson plans. IISG outreach staff, including Angela Archer and Leslie Dorworth, will also attend at least one outdoor show in northwestern Indiana to get direct feedback on ways to improve the buoy website for future seasons.
We would like to hear from anyone who uses the buoy data, particularly anglers, paddlers, and others who use southern Lake Michigan for recreation, as well as educators interested in using buoy data in their classrooms. If you 1) are an educator in grades 8-12 interested in participating in a workshop to acquire data sets for teaching and to develop lesson plans with buoy data, 2) have feedback related to improving the buoy website, and/or 3) would like to suggest an outdoor show for us to attend, please send us an email (iisg@purdue.edu) with “Buoy feedback” in the subject line. We expect to redeploy buoy in mid-May 2014.
Special thanks to the staff of the Indiana DNR Michigan City Field Office for their help deploying and retrieving the buoy.
Tomas Hook, IISG’s associate director of research, was recently the subject of Purdue University’s “Ag Research Spotlight.”
From the article:
“Höök’s research focuses on fish and fisheries ecology in the Great Lakes. Fish communities and populations—species numbers and their traits—change a great deal from year to year, he explains. Höök studies past, current and projected future conditions to examine the factors that lead to these changes over time and across habitats. He uses a variety of research methods, including lab experiments on how fish respond to different situations, field studies and computer modeling.”
;