Gina LaLiberte: blue-green algae in Wisconsin’s waters

Gina LaLiberte is a true clean water champion who has studied algae in local lakes for two decades. She is a research scientist with the Wisconsin Department of Natural Resource’s Bureau of Science Services and serves as the Statewide Harmful Algal Bloom Coordinator.

Wisconsinites and tourists see big wooden signs at the borders of our state that say “Welcome to Wisconsin” and highlight recreation, along with industry and agriculture as highlights of our state. Summer recreation, unfortunately, has limits on some of our lakes’ beaches when algae blooms and bacteria prompt health department closures.

Gina explains what blue-green algae is, how it gets in our lakes and rivers, and what we can do to stay safe during summer recreation.

The interview was featured on the VMO Show on Monday, July 21 on 98.7 WVMO-FM in Monona, WI. This episode of the VMO Show was hosted by River Alliance of Wisconsin’s Communications Director, Stacy Harbaugh.

 

Full interview text

Stacy: Welcome to the VMO show. I’m your host, Stacy Harbaugh, and in the studio with me today is Gina LaLiberte. Gina is an expert on algae in lakes. She’s been studying algae for about 20 years, I believe, maybe longer. 30 years. 30 years She’s been studying algae, why it gets into our lakes, what it does, why it’s a problem, and what we can do about it. So, I’m really looking forward to a conversation with her in advance of her talk at the Clean Lakes Alliance event that’s coming up on Tuesday and we’ll give you details about that in a moment. So, please join me in welcoming Gina LaLiberte. Welcome to the WVMO Studios, Gina.

Gina: Thank you so much for having me.

Stacy: Fantastic. Well, tell me a little bit more about your role at the Department of Natural Resources and how you got into studying algae in lakes.

Gina: Sure. Well, I am currently serving as the statewide harmful algal bloom coordinator for the Wisconsin Department of Natural Resources. And while that might sound like I I go out and make blooms happen, it’s more of a a response to blooms. So, I lead communication in response to blooms, I get bloom reports from the public, from other staff at DNR, from county partners and other partners throughout the state, and do a lot of outreach to to groups, especially this summer, right? I’ve been doing a lot of outreach to different groups all over Wisconsin about blue-green algae and other types of algae.

Stacy: Well, there’s a lot to talk about since we have so many lakes, especially in our listening area, and Wisconsin’s known for its wonderful lakes, and we’ve got to keep them clean. So, in this case, a bloom is a bad thing, right? This is not like a garden bloom. This is a form of pollution, like a natural form of pollution in our lakes. Would you say that that’s true?

Gina: Yeah, that that is that is a good way to to think about it. So, normally there’s there’s going to be algae, including blue- green algae, growing in every water body in Wisconsin. There’s just no such thing as a lake or river that doesn’t have them. And they normally just quietly mind their own business, do their own algae things. But if there are a lot of nutrients like nitrogen and phosphorus in the water, that can fertilize their growth. It can fertilize the growth of other types of algae and aquatic plants, too. But if the blue-green algae really start to take off, they grow to really high levels, most for the most part, you can see a bloom when it when it’s growing. It looks like sort of greenish water, other discoloration in the water or scums or mats floating on the water. And that’s what a bloom is.

Stacy: That sounds pretty gross. Probably something we don’t want in our lakes. So, why is this a bigger problem for our lakes besides being something that’s not really good to look at?

Gina: Well, it does have those aesthetic issues. It’s really not fun to look at, and when blooms start to decompose, it can be really stinky and almost smell like sewage sometimes. Ecologically, decomposing blooms can create problems for wildlife. If there’s a large enough bloom that is decomposing, it uses up a lot of the oxygen as the bacteria decompose it and that can lead to reduced oxygen level that can result in fish kills. If fish just can’t move out of the area. So there’s a lot less oxygen for them to use up and unfortunately they die.

Stacy: Yeah, that’s that’s bad for the health of our lakes, but also that’s bad for people when it comes to having us access these lakes for recreation, for enjoyment. Tell me a little bit about why perhaps a swimming beach might be closed because of an algae bloom.

Gina: Sure. Well, one of the big concerns that we have with blue-green algae is that some of them can make toxins. Now, not all blue-green algae can make toxins, and even those that do don’t make them all the time, but it’s sort of a problem if you’re at the beach and you see a bloom because you can’t tell if a bloom is making toxins just by looking at it. So there has to be beach testing, but in general, if you see a bloom present, you really need to be cautious and you definitely want to avoid swallowing water that contains that bloom or if you are say water skiing or tubing on a lake, you can be exposed by inhaling water droplets. So, you really want to avoid bloom areas on a lake if you’re, say, going really fast and creating a spray and tubing or skiing.

Stacy: Wow. That’s something I never think about. I always think of stagnant water as being the places where, you know, where to avoid those blooms. I never think about water skiing or some of those more active forms of recreation. I’m just sad when a beach is closed, you know, and we do face that in the Monona area, in Dane County, you know, and in other places in the State of Wisconsin. You know, these beaches are very are very special to us. And, you know, you don’t need a country club membership to go swim at a beach, but we do need to make sure that they’re safe before we go in. So, we’ll talk about that a little bit more a little deeper into the show. So you talked about the presence of nutrients in in water and nutrients are in water too all the time. But where do these nutrients come from?

Gina: Well, for the most part nutrients there are there’s going to be some nutrients just present in lakes from historical inputs, but there are inputs coming into lakes all the time and they’re coming from the land. So everything that’s upstream is possibly going to end up coming into the lakes via runoff. And unfortunately when we have like really heavy rain events like we did recently that can bring a lot of nutrients into the lakes.

Stacy: Yeah, we’ve had a lot of rain this summer. In fact, uh, at my day job, I am the communications director for River Alliance of Wisconsin. And we recently had one of our flagship events, the Fools’ Flotilla, which is where a bunch of people get into costumes and they decorate their boats, their kayaks, their canoes, and travel down the Yahara River in order to go to the Waterfront Festival. Super fun event, but every single year, not only do we have to watch the weather for the day of the event, but we’ve got to keep an eye on how the weather is leading up to it because there have been algae blooms even in, you know, the Yahara River. We think of blooms as being more of a lake issue, but they do occur in rivers as well. So, you know, we don’t want our event to be ruined by an algae bloom, but but we always have to keep our our eyes open for that, too. 

So Gina, you’ve been studying this for a long time. What is it about algae that sparked your scientific research interests?

Gina: Well, I originally started out studying fish and then I took an algae course at a field station and I reversed course and started to to work on algae. They’re just there’s so many cool and beautiful algae out there and it’s really magical to just put just a drop of water under a microscope and look at it because I never know what I’m going to see. Sometimes it’s old friends, sometimes it’s things I’ve never seen before. So, it’s it’s really an adventure on a a tiny scale for me.

Stacy: And what does algae look like under a microscope? Can you describe it?

Gina: Oh gosh, there are so many diverse shapes. There are some green algae called desmids that have all sorts of crazy shapes like stars and fat little triangles, snowflakes even. Even some of the the blue-green algae are really cool. There are some filaments that are motile. They can crawl around. So, it’s a lot of fun to see these guys moving around under the microscope. And I don’t know, it’s it sounds like a weird thing. And I actually thought, “Oh, algae, that’s not that not that interesting.” But after I took this field course, obviously, I changed my mind.

Stacy: Well, that’s amazing. And we need scientists like you to, you know, fall in love with the subject enough to stay focused on it because it really is such a long… it’s a big, complex problem, right? When we have too much algae in our lakes and we need scientists who are passionate to to keep on it and to keep that research going, to know what’s out there and to help us inform uh some of the solutions to you know when it when it becomes a problem and it is it is a big problem. It’s not just when our beaches close. It’s much more complex than that. So I was wondering if you had some advice on what people, whether they’re listeners right now, or what community leaders can do to solve this problem when there’s too much algae in our lakes and we have these algae blooms.

Gina: Well, once once the nutrients get into a lake, it’s very very hard to take them out. So, preventing nutrient input into the lakes is is really essential. So that can be at large scale like doing different municipal projects to reduce kind of widescale runoff or even if you are a lakeside homeowner or you you live in a neighborhood where you know that part that portion of the watershed drains into the lakes. You can do things like installing rain gardens, uh, infiltration projects, minimizing fertilizer use on your lawn, and even minimizing herbicide use, too, and salt use because all of those things can help to contribute to blue-green algae blooms. Blue-green algae are more tolerant of salt. So, the more salt that gets into a lake, it’s the more desirable kinds of algae that are better foods for little microorganisms and fish, they don’t do as well. But blue-green algae do. Same with herbicides. Blue-green algae are less susceptible to herbicides than other more desirable kinds of algae. So, herbicide use, if you have herbicides washing from your property into a lake, that’s not good good news for the lake. And the blue green algae don’t care. They’ll just keep on growing.

Stacy: And they’re tough.

Gina: They are.

Stacy: They’re very tough. Here in the City of Monona, they’ve been taking their lakeside responsibilities very seriously as well. In fact, in June, the city council had a meeting that received some reports on their storm water and wastewater plans. And so they’ve been the the plan commission has been doing a lot of work to try to address what’s coming out of the the culverts, what’s coming out of the pipes and the connections to our lakes. They used to have really bad outfalls, those discharge points where water comes from from off of surfaces, off of everything from land to streets to sidewalks, all of that. Everything that washes off and goes into the lakes, it really wasn’t clean water back in the day. And so they’ve been working a lot with planning both above ground and below ground to have more green infrastructure, but also the city of Monona has been doing a lot of investing into changes in just their infrastructure and trying to green that up. So, Schluter Park was one, Stone Bridge Park, the latest project in Kelly Place. These are all projects trying to lower the a number the volume of this these particulates or this, you know, any of those nutrients that are getting into our lakes as as well as trash. But there’s some other programs too that listeners might want to know about. Just getting your leaves picked up in the fall. Not having those things go into the gutters and go into the storm drains. That’s a really big thing. Keeping your trash contained helps. The Salt Wise program is something that’s a great program in the state to educate, you know, anyone who’s got a sidewalk that needs salt, right? That’s W I Salt Wise dot com. You can find more information about Salt Wise Wisconsin. And yeah, the City of Monona’s programs for leaf-free streets and adopt-a-drain programs. These are all programs to help keep some of the stuff that feeds algae out of the lakes and contained where they should be. And of course, we can all use, like you said, lower fewer pesticides and chemicals on our yard, so we can all do our part. Any other thoughts on sort of the big picture on what we can do as a as a whole community beyond just our listening area? What we can do in Wisconsin to keep our lakes clean?

Gina: Well…

Stacy: It’s a big it’s a complex problem, right? And this these are, you know, algae is tough, right?

Gina: It is a big problem, but there are a lot of different programs going on all throughout the state. In particular, there are a lot more farmer-led groups. Farmers want to keep the nutrients on the land because it’s expensive to apply fertilizers when you’re growing crops. So, there are a lot of farmer-led initiatives that are that are happening throughout the state. And they’re getting a lot of good participation with with farmers. And these are peer-to-peer groups. It’s not someone in the government telling them “you should do this.” It’s farmers encouraging other farmers. And there’s a lot of friendly competition involved, too. If you’ve got better yield using better management practices for a field, your fellow producers see that and they want to do that, too.

Stacy: That’s good. Well, that’s good that that information is being exchanged and it’s a it’s a complex problem, but we can all do our part.

Welcome back to the VMO show. I’m your host Stacy Harbaugh, and in the studio with me is Gina LaLiberte. She’s the DNR’s expert on algae and algae blooms and all things algae in our lakes. And she’s here to talk to us about why our beaches close and how we can swim safely this summer. So what do you think? What’s your best advice for people who want to go swimming in our local lakes, maybe bring their dog? What’s the best way that they can swim safely and not get into trouble with algae blooms?

Gina: I think the the best thing you can do is to look at the water before you go in, before you let the kids go in, definitely before you let the dog go in. So, if it looks questionable, then you might want to pick a different beach to swim at. When it comes to blue-green algae, we quite often have a lot of blooms accumulating at downwind shores. Blue-green algae float and so they’re really easily moved around by wind. So, if you are deciding on what beach to head out to in the day, look at the weather forecast and look at what the wind direction is. If the wind is quite often out of the south or the southwest in the summer, then the beaches at the the north and the northeast shore of a lake might be more affected than the beaches towards the south or the southwest end of the lake. So, pay attention to the wind direction and always look at the water before you go swimming. So, if you see water that has a lot of little tiny green particles in that, that is very possibly blue green algae. If you see floating scums, that’s definitely not good conditions to swim in. And we are really lucky in Dane County that the Public Health Madison Dane County, our public health department, does a lot of beach testing. So, they test both for E.coli bacteria at the beaches, but they also do testing for blue-green algae and they test for toxins at the beaches. So, they have a great website that shows the recent testing results for all of the beaches. They even have an email signup where you can just get those, any beach closures automatically delivered to you by email. So, we’re really lucky to have them working for us to offer this in Dane County.

Stacy: Yeah, that’s really helpful, especially if you’re busy parents and you want some place to take the kids, you want someplace safe to swim. Uh, that’s a great website. So, that’s public health M D C dot com and that’s where you can go and look up beach and lake water quality and sign up for those email alerts. If you’re an avid swimmer, that’s an essential piece of information.

So, Gina, you’re giving a talk in the community here pretty soon. Tell us more about what’s happening with the Clean Lakes Alliance.

Gina: Sure. Well, Tuesday, July 22nd, I’m giving a talk at the East Side Club for the Clean Lakes 101 program. So, I’m going to be talking about blue-green algae in our lakes in in Dane County. It’s going to kind of be a general look at at blue-green algae, but also looking specifically at some of the blooms that we’ve been having in in lakes right around Madison and Monona.

Stacy: Well, good. So, if you want to dig into this topic a little bit more, then please join Gina and the Clean Lakes Alliance at the East Side Club on Tuesday, July 22nd. Learn more about what’s going on in our lakes, especially our beloved Lake Monona. Well, thank you so much for tuning in to this episode of the VMO show. I hope you get to swim a little bit this summer, someplace with a nice safe beach, an algae-free beach. That’s what we hope for. And tune in to the next episode of the VMO show where we talk about community events and what’s going on in the Monona area. Thanks for listening. Drive safe and we’ll see you next time.

 

– Stacy Harbaugh, Communications Director

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The post Gina LaLiberte: blue-green algae in Wisconsin’s waters appeared first on River Alliance of WI.

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Allison Werner

Kathleen Smith: She Who Takes Care of the Wild Rice

Kathleen Smith works with the Great Lakes Indian Fish & Wildlife Commission as their Manoomin Ganawandang, or “She Who Takes Care of the Wild Rice.” With deep experience in ecological conservation work, she’s now a regional leader who combines traditional knowledge with modern strategies to protect wild rice. 

In our Q&A, hear from Kathleen about why manoomin is more than food. It’s a species that is deeply entwined with Ojibwe culture and history. Manoomin is a sensitive plant that depends on Nibi, or the clean water that gives us all life. 

She also shared her advice on how non-tribal members can play an active role in protecting and restoring manoomin in Wisconsin.

 

Tell me about your role at GLIFWC. How did you get into a career in conservation?

I’m in a new role as “She Who Takes Care of the Wild Rice,” our most precious gift. Peter and Lisa David previously worked with the Great Lakes Indian Fish & Wildlife Commission as wildlife and Manoomin biologists and retired about three years ago. GLIFWC reorganized and created two roles: wetland ecologist and my position that integrates traditional knowledge and culture to build relationships with rice chiefs and tribal communities to give a voice to manoomin.  

My career path to get here was different. I started out early in federal wildland fire management for the Bureau of Land Management. I worked in California’s Desert District in Southern California located in the Mojave desert. I had a supervisory role – a fire engine boss – and worked on conservation efforts that included fire suppression and dealing with wildfires, but also controlled burns to protect ecological and biodiversity in riparian areas. I did participate in some research using fire to see how fire impacts tortoise habitat, and then transitioned home to Baraga, Michigan, becoming a plant technician and took interest in the plants program doing habitat restoration with native plants, dealt with invasive species, and did wild rice restoration. That led me to GLIFWC. 

Here, I’m dedicated to preserving and enhancing manoomin in the ceded territories with 11 member tribes across Western Michigan, Wisconsin, and Minnesota where I combine traditional knowledge with modern strategies to protect the species. I do education and outreach presentations, facilitate manoomin camps, and support tribal communities through wild rice committees with the Wisconsin Department of Natural Resources. It all comes down to tribes’ determination to safeguard and protect their environmental and cultural heritage. 

 

What do you think people should know about manoomin?

Manoomin is not just food. It’s a sacred being. We believe this about all nature on Mother Earth, all creatures, all living beings that make up our ecosystem, the flora and fauna. In our creation story, we have four orders: 1.) the elements, 2.) plants, 3.) animals and 4.) humans. The orders of creation play a part of who Anishinaabe people are. Manoomin is in the second order. It’s a part of our migration story and how we came here. For generations, it has provided a vital nutrient source and a staple of our diet. We use it in ceremonies as a main feast food today. We have this perspective that all things have spirit. Manoomin is a living relative. 

 

Researchers are calling manoomin an indicator species for climate impacts in the upper Midwest. What are you paying the most attention to in protecting manoomin for both tribal rights and climate resilience for fresh water in the upper Midwest?

How I see it, manoomin are other beings that experience how the weather can shift in our seasons. It’s happening today. Climate change has extreme water fluctuations, from extreme rain and flooding, to less snowpack and droughts. This impacts rivers and streams, which shifts the channels of water going into rice water bodies. When there is a slower movement of water, we see things like lily pads and other native plants encroaching on rice. Those who work with manoomin recognize its sensitivity. We have estimated that nearly half of the historic range of manoomin has been lost due to habitat loss, decreased water quality and human activity where it had once thrived for thousands of years. 

Nibi (water) is the giver of life. It connects all things. We are all caregivers, so we need to be mindful of what we are doing to water, including using less fertilizers or herbicides near our waterways. An elder once told me that manoomin reflects our human life cycles. When manoomin has a hard time standing up, it’s like the hard time between adolescence and adulthood. What happens to manoomin can also happen to us.

Manoomin’s survival is tied to climate adaptation and efforts to protect the sacred, culturally significant plant. To do this, we honor both the cultural and the technological balance. Manoomin can bring all people together to understand our plant relatives, and honor both tradition and biodiversity. It’s a warning that if you don’t take care of water and manoomin, other things are coming to wake us up. We need to be good stewards. Nibi is the caregiver of life, the most precious gift of life, and connects to all things. 

 

What can non-tribal members do to help protect or steward manoomin as manoomin faces challenges from climate change?

Non-tribal members can play a crucial role in protecting manoomin. They can contribute by learning and respecting our indigenous knowledge, but they have knowledge themselves that they can share. It can be a cultural exchange. They can educate themselves about the cultural significance of manoomin to our communities, especially to Ojibwe people, and learn about the spiritual and ecological importance of this native grain. They can advocate for legal protections and support initiatives like the Rights of Manoomin like Minnesota is doing. They can advocate for legal protections in other parts of the state. 

They can collaborate with tribal communities and put this interdisciplinary collaboration with native and non-native researchers and community members. They can collaborate to address issues like learning about seed and genetic contamination, and opt for resources that are local. They can work for water quality and habitat preservation, support sustainable practices, or purchase wild rice from certified tribal sources and avoid the commercialization of wild rice. 

Participate in restoration efforts, or volunteer with local organizations in restoration work. Attend a Manoomin Camp to learn how to harvest sustainably. You can even work with us to go on a landscape to harvest seed to help in the restoration projects. Help in restoration projects that restore wetland habitats that are conducive to manoomin growth.

– Stacy Harbaugh, Communications Director

 

This message is made possible by generous donors who believe people have the power to protect and restore water. Support our work with your contribution today.

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Allison Werner

Many people have questions about the historically low Great Lakes ice cover this winter, and we’ve got answers! NOAA GLERL’s Bryan Mroczka (Physical Scientist) and Andrea Vander Woude (Integrated Physical and Ecological Modeling and Forecasting Branch Chief) answer the following … Continue reading

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Gabrielle Farina

The species spotlighted this month is Great Blue Lobelia (Lobelia siphilitica)! Also known as Blue Cardinal Flower, Great Blue Lobelia is a perennial wildflower native to Wisconsin that grows well along streams, springs, swamps, meadows and other places with sufficient moisture. This species grows up to 4 feet tall, with a leafy stalk on which blue/purple tubular flowers bloom in July – October. Great Blue Lobelia requires moist to wet soil and partial to full sun, and is resistant to deer browsing. This plant has a wide distribution in North America, found in wet ground from Main to Colorado and into Canada, and south to North Carolina and Texas.

The seedlings of Great Blue Lobelia are very tiny at first, before growing into the clump forming wildflower. This plant usually blooms in its first year. Seeds in October – November and in optimal conditions, this plant may self-seed, but is not overly prolific. It is not very drought tolerant, and requires moist soil.

Great Blue Lobelia is a great plant for shoreline plantings. Along with other native species, its roots are great for capturing and slowing down stormwater runoff, and for holding on to soil which helps prevent erosion. In addition, Great Blue Lobelia attacks hummingbirds and native bee species!

Image Credit: Aaron Carlson; www.wisflora.herbarium.wisc.edu; CC BY-SA 3.0

H. Zell; CC BY-SA 3.0

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

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Katie Reed

This month’s species spotlight shines light on a native lamprey species of the Winnebago System: Chestnut Lampreys (Ichthyomyzon castaneus). There are other native species of lamprey in the Winnebago System too. These are the Silver, American Brook, and Northern Brook lampreys. Chestnut and silver lampreys are parasitic as adults, feeding on fish. However, this usually does not kill the fish. Despite the scary looking sucker disks, native lampreys are an important part of the ecosystem.

Chesnut Lamprey (young) Photo Source: Cal Yonce/USFWS

However, there is a non-native lamprey species to be aware of too: the sea lamprey. The sea lamprey is an aquatic invasive species has not invaded the Winnebago System, but is present in the Great Lakes. If the sea lamprey were to invade the Winnebago System, it is likely they would cause major issues for the ecosystem. We must work hard to keep this aquatic invasive species out of the Winnebago System. Though a bit creepy looking, the chestnut lamprey (and Silver, American Brook, and Northern Brook lampreys) are native to this region.

Chestnut lampreys are parasitic as adults but not as larvae. The adult chestnut lamprey attaches to a fish, then scrapes a hole in the body and sucks out blood and tissue fluids for nutrients. After feeding on a fish for several days, the lamprey drops off. Usually, the fish is not killed directly by the attack, but may die due to infections from the wound.

Chestnut lampreys have a skeleton made of cartilage with no true vertebrae. They technically do not have a jaw. This makes lampreys different from eels, which have a bony skeleton and jaws. Lamprey bodies are long and cylindrical. Chestnut lamprey adults range in length from 5-11 inches. The mouth of adult chestnut lampreys is as wide or wider than the head, and contains sharp teeth that each have two points (bicuspid). Along their back, chestnut lampreys have one continuous fin. Adults are usually dark brown, gray, or olive-green on the top, with a lighter coloration of yellow or tan on the stomach. During spawning, they can appear blue-black. Younger lampreys tend to be lighter in color.

The native range of the chestnut lamprey is as far north as the Hudson Bay in Canada and as far South as the Gulf of Mexico. The Mississippi and Missouri River networks help with this large range, as the lampreys move with their host fishes.

Chestnut Lamprey (bottom; native) vs. Sea Lamprey (top; non-native; NOT found in Lake Winnebago)

Photo Source: Bobbie Halchishak/USFWS

Chestnut lampreys spawn in late spring when the water temperature is about 50ۧ°F. Chestnut lampreys stay in the larval phase for 3 – 7 years. Chestnut lamprey larva do not have eyes. When they hatch, chestnut lampreys move downstream and bury themselves at the bottom of the water body they’re living in. For the next few years, they filter feed on tiny algae particles and tiny organisms before beginning to develop their sucking disk. This disk develops teeth which allows for parasitic feeding. Once Chestnut Lampreys are adults, they can suck blood and other nutrients from host fish. Chestnut lampreys can feed on many different fish species including carp, trout, pike, sturgeon, catfish, sunfish, and paddlefish. They live another one to two years as adults, for a total lifespan of about 6 – 9 years.

Chestnut lampreys are primarily nocturnal, meaning they are most active at night. This is often why we don’t see them unless they are attached to fish we catch! During the day, they rest under rocks and along river banks. Adult chestnut lampreys are not known to have predators, but the larval lampreys are preyed upon by burbot and brown trout.

Though we tend to think of parasites as “bad”, they play an important role in the ecosystem including helping to remove weaker fish from the population. The lamprey population may become large when they have plenty of fish to feed on, but then decrease as host populations decrease. This cycle is normal in the ecosystem. Aquatic invasive species like the sea lamprey are a cause for concern because they interfere with normal population dynamics.

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

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Katie Reed

Visitors to Marble Park in Winneconne, Winnebago County can soon stop by three native plant beds to enjoy beautiful native plants! Installation is scheduled to start on August 22, 2023. We anticipate needing volunteers to help the remainder of the week (Aug 22-23). If you are interested in volunteering to help install and plant these beds, please fill out the following form and select “Shoreline Planting/Work Crew”. We look forward to seeing you at the park!

Fox-Wolf Watershed Alliance partnered with the Village of Winneconne to install the native plant beds. The goal of this project is to increase the adoption and installation of native shoreline plantings around the Winnebago System. We are excited to see the project come together and watch the plants grow!

Shoreline property owners are eligible to receive reimbursement of up to $1000 to install this type of best management practice through a Wisconsin DNR Healthy Lakes and Rivers grant by partnering with Fox-Wolf Watershed Alliance.

Come check out what this shoreline best management practice looks like, what the requirements are for the Healthy Lakes and Rivers Grant, and what shoreline property owners can expect from the process of planning, installing, and maintaining the native plant beds.

Under a Healthy Lakes and Rivers grant, native plantings must:

  • Total 350 contiguous square feet,
  • Be at least 10 feet wide in any direction,
  • Be adjacent to the shore,
  • Follow the Healthy Lakes requirement for number of native plants and species.

A Healthy Lakes native planting project can augment an existing area of shoreline vegetation under certain circumstances.

The demonstration site at Marble Park will meet all of these requirements, and is intended to give shoreline property owners a good idea of what to expect from their native plantings, while also educating visitors about how native plantings can improve wildlife habitat, natural beauty, and decrease runoff into the Wolf River.

The Demonstration Site will showcase three different plant lists: a low-growing bed showcasing species that grow <5 ft tall, a shoreline edge bed with species that thrive close to the water and a pollinator bed which will showcase species specifically intended to attract pollinators.

If you have any questions or are interested in installing a Healthy Lakes native plant bed on your shoreline property, please contact Katie Reed at katherine@fwwa.org or 920-851-6472.

Funding for this project was provided by the Winnebago Waterways Program at Fox-Wolf Watershed Alliance and the WI Department of Natural Resources. Project partners include the Winnebago Waterways Program at Fox-Wolf Watershed Alliance and the Village of Winneconne.

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

The post Volunteers Needed! Shoreline Buffer Demonstration Site Set To Be Installed at Marble Park, Winneconne appeared first on Fox-Wolf Watershed Alliance.

Original Article

Fox-Wolf Watershed Alliance

Fox-Wolf Watershed Alliance

https://fwwa.org/2023/08/09/marble-park-demo-site/?utm_source=rss&utm_medium=rss&utm_campaign=marble-park-demo-site

Katie Reed

Our wonderful water quality monitoring volunteers have kicked off the 2023 monitoring season!

Volunteers are monitoring sites located throughout the Winnebago Waterways Recovery Area. During the growing season, volunteers monitor once a month for physical, chemical, and biological data as part of the Winnebago Waterways Water Quality Monitoring Program. Their hard work and effort results in data that allows us to monitor the water quality from month to month and year to year. Already this season, they’ve faced dry, rainy, and smoky/hazy conditions. Thank you for all you do water quality monitoring volunteers!!

Read more about the Winnebago Waterways Water Quality Monitoring Program by clicking here!

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

The post Water Quality Monitoring Season off to a good start! appeared first on Fox-Wolf Watershed Alliance.

Original Article

Fox-Wolf Watershed Alliance

Fox-Wolf Watershed Alliance

https://fwwa.org/2023/06/29/ww-wq-volunteers-2023-season-start/?utm_source=rss&utm_medium=rss&utm_campaign=ww-wq-volunteers-2023-season-start

Katie Reed

This month’s species spotlight highlights Wisconsin’s largest and only aquatic salamander: the mudpuppy (Necturus maculosus)! This brown or grayish salamander typically has dark spots and deep red, feathery gills. These salamanders have a finned tail too. Mudpuppies can grow up to 16 inches (1.33 feet) long!

Mudpuppy – USFWS National Digital Library

The skin of mudpuppies is very slimy, though the rumors that mudpuppies are poisonous are not true. It is still best to avoid touching them and leave them be if you find one because they have sensitive, permeable skin.

Habitat & Diet

Mudpuppies live their whole lives in the water of lakes and rivers. They prefer areas with large flat docks and will live in underwater holes. Mudpuppies eat aquatic invertebrates (animals in the water without a backbone) such as worms and insect larvae. They will also eat small fish and other amphibians.

Behavior & Population Info

Mudpuppies breed in late fall and spawn in June. Eggs hatch in July or August. It is estimated mudpuppies can live up to 20 years old.

Mudpuppies are typically nocturnal, meaning they are most active at night. They may be more active during the day if the live in murky/muddy water but are tricky to spot and study. Currently, Wisconsin’s mudpuppy populations have not been extensively studied, so it is unknown how the species’ population is faring in Wisconsin. Their status is listed as common, but have recently been listed as a species of special concern in Minnesota, and are threatened in Iowa and Illinois. It is known that mudpuppies in Wisconsin are the only host of the Salamander Mussel, a state threatened species. In the winter, mudpuppies may be a common bycatch during the ice-fishing season, and in 2022 the Wisconsin DNR asked for help documenting mudpuppy observations. Mudpuppies are active year round, even under winter ice!

Mudpuppy – iNaturalist – thismia – CC BY-SA 4.0

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

The post Species Spotlight: Mudpuppy appeared first on Fox-Wolf Watershed Alliance.

Original Article

Fox-Wolf Watershed Alliance

Fox-Wolf Watershed Alliance

https://fwwa.org/2023/06/28/species-spotlight-mudpuppy/?utm_source=rss&utm_medium=rss&utm_campaign=species-spotlight-mudpuppy

Katie Reed

It’s May in the Winnebago area, which means everyone’s favorite mother’s day tradition is back: Lake Flies (Chironomids)! These non-biting midges typically hatch around Mother’s Day in late May, though this time frame can shift depending on winter conditions. A second, smaller hatch of lake flies often occurs in late summer.

Lake flies seen around Lake Winnebago are a collection of different midge species, the most numerous likely Chironomus plumosus, also known as the buzzer midge. During the large May hatch, you can easily tell how this species got their common name – there is a low hum from the sheer number of the midges.

Alexsuchy - CC BY-SA 4.0

These flies have wing lengths around 6 mm, and bodies as long as 13 mm. When they emerge to create mating swarms, adults live for only 3 – 11 days. Since they do not have functional mouthparts, they do not bite or even eat! The location and size of swarms are highly dependent on the wind, and are often concentrated on areas that contrast with the background. Females lay masses of eggs on the water surface, which then absorb water and sink to the lake bottom. These eggs hatch shortly after and become midge larvae. The larvae undergo 4 stages, the first of which is free swimming. During the following three stages, the larvae make and live in a tube, collecting food at the bottom of the lake. Then the lake flies emerge in May or late summer and start the cycle over again.

Many species eat lake fly larvae and adults are therefore very important for the food web in Lake Winnebago. In fact, lake fly larvae help support the sturgeon population and contribute to our large self-sustaining lake sturgeon population. Other fish species eat the larvae stages and birds including purple martins and warblers eat the flying adults. Though the large hatching event can be a nuisance for us, they are critical for the food webs of the Winnebago Lakes. Remember, though they can be very annoying, they only last about 2 weeks! Their impact on the rest of the system lasts for much longer.

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

The post Species Spotlight: Lake Flies! appeared first on Fox-Wolf Watershed Alliance.

Original Article

Fox-Wolf Watershed Alliance

Fox-Wolf Watershed Alliance

https://fwwa.org/2023/05/25/species-spotlight-american-white-pelican-2/?utm_source=rss&utm_medium=rss&utm_campaign=species-spotlight-american-white-pelican-2

Katie Reed

The American White Pelican (Pelecanus erythrorhynchos) used to be a rare sight in Wisconsin, now these birds, with wingspans up to 9 feet, are frequently spotted in large numbers in the Winnebago System! The American White Pelican has an orange, long, pouched bill (beak) that can grow a protrusions during the breeding season. The tips of their bills have a small hook at the tip. Their necks are long, and their bodies are usually snowy white with black flight feathers. Their legs and feet are orange though younger birds’ can appear more gray-pink and darken with age, and their feet are webbed. Adult pelicans can weigh about 16 pounds, making them one of the heaviest flying bird species.

American White Pelicans are piscivorous, meaning they primarily eat fish. The American White Pelican forages for food mostly in shallow waters in open areas of marshes, lakes, rivers, and ponds but can forage in deeper water. American White Pelicans do not submerge or dive for food. Instead, they dip their bill into the water and scoop up prey into their pouch, then tip their bill above their head to swallow. A typical pelican can reach down to about 3 feet below the surface of the water, and can eat about 3 pounds of fish a day! In Wisconsin, pelicans have been recorded eating common carp, as well as other fish species. They can also eat amphibians like frogs and invertebrates like crayfish. Pelicans sometimes work together to forage for food. A group of pelicans can corral fish into shallow areas or to the center of a U formation or circle to more easily catch prey.

Adult American White Pelicans on Water (National Park Service)

Pelicans at a nesting colony (Winnebago Waterways User Submitted Photo)

Young Pelicans (USDA)

Pelicans start to breed when they reach about 3-6 years old and travel to their breeding colonies in March – May. These colonies are typically on islands. Nests are built on the ground in colonies with other pelicans, as well as other bird species like cormorants and gulls. Usually pelicans lay 2 eggs. The eggs and hatched young are vulnerable to predators like eagles, foxes, and raccoons. Studies show that pelicans can live up to 30 years.

Historically, American White Pelicans were found in Wisconsin but their population sharply declined in the late 1800s – 1900s due to hunting and habitat loss. In the last 20-25 years, their populations have grown tremendously in Wisconsin, prompted likely by loss of breeding grounds in the West but also due to habitat restoration projects and pollution cleanup. In the lower Green Bay area, the number of white pelicans grew from about 250 in 2005 to more than 3,000 in 2021. Protecting their habitat and water quality is important to their continued success in the Winnebago System.

Winnebago Waterways is a Fox-Wolf Watershed Alliance recovery initiative. Contact us at wwinfo@fwwa.org

The post Species Spotlight: American White Pelican appeared first on Fox-Wolf Watershed Alliance.

Original Article

Fox-Wolf Watershed Alliance

Fox-Wolf Watershed Alliance

https://fwwa.org/2023/04/26/species-spotlight-american-white-pelican/?utm_source=rss&utm_medium=rss&utm_campaign=species-spotlight-american-white-pelican

Katie Reed

African scientists visit the North American Great Lakes in international exchange

One by one, netted fish arrived onto the boat: smallmouth bass, largemouth bass, common carp, gizzard shad, longnose gar.

They lay on their sides, briefly stunned by the electricity that was coursing from rods on the boat’s bow and then scooped on board the 21-foot vessel on a cloudy spring day on Lake Erie.

Read Now at Great Lakes Now.

Original Article

Great Lakes Now

Great Lakes Now

https://www.greatlakesnow.org/2022/06/african-scientists-great-lakes-international-exchange/

Natasha Blakely

Lake heatwaves driven by human-caused climate change

Just like the atmosphere and the ocean, lakes can be subject to extreme spikes in temperature, and new research shows that the vast majority of these heatwaves over the past 25 years are the result of human-caused climate change.

Iestyn Woolway – a climate scientist at Bangor University in Wales – and his colleagues analysed satellite data of surface temperatures in lakes around the world, including the Great Lakes, to identify when and where heatwaves occurred since the satellites came online in 1995.

Read Now at Great Lakes Now.

Original Article

Great Lakes Now

Great Lakes Now

https://www.greatlakesnow.org/2022/03/lake-heatwaves-human-climate-change/

Brian Owens

The NOAA Great Lakes Environmental Research Laboratory (GLERL) and Michigan Technological University (MTU) Great Lakes Research Center recently teamed up on the deployment of a wave glider in Lake Superior. The chemical and biological data collected will help researchers understand … Continue reading

Original Article

NOAA Great Lakes Environmental Research Laboratory

NOAA Great Lakes Environmental Research Laboratory

https://noaaglerl.blog/2021/10/12/noaa-wave-glider-gathers-key-data-during-25-day-cruise-in-lake-superior/

Margaret Lansing

The NOAA Great Lakes Environmental Research Laboratory (GLERL) and partners recently deployed a buoy in Lake Champlain that will measure the lake’s wave heights to assess the accuracy of a new experimental model for the lake. This is part of … Continue reading

Original Article

NOAA Great Lakes Environmental Research Laboratory

NOAA Great Lakes Environmental Research Laboratory

https://noaaglerl.blog/2021/06/22/new-wave-buoy-will-provide-data-to-support-wave-and-flood-forecasting-on-lake-champlain/

Gabrielle Farina

Understanding the major effects of ice on the Great Lakes is crucial. Ice cover impacts a range of societal benefits provided by the lakes, from hydropower generation to commercial shipping to the fishing industry. The amount of ice cover varies … Continue reading

Original Article

NOAA Great Lakes Environmental Research Laboratory

NOAA Great Lakes Environmental Research Laboratory

https://noaaglerl.blog/2021/02/04/five-decades-of-great-lakes-ice-cover-data-and-where-to-find-it/

Gabrielle Farina

It’s nearly winter here in the Great Lakes—our buoys are in the warehouse, our boats are making their way onto dry land, and folks in the lab are working hard to assess observed data, experiments, and other results from this … Continue reading

Original Article

NOAA Great Lakes Environmental Research Laboratory

NOAA Great Lakes Environmental Research Laboratory

https://noaaglerl.blog/2018/12/03/the-hab-season-is-over-but-the-work-goes-on/

Nicole Rice