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Manage invasive and overgrown aquatic vegetation in lakes, rivers, and wetlands. Solutions include mechanical harvesting and safe plant control methods.

Mechanical Harvesting Controls Milfoil in Illinois Loon Lakes

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Harvesting aquatic plants in Iowa
Once established, it can be managed but not eradicated. It has spread to almost every state in the US, where it grows into thick mats that can make lakes impenetrable for boats and swimmers. It can make it impossible for native plants to grow, affecting fish and wildlife. Yup, it’s Eurasian watermilfoil. Homeowners and businesses
aquatic weed harvester shoreline controlEurasian watermilfoil Illinois lakesinvasive aquatic plants lake managementLoon Lakes Antioch weed harvestingmechanical aquatic plant harvesting lakesmilfoil lake management Illinois

Native Aquatic Plants: An Important Component of Healthy Lakes

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/ Published in Aquatic Plant Management, Recreation & Fisheries
Macrophytes – the rooted aquatic plants
Warmer weather and water temperatures are spurring the growth of aquatic plants across Wisconsin and increasing calls from waterfront property owners for help in controlling the plants. State aquatic plant specialists encourage property owners to contact the Department of Natural Resources before taking steps to reduce or control the plants. The plants provide important fish

Aquatic Plants Play Key Role in Water Clarity Balance

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/ Published in Aquatic Plant Management, Water Quality & Pollution
Macrophytes – the rooted aquatic plants
Posted on July 9, 2013 by Dan O’Keefe, Michigan State University Extension Aquatic ecologists tend to avoid the term “weeds” when referring to macrophytes – the rooted aquatic plants that many swimmers and boaters disdain. These plants provide food for waterfowl and habitat for fish, but they can also play a critical role in maintaining
algae bloomsaquatic plantslake ecosystemslake managementmacrophytesmechanical harvestingnutrient levelsphosphorusturbiditywater clarity

Ecological Value of Exotic Water Plants Equals that of Indigenous Species

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Fishing among aquatic plants
When it comes to their role in aquatic ecosystems, exotic water plants are generally no different than indigenous species. In fact, they can be an asset. That doesn’t mean all exotic species should be given free rein. But they can be managed more effectively if you focus on their properties and not their place of

Beneficial Aquatic Weeds in Lake Greenwood

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/ Published in Aquatic Plant Management, Recreation & Fisheries
Boat Propeller Tangled in Weeds
The squishy green stuff at the bottom of the lake isn’t algae. Those are weeds, and though people seem to hate the feeling of their feet touching them, those weeds might be necessary for the health of the lake. According to Greenwood County Lake Manager Julie Davis, Greenwood County Lake Management surveys and inspects the
lake health

Mechanical Harvesting Removes Invasive Water Chestnut from Mystic River

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Invasive Water Chestnut forms dense mats that displace native species and interfere with recreational activities.
Water chestnuts are fast-growing invasive aquatic plants that choke waterways, damaging recreational opportunities and natural habitats. These plants displace native species, reduce biodiversity, hamper recreational uses and diminish the aesthetic value of bodies of water. They can negatively impact native vegetation and fish populations by forming large dense mats of vegetation on the water surface,
aquatic invasive species controlDepartment of Conservation and Recreationinvasive aquatic plant managementmechanical harvesting water chestnutMystic River invasive plantsriver weed removalwater chestnut Trapa natans

Lake Drawdowns Used to Control Milfoil in Alaska

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Aquatic Invasive eurasian watermilfoil, is an aquatic plant that forms dense mats of vegetation on the water’s surface.
If you notice a decrease in the water level at Twin Lakes in Alaska — despite this week’s drizzly weather — it’s because the City and Borough of Juneau’s Parks and Recreation Department and the Alaska Department of Fish & Game are draining the lakes to control milfoil, an invasive aquatic weed. The lakes are
Alaska aquatic invasive species controlEurasian watermilfoil Alaska lakeslake drawdown invasive plant managementnon herbicide aquatic weed managementsaltwater treatment milfoil controlTwin Lakes Alaska milfoil control

Lake Hopatcong Harvesting Removes 800 Tons of Weeds

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/ Published in Aquatic Plant Management, Case Studies
Lake Weed Harvester and Offloading Conveyor
Dan Bello, who is supervising the weed control program for the state park, told the Lake Hopatcong Commission on July 21 that the weed harvesters on Lake Hopatcong in New Jersey brought in 800 tons of weeds between June 6 and July 18. According to Bello, that averages about 27 cubic yards a day. In
aquatic plantsaquatic weed harvestingfish killherbicide impactinvasive vegetation removallake hopatconglake managementmechanical harvestingNew Jersey lakeswater quality

Harvesting Invasive Plants for Fuel and Fertilizer

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/ Published in Aquatic Plant Management, Water Quality & Pollution
EH-220 Aquatic Weed Harvester Phagmites
Researchers who work in wetlands in Michigan are taking a new approach to invasive plants. They’re harvesting them for fertilizer and fuel. When you’re in the middle of the Shiawassee National Wildlife Refuge, you don’t realize how massive it is. It’s 10,000 acres of marshes and bogs, forest and farmland. To put the size in
biofuelcattailsfertilizerinvasive plant harvestingLoyola University Chicagomechanical harvestingnutrient removalShiawassee Refugewater qualitywetland management

Milfoil Control Dispute on International Osoyoos Lake

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Mechanical Weed Harvester Collecting Milfoil
The (American) Okanogan County Noxious Weed Control Board has applied to a national environmental agency to treat Eurasian water milfoil with an aquatic herbicide, much to the dismay of the (Canadian) Okanagan Basin Water Board. Osoyoos Lake is located in Osoyoos, British Columbia and Oroville, Washington; making it an international lake. The Boundary Waters Treaty
Milfoil Control Dispute on International Osoyoos Lake
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