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

Realistic Goals to Control Curly-Leaf Pondweed

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Curly-Leaf Pondweed
According to Nick Brown, DNR invasive species specialist, herbicides used to treat curly-leaf pondweed on Minnesota lakes may not lead to improvements in water quality. Curly-leaf pondweed is an invasive plant found throughout much of Minnesota. The plant grows slowly throughout the winter under the ice, but once the ice has left the lake the
aquatic herbicides lakesaquatic plant harvestingcurly leaf pondweedinvasive aquatic plants Minnesotalake weed control methodslittoral zone managementmechanical weed harvestingMinnesota DNR research

River Plants Mitigate Flooding

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/ Published in Aquatic Plant Management
Chicago Botanic Garden
Common practice is to remove river plants to prevent the slowing of the water flow and to prevent flooding during high rainfall events, but according to one research scientist the vegetation can act as a natural buffer. She believes that the plant removal not only threatens the a naturally balanced water level but threatens a
aquatic plantsremove river plants

Native Vegetative Shoreline Buffer

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/ Published in Aquatic Plant Management, Lake & Waterway Management, Water Quality & Pollution
Natural Shoreline Buffer
Probably the single most helpful thing we can all do to help keep surface waters clean is the addition of a native vegetative buffer along the lakeshore. Buffers help filter out and trap pollutants like fertilizers, herbicides and pet waste before they reach the water. In addition, the deep roots from native buffer plants help
lakeshorelakeshore buffernative buffer plantsnative shoreline buffernative vegetation bufferplants trap pollutantsshorelinesurface waterswater clarity

Balancing Aquatic Plant Growth in TVA Waterways

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Harvesting Channels Through Aquatic Vegetation
Aquatic plants, whether invasive or native, can be described as either a mess or a resource.  Natural plant growth covers 20 – 40% of the water and includes a diversity of plants.   However, invasive plants such as Eurasian watermilfoil, hydrilla and water hyacinth quickly take over a lake covering 60% and sometimes 100% of the
aquatic plant managementaquatic vegetationeurasian watermilfoilhydrillainvasive species controllake managementmechanical harvestingTVA waterwayswater hyacinthwater quality

Focus on Restoration of Aquatic Vegetation

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/ Published in Aquatic Plant Management
Cattails and Lily Pads
For years it has been about getting rid of aquatic vegetation, but perhaps 2016 will be a year to focus on the restoration and the necessity of these plants to create a healthy fishery and the overall health of the ecosystem. Marsh Lake lies within the Lac qui Parle Wildlife Management area, which is managed
aquatic plant restorationaquatic restorationaquatic vegetationpondweedsubmerged aquatic vegetation

Mechanical Harvesting Restores Heard Pond from Water Chestnut Infestation

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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.
Heard Pond became so heavily infested that the beauty and recreational value of it were lost.  Once flourishing with native water lilies Heard Pond had a reputation for great fishing and bird watching.  All gone, due to the lack of open water, nearly completely covered with water chestnut. Water chestnuts are native to parts of Eurasia
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Aquatic Weed Harvesters Are a Long-Term, Cost-Effective Solution

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/ Published in Aquatic Plant Management, Blog
Inland Lake Harvester with Seaplane
It is exhausting reading about lake after lake after lake becoming infested with an over abundance of aquatic vegetation.  This plant material not only negatively affects water quality, the health of the fishery, recreation, aesthetics, but it is financially devastating as well. It affects tourism; bait shops, marinas, hotels, restaurants.  It affects lake property owners;
aquatic plant controlaquatic vegetationaquatic weed harvestersinvasive aquatic plantslake communitieslake managementlake restorationmechanical harvestingrecreation impactswater quality

Managing Phragmites in Wetlands and Lakes with Mechanical Removal

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Invasive Phragmites reduces habitat and limits resources.
A fairly dry winter with very little snowfall plus near drought like conditions this summer has lead to even more aquatic plants.  Another invasive species is quickly filling in exposed lake beds which are occurring due to historic low water levels.  Phragmites, the Common Reed, is a large perennial grass that can grow up to
aquatic weed harvestercommon reed invasive plantinvasive shoreline vegetationphragmites controlphragmites removal methodsswamp devil aquatic shredderwetland invasive specieswetland restoration

Hydrilla Control Methods for Managing a Highly Invasive Aquatic Plant

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/ Published in Aquatic Invasive Species, Aquatic Plant Management
Hydrilla has become the most serious aquatic weed problem for Florida and most of the U.S.
Native to Africa and believed to have been introduced to American waters from the aquarium trade in the 1960’s, hydrilla has quickly spread across the southern U.S. from Connecticut to California.  By the 1990’s millions was spent yearly on its control, but this year New York alone has budgeted $800,000 to fight the invasive aquatic plant.
aquatic invasive plants managementFederal Noxious Weed Act hydrillagrass carp hydrilla controlhydrilla control methodshydrilla herbicide treatmenthydrilla invasive aquatic plantmechanical harvesting hydrilla

Mechanical Weed Harvesting Restores Malawi’s Shire River Hydropower

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/ Published in Aquatic Plant Management, Blog
Hydropower Intake Structure Blocked by Weeds
Ninety-eight percent of Malawi’s electricity supply comes from five hydro plants on the Shire River.  An increase in floating aquatic weeds and debris caused serious operational problems at the stations and resulted in millions of dollars spent on repairs.  For example, the intake structures at one plant were so blocked by accumulated weeds, water could not
aquatic vegetation managementaquatic weed harvestingaquatic weed removal equipmenthydroelectric plant maintenancehydropower plant debris removalmechanical weed controlShire River MalawiSwamp Devil shredder
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