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Weed Cutters Fight Flooding

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/ Published in Aquatic Weed Harvesters
Aquatic Weed Harvester
Dane County’s 13 aquatic plant harvesters will aid county efforts to mitigate flooding in the Yahara Chain of Lakes in Wisconsin. Dane County’s total operating budget for lake weed management in 2019 is $773,400 – a more than 53 percent increase in funds compared to last year. Harvesting of aquatic plants occurs over an area
Dane CountyFlood ControlphosphorusYahara Chain of Lakes

Fleet of Aquatic Plant Harvesters Ready to Battle Weeds on Yahara Lake

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/ Published in Aquatic Weed Harvesters
Aquatic Weed Harvester
Dane County’s fleet of 13 weed harvesters is motoring up to cut and remove tons of aquatic plants in the Yahara chain of lakes this summer, a continuation of a program to try and reduce lake flooding and lower the amount of algae-producing phosphorus. The 13 harvesters are two more than last year, and the
aquatic plant harvesterphosphorusweed harvester

Some Great Lakes Fish Populations at Risk from Low Nutrient Levels

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/ Published in Uncategorized
Lake Erie Algal Blooms from Space
As algal blooms flourish on the edges of the Great Lakes, lake management bodies look to cut down the flow of nutrients into the water that feeds the algae. But, as a recent report by the International Joint Commission explains, not all parts of the lakes suffer from too many nutrients — in fact, the
great lakes ecosystemlake managementphosphoruswater quality

The Massive Effort to Rid Lake Decatur of Farm Runoff

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/ Published in Uncategorized
Spreading Fertilizer on Farm Field
Surrounded by some of the world’s richest soil and home to two major grain processing plants, Decatur has long been a hub for agribusiness in the United States. One major trade-off comes in the form of excess nutrients, specifically nitrogen and phosphorus, that runoff from fertilizers used on local farm fields and from discharges from
drinking waterfertilizernitrogenphosphoruswastewater discharge

Phosphorus is Vanishing from the Soil but is Reappearing in Waterways

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/ Published in Uncategorized
Over Abundance of Aquatic Plants
Phosphorus-enriched soil is very much essential for agricultural purposes. But the current alarming fact is, this nutrient is increasingly being lost from soils all around the world. This mineral is one of the vital factors for the world’s food production and there isn’t an unlimited supply of this from the soil. Phosphorus in the soil
nutrients lakesphosphorusphosphorus wetlands

The Pros and Cons of Phragmites

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/ Published in Blog
Phragmites, the 12 feet tall perennial grass.
Phragmites, the 12 feet tall perennial grass that aggressively colonizes and forms dense stands in freshwater wetlands can be eradicated using herbicides, but it takes years of repetition.  The glyphosate components in the herbicide stay in the ecosystem which can lead to loss of biodiversity, making them more vulnerable to pollution and climate change.  An
aquatic invasive speciescapturing nutrientsglyphosateherbicide ecosystemmarshnitrogennitrogen phragmitesphosphorusphosphorus phragmitesphragmitesphragmites pollutantsstoring nutrientswater levelwetlands

“Legacy P” Poses Long-Term Challenge To Water Quality

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/ Published in Uncategorized
Scott Gordon WisContext March 27, 2017 | 11:50 a.m Phosphorus is one of the most important components in the ongoing struggle to balance agricultural prosperity with water quality. When farmers fertilize their fields with this essential nutrient, plants use some, with precipitation carrying excess amounts into nearby bodies of water, fueling algal blooms that can kill
algal bloomsfertilizerfertilizer runofflegacy phosphorusphosphoruswater quality

Dead Zone grows in Gulf of Mexico

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/ Published in Uncategorized
Mississippi River Meets the Gulf of Mexico
The dead zone in the Gulf of Mexico, which is believed to have been around since the 1970’s, is now an estimated 6,474 square miles of water unable to support marine life. Government and independent scientists believe nutrient runoff is the main cause of the dead zone.  Pollutants such as nitrogen and phosphorus flow into
dead zoneethanol industrygulf of mexicomarine lifemississippi rivernitrogenphosphoruspollutantsrenewable fuel standard

Turning Phosphorus in Wastewater into Fertilizer

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/ Published in Uncategorized
Stickney Water Reclamation Plant
Chicago officials boast that the Stickney Water Reclamation Plant is one of the world’s largest sewer treatment plants, handling the waste of 2.3 million people. The Stickney Water Reclamation is the biggest single source of phosphorus in the entire region that drains into the Mississippi River. Combined with other sewage plant releases a state task
fertilizerphosphorusphosphorus fertilizerphosphorus pollutionsewage plantstickney water reclamationwastewaterwater pollution

Turning Phosphorus in Wastewaster into Fertilizer

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/ Published in Uncategorized
Chicago officials boast that the Stickney Water Reclamation Plant is one of the world’s largest sewer treatment plants, handling the waste of 2.3 million people. The Stickney Water Reclamation is the biggest single source of phosphorus in the entire region that drains into the Mississippi River. Combined with other sewage plant releases a state task
fertilizerphosphorusphosphorus fertilizerphosphorus pollutionsewage plantstickney water reclamationwastewaterwater pollution
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