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Workboat – Learn how mechanical plant harvesting can help you keep your waterways clean and safe. Read all the relevant research papers on our website or download your free copy today.

Aquatic plant harvesting: An economical phosphorus removal tool in an urban
shallow lake

William M. Bartodziej, Simba L. Blood, and Keith Pilgrim

Aquatic Plant Harvesting Phosphorus Removal

Authors: Bartodziej, Blood, Pilgrim

Contaminants and Mechanical Harvesting

Dr. Bruce A. Richards
Chief Scientist Weedoo Shoreline Workboats, Inc.
West Palm Beach, Florida

Technology and Improved Effcacy of Mechanical Control of Hydrilla

W.T. Haller and D.K. Jones

Eutrophication and Aquatic Plant Management in Massachusetts Final Generic Environmental Impact Report

Executive Offce of Environmental Affairs, Commonwealth of Massachusetts

Copper Sulfate Toxicity in Aquatic Ecosystems

Dr. Bruce A. Richards
Chief Scientist Weedoo Shoreline Workboats, Inc.
West Palm Beach, Florida

Eurasian Watermilfoil and Mechanical Aquatic Harvesting

Dr. Bruce A. Richards
Chief Scientist Weedoo Shoreline Workboats, Inc.
West Palm Beach, Florida

Common Reed and Mechanical Aquatic Harvesting

Dr. Bruce A. Richards
Chief Scientist Weedoo Shoreline Workboats, Inc.
West Palm Beach, Florida

Commentary on Article “Technology and Improved Mechanical Control” Fall 2012 Issue Aquatics A Publication of the Florida Plant Management Society

Dr. Bruce A. Richards
Chief Scientist Weedoo Shoreline Workboats, Inc.
West Palm Beach, Florida

Bycatch and Mechanical Aquatic Harvesting

Dr. Bruce A. Richards
Chief Scientist Weedoo Shoreline Workboats, Inc.
West Palm Beach, Florida