Michigan State University Western Lake Erie Basin Values Statement
The MSU Extension Western Lake Erie Basin (WLEB) Initiative provides Michigan agricultural producers with critical information for minimizing phosphorus losses from farms fields. Phosphorus runoff leads to excessive weed and algal growth in Lake Erie. Other sources such as storm water, animal and pet wastes, lawns, tributaries to the lake, septic systems, wastewater treatment plants and dredged sediments also can contribute phosphorus to Lake Erie.
The MSU Extension WLEB Initiative raises awareness and provides science based information through targeted webinars, articles, media releases, field days and other educational programs. This practical information reflects our role in connecting field level application with emerging research based knowledge.
Lake Erie, considered the eleventh or twelfth largest lake in the world by surface area, is the shallowest of the Great Lakes averaging 62 feet in depth with a maximum depth of 210 feet. Because of its shallow depth, warm waters, and excessive input of nutrients from the surrounding land area, Lake Erie is particularly susceptible to algal blooms. To learn more, read Agriculture’s Role in Protecting Lake Erie.
Looking for up to date information on the status of Lake Erie? Click here for the 2015 Lake Erie Harmful Algal Bloom Projections and Bulletins.
Published on August 1, 2023
Site specific conservation planning is key to managing no-till and cover crops in row crop systems.
Published on June 29, 2023
Summer is in full swing and there are many opportunities for farm field days coming up in the Western Lake Erie Basin.
Published on April 20, 2022
Couple no-till in fine-textured soil with subsurface placement or banding to reduce phosphorus loss.