Watershed Restoration

As the demand for water grows, the amount of water will remain the same, making it important to find new and reliable sources of water for agricultural production. One possibility is using highly treated effluent from municipal wastewater treatment plants, also known as reclaimed or recycled water. This guide is a review of the Maryland Department of Environment Guidelines for Use of Class IV Reclaimed Water: High Potential for Human Contact and what it means for farmers interested in using reclaimed water on their farm. Authors: Mayhah Suri, Paul Goeringer, and Dr. Rachel Rosenberg Goldstein; Title: How Do I Use Reclaimed Water on My Farm? A Review of Maryland Class IV Reclaimed Water Guidelines (FS-1100)

This fact sheet describes an innovative rainwater harvesting system used to irrigate produce at the Religious Coalition for Emergency Human Needs's garden in Frederick, Maryland. The rainwater harvesting system has diverted stormwater, increased food security, and improved well-being in the community. Authors: Mayhah Suri and Dr.Rachel Rosenberg Goldstein; Title: Watering Seeds of Change with Rainwater (FS-1123)

Non-native Phragmites australis can negatively impact wetlands by altering hydrology, displacing plants and animals, and increasing fire potential. Researchers are trying to understand if eradicating Phragmites without replanting the marsh with native plants can result in negative impacts to the marsh. Authors: Eric Buehl, Andrew Baldwin, Sylvia Jacobson, Karin Kettenring, Melissa McCormick, Dennis Whigham; Title: What Happens after Phragmites is Killed? (EBR-59)

This is an infographic increasing awareness of potential water quality and health risks (lead, copper, and Legionella bacteria) associated with reopening buildings that have been closed for an extended period. Authors: Andrew Lazur and Rachel Rosenberg Goldstein; Title: Think About Stagnant Water and Health Risks (EBR 2020-0542)