Skip to main content
Menu
Get Involved
Give
Contact
Ask Extension
About
Leadership
UMD Extension Impact
Careers
Directory
Civil Rights Compliance
Extension Advisory Council and Committees
Program and Organizational Development
Resources
Animal Agriculture
Plant Agriculture
Yard & Garden
Pests
Natural Resources
Environment & Energy
Agribusiness Management
Food & Nutrition
Health & Well-Being
4-H & Youth Education
Programs
4-H Youth Development
Family & Consumer Sciences
Agriculture & Food Systems
Environment & Natural Resources
Home & Garden Information Center
Locations
Publications
News & Events
All News
Events
Nutrient Management Planning Services
Home
Resources
Nutrient Management Planning Services
For full functionality of this site it is necessary to enable JavaScript. Here are
instructions for how to enable JavaScript in your web browser
.
Sort by:
Date
Title
Updated: May 18, 2021
Third Year Report for period of January 1, 2002 – December 31, 2004: Determination of Optimum Tree Density, Biosolid Application Rate, Water Quality Impacts and Tree Growth Effects Using the Deep Row Biosolids Incorporation Method
A three-year research and Extension education project was implemented to investigate the effect of application rate on water quality resulting from deep row biosolid applications.
Updated: May 18, 2021
Water Quality of Deep Row Biosolids Incorporation on a Tree Farm
Deep row incorporation of biosolids on sand and gravel reclamation sites is a unique alternative land application method that solves many of the problems associated with surface application techniques.
Updated: May 18, 2021
Deep Row Incorporation of Biosolids to Grow Hybrid Poplar Trees on Gravel Spoils in Southern Maryland
Deep row application has the potential to utilize significant amounts of biosolids produced in the Washington, D.C. region.
Updated: May 18, 2021
Effect of Nitrogen-Based Biosolid Application on Tree Growth, Water Quality, and Soil Phosphorus in Hybrid Poplar Plantations
This research will help provide a better understanding of how short rotational woody crop plantations in combination with surface application of biosolids, can provide another beneficial reuse option for biosolids on Maryland’s eastern shore, and yield biomass for energy production or other uses.
Updated: May 18, 2021
Nitrogen Migration from Deep-Row Biosolids Incorporation on a Hybrid Poplar Tree Farm
Deep row incorporation of biosolids using hybrid poplar involves the placement of biosolids into trenches that are immediately covered with overburden, eliminating odor problems and maintaining the biosolids in a fairly stable, anaerobic environment.
Updated: February 4, 2021
2019 Extension Annual Report
The 2019 Extension annual report
First
Previous
Page
1
Current page
2