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Updated: October 13, 2021

The Woods In Your Backyard Creating Natural Areas from Existing Lawn or Pasture - University of Maryland Extension Information Sheet

Are you a homeowner with a blanket of lawn you wish was occupied with natural vegetation and trees? This publication summarizes some of the features of the Woodland Stewardship Education's "The Woods in Your Backyard" program.
Updated: May 26, 2021

Measuring Wood Moisture & Drying Time for Hardwood Tree Species - University of Maryland Extension Fact Sheet #1074

Knowing why and how to measure wood moisture in your firewood is key to reducing emissions and maximizing the amount of heat you get from your wood stove.This factsheet provides some examples of drying time for firewood and practical steps you can take to properly season firewood for your wood stove.
Updated: May 19, 2021

Effect of Deep Row Biosolid Application on Water Quality - University of Maryland Extension Fact Sheet

This fact sheet presents the findings of a water quality study at a biosolids deep-row entrenchment site.
Updated: May 19, 2021

Nitrogen Migration from Deep-Row Biosolids Incorporation on a Hybrid Poplar Tree Farm

This study reports the migration of nitrogen in a site where deep row incorporation of biosolids was applied, followed by planting of hybrid poplar trees.
Updated: May 18, 2021

Deep-Row Application of Biosolids to Grow Forest Crops on Mine Spoils

Deep-row application of biosolids on gravel spoils, when combined with the growth of nitrogen-demanding hybrid poplar trees, provides a natural recycling system that utilizes nutrients on-site, produces forest products, provides wildlife habitat, and reduces erosion.
Updated: May 18, 2021

Use of Deep-Row Biosolids Applications to Grow Forest Trees: A Case Study

Deep-row application of biosolids on reclamation sites is a unique alternative method of land application that solves many of the problems associated with surface application techniques.
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

Nitrogen migration from deep-row biosolids incorporation on a hybrid poplar tree farm

This study reports the migration of nitrogen in a site where deep row incorporation of biosolids was applied, followed by planting of hybrid poplar trees.