Showing 21 – 30 of 47 resources

Acid Rain and Sugar Maple Decline

Through the increased combustion of fossil fuels, humans have dramatically increased pollutant additions of sulfur and nitrogen into the atmosphere wher eit combines with water to form sulfuric and nitric acids, creating acid rain. This article investigates the impact of this issue on sugarbush health.

Managing for a Healthy Sugarbush in a Changing Climate

Severe and extreme weather has significant impacts on sugar maples. This article discusses how to look for signs of stress, and how to manage sugarbushes for resilience.

Maintaining a Healthy Sugarbush

Maple producers benefit from spending time, and maybe some money, ensuring they have a healthy and productive sugarbush.

Woods Whys: How Do Trees Heal Wounds on Trunks and Branches?

In order to survive, trees must overcome their injuries. But technically they donÕt heal their wounds, at least not the way that human and animal bodies repair, restore, or replace damaged cells or tissue. Trees are built in layers of cells that are bound by rigid walls in a modular, compartmented way. This structure dictates their wound response.

Choose wisely when selecting where to tap

Knowing when, where, and how to tap is critical to making good maple syrup and keeping trees healthy.

Maintaining a Healthy Sugarbush

Knowing how to properly maintain your sugar bush — a maple producer’s most valuable resource — is a critical skill.

Differential impacts of calcium and aluminum treatments on sugar maple and American beech growth dynamics

Acid deposition induced losses of calcium (Ca) from northeastern forests have had negative effects on forest health for decades, including the mobilization of potentially phytotoxic aluminum (Al) from soils. To evaluate the impact of changes in Ca and Al availability on sugar maple (Acer saccharum Marsh.) and American beech (Fagus grandifolia Ehrh.) growth and forest composition following a major ice storm in 1998, we measured xylem annual increment, foliar cation concentrations, American beech root sprouting, and tree mortality at the Hubbard Brook Experimental Forest (Thornton, New Hampshire) in control plots and in plots amended with Ca or Al (treated plots) beginning in 1995.