Life Sciences Commons^™

Assessing The Structure And Function Of Utility Forests In Massachusetts, Ryan Suttle

Masters Theses

Trees in a community provide numerous benefits, including reducing ambient temperature, removing gaseous and particulate pollutants from the air, sequestering atmospheric carbon, and improving stormwater retention and filtration. However, trees also pose risks, especially in proximity to overhead utility lines. Trees near utility lines cause a large proportion of electrical power outages. As such, trees must be frequently and often severely pruned away from lines to minimize this risk. Presumably, community trees not growing near overhead utility lines are not pruned as frequently or severely. The objectives of this study are to (i) assess factors related to both individual trees …

Gambel Oak Care, Shawn Olsen, Debbie Amundsen, Shital Poudyal

All Current Publications

Gambel oak is commonly called scrub oak, but other common names are Rocky Mountain white oak and Utah white oak. The scientific name is Quercus gambelii, after William Gambel, an American naturalist. This fact sheet reviews Gambel oak's usability in the landscape, its care, growth requirements, diseases and pests, and maintenance.

Bonding Performance Of The Ten Species In The Spruce-Pine-Fir (South) Lumber Grouping For Cross-Laminated Timber, Advanced Structures & Composites Center, University Of Maine, Jake Snow, Benjamin Herzog, Russell Edgar

General University of Maine Publications

Cross-laminated timber (CLT) is an engineered wood product made of three or more orthogonally bonded layers of lumber that are glued together with structural adhesives to form a panel intended for roofs, floors, or walls.

Currently, there are no CLT manufacturers in the Northeastern U.S. despite the region having vast forestlands of commercial softwood timber. Sitting atop one of the planet’s largest population centers, Maine is the region’s primary wood basket, the most heavily forested state in the nation (as a percentage of land area) containing over 27 billion cubic feet of wood, i.e., live trees, on its forest land …

S4e2: What’S Your Relationship With The Forest?, Ron Lisnet, Jessica Leahy

The Maine Question

Maine is the most forested state in the country, and its residents interact with forests regularly in many different ways. They provide supplies for various products, which fuels industry and job creation, and space for outdoor recreation. These interactions, which help define Maine’s identity, are the subject of Jessica Leahy’s research. As a professor in UMaine’s School of Forest Resources, she studies the human dimensions of forestry and other natural resources. In this episode of “The Maine Question,” Leahy discusses her work, the ways forests impact our lives and how our actions affect them.

Maine Mass Timber Commercialization Center Final Report, Advanced Structures & Composites Center, University Of Maine, Russell Edgar, Benjamin Herzog, Stephen Shaler

General University of Maine Publications

This final report covers activities of the EDA-funded Maine Mass Timber Commercialization Center (MMTCC) during the award period October 1, 2017 – September 30, 2020. Further information can be found in the six biennial reports submitted to EDA during execution of the grant.

Pinyon-Juniper Ecology And Management, Gabrielle Harden, Darren Mcavoy

All Current Publications

This fact sheet describes pinyon-juniper ecology, expansion, and management.

In-Flux: Economic And Community Adaptations Of Former Timber Mill-Towns In The American West, Cherilyn P. Ashmead

Cal Poly Humboldt theses and projects

Once built around natural resource extractive industries, rural communities’ economies are changing as the United States is transitioning away from its industrial past. While much research has focused on rural economic shifts from natural resource production toward amenity-driven economies (Morzillo et al., 2015; Winkler et al, 2007), less research has explored the economic and demographic trends in areas pursuing new modes of production. This two-part study focuses on an understudied region with historic ties to timber in dry mixed-conifer forests, much of which are under federal land management. With few natural amenity draws, the region has largely maintained production-based sectors. …

Life And Work Of Roger F. Taylor: Superintendent Of The University Of Maine Forest From 1946 To 1983, Roger F. Taylor

Maine History Documents

Memoirs of Roger Taylor, covering his early years growing up in Massachusetts through to his time as superintendent of the University of Maine Forest from 1946 to 1983.

Sula Study Revisited: 20-Year Post-Fire Regeneration In The Southern Bitterroot Valley, Montana., Luke Alan Rymniak

Graduate Student Theses, Dissertations, & Professional Papers

In the summer of 2000, a number of large fires burned in the southern Bitterroot Valley near Sula, Montana. Research was conducted in 2001 and 2003 in the fire-affected areas of the French Basin and Larid Creek areas in order to investigate the effects of environmental variables, fire severity, and post-fire management on vegetation regeneration. In 2020 these areas were remeasured to understand trends over time by evaluating the impact of these same factors 20 years post fire. The results showed that the effects of environmental variables, fire severity, and post-fire management on vegetation regeneration were varied. The most influential …

Effects Of Prescribed Fire On Drought Resistance And Recovery In Mixed Conifer Forests Of Lassen Volcanic National Park, California, Zachary J. Wenderott

Cal Poly Humboldt theses and projects

Forests throughout much of the western United States are experiencing increasing climatic variability, often resulting in decreased forest productivity and elevated likelihood of tree mortality. Severe drought, such California’s recent 2012-2015 drought, are projected to increase in intensity, frequency, and severity throughout much of this region in coming years. Forest management has long relied on prescribed fire and mechanical thinning to reduce fuel loads and ameliorate potential fire hazards. These treatments may also have the ability to reduce stand density, alleviate competitive pressures, and allow residual trees access to critical resources during periods of extreme stress. Utilizing a long-term National …