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Pando's Pulse: Vital Signs Signal Need For Course Correction At World-Renowned Aspen Forest, Paul C. Rogers

Aspen Bibliography

Upland aspen (Populus spp.) forests contribute significantly to biodiversity in their circumboreal role as keystone species. As aspen ecosystems flourish or diminish, myriad dependent species follow suit. The 43-hectare Pando aspen (Populus tremuloides Michx.) clone in Utah, USA, is thought to be the largest living organism on earth, but is faltering due to chronic herbivory. Long-term resilience in aspen communities, including Pando, rests on successful recruitment of vegetative suckers that are nutritiously desirable to browsing ungulates. Here, I evaluate aspen reproduction alongside numerous vital indicators of Pando's status in the first trend assessment of this embattled iconic forest. …

Taking It To The Road: Utah Biochar Workshops Increase Knowledge And Lead To Behavior Change, Megan Dettenmaier, Lauren Dupey, Darren Mcavoy

All Current Publications

This fact sheet describes attitude and behavior changes that have resulted from attending the statewide biochar workshop program. By administering surveys 6 to 8 months following workshops, authors learned that attendees were making biochar and biochar kilns, and that attitudes about biochar remained positive.

Hazardous Fuels Reduction Using Flame Cap Biochar Kilns, Darren Mcavoy, Megan Dettenmaier

All Current Publications

This fact sheet describes a do-it-yourself technique for making small-batch biochar. The Utah Biomass Resources Group has demonstrated this method for reducing hazardous forest fuels, protects soils, and creates biochar using simple, low-cost materials.

Identifying And Preventing Porcupine Damage To Trees, Michael R. Kuhns, Megan Dettenmaier, Jessica Tegt

All Current Publications

This fact sheet describes the basic ecology and behavior of the porcupine and identifies ways to determine if porcupines are damaging trees on your property. We explain specific techniques for protecting trees and property from porcupine damage.

The Regeneration Of Aspen Stands In Southern Utah, Justin Britton, Justin Derose, Karen Mock, Darren Mcavoy

All Current Publications

This fact sheet describes research conducted at Utah State University that identified factors to improve the success of regenerating aspen in southern Utah. Evaluating past silvicultural regeneration treatments indicated that the presence of pre-harvest advance reproduction, site preparation by broadcast burning, and decreasing browsing pressure could increase the quantity of aspen regeneration. The outcomes are generalized into an easy-to-use model, the Aspen Pyramid, to facilitate decision-making regarding regenerating aspen.

Gibsonville Healthy Forest Restoration Project: Silviculture Report, Dan Roskopf

Aspen Bibliography

The Forest Service proposes to reduce the risk of wildfire, to protect, restore, and enhance forest ecosystem components (i.e., streams, meadows, aspen areas) in the vicinity of Gibsonville, California. A combination of hazard tree removal, forest health, and fuels reduction treatments are proposed on 1,200 acres of Forest Service system lands. These actions are proposed to be implemented on the Feather River Ranger District of the Plumas National Forest.

Selecting Trees For High Elevations, Michael R. Kuhns, Megan Dettenmaier

All Current Publications

This fact sheet describes the importance of careful species selection when planning and planting cultivated landscapes in unique, high elevation conditions in Utah. We recommend native and non-native tree species that can stand the stresses of living above 5,000 feet.

G97-1329 How To Manage Your Woodlands For Sustained And Maximum Benefits, Steven D. Rasmussen

University of Nebraska-Lincoln Extension: Historical Materials

This NebGuide explains how to identify possible forest management needs for a woodland in Nebraska and provides management options to maintain healthy trees and meet desired objectives.

Nebraska's forest lands comprise less than 2 percent of the total land base in the state (718,300 acres). However, on an acre by acre comparison, woodlands provide more associated benefits for society, the environment and our quality of life than most other land uses.

Trees provide soil protection from wind and water erosion. Woodlands help protect the quality of adjacent water resources by eliminating contaminates, shading for cooler water temperatures and contributing organic …

Cc92-365 Stewardship Forest: The Sign You Care

University of Nebraska-Lincoln Extension: Historical Materials

What is a "Stewardship Forest?"

Forests are more than just trees, they are a vital resource in Nebraska. Forests provide homes for deer, squirrels, birds and a multitude of other animals. Forests clean air, purify water and protect valuable topsoil. Forests provide wind protection and conserve energy. Forests are a place to hike, picnic and camp. Forests grow wood for fuel, posts and lumber to build homes, furniture, toys and tools. Forests provide solace and beauty.

A "Stewardship Forest" is a parcel of well-managed forest or associated land whose owner is publicly recognized for being a "good steward" of the …

Ec91-1771 Windbreaks And Wildlife, Ron J. Johnson, James R. Brandle, Mary M. Beck

University of Nebraska-Lincoln Extension: Historical Materials

Windbreaks can support wildlife that add beauty and pleasure to our lives. They also sustain birds that eat insect pests, improve hunting opportunities, and provide a focal point for family outdoor activities. The world around us would be less appealing without the stimulation--the color, sounds, tracks, and mystery--of wild creatures; windbreaks help wildlife and in some areas are essential to survival of the wildlife we enjoy. You can add wildlife benefits to windbreak plantings whether your main goal is to shelter crops, livestock, roads, or a home or farmstead. This publication provides an overview of windbreaks and wildlife, and gives …

Aspen Forest (20-Year), Connie J. Pearson, John B. Probst

Aspen Bibliography

This report includes a breeding-bird census, a list of dominant plant species, and brief physiographic data for a 20-year old aspen forest in Ontonagon, Michigan.

G73-4 Bagworms (Revised June 1987), Frederick P. Baxendale

University of Nebraska-Lincoln Extension: Historical Materials

Bagworms can damage juniper, arborvitae, pine, and spruce. Description, life history, and control are discussed in this publication.

The bagworm is native to the United States and is found in eastern Nebraska. Bagworms feed on many species of trees and shrubs, but are most common on junipers. They are rarely a serious problem on deciduous trees, except when larvae move away from evergreens.