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Highlight IDTitleStrategic Program Area(s)YearStation
Photo of With loss of black ash, forests get wetter and develop dense herbaceous vegetation, making tree establishment difficult. Brian Palik, U.S. Department of Agriculture Forest Service.
ID: 1103
Adapting Black Ash Wetlands to Emerald Ash Borer and Climate Change

Black ash is a foundational species in the vast wetland forests of the upper Midwest. Loss of black ash from emerald ash borer will profoundly c ...

Principal Investigator : Brian J. Palik, PhD

Invasive Species
Resource Management and Use
2016NRS
Photo of Black ash killed by gridling to simulate EAB mortality.
ID: 846
Assisted Migration of Replacement Tree Species in Black Ash Wetlands

Black ash is a foundational species of deciduous wetland forests in the western Great Lakes region because of its considerable influence on wetl ...

Principal Investigator : Brian J. Palik, PhD

Invasive Species
Resource Management and Use
2015NRS
Photo of Contrasting low (left) and high (right) stocking in ponderosa pine forest in Taylor Woods, Fort Valley Experimental Forest. Alessandra Bottero, University of Minnesota
ID: 613
Building Forests That are Adapted to Drought

Climate change models predict increased summer droughts throughout much of the United States. Forest Service scientists are showing that silvicu ...

Principal Investigator : Brian J. Palik, PhD

Resource Management and Use2014NRS
Photo of A structurally complex and diverse red pine forest. Christel Kern, USDA Forest Service
ID: 468
Diversity is Key to Restoring Resilience of Iconic Great Lakes Pine Forests

Mixed-pine forests of the western Great Lakes region contain fewer tree species and fewer age classes than their historical equivalents. Forest ...

Principal Investigator : Brian J. Palik, PhD

Resource Management and Use2013NRS
Photo of Harvest for woody biofuels. Anthony D'Amato, University of Minnesota
ID: 622
Ecological Limits to Biomass Harvesting

Removing forest biomass for fuel can provide an alternative to fossil fuels and may mitigate atmospheric carbon dioxide increases, but it may ch ...

Principal Investigator : Brian J. Palik, PhD

Resource Management and Use2014NRS
Photo of An energy-wood harvest on Potlatch Lands in Minnesota. Anthony D'Amato, University of Minnesota
ID: 467
Ecosystem Impacts of Wood Harvests For Biofuel

Current interest in harvesting typically non-merchantable material for biofuel warrants a closer look at the ecosystem impacts of intensive harv ...

Principal Investigator : Brian J. Palik, PhD

Resource Management and Use
Water, Air, and Soil
Wildlife and Fish
2013NRS
Photo of In the dry tropical forest zone of Ghana, a combination of extractive logging without adequate regeneration, fire, and invasion by Chomolaena odorata resulted in severly degraded forests. John Stanturg, USDA Forest Service
ID: 710
Restoring Forest Landscapes

An estimated 1 billion acres of globally degraded forest are in need of restoration today and climate change likely will drive more acres into t ...

Principal Investigator : Brian J. Palik, PhD

Resource Management and Use2014SRS
Photo of Black ash trees girdled to emulate emerald ash borer attack. Brian Palik, USDA Forest Service
ID: 466
The Future of Ash Forests in Minnesota

Ash forests of the Great Lakes region are vulnerable to emerald ash borer (EAB) and climate change. Forest Service scientists are successfully e ...

Principal Investigator : Brian J. Palik, PhD

Invasive Species
Resource Management and Use
Water, Air, and Soil
2013NRS