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Compass issue 10
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Compass is a quarterly publication of the USDA Forest Service's Southern Research Station (SRS). As part of the Nation's largest forestry research organization -- USDA Forest Service Research and Development -- SRS serves 13 Southern States and beyond. The Station's 130 scienists work in more than 20 units located across the region at Federal laboratories, universites, and experimental forests.



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Issue 10

EFETAC Adds New Scientists

The SRS Eastern Forest Environmental Threat Assessment Center (EFETAC) has added four new scientists:

William H. Hargrove

William H. Hargrove joined EFETAC in October 2006 as an ecologist. His current research focuses on designing a national early warning system using satellite imagery that will examine the lower 48 United States at 500m resolution every 8 days to locate potential forest threats. Hargrove began postdoctoral work with the Oak Ridge National Laboratory (ORNL) in 1990 and became an ORNL subcontractor in 1993. He joined the ORNL staff in 2000, with his latest position being in the Environmental Sciences Division’s senior research staff. Most recently, Hargrove helped design the National Ecological Observatory Network, produced a set of national wildfire biophysical settings regions for the LANDFIRE project, mapped the risk of sudden oak death spread, and developed the first quantitative global ecoregion maps in coordination with The Nature Conservancy. He has also developed a practical map analysis tool to predict and map corridors used by wildlife and developed EMBYR, a probabilistic wildfire model to investigate the effects of landscape-level fires. Hargrove received a Ph.D. in ecology from the University of Georgia in 1988.

 

(More...)

Qinfeng Guo

Qinfeng Guo joined EFETAC in 2006 as a research ecologist and is currently conducting collaborative research using plant traits in life history and genetics to predict invasiveness of introduced species, and using life history and distribution information from both native and exotic habitats to simulate/predict the spread of invasive species under various climatic scenarios. Guo worked at the University of Nebraska–Lincoln, the University of Arizona, and the University of Tokyo before joining the U.S. Geological Survey in 2001. His work has included desert/chaparral/ grassland plant community ecology, simulations of climatic effects on linear forests in agroecosystem, biogeography (disjunct plants between Eastern Asia and North America), and biological invasions. Guo’s research interests include plant community ecology, biodiversity, biological invasions, plant-animal cosuccession, community/ecosystem self-organization, and biogeography. A native of Chengde, Hebei, China, Guo received a Ph.D. in biology (ecology) from the University of New Mexico in 1994.

Stephen Creed

Stephen Creed joined EFETAC in January 2007 as a GIS specialist and is applying geotechnologies with other unit scientists to develop an early warning system for detecting natural and human forest threats. Creed joined the Forest Service in January 2005 as part of the Southwestern Regional Office’s GIS unit in Albuquerque, NM, where he managed aerial photography and photogrammetric mapping projects for fire and recreation, as well as conducting GIS training courses for resource staff throughout the region. From 1999 to 2005, Creed worked as a geographer for the U.S. Geological Survey at the National Wetlands Research Center in Lafayette, LA, studying coastal erosion and habitat changes along the gulf coast with remote sensing and GIS. He also served as a pilot for the center, conducting aerial imagery surveys and wildlife migration studies of bear populations with aerial telemetry. Originally from Louisiana, Creed completed a Bachelor’s in aviation in 1991 at Louisiana Tech University and subsequently worked as a commercial pilot and flight instructor before earning a Master’s in geography from Southwest Texas State University in San Marcos, TX.

Steve Norman

Steve Norman joined EFETAC in 2005 as an ecologist. His work on the fire history and vegetation dynamics of coastal redwood forest is clarifying the tradeoffs associated with wildfire management and prescribed fire. His research is also showing that over the centuries, the interaction of changing cultures and climate has substantially altered the structure and composition of some of the most magnificent forests on Earth. Norman joined the Pacific Southwest Station in 2001 to help develop a comparative risk assessment framework to help planners and managers improve land management decisions. Norman was raised in the northern hardwood forests of Pennsylvania, where he developed a passion for unusual trees, remote places—and an understanding of how forests change through time. In the early 1990s, he spent 2 years as a Peace Corps volunteer in Costa Rica, where he helped farmers reforest degraded lands and improve forest management practices. He received a Ph.D. in geography from Penn State in 2002.



One type of wildland-urban interface is the isolated interface, where second homes are scattered across remote areas.
William H. Hargrove

 

One type of wildland-urban interface is the isolated interface, where second homes are scattered across remote areas.
Qinfeng Guo

 

One type of wildland-urban interface is the isolated interface, where second homes are scattered across remote areas.
Stephen Creed

 

One type of wildland-urban interface is the isolated interface, where second homes are scattered across remote areas.
Steve Norman