Atmospheric stability of any layer is determined by the way temperature varies through the layer and whether or not air in the layer is saturated.
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So. Appalachian
Environmental Threats
Case Studies
Case Study: Spread of Invasive Plants from Roads to River Systems in Alaska
Case Study: Evaluating Wildland Fire Danger and Prioritizing Treatments
Case Study: Analyzing Risks Using the Human Modification Framework
Case Study: Modeling Species' Climatic Niche Space & Response to Global Warming
Case Study: Evaluating the Vulnerability of Maine Forests to Wind Damage
Case Study: Information Needs, Acceptability of Risk, Trust, and Reliance
Case Study: The Experience of Community Residents in a Fire-Prone Ecosystem
Case Study: Probabilistic Risk Models for Multiple Disturbances: Insects and Wildfires
Case Study: Population Genetic Structure and Plant Response to Climate Change
Case Study: Assessment of Habitat Threats to Shrublands in the Great Basin
Case Study: Establishing a Nationwide Baseline of Historical Burn Severity Data
Case Study: Threats to Private Forest Lands in the U.S.A.
Case Study: A Spatial Model for Predicting Effects of Climate Change
Case Study: Assessment of Oak Wilt Threat to Habitat of the Golden-Cheeked Warbler
Case Study: Managing Wildland Fire Risk in Florida
Case Study: Utilizing Remotely Sensed Data & Elementary Analytical Techniques to Examine Storm Damage Modeling
Case Study: An Aquatic Multi-Scale Assessment and Planning Framework Approach
Case Study: A Landscape Scale Remote Sensing/GIS Tool to Assess Eastern Hemlock Vulnerability
Case Study: Modeling Potential Movements of the Emerald Ash Borer
Case Study: Assessing Insect-Induced Tree Mortality
Case Study: Evaluating Impacts of Southern Pine Beetles and Hemlock Woolly Adelgids
Case Study: Using Historical Photography to Monitor and Assess Threats over Time
Case Study: Assessing Annual Risk of Southern Pine Beetle Outbreaks Using Pheromone Traps
Case Study: Digital Aerial Sketchmapping and Downlink Communications
Case Study: Integrating Natural Disturbances and Management Activities
Case Study: Modeling Current Climate Conditions for Forest Pest Risk Assessment
Case Study: Producing Local, Regional, and National Insect and Disease Risk Maps
Case Study: Uncertainty Estimation for Map-Based Analyses
Case Study: Assessing Risks to Multiple Resources Affected by Wildfire and Forest Management
Case Study: Moderate Resolution Data and Gradient Nearest Neighbor Imputation
Case Study: Risk Analysis and Guidelines for Harvest Activities to Minimize Oak Wilt Threat
Case Study: Previsual Detection of Two Conifer-Infesting Adelgid Species
Case Study: Estimating the Susceptibility to Phytophthora alni Globally
Case Study: Air Pollution Increases Forest Susceptibility to Wildfires, San Bernardino Mountains
About Us
So. Pine Beetle
So. Fire Science
Fire Behavior
Fire Effects
Air Quality
Smoke Impacts
Climate Change and Greenhouse Gas Emissions from Fires
Research and Development
Water Quality
Soil
Plants
Animals
Fire Severity
Fire & People
Prescribed Fire
Weather and Fuel Considerations
Firing Techniques
Planning and Conducting Prescribed Burns
State Prescribed Burn Statutes
Prescribed Fire and Public Relations
Smoke Management
Wildfire
Fire Ecology
Freshwater marshes
Melaleuca Swamps
The Everglades
Table Mountain Pine
Northern Hardwoods
Salt and Brackish Marshes
Isolated Herbaceous Wetlands
Xeric Oak-pine
Grassy and Heath Balds
Oak-hickory
Cypress Ponds
Hardwood Hammocks
Fire Regimes
Florida Dry Prairie
Oak Savannas
So. Bioenergy
