Oral Presentation by Session

Patches, corridors, and connectivity
Moderator(s):Bill Hargrove, Forrest Hoffman
Day:Thursday
10:00-10:20James Westervelt
Population viability analysis based on studies of individual behavior
10:20-10:40Abel Wolman
Marketing to wildlife: conjoint measurement in conservation design
10:40-11:00William Fields
Hydrological sinks in wetland systems: Is amphibian habitat going down the drain?
11:00-11:20Brad McRae
Predicting connectivity using circuit analysis: theory, algorithms, and applications in population genetics and conservation planning
11:20-11:40Tim Keitt
Habitat fragmentation, extinction thresholds and pollinator services in agroecosystems
11:40-12:00John DiBari
Corridor optimization in fragmented landscapes, or the shortest distance between two points is a crooked line
1:00-1:20Peter Vogt
Assessing structural and functional connectivity with mathematical morphology
1:20-1:40Ellen Damschen
Corridors increase species richness at large scales
1:40-2:00John Orrock
Connectivity, patch shape, and apparent competition among plants
2:00-2:20Matthew Aldridge
Cluster identification using a parallel Hoshen-Kopelman adaptation with finite state machines
2:20-2:40David Theobald
Comparing measures of connectivity on landscape networks using the FunConn tools -- as part of Patches, Corridors, and Connectivity
2:40-3:00Jochen A.G. Jaeger
Measuring landscape connectivity by incorporating variable barrier strengths of transportation infrastructure into the effective mesh size
3:20-3:40Daniel Smith
Roads as barriers and conduits for connectivity: using multiple taxonomic groups to assess road effects across multiple spatial scales
3:40-4:00Daniel Kuefler
Using movement behaviors to predict connectivity for rare animals
4:00-4:20Thomas Hoctor
Assessing landscape and focal species connectivity in Florida
4:20-4:40William Hargrove
Predicting potential dispersal pathways from Yellowstone to the Yukon and within the Southeastern Ecological Framework using the PATH Model
4:40-5:00Forrest Hoffman
Using the PATH model to predict corridors for Red-Cockaded Woodpecker and Gopher Tortoise near military installations
5:00-5:20Discussion
 

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