A. Yarra<\/em>–\u00a0Crayfish Occupancy in Response to Hydrologic Regime and Geomorphology in Ozark Streams<\/em><\/a><\/p>\n B. Williams<\/em>–\u00a0Disentangling the History of the Northern Crayfish, Orconectes virilis<\/em>, in the Appalachians<\/a><\/p>\n J. Westhoff-<\/em>\u00a0Life History of the Freckled Crayfish Cambarus maculatus in two Missouri Streams<\/em><\/a><\/p>\n S. Welsh-<\/em>Upstream dispersal of an invasive crayfish aided by a fish passage facility<\/a><\/p>\n S. Weaver<\/em>–\u00a0Population Characteristics, Habitat Preferences, and Distribution of Cambarus parrishi<\/em><\/a><\/p>\n J. Trexler-\u00a0<\/em>Landscape-Based Spatially Explicit Species Index Models for Everglades Restoration: Crayfish<\/a><\/p>\n R. Thoma-<\/em>\u00a0The Conservation Status of Cambarus bouchardi<\/em><\/a><\/p>\n R. Thoma-<\/em>\u00a0The Conservation Status of Cambarus jezerinaci<\/em><\/a><\/p>\n J. Stoeckle-<\/em>\u00a0Evaluation of a Low-Cost Sampling Protocol for a Coordinated Crayfish Life-History Sampling Effort<\/a><\/p>\n C. Skelton-<\/em>\u00a0Distribution of NonNative Crayfishes in Georgia, USA<\/a><\/p>\n M. Meade-\u00a0<\/em>Physiological Ecology of Alabama Crayfishes in Response to Temperature and Hypoxia Stress: Implications on Energy Availability and Use<\/a><\/p>\n Z. Loughman-\u00a0<\/em>Determination of Crayfish Occupancy Rates Across a Mined Watersheds in Eastern Kentucky<\/a><\/p>\n Z. Loughman-\u00a0<\/em>Southeastern Crayfishes: Conservation, Ecology, and Natural History<\/a><\/p>\n J. Kilian<\/em>–\u00a0Rates of Spread and Effects of Non-Native Rusty Crayfish in the Monocacy River, Maryland<\/em><\/a><\/p>\n T. Keller-\u00a0<\/em>Habitat Suitability and Biogeography of the Piedmont Blue Burrower<\/a><\/p>\n J. Johansen-<\/em>\u00a0Population Densities and Habitat Use of Cambarus pristinus, a Crayfish of Management Concern from the Cumberland Plateau in Tennessee<\/a><\/p>\n B. Helms-\u00a0<\/em>What Drives the Assemblage Structure of Crayfish Burrow Associates?<\/a><\/p>\n J. Gilmer II-\u00a0<\/em>Characterization of Hydrogeochemistry and Soil Texture for the Habitat of an Endangered Crayfish<\/a><\/p>\n M. Gangloff-<\/em>\u00a0Phylogeography of the Chowanoke Crayfish in the Chowan and Roanoke Basins, Eastern North Carolina<\/a><\/p>\n J. Figiele Jr<\/em>–\u00a0Laboratory Experiments for the Detection of Environmental DNA in Crayfish<\/a><\/p>\n E. Bloom-<\/em>\u00a0Systematic Evaluation of Orconectes cf. barrenensis from the Red River System of TN and KY<\/a><\/p>\n T. Black-<\/em>\u00a0Distribution of Chowanoke Crayfish in the Chowan and Roanoke River Basins of North Carolina<\/a><\/p>\n D. Bechler<\/em>–\u00a0Use of Nest-Traps for the Acquisition of Data on Population Structure, Life History and Behavior in Crayfish<\/a><\/p>\n