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File Population Performance Criteria to Evaluate Reintroduction and Recovery of Two Endangered Mussel Species, Epioblasma brevidens and Epioblasma capsaeformis
by Jessica Rhodes — published Jun 22, 2015 — last modified Jun 02, 2025 01:11 PM — filed under: , , ,
Genetic and demographic modeling of two endangered mussel species, Epioblasma brevidens and E. capsaeformis, in the Clinch River, U.S.A., was conducted to determine quantitative criteria to evaluate performance of extant and reintroduced populations. Reintroduction modelling indicated that the initial population size created during a 5 year build-up phase greatly affected final population size at 25 years, being similar to the population size at the end of the build-up phase, especially when population growth rate was low. Excluding age 0 individuals, age 1 juveniles or recruits on average comprised approximately 11% and 15% of a stable population of each species, respectively. Age-class distribution of a stable or growing population was characterized by multiple cohorts, including juvenile recruits, sub-adults, and adults. Because of current barriers to dispersal and the low dispersal capability of some mussel species, reintroductions will play a prominent role in restoring populations in the United States.
Located in Reports & Documents
Image Precipitation Seasonality
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , , ,
Precipitation seasonality using coefficient of variation at 1 kilometer resolution throughout the Appalachian LCC region.
Located in Research / … / Gallery: Cave and Karst Maps / Study Overview Maps and Foundational Datasets
Image ECMAScript program Probability of Presence - Aquatic Species
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
As a first step toward a predictive model of hotspots of species richness based on the predictive variables outlined above, the probabilities of each group within each grid cell were summed (excluding fish which do not occur at all in the Central Appalachians, making predictions impossible). The probabilities were summed to indicate locations that have one or more of the species groupings. Higher values indicate that more species are likely to be found. The map of predicted aquatic species richness has broader swaths of species richness, especially in the Interior Low Plateau.
Located in Research / … / Gallery: Cave and Karst Maps / Land Use and Potential Risk Maps
Image Probability of Presence - Terrestrial Species
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
As a first step toward a predictive model of hotspots of species richness based on the predictive variables outlined above, the probabilities of each group within each grid cell were summed (excluding fish which do not occur at all in the Central Appalachians, making predictions impossible). The probabilities were summed to indicate locations that have one or more of the species groupings. Higher values indicate that more species are likely to be found. For the five terrestrial groups, the major hotspot is in northeast Alabama and south central Tennessee, mimicking the observed data. However, there are also hotspots in southwest Virginia, and central West Virginia that do not appear on the map of species richness.
Located in Research / … / Gallery: Cave and Karst Maps / Land Use and Potential Risk Maps
Image ODS spreadsheet Probability of Presence for Amphipods
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
This map depicts the probability of presence for species within the amphipod group throughout the Appalachian LCC region. Red areas have the highest probability of presence.
Located in Research / … / Gallery: Cave and Karst Maps / Probability of Presence by Species Group
Image shell script Probability of Presence for Crayfish
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
This map depicts the probability of presence for species within the crayfish group throughout the Appalachian LCC region. Red areas have the highest probability of presence.
Located in Research / … / Gallery: Cave and Karst Maps / Probability of Presence by Species Group
Image shell script Probability of Presence for Fish
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
This map depicts the probability of presence for species within the fish group throughout the Appalachian LCC region. Red areas have the highest probability of presence.
Located in Research / … / Gallery: Cave and Karst Maps / Probability of Presence by Species Group
Image ECMAScript program Probability of Presence for Millipedes
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
This map depicts the probability of presence for species within the millipede group throughout the Appalachian LCC region. Red areas have the highest probability of presence.
Located in Research / … / Gallery: Cave and Karst Maps / Probability of Presence by Species Group
Image Probability of Presence for Spiders
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
This map depicts the probability of presence for species within the spider group throughout the Appalachian LCC region. Red areas have the highest probability of presence.
Located in Research / … / Gallery: Cave and Karst Maps / Probability of Presence by Species Group
Image Probability of Presence for Springtails
by Jessica Rhodes — published Mar 11, 2016 — filed under: , , , ,
This map depicts the probability of presence for species within the springtail group throughout the Appalachian LCC region. Red areas have the highest probability of presence.
Located in Research / … / Gallery: Cave and Karst Maps / Probability of Presence by Species Group