Index Catalog // ScholarsArchive@OSU

Creator:: Ciannelli, Lorenzo, Bartolino, Valerio, and Chan, Kung-Sik
Abstract:: Density-independent and density-dependent variables both affect the spatial distributions of species. However, their effects are often separately addressed using different analytical techniques. We apply a spatially explicit regression framework that incorporates localized, interactive and threshold effects of both density-independent (water temperature) and density-dependent (population abundance) variables, to study the spatial...

Creator:: Ciannelli, Lorenzo, Bartolino, Valerio, and Chan, Kung-Sik
Abstract:: Density-independent and density-dependent variables both affect the spatial distributions of species. However, their effects are often separately addressed using different analytical techniques. We apply a spatially explicit regression framework that incorporates localized, interactive and threshold effects of both density-independent (water temperature) and density-dependent (population abundance) variables, to study the spatial...

Creator:: Ciannelli, Lorenzo, Bartolino, Valerio, and Chan, Kung-Sik
Abstract:: Density-independent and density-dependent variables both affect the spatial distributions of species. However, their effects are often separately addressed using different analytical techniques. We apply a spatially explicit regression framework that incorporates localized, interactive and threshold effects of both density-independent (water temperature) and density-dependent (population abundance) variables, to study the spatial...
Full Text:: LARGE MARINE FISH POPULATION 2 Lorenzo Ciannelli*, College of Earth, Ocean and Atmospheric Sciences

Creator:: Ciannelli, Lorenzo, Bartolino, Valerio, and Chan, Kung-Sik
Abstract:: Density-independent and density-dependent variables both affect the spatial distributions of species. However, their effects are often separately addressed using different analytical techniques. We apply a spatially explicit regression framework that incorporates localized, interactive and threshold effects of both density-independent (water temperature) and density-dependent (population abundance) variables, to study the spatial...
Resource Type:: Article

Creator:: Chen, Kun, Ciannelli, Lorenzo, Decker, Mary Beth, Ladd, Carol, Cheng, Wei, Zhou, Ziqian, and Chan, Kung-Sik
Abstract:: For many organisms, the reconstruction of source-sink dynamics is hampered by limited knowledge of the spatial assemblage of either the source or sink components or lack of information on the strength of the linkage for any source-sink pair. In the case of marine species with a pelagic dispersal phase, these...

Creator:: Chen, Kun, Ciannelli, Lorenzo, Decker, Mary Beth, Ladd, Carol, Cheng, Wei, Zhou, Ziqian, and Chan, Kung-Sik
Abstract:: For many organisms, the reconstruction of source-sink dynamics is hampered by limited knowledge of the spatial assemblage of either the source or sink components or lack of information on the strength of the linkage for any source-sink pair. In the case of marine species with a pelagic dispersal phase, these...
Full Text:: Phase Chen K, Ciannelli L, Decker MB, Ladd C, Cheng W, et al. (2014). Reconstructing Source-Sink

Creator:: Decker, Mary Beth, Liu, Hai, Ciannelli, Lorenzo, Ladd, Carol, Cheng, Wei, and Chan, Kung-Sik
Abstract:: The Bering Sea ecosystem has experienced significant climatic and biological shifts over the past 3 decades, including temporal and spatial fluctuations of jellyfish biomass. Jellyfish are important predators and competitors of fish; thus, it is critical to understand the effects of environmental factors on their population dynamics. We explored the...
Full Text:: environmental factors via nonlinear time series models Mary Beth Decker1,*, Hai Liu2, Lorenzo Ciannelli3

Creator:: Decker, Mary Beth, Liu, Hai, Ciannelli, Lorenzo, Ladd, Carol, Cheng, Wei, and Chan, Kung-Sik
Abstract:: The Bering Sea ecosystem has experienced significant climatic and biological shifts over the past 3 decades, including temporal and spatial fluctuations of jellyfish biomass. Jellyfish are important predators and competitors of fish; thus, it is critical to understand the effects of environmental factors on their population dynamics. We explored the...
Full Text:: Beth Decker1,*, Hai Liu2, Lorenzo Ciannelli3, Carol Ladd4, Wei Cheng5, Kung-Sik Chan6 1Department of

Creator:: Chen, Kun, Ciannelli, Lorenzo, Decker, Mary Beth, Ladd, Carol, Cheng, Wei, Zhou, Ziqian, and Chan, Kung-Sik
Abstract:: For many organisms, the reconstruction of source-sink dynamics is hampered by limited knowledge of the spatial assemblage of either the source or sink components or lack of information on the strength of the linkage for any source-sink pair. In the case of marine species with a pelagic dispersal phase, these...
Resource Type:: Article

Creator:: Decker, Mary Beth, Liu, Hai, Ciannelli, Lorenzo, Ladd, Carol, Cheng, Wei, and Chan, Kung-Sik
Abstract:: The Bering Sea ecosystem has experienced significant climatic and biological shifts over the past 3 decades, including temporal and spatial fluctuations of jellyfish biomass. Jellyfish are important predators and competitors of fish; thus, it is critical to understand the effects of environmental factors on their population dynamics. We explored the...
Resource Type:: Article

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