Search Results - "Pringle, James M."

Variation in Oceanographic Resistance of the World's Coastlines to Invasion by Species With Planktonic Dispersal by Byers, James E., Pringle, James M.

“…ABSTRACT For marine species with planktonic dispersal, invasion of open ocean coastlines is impaired by the physical adversity of ocean currents moving larvae…”
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The location, strength, and mechanisms behind marine biogeographic boundaries of the east coast of North America by Pappalardo, Paula, Pringle, James M., Wares, John P., Byers, James E.

“…Classic biogeographic studies emphasized differences in species composition between regions to define biogeographic provinces and delimit biogeographic…”
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Asymmetric dispersal allows an upstream region to control population structure throughout a species’ range by Pringle, James M, Blakeslee, April M. H, Byers, James E, Roman, Joe

“…In a single well-mixed population, equally abundant neutral alleles are equally likely to persist. However, in spatially complex populations structured by an…”
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Dynamics of wind-driven upwelling and relaxation between Monterey Bay and Point Arena: Local-, regional-, and gyre-scale controls by Pringle, James M., Dever, Edward P.

“…In north and central California, equatorward winds drive equatorward flows and the upwelling of cold dense water over the shelf during the midspring and summer…”
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Are Coastal Marine Larvae Dispersed Less Than Would Be Expected by Ocean Currents? by Pringle, James M.

“…The distance that offspring disperse from their parents affects how a species responds to habitat disturbance, climate change, and interspecific interactions…”
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Drift by drift: effective population size is limited by advection by Wares, John P, Pringle, James M

“…Genetic estimates of effective population size often generate surprising results, including dramatically low ratios of effective population size to census…”
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Determining the most recent common ancestor in a finite linear habitat with asymmetric dispersal by Teller, Kyle G., Pringle, James M.

“…Many species that are birthed in one location and become reproductive in another location can be treated as if in a one-dimensional habitat where dispersal is…”
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Instabilities in the Bottom Boundary Layer Reduce Boundary Layer Arrest and Stir Boundary Layer Water Into the Stratified Interior by Pringle, James M.

“…An along‐isobath current in stratified waters leads to a bottom boundary layer. In models with no alongshore variation, cross‐isobath density transport in this…”
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Exchange of Plankton, Pollutants, and Particles Across the Nearshore Region by Moulton, Melissa, Suanda, Sutara H, Garwood, Jessica C, Kumar, Nirnimesh, Fewings, Melanie R, Pringle, James M

“…Exchange of material across the nearshore region, extending from the shoreline to a few kilometers offshore, determines the concentrations of pathogens and…”
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Edges and Overlaps in Northwest Atlantic Phylogeography by Altman, Safra, Robinson, John, Pringle, James, Byers, James, Wares, John

“…As marine environments change, the greatest ecological shifts—including resource usage and species interactions—are likely to take place in or near regions of…”
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Decadal community structure shifts with cold pool variability in the eastern Bering Sea shelf by Johnson, Jennifer J., Miksis-Olds, Jennifer L., Lippmann, Thomas C., Jech, J. Michael, Seger, Kerri D., Pringle, James M., Linder, Ernst

“…A characteristic feature of the eastern Bering Sea (EBS) is a subsurface layer linked to seasonal sea ice (SSI) and defined by bottom temperatures less than 2…”
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Global biogeography of marine dispersal potential by Álvarez-Noriega, Mariana, Burgess, Scott C., Byers, James E., Pringle, James M., Wares, John P., Marshall, Dustin J.

“…The distance travelled by marine larvae varies by seven orders of magnitude. Dispersal shapes marine biodiversity, and must be understood if marine systems are…”
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Going against the flow: retention, range limits and invasions in advective environments by Byers, James E., Pringle, James M.

“…Increasing globalization has spread invasive marine organisms, but it is not well understood why some species invade more readily than others. It is also…”
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Remote Forcing of Shelf Flows by Density Gradients and the Origin of the Annual Mean Flow on the Mid‐Atlantic Bight by Pringle, James M.

“…In the annual mean, a southwestward along‐isobath flow exists in the Mid‐Atlantic Bight. It has been shown to be driven neither by local winds, which are too…”
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Remotely forced nearshore upwelling in Southern California by Pringle, James M., Riser, Kristin

“…Alongshore winds in Baja California strongly influence nearshore temperatures hundreds of kilometers to the north at Point Loma, San Diego, California, on…”
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A downstream drift into chaos: Asymmetric dispersal in a classic density dependent population model by Storch, Laura S., Pringle, James M.

“…In the ocean, propagules with a planktonic stage are typically dispersed some distance downstream of the parent generation, introducing an asymmetry to the…”
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Invasion Expansion: Time since introduction best predicts global ranges of marine invaders by Byers, James E., Smith, Rachel S., Pringle, James M., Clark, Graeme F., Gribben, Paul E., Hewitt, Chad L., Inglis, Graeme J., Johnston, Emma L., Ruiz, Gregory M., Stachowicz, John J., Bishop, Melanie J.

“…Strategies for managing biological invasions are often based on the premise that characteristics of invading species and the invaded environment are key…”
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Glacial Troughs Enhance Shelf/Slope Exchange in the Barotropic Limit by Hampson, Patrick M., Pringle, James M.

“…Glacial troughs are flat‐bottomed, steep‐sided submarine valleys that incise the shelf and significantly alter coastal circulation. We examine how these…”
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Ocean currents and competitive strength interact to cluster benthic species range boundaries in the coastal ocean by Pringle, James M., Byers, James E., He, Ruoying, Pappalardo, Paula, Wares, John

“…Dispersal of many coastal marine species is mediated by flows with strong directionality; bathymetric and topographic effects lead to strong alongshore…”
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Where and how do localized perturbations affect stream and coastal ocean populations with nonlinear growth dynamics? by Storch, Laura S., Pringle, James M.

“…Chaotic systems are sensitive to small changes in parameters and initial conditions, but are spatially distributed chaotic populations sensitive to the…”
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