Rocky intertidal site information, Western Prince of Wales Island, Alaska, U.S., Summer 2018

• Main Author: Ashley Bolwerk
• Format: Dataset
• Language: unknown
• Published: Knowledge Network for Biocomplexity 2020
• Subjects: rocky intertidal; Southeast Alaska; Prince of Wales Island; The Beaches; Alaska
• Online Access: https://search.dataone.org/view/urn:uuid:6ca47f68-4e01-4197-a0a1-f5ddc07c00c8

Rocky intertidal ecology has had a long history of attempting to identify ecosystem patterns, associations, and the underlying mechanisms of each. Biotic (competition, predation, and trophic cascades) and abiotic (slope, rugosity, aspect, wave exposure, etc.) factors have been shown to influence rocky intertidal ecosystems, but these characteristics are highly variable on the beaches of Prince of Wales and surrounding islands (POW). The shoreline is highly complex, resulting in drastic shifts in environmental parameters. Sea otters, a species shown to restructure kelp ecosystems through predation pressure, were reintroduced to POW fifty years ago and their subsequent expansion created a gradient of sea otter occupation time among rocky intertidal sites. Due to the complexity of environmental and biological forces occurring at rocky intertidal beaches on POW, this study was conducted to measure the minimum and maximum elevations of major biobands as a metric of rocky intertidal community structure. The elevations of major biobands can be used to assess the interactions and relative importance of biotic and abiotic forces on the rocky intertidal ecosystems of POW. Bioband elevations can be found in the "Rocky intertidal bioband elevations, Western Prince of Wales Island, Alaska, U.S., Summer 2018" data package.