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Filtering by: Creator Sedlacek, Christopher J. Remove constraint Creator: Sedlacek, Christopher J. Academic Affiliation Integrative Biology Remove constraint Academic Affiliation: Integrative Biology Resource Type Research Paper Remove constraint Resource Type: Research Paper

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  • Coralline and fleshy algae volume density on epifaunal communities

    Creator:
    Field, Samuel J. and Gani, Christopher D.
    Abstract:
    Carbon dioxide emissions greatly affect the carbon chemistry mechanisms within the ocean. Carbon absorbed by the ocean, drops the pH level and creates an environment that is acidic. Acidic conditions prevent calcification mechanisms in coralline algae, and hinder their ability to establish within the intertidal. Coralline algae display structural relevance...
    Resource Type:
    Research Paper
    Full Text:
    Samuel J. Field & Christopher D. Gani Oregon State University - ​Department of Biology Abstract