Oceanographic Chaos and Its Role in Larval Self-Recruitment and Connectivity Among Fish Populations in Micronesia

Wolanski, Eric; Richmond, Robert H.; Golbuu, Yimnang (September 2021). "Oceanographic Chaos and Its Role in Larval Self-Recruitment and Connectivity Among Fish Populations in Micronesia". Estuarine, Coastal and Shelf Science. 259: 107461. doi:10.1016/j.ecss.2021.107461. ISSN 0272-7714.

Abstract: This document is a research paper focusing on Micronesia, specifically examining the role of oceanographic chaos in larval self-recruitment and connectivity among fish populations. The time period covered is not explicitly stated. The work discusses various taxa, particularly fish populations, and their ecological interactions within marine ecosystems. It explores the implications of oceanographic conditions on larval dispersal and recruitment processes, contributing to the understanding of population dynamics in marine environments. The research employs a combination of theoretical and empirical approaches, although specific methodologies are not detailed in the provided content. The document is authored by Eric Wolanski and is associated with James Cook University. The primary geographic focus is on Micronesia, with an emphasis on how environmental factors influence fish population connectivity in this region.

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MAG: 3167047394
OpenAlex: W3167047394