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Autoecology of the Marine Haptophyte Phaeocystis sp.

Christiane Lancelot, Maureen Keller, Véronique Rousseau, Walker O Smith, Sylvie Mathot

Open publisher page 68 citations

Abstract

Blooms of toxic or harmful microalgae, commonly called "red tides", represent a significant and expanding threat to human health and fisheries resources throughout the world. The impacts of these "harmful algal blooms" range from illness and death of human consumers of shellfish or fish that have accumulated algal toxins to ecosystem alteration and mortalities of marine mammals and other animals. Presented here is a state-of-the art review of all major topics relating to the ecology and physiology of harmful algal bloom species. The autecology of all major groups is covered in detail, and the ecophysiological processes and mechanisms that regulate their growth, bloom development, and toxin production are addressed as well.

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What this paper is about

Blooms of toxic or harmful microalgae, commonly called "red tides", represent a significant and expanding threat to human health and fisheries resources throughout the world. The impacts of these "harmful algal blooms" range from illness and death of human consumers of shellfish or fish that have accumulated algal toxins to ecosystem alteration and mortalities of marine mammals and other animals. Presented here is a state-of-the art review of all major topics relating to the ecology and physiology of harmful algal bloom species. The autecology of all major groups is covered in detail, and the ecophysiological processes and mechanisms that regulate their growth, bloom development, and toxin production are addressed as well.

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OpenAlex reports 68 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Blooms of toxic or harmful microalgae, commonly called "red tides", represent a significant and expanding threat to human health and fisheries resources throughout the world. The impacts of these "harmful algal blooms" range from illness and death of human consumers of shellfish or fish that have accumulated algal toxins to ecosystem alteration and mortalities of marine mammals and other animals. Presented here is a state-of-the art review of all major topics relating to the ecology and physiology of harmful algal bloom species. The autecology of all major groups is covered in detail, and the ecophysiological processes and mechanisms that regulate their growth, bloom development, and toxin production are addressed as well.

Key concepts: Haptophyte, Algal bloom, Red tide, Biology, Marine ecosystem, Bloom, Ecology, Ecosystem

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