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Seashore Plankton
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This field guide to marine plankton accessible from seashores provides practical identification guidance and photographs for amateur and professional naturalists, covering the full range of microscopic life forms found in coastal seawater including organisms affected by plastic contamination.
For the first time, here is a practical guide to marine plankton as seen and collected from the seashore. Perfect for naturalists and ecologists, amateur or professional alike, this book accesses a captivating hidden world. Illustrated throughout with stunning photographs, the multitudes of microscopic life-forms typically found in seawater that laps the shore are displayed, discussed and interpreted. The first section explains what exactly plankton is and sets out the practicalities of shore collection. We are guided through where and how to do this, observing samples and the basics of using microscopes not only to view but also to photograph the creatures. The second section, comprising the bulk of the book, then takes us into the living organisms we are likely to find: from diatoms, dinoflagellates and even fungi, through single-celled organisms to the huge array of invertebrates and chordates. The concluding third section offers a holistic view, considering ecology and the importance of understanding planktonic life while underlining the problems caused by human activity. Readers will learn: - The biology of plankton, including lifecycle, seashore and estuarine habitats, as well as classification. - Shore-based collection skills and processes: observing marine plankton, including via digital microscopes and optical microscopes, how to sort and view samples. - Microscopic photography techniques. - How to organise and sort samples, including systematics, classification and terminology. - Identification of planktonic organisms by group. - Details of the wider marine planktonic environment, including vertical migration, food webs and nutrient cycles. - The interactions of plankton and humans, including microplastics, eutrophication and climate change. Overall this exciting book is an essential tool for any seashore enthusiast.
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Microplastic in plankton of the North- and Baltic Sea
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This study examined microplastic contamination in plankton samples collected from the North Sea and Baltic Sea, finding plastic particles that can be ingested by planktivorous organisms and potentially transferred up the marine food chain.
Effects of microplastics pollution on plankton: A review.
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This review summarizes the sources and characteristics of microplastics and their documented effects on plankton, including reduced growth, altered feeding, and reproductive impacts. As the base of aquatic food webs, plankton health is critical, making microplastic threats to these organisms a significant ecological concern.
Evidence of microplastics in samples of zooplankton from Portuguese coastal waters
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Researchers examined zooplankton samples collected from Portuguese coastal waters between 2002 and 2008 and found microplastics in a proportion of the samples, providing early retrospective evidence of microplastic contamination in Atlantic zooplankton. The study shows that plastic contamination of coastal zooplankton communities predates the recent surge of research attention.
Ecology of mesozooplankton in a subtropical coastal lagoon: composition, spatial distribution and interactions with microplastic pollution
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Researchers studied mesozooplankton ecology in a subtropical coastal lagoon, examining community composition, spatial distribution, and interactions with microplastic pollution to understand how plastic contamination affects zooplankton dynamics in coastal environments.
Impacts of macro - and microplastic on macrozoobenthos abundance in intertidal zone
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This study assessed how macro- and microplastics affect the abundance of bottom-dwelling invertebrates in an intertidal zone, finding that plastic contamination is linked to reduced invertebrate diversity. The results highlight ecological impacts of plastic pollution in coastal ecosystems that provide food resources for humans.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.