The ecology of biotic interactions in echinoids : modern insights into ancient interactions / Elizabeth Petsios [and six others]
Material type:
Computer fileSeries: Publication details: Cambridge : Cambridge University Press, 2023Description: online resourceISBN: - 9781108893510
- QL 384.E2 P47E 2023
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E-Book
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SPU Library, Bangkok (Main Campus) | Electronic Resources | On Display | QL 384.E2 P47E 2023 (Browse shelf(Opens below)) | In Cataloging | EB000548 |
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| QL 377.C5 I52 2015 Indo-Pacific corals identified and illustrated by Hans Ditlev / | QL 377.S4 B74J 2001 Jellyfish and other stingers | QL 384.A8 S92S 2002 Sea stars and other echinoderms | QL 384.E2 P47E 2023 The ecology of biotic interactions in echinoids : modern insights into ancient interactions / | QL 430.4 จ513ห 2551 หอยทากบก ในอุทยานเเห่งชาติเขานัน [book] | QL 430.4 O33S 2002 Snails and other mollusks | QL 449.6 ส282ก 2552 กิ้งกือกระบอกในประเทศไทย / [book] |
Predators -- Parasites and Other Symbionts -- Non-trace Producing Associations -- Evolutionary Trends -- Concluding Remarks
Available to OhioLINK libraries
Organisms interacting with echinoids are common and produce diverse traces that are often distinctive and can be preserved in the fossil record. Thus, echinoids provide a wealth of information regarding the role of biotic interactions as drivers of ecological and morphological adaptations over macroevolutionary timescales. Studies documenting interactions with echinoids and the resulting traces have become more numerous. This Element reviews the ecologies of skeletal trace-producing interactions on echinoids in Modern ecosystems and the recognition of those biogenic traces in the fossil record. The authors explore diversification and morphological trends in Meso-Cenozoic echinoid clades and associated predator and parasite groups in the context of selective pressures brought about by the evolution of these biotic interactions. Their intent is that this review promotes additional studies documenting the intensity of biotic interactions with echinoids in both Recent and fossil assemblages and highlights their potential to advance our understanding of ecosystem functioning and evolution. This title is also available as Open Access on Cambridge Core
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