Effects of microplastics pollution on the abundance and composition of interstitial meiofauna/Efectos de la contaminacion por microplasticos en la abundancia y composicion de la meiofauna intersticial

Introduction: Pollution by microplastics is a global problem in marine environments, which impacts microorganisms and ecosystems at several spatial levels. Sandy beaches are depositional environments where microplastics tend to accumulate in large quantities. The co-occurrence of interstitial meiofa...

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Veröffentlicht in:Revista de biología tropical 2023-01, Vol.71 (1)
Hauptverfasser: Lagos, Ana Milena, Leon, M. Victoria, Colorado, Angie, Giraldo, Daniel, Fragozo, Laura, Quiroga, Sigmer Y, Ma
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container_title Revista de biología tropical
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creator Lagos, Ana Milena
Leon, M. Victoria
Colorado, Angie
Giraldo, Daniel
Fragozo, Laura
Quiroga, Sigmer Y
Ma
description Introduction: Pollution by microplastics is a global problem in marine environments, which impacts microorganisms and ecosystems at several spatial levels. Sandy beaches are depositional environments where microplastics tend to accumulate in large quantities. The co-occurrence of interstitial meiofauna and microplastics in sand grains raises the question on whether the accumulation of microplastics in the sediments affects the abundance and composition of the meiofaunal communities. Objective: To test the hypothesis that microplastics affect the meiofauna of urban sandy beaches. Methods: We studied the three main urban sandy beaches of Santa Marta, Colombia: El Rodadero, Santa Marta Bay, and Taganga. All are similar in morphology and external pressures, and differ from other beaches in the region. In April 2019 we collected 81 sand samples, equally distributed in the intertidal zone (upper, mid, and lower intertidal levels). We applied generalized linear models to abundance, and multivariate permutational tests to community composition. Results: We identified 17 taxonomic groups of meiofauna, and microplastic particles (mainly 45-500 micron fibres) evenly distributed across beaches and intertidal levels. There was more meiofauna at the mid intertidal level, and in fine and medium grain sediment. At the lower intertidal level, sites with more microplastics had less meiofauna. Abundance of microplastics explained 39% of the variation in meiofaunal community composition at lower intertidal levels. Conclusions: The accumulation of microplastics might have a negative impact on these meiofaunal interstitial communities. This is not surprising: if microplastics occupy the same physical space as these animals, they might presumably modify the structure of sediments and the composition of interstitial water. Key words: benthos; coastal zone; meiofauna abundance; microplastic abundance; pollution effect; sandy beaches. Introduccion: La contaminacion por microplasticos es un problema global en los ecosistemas marinos, con impacto sobre microorganismos y ecosistemas en varios niveles espaciales. Las playas arenosas son ambientes de deposicion donde se tiende a acumular gran cantidad de microplasticos. La co-ocurrencia de meiofauna intersticial y microplasticos en granos de arena plantea la pregunta de que si la acumulacion de microplasticos en sedimentos afecta la abundancia y composicion de comunidades de meiofauna. Objetivo: Probar la hipotesis de que microplasticos
doi_str_mv 10.15517/rev.biol.trop..v71i1.50031
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Victoria ; Colorado, Angie ; Giraldo, Daniel ; Fragozo, Laura ; Quiroga, Sigmer Y ; Ma</creator><creatorcontrib>Lagos, Ana Milena ; Leon, M. Victoria ; Colorado, Angie ; Giraldo, Daniel ; Fragozo, Laura ; Quiroga, Sigmer Y ; Ma</creatorcontrib><description>Introduction: Pollution by microplastics is a global problem in marine environments, which impacts microorganisms and ecosystems at several spatial levels. Sandy beaches are depositional environments where microplastics tend to accumulate in large quantities. The co-occurrence of interstitial meiofauna and microplastics in sand grains raises the question on whether the accumulation of microplastics in the sediments affects the abundance and composition of the meiofaunal communities. Objective: To test the hypothesis that microplastics affect the meiofauna of urban sandy beaches. Methods: We studied the three main urban sandy beaches of Santa Marta, Colombia: El Rodadero, Santa Marta Bay, and Taganga. All are similar in morphology and external pressures, and differ from other beaches in the region. In April 2019 we collected 81 sand samples, equally distributed in the intertidal zone (upper, mid, and lower intertidal levels). We applied generalized linear models to abundance, and multivariate permutational tests to community composition. Results: We identified 17 taxonomic groups of meiofauna, and microplastic particles (mainly 45-500 micron fibres) evenly distributed across beaches and intertidal levels. There was more meiofauna at the mid intertidal level, and in fine and medium grain sediment. At the lower intertidal level, sites with more microplastics had less meiofauna. Abundance of microplastics explained 39% of the variation in meiofaunal community composition at lower intertidal levels. Conclusions: The accumulation of microplastics might have a negative impact on these meiofaunal interstitial communities. This is not surprising: if microplastics occupy the same physical space as these animals, they might presumably modify the structure of sediments and the composition of interstitial water. Key words: benthos; coastal zone; meiofauna abundance; microplastic abundance; pollution effect; sandy beaches. Introduccion: La contaminacion por microplasticos es un problema global en los ecosistemas marinos, con impacto sobre microorganismos y ecosistemas en varios niveles espaciales. Las playas arenosas son ambientes de deposicion donde se tiende a acumular gran cantidad de microplasticos. La co-ocurrencia de meiofauna intersticial y microplasticos en granos de arena plantea la pregunta de que si la acumulacion de microplasticos en sedimentos afecta la abundancia y composicion de comunidades de meiofauna. Objetivo: Probar la hipotesis de que microplasticos afectan la meiofauna de playas arenosas urbanas. Metodos: Estudiamos las tres principales playas arenosas urbanas de Santa Marta, Colombia: El Rodadero, Bahia Santa Marta y Taganga. Estas son similares en morfologia y presiones externas, y difieren de las otras playas de la region. En abril 2019 recolectamos 81 muestras de arena, distribuidas de manera equidistante en la zona intermareal (nivel intermareal superior, medio y bajo). Aplicamos modelos lineales generalizados de abundancia, y pruebas permutacionales multivariantes a la composicion de comunidades. Resultados: Identificamos 17 grupos taxonomicos de meiofauna, y particulas de microplastico (principalmente fibras de 45-500 micras) distribuidos equitativamente a lo largo de las playas y niveles intermareales. Hubo mas meiofauna en el nivel intermareal medio, y en sedimentos de grano mediano y fino. A niveles intermareales mas bajos, sitios con mas microplasticos tuvieron menos meiofauna. La abundancia de los microplasticos explico el 39% de la variacion en comunidades de meiofauna a niveles intermareales bajos. Conclusion: La acumulacion de microplasticos podria tener un impacto negativo sobre las comunidades de meiofauna intersticial. Esto no es de sorprender: si los microplasticos ocupan el mismo volumen fisico que estos animales, estos podrian presuntamente modificar la estructura de sedimentos y la composicion del agua intersticial. Palabras clave: bentos; zona costera; abundancia de meiofauna; abundancia de microplasticos; efecto de contaminacion; playas arenosas.</description><identifier>ISSN: 0034-7744</identifier><identifier>DOI: 10.15517/rev.biol.trop..v71i1.50031</identifier><language>spa</language><publisher>Universidad de Costa Rica</publisher><ispartof>Revista de biología tropical, 2023-01, Vol.71 (1)</ispartof><rights>COPYRIGHT 2023 Universidad de Costa Rica</rights><lds50>peer_reviewed</lds50><woscitedreferencessubscribed>false</woscitedreferencessubscribed></display><links><openurl>$$Topenurl_article</openurl><openurlfulltext>$$Topenurlfull_article</openurlfulltext><thumbnail>$$Tsyndetics_thumb_exl</thumbnail><link.rule.ids>315,782,786,27933,27934</link.rule.ids></links><search><creatorcontrib>Lagos, Ana Milena</creatorcontrib><creatorcontrib>Leon, M. Victoria</creatorcontrib><creatorcontrib>Colorado, Angie</creatorcontrib><creatorcontrib>Giraldo, Daniel</creatorcontrib><creatorcontrib>Fragozo, Laura</creatorcontrib><creatorcontrib>Quiroga, Sigmer Y</creatorcontrib><creatorcontrib>Ma</creatorcontrib><title>Effects of microplastics pollution on the abundance and composition of interstitial meiofauna/Efectos de la contaminacion por microplasticos en la abundancia y composicion de la meiofauna intersticial</title><title>Revista de biología tropical</title><description>Introduction: Pollution by microplastics is a global problem in marine environments, which impacts microorganisms and ecosystems at several spatial levels. Sandy beaches are depositional environments where microplastics tend to accumulate in large quantities. The co-occurrence of interstitial meiofauna and microplastics in sand grains raises the question on whether the accumulation of microplastics in the sediments affects the abundance and composition of the meiofaunal communities. Objective: To test the hypothesis that microplastics affect the meiofauna of urban sandy beaches. Methods: We studied the three main urban sandy beaches of Santa Marta, Colombia: El Rodadero, Santa Marta Bay, and Taganga. All are similar in morphology and external pressures, and differ from other beaches in the region. In April 2019 we collected 81 sand samples, equally distributed in the intertidal zone (upper, mid, and lower intertidal levels). We applied generalized linear models to abundance, and multivariate permutational tests to community composition. Results: We identified 17 taxonomic groups of meiofauna, and microplastic particles (mainly 45-500 micron fibres) evenly distributed across beaches and intertidal levels. There was more meiofauna at the mid intertidal level, and in fine and medium grain sediment. At the lower intertidal level, sites with more microplastics had less meiofauna. Abundance of microplastics explained 39% of the variation in meiofaunal community composition at lower intertidal levels. Conclusions: The accumulation of microplastics might have a negative impact on these meiofaunal interstitial communities. This is not surprising: if microplastics occupy the same physical space as these animals, they might presumably modify the structure of sediments and the composition of interstitial water. Key words: benthos; coastal zone; meiofauna abundance; microplastic abundance; pollution effect; sandy beaches. Introduccion: La contaminacion por microplasticos es un problema global en los ecosistemas marinos, con impacto sobre microorganismos y ecosistemas en varios niveles espaciales. Las playas arenosas son ambientes de deposicion donde se tiende a acumular gran cantidad de microplasticos. La co-ocurrencia de meiofauna intersticial y microplasticos en granos de arena plantea la pregunta de que si la acumulacion de microplasticos en sedimentos afecta la abundancia y composicion de comunidades de meiofauna. Objetivo: Probar la hipotesis de que microplasticos afectan la meiofauna de playas arenosas urbanas. Metodos: Estudiamos las tres principales playas arenosas urbanas de Santa Marta, Colombia: El Rodadero, Bahia Santa Marta y Taganga. Estas son similares en morfologia y presiones externas, y difieren de las otras playas de la region. En abril 2019 recolectamos 81 muestras de arena, distribuidas de manera equidistante en la zona intermareal (nivel intermareal superior, medio y bajo). Aplicamos modelos lineales generalizados de abundancia, y pruebas permutacionales multivariantes a la composicion de comunidades. Resultados: Identificamos 17 grupos taxonomicos de meiofauna, y particulas de microplastico (principalmente fibras de 45-500 micras) distribuidos equitativamente a lo largo de las playas y niveles intermareales. Hubo mas meiofauna en el nivel intermareal medio, y en sedimentos de grano mediano y fino. A niveles intermareales mas bajos, sitios con mas microplasticos tuvieron menos meiofauna. La abundancia de los microplasticos explico el 39% de la variacion en comunidades de meiofauna a niveles intermareales bajos. Conclusion: La acumulacion de microplasticos podria tener un impacto negativo sobre las comunidades de meiofauna intersticial. Esto no es de sorprender: si los microplasticos ocupan el mismo volumen fisico que estos animales, estos podrian presuntamente modificar la estructura de sedimentos y la composicion del agua intersticial. Palabras clave: bentos; zona costera; abundancia de meiofauna; abundancia de microplasticos; efecto de contaminacion; playas arenosas.</description><issn>0034-7744</issn><fulltext>true</fulltext><rsrctype>article</rsrctype><creationdate>2023</creationdate><recordtype>article</recordtype><recordid>eNptj11LwzAUhnOh4Jz-h8Cu2yVturSXY8wPGHiz-3GansxImpQmG_gP_VlmToeCJHAO4XnelxAy4yznVcXlfMRj3hpv8zj6Ic-PkhueV4yV_IpM0hCZlELckNsQ3hgrRCMWE_Kx1hpVDNRr2huVTAshGhXo4K09ROMdTTe-IoX24DpwKm2uo8r3gw_mDGhqXMQxidGApT0ar-HgYL4-hftAO6QWkuMi9MaBOlmDH_9UJgzdCfspMkDff3q-jHPKJf1Smkh7R6412ID333NKtg_r7eop27w8Pq-Wm2y_kCyrodFSKaEbVtSKAShR67JZSFCVxgpBCA6daEtssONFKbUABSUCtoXgTVtOyewcuweLO-O0jyOo3gS1W0rB66KoKpao_B8qnQ7Tj71DbdL7L-ETUDOSzA</recordid><startdate>20230101</startdate><enddate>20230101</enddate><creator>Lagos, Ana Milena</creator><creator>Leon, M. 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Victoria ; Colorado, Angie ; Giraldo, Daniel ; Fragozo, Laura ; Quiroga, Sigmer Y ; Ma</author></sort><facets><frbrtype>5</frbrtype><frbrgroupid>cdi_FETCH-LOGICAL-g670-8a9f7cc4f9028c0aac48f3967ac5fe5ea441ad4b3e9ed1237f4aca3eaeb2419b3</frbrgroupid><rsrctype>articles</rsrctype><prefilter>articles</prefilter><language>spa</language><creationdate>2023</creationdate><toplevel>peer_reviewed</toplevel><toplevel>online_resources</toplevel><creatorcontrib>Lagos, Ana Milena</creatorcontrib><creatorcontrib>Leon, M. Victoria</creatorcontrib><creatorcontrib>Colorado, Angie</creatorcontrib><creatorcontrib>Giraldo, Daniel</creatorcontrib><creatorcontrib>Fragozo, Laura</creatorcontrib><creatorcontrib>Quiroga, Sigmer Y</creatorcontrib><creatorcontrib>Ma</creatorcontrib><collection>Gale OneFile: Informe Academico</collection><jtitle>Revista de biología tropical</jtitle></facets><delivery><delcategory>Remote Search Resource</delcategory><fulltext>fulltext</fulltext></delivery><addata><au>Lagos, Ana Milena</au><au>Leon, M. Victoria</au><au>Colorado, Angie</au><au>Giraldo, Daniel</au><au>Fragozo, Laura</au><au>Quiroga, Sigmer Y</au><au>Ma</au><format>journal</format><genre>article</genre><ristype>JOUR</ristype><atitle>Effects of microplastics pollution on the abundance and composition of interstitial meiofauna/Efectos de la contaminacion por microplasticos en la abundancia y composicion de la meiofauna intersticial</atitle><jtitle>Revista de biología tropical</jtitle><date>2023-01-01</date><risdate>2023</risdate><volume>71</volume><issue>1</issue><issn>0034-7744</issn><abstract>Introduction: Pollution by microplastics is a global problem in marine environments, which impacts microorganisms and ecosystems at several spatial levels. Sandy beaches are depositional environments where microplastics tend to accumulate in large quantities. The co-occurrence of interstitial meiofauna and microplastics in sand grains raises the question on whether the accumulation of microplastics in the sediments affects the abundance and composition of the meiofaunal communities. Objective: To test the hypothesis that microplastics affect the meiofauna of urban sandy beaches. Methods: We studied the three main urban sandy beaches of Santa Marta, Colombia: El Rodadero, Santa Marta Bay, and Taganga. All are similar in morphology and external pressures, and differ from other beaches in the region. In April 2019 we collected 81 sand samples, equally distributed in the intertidal zone (upper, mid, and lower intertidal levels). We applied generalized linear models to abundance, and multivariate permutational tests to community composition. Results: We identified 17 taxonomic groups of meiofauna, and microplastic particles (mainly 45-500 micron fibres) evenly distributed across beaches and intertidal levels. There was more meiofauna at the mid intertidal level, and in fine and medium grain sediment. At the lower intertidal level, sites with more microplastics had less meiofauna. Abundance of microplastics explained 39% of the variation in meiofaunal community composition at lower intertidal levels. Conclusions: The accumulation of microplastics might have a negative impact on these meiofaunal interstitial communities. This is not surprising: if microplastics occupy the same physical space as these animals, they might presumably modify the structure of sediments and the composition of interstitial water. Key words: benthos; coastal zone; meiofauna abundance; microplastic abundance; pollution effect; sandy beaches. Introduccion: La contaminacion por microplasticos es un problema global en los ecosistemas marinos, con impacto sobre microorganismos y ecosistemas en varios niveles espaciales. Las playas arenosas son ambientes de deposicion donde se tiende a acumular gran cantidad de microplasticos. La co-ocurrencia de meiofauna intersticial y microplasticos en granos de arena plantea la pregunta de que si la acumulacion de microplasticos en sedimentos afecta la abundancia y composicion de comunidades de meiofauna. Objetivo: Probar la hipotesis de que microplasticos afectan la meiofauna de playas arenosas urbanas. Metodos: Estudiamos las tres principales playas arenosas urbanas de Santa Marta, Colombia: El Rodadero, Bahia Santa Marta y Taganga. Estas son similares en morfologia y presiones externas, y difieren de las otras playas de la region. En abril 2019 recolectamos 81 muestras de arena, distribuidas de manera equidistante en la zona intermareal (nivel intermareal superior, medio y bajo). Aplicamos modelos lineales generalizados de abundancia, y pruebas permutacionales multivariantes a la composicion de comunidades. Resultados: Identificamos 17 grupos taxonomicos de meiofauna, y particulas de microplastico (principalmente fibras de 45-500 micras) distribuidos equitativamente a lo largo de las playas y niveles intermareales. Hubo mas meiofauna en el nivel intermareal medio, y en sedimentos de grano mediano y fino. A niveles intermareales mas bajos, sitios con mas microplasticos tuvieron menos meiofauna. La abundancia de los microplasticos explico el 39% de la variacion en comunidades de meiofauna a niveles intermareales bajos. Conclusion: La acumulacion de microplasticos podria tener un impacto negativo sobre las comunidades de meiofauna intersticial. Esto no es de sorprender: si los microplasticos ocupan el mismo volumen fisico que estos animales, estos podrian presuntamente modificar la estructura de sedimentos y la composicion del agua intersticial. Palabras clave: bentos; zona costera; abundancia de meiofauna; abundancia de microplasticos; efecto de contaminacion; playas arenosas.</abstract><pub>Universidad de Costa Rica</pub><doi>10.15517/rev.biol.trop..v71i1.50031</doi></addata></record>
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title Effects of microplastics pollution on the abundance and composition of interstitial meiofauna/Efectos de la contaminacion por microplasticos en la abundancia y composicion de la meiofauna intersticial
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