Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia
Autor(a) principal: | |
---|---|
Data de Publicação: | 2009 |
Tipo de documento: | Tese |
Idioma: | por |
Título da fonte: | Biblioteca Digital de Teses e Dissertações da UFRRJ |
Texto Completo: | https://tede.ufrrj.br/jspui/handle/tede/215 |
Resumo: | The Restinga da Marambaia is located in the Brazilian Southeast. This work aimed to evaluate whether there is any relationship between the richness and abundance concerning the time of exposition of the Winkler extractor. Thirty samples from leaf litter were collected and kept in laboratorial conditions, remaining in this extractor for 144 hours. In the first 24 h, the samples were exchanged for each three hours. After which, the samples were exchanged every six hours until the end of the experiment. Each content of litter leaf was taken out of Winkler extractor and the spiders were manually collected during 15 minutes. This allowed us record those spiders that had not been captured. A total of 737 spiders were sampled. Of these, 462 were immature and 275 were adults, composing of 24 families. During the first 3h of working of Winkler extractor, 247 samples were recorded (33.6% of the total), representing 15 morphospecies (55.5% of the total). After 24h, 516 samples were recorded (69.9% of the total) and 22 morphospecies (81.4% of the total). After 48h only two additional mophospecies were recorded.. Finally, during the 96h, 148 samples were recorded (20.1% of the total) and they represented only three species. Throughout manual captures, 98 samples were recorded distributed among 15 families with 10 morphospecies. Of these, there were six families, being represented by juveniles from leaf litter. This work allowed us to detect throughout a rapid surviey ~ 70% of total sampled and 91% of the species in 24h (KW: P< 0,05) of working of this tool. In this same ecosystem another study was developed. This last work aimed to investigate whether abiotic factors, such as soil temperature and humidity, covering by litter and litter depth and seasonality the two different vegetation types. Samples were taken between 2005-2007 in close thicket of Mirtaceae physiognomy (FN.1) and in restinga forest physiognomy (FN.2). Seasonal samplings were performed when 30 samples of leaf litter were analyzed for each physiognomy, totalizing 480 sampled units. During this work abiotic information was also collected. The Winkler extractor was used for 48h. A total of 4,460 spiders were collected, representing an average of 9.29 samples per sampling (1m2). These spiders were distribuited among 35 families. A total of 1.835 adult spiders were distribuited among 35 families and 68 morphospecies. For the FN.1, 46 species were recorded and 30 families, comprising 13 unique species. When the total abundance was analyzed for the two physiognomies, the FN.2 exhibited 2,333 samples, representing 52.3% of total captured. Oonopidae represented the richest family within FN.1 with 13 species, whereas only seven were observed within FN2. Salticidae was the second richest with 11 species. Of these, 10 species were recorded in FN.1 and seven in FN.2. Theridiidae represented nine, of which seven were recored for FN.2 and five for FN.1. Linyphiidae represented seven, six in FN.2 and five in FN.1. These four morphospecies represented 58.8% of the species sampled. After analyzing, the overall results with the community of spiders of Restinga da Marambaia it was possible to infer that the autumn and spring are the best seasons to capture adults. This study also corroborated the hypothesis that some abiotic factors interfere on the community of spider, especially the depth of leaf litter, as well as the soil humidity. Despite the fact that some of these variables are not significant for a specific season or physiognomy, it is thought that when they act together there is an influence in the ix distribuition of spiders in the two plant physiognomies studied. The two types vegetation exhibited species showing that they can be similar or distinct if the FN.1 and FN.2 are compared. |
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Brescovit, Antonio Domingos294.438.570-49http://lattes.cnpq.br/1569160339136032026.685.037-52http://lattes.cnpq.br/8157596349719107Ramos, Elaine Folly2016-04-26T19:00:04Z2011-02-242009-05-08RAMOS, Elaine Folly. Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia. 2009. 165 f. Tese (Doutorado em Biologia Animal) - Instituto de Ci?ncias Biol?gicas e da Sa?de, Universidade Federal Rural do Rio de Janeiro, Serop?dica - RJ, 2009.https://tede.ufrrj.br/jspui/handle/tede/215The Restinga da Marambaia is located in the Brazilian Southeast. This work aimed to evaluate whether there is any relationship between the richness and abundance concerning the time of exposition of the Winkler extractor. Thirty samples from leaf litter were collected and kept in laboratorial conditions, remaining in this extractor for 144 hours. In the first 24 h, the samples were exchanged for each three hours. After which, the samples were exchanged every six hours until the end of the experiment. Each content of litter leaf was taken out of Winkler extractor and the spiders were manually collected during 15 minutes. This allowed us record those spiders that had not been captured. A total of 737 spiders were sampled. Of these, 462 were immature and 275 were adults, composing of 24 families. During the first 3h of working of Winkler extractor, 247 samples were recorded (33.6% of the total), representing 15 morphospecies (55.5% of the total). After 24h, 516 samples were recorded (69.9% of the total) and 22 morphospecies (81.4% of the total). After 48h only two additional mophospecies were recorded.. Finally, during the 96h, 148 samples were recorded (20.1% of the total) and they represented only three species. Throughout manual captures, 98 samples were recorded distributed among 15 families with 10 morphospecies. Of these, there were six families, being represented by juveniles from leaf litter. This work allowed us to detect throughout a rapid surviey ~ 70% of total sampled and 91% of the species in 24h (KW: P< 0,05) of working of this tool. In this same ecosystem another study was developed. This last work aimed to investigate whether abiotic factors, such as soil temperature and humidity, covering by litter and litter depth and seasonality the two different vegetation types. Samples were taken between 2005-2007 in close thicket of Mirtaceae physiognomy (FN.1) and in restinga forest physiognomy (FN.2). Seasonal samplings were performed when 30 samples of leaf litter were analyzed for each physiognomy, totalizing 480 sampled units. During this work abiotic information was also collected. The Winkler extractor was used for 48h. A total of 4,460 spiders were collected, representing an average of 9.29 samples per sampling (1m2). These spiders were distribuited among 35 families. A total of 1.835 adult spiders were distribuited among 35 families and 68 morphospecies. For the FN.1, 46 species were recorded and 30 families, comprising 13 unique species. When the total abundance was analyzed for the two physiognomies, the FN.2 exhibited 2,333 samples, representing 52.3% of total captured. Oonopidae represented the richest family within FN.1 with 13 species, whereas only seven were observed within FN2. Salticidae was the second richest with 11 species. Of these, 10 species were recorded in FN.1 and seven in FN.2. Theridiidae represented nine, of which seven were recored for FN.2 and five for FN.1. Linyphiidae represented seven, six in FN.2 and five in FN.1. These four morphospecies represented 58.8% of the species sampled. After analyzing, the overall results with the community of spiders of Restinga da Marambaia it was possible to infer that the autumn and spring are the best seasons to capture adults. This study also corroborated the hypothesis that some abiotic factors interfere on the community of spider, especially the depth of leaf litter, as well as the soil humidity. Despite the fact that some of these variables are not significant for a specific season or physiognomy, it is thought that when they act together there is an influence in the ix distribuition of spiders in the two plant physiognomies studied. The two types vegetation exhibited species showing that they can be similar or distinct if the FN.1 and FN.2 are compared.A Restinga da Marambaia, est? situada no sudeste do Brasil. O objetivo inicial deste trabalho foi avaliar se existe rela??o entre a riqueza e abund?ncia das aranhas em rela??o ao tempo de exposi??o do extrator de Winkler. Foram coletadas 30 amostras de serapilheira, que em laborat?rio, permaneceram no extrator de Winkler num total de 144 horas. Nas primeiras 24 horas, as amostras foram trocadas em intervalos de tr?s horas. No restante do tempo, as amostras foram trocadas a cada seis horas at? o final do experimento. Cada conte?do de serapilheira foi retirada da bolsa do Winkler e coletadas as aranhas manualmente durante 15 minutos, para registrar aquelas que n?o foram capturadas. Foram amostradas 737 exemplares de aranhas, das quais 462 foram jovens e 275 adultos, distribu?das em 24 fam?lias. Nas primeiras 3h de funcionamento do extrator de Winkler foram obtidos 247 indiv?duos (33,6% do total) pertencentes a 15 morfosp?cies (55,5% do total). Ao final de 24h registrou-se 516 indiv?duos (69,9% do total) e 22 de morfoesp?cies (81,4% do total). Ap?s 48h foram adicionados apenas duas morfoesp?cies. Finalmente, nas ?ltimas 96h registrou-se 148 indiv?duos (20,1% do total) e adicionado somente tr?s esp?cies. Pela coleta manual, registrou-se 98 indiv?duos distribu?dos em 15 fam?lias com 10 morfoesp?cies, sendo seis fam?lias representadas apenas por jovens oriundos da serapilheira. Foi poss?vel dectectar atrav?s de invent?rios r?pidos, com 24h de funcionamento do extrator de Winkler ? poss?vel amostrar aproximadamente 70% dos indiv?duos e 81% das esp?cies de aranhas (KW: P< 0,05). Neste mesmo ecossistema tamb?m foi desenvolvido outro estudo cujo objetivo foi testar a hip?tese de que a comunidade de aranhas podem ser influenciadas por fatores abi?ticos, como a temperatura e umidade do solo, cobertura e profundidade de serapilheira e esta??es em duas diferentes forma??es vegetais. As coletas foram realizadas no per?odo de 2005-2007 na fisionomia arbustiva de cord?o arenoso (FN.1) e na floresta de cord?o arenoso (FN.2). Foram realizadas coletadas sazonais, 30 amostras de serapilheira em cada fisionomia, totalizando 480 unidades amostrais, concomitantemente foram coletas as informa??es abi?ticas. Foi utilizado o extrator de Winkler por 48h. Foram coletadas 4.460 aranhas, o que representou m?dia de 9,29 indiv?duos por amostra (1m2). Estas aranhas est?o distribu?das em 35 fam?lias. Foram computadas 1.835 aranhas adultas distribu?das em 68 morfoesp?cies. Na FN.1 obteve-se 54 esp?cies de 27 fam?lias, destas 21 esp?cies foram exclusivas, enquanto que na FN.2 foram obtidas 46 esp?cies de 30 fam?lias e contendo 13 esp?cies exclusivas. Ao analisar abund?ncia total de aranhas das duas fisionomias, a FN.2 obteve 2.333 exemplares, o que correspondeu (52,3%) do total capturado. A fam?lia mais rica foi Oonopidae com 13 esp?cies na FN.1 e apenas sete destas na FN.2. A segunda foi Salticidae com 11 esp?cies, sendo 10 na FN.1, e sete na FN.2. Theridiidae com nove, das quais sete na FN.2 e cinco na FN.1. Linyphiidae com sete sendo seis para FN2 e cinco para FN.1. Estas quatro morfoesp?cies representaram 58,8% das esp?cies amostradas. Ap?s os tratamentos realizados com a comunidade de aranhas na Restinga da Marambaia ? poss?vel inferir que os melhores meses para se obter indiv?duos adultos concentram-se nas esta??es do outono e da primavera. Tamb?m foi poss?vel confirmar ahip?tese de que existe influ?ncia de alguns fatores abi?ticos sobre a comunidade de aranhas ? associada principalmente pela profundidade de serapilheira, a umidade e a temperatura do solo. Apesar de algumas destas vari?veis n?o serem significativas em determinada esta??o ou fisionomia, acredita-se que o conjunto dessas vari?veis esteja influenciando na distribui??o das aranhas nas duas fisionomias vegetais estudadas. As duas fisionomias possuem esp?cies que mostraram grupos de esp?cies que fazem com que cada fisionomia seja similar entre si e dissimilares quando comparadas a floresta de cord?o arenoso com a arbustiva de cord?o arenoso.application/pdfhttps://tede.ufrrj.br/retrieve/12636/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/17826/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/24164/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/30511/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/36897/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/43297/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/49641/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpghttps://tede.ufrrj.br/retrieve/56096/2009%20-%20Elaine%20Folly%20Ramos.pdf.jpgporUniversidade Federal Rural do Rio de JaneiroPrograma de P?s-Gradua??o em Biologia AnimalUFRRJBrasilInstituto de Ci?ncias Biol?gicas e da Sa?defenologysimilarityseasonalityfenologiasimilaridadesazonalidadeEcologiaInflu?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da MarambaiaThe influence of abiotic variables on the spider (Araneae) community in leaf litter collected with Winkler extractor in two plant physiognomy in the Restinga da Marambaiainfo:eu-repo/semantics/publishedVersioninfo:eu-repo/semantics/doctoralThesisinfo:eu-repo/semantics/openAccessreponame:Biblioteca Digital de Teses e Dissertações da UFRRJinstname:Universidade Federal Rural do Rio de Janeiro (UFRRJ)instacron:UFRRJTHUMBNAIL2009 - Elaine Folly Ramos.pdf.jpg2009 - Elaine Folly Ramos.pdf.jpgimage/jpeg4026http://localhost:8080/tede/bitstream/tede/215/17/2009+-+Elaine+Folly+Ramos.pdf.jpg0680e3d71bcbb351b1b625724469b2adMD517TEXT2009 - Elaine Folly Ramos.pdf.txt2009 - Elaine Folly Ramos.pdf.txttext/plain257568http://localhost:8080/tede/bitstream/tede/215/16/2009+-+Elaine+Folly+Ramos.pdf.txt24db8ed29d07a6f827ee1f781ab33185MD516ORIGINAL2009 - Elaine Folly Ramos.pdf2009 - Elaine Folly Ramos.pdfapplication/pdf7100854http://localhost:8080/tede/bitstream/tede/215/1/2009+-+Elaine+Folly+Ramos.pdfd67616249fcc038a6aed54558dbe3496MD51tede/2152022-06-22 09:36:25.112oai:localhost:tede/215Biblioteca Digital de Teses e Dissertaçõeshttps://tede.ufrrj.br/PUBhttps://tede.ufrrj.br/oai/requestbibliot@ufrrj.br||bibliot@ufrrj.bropendoar:2022-06-22T12:36:25Biblioteca Digital de Teses e Dissertações da UFRRJ - Universidade Federal Rural do Rio de Janeiro (UFRRJ)false |
dc.title.por.fl_str_mv |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
dc.title.alternative.eng.fl_str_mv |
The influence of abiotic variables on the spider (Araneae) community in leaf litter collected with Winkler extractor in two plant physiognomy in the Restinga da Marambaia |
title |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
spellingShingle |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia Ramos, Elaine Folly fenology similarity seasonality fenologia similaridade sazonalidade Ecologia |
title_short |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
title_full |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
title_fullStr |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
title_full_unstemmed |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
title_sort |
Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia |
author |
Ramos, Elaine Folly |
author_facet |
Ramos, Elaine Folly |
author_role |
author |
dc.contributor.advisor1.fl_str_mv |
Brescovit, Antonio Domingos |
dc.contributor.advisor1ID.fl_str_mv |
294.438.570-49 |
dc.contributor.advisor1Lattes.fl_str_mv |
http://lattes.cnpq.br/1569160339136032 |
dc.contributor.authorID.fl_str_mv |
026.685.037-52 |
dc.contributor.authorLattes.fl_str_mv |
http://lattes.cnpq.br/8157596349719107 |
dc.contributor.author.fl_str_mv |
Ramos, Elaine Folly |
contributor_str_mv |
Brescovit, Antonio Domingos |
dc.subject.eng.fl_str_mv |
fenology similarity seasonality |
topic |
fenology similarity seasonality fenologia similaridade sazonalidade Ecologia |
dc.subject.por.fl_str_mv |
fenologia similaridade sazonalidade |
dc.subject.cnpq.fl_str_mv |
Ecologia |
description |
The Restinga da Marambaia is located in the Brazilian Southeast. This work aimed to evaluate whether there is any relationship between the richness and abundance concerning the time of exposition of the Winkler extractor. Thirty samples from leaf litter were collected and kept in laboratorial conditions, remaining in this extractor for 144 hours. In the first 24 h, the samples were exchanged for each three hours. After which, the samples were exchanged every six hours until the end of the experiment. Each content of litter leaf was taken out of Winkler extractor and the spiders were manually collected during 15 minutes. This allowed us record those spiders that had not been captured. A total of 737 spiders were sampled. Of these, 462 were immature and 275 were adults, composing of 24 families. During the first 3h of working of Winkler extractor, 247 samples were recorded (33.6% of the total), representing 15 morphospecies (55.5% of the total). After 24h, 516 samples were recorded (69.9% of the total) and 22 morphospecies (81.4% of the total). After 48h only two additional mophospecies were recorded.. Finally, during the 96h, 148 samples were recorded (20.1% of the total) and they represented only three species. Throughout manual captures, 98 samples were recorded distributed among 15 families with 10 morphospecies. Of these, there were six families, being represented by juveniles from leaf litter. This work allowed us to detect throughout a rapid surviey ~ 70% of total sampled and 91% of the species in 24h (KW: P< 0,05) of working of this tool. In this same ecosystem another study was developed. This last work aimed to investigate whether abiotic factors, such as soil temperature and humidity, covering by litter and litter depth and seasonality the two different vegetation types. Samples were taken between 2005-2007 in close thicket of Mirtaceae physiognomy (FN.1) and in restinga forest physiognomy (FN.2). Seasonal samplings were performed when 30 samples of leaf litter were analyzed for each physiognomy, totalizing 480 sampled units. During this work abiotic information was also collected. The Winkler extractor was used for 48h. A total of 4,460 spiders were collected, representing an average of 9.29 samples per sampling (1m2). These spiders were distribuited among 35 families. A total of 1.835 adult spiders were distribuited among 35 families and 68 morphospecies. For the FN.1, 46 species were recorded and 30 families, comprising 13 unique species. When the total abundance was analyzed for the two physiognomies, the FN.2 exhibited 2,333 samples, representing 52.3% of total captured. Oonopidae represented the richest family within FN.1 with 13 species, whereas only seven were observed within FN2. Salticidae was the second richest with 11 species. Of these, 10 species were recorded in FN.1 and seven in FN.2. Theridiidae represented nine, of which seven were recored for FN.2 and five for FN.1. Linyphiidae represented seven, six in FN.2 and five in FN.1. These four morphospecies represented 58.8% of the species sampled. After analyzing, the overall results with the community of spiders of Restinga da Marambaia it was possible to infer that the autumn and spring are the best seasons to capture adults. This study also corroborated the hypothesis that some abiotic factors interfere on the community of spider, especially the depth of leaf litter, as well as the soil humidity. Despite the fact that some of these variables are not significant for a specific season or physiognomy, it is thought that when they act together there is an influence in the ix distribuition of spiders in the two plant physiognomies studied. The two types vegetation exhibited species showing that they can be similar or distinct if the FN.1 and FN.2 are compared. |
publishDate |
2009 |
dc.date.issued.fl_str_mv |
2009-05-08 |
dc.date.available.fl_str_mv |
2011-02-24 |
dc.date.accessioned.fl_str_mv |
2016-04-26T19:00:04Z |
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info:eu-repo/semantics/doctoralThesis |
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publishedVersion |
dc.identifier.citation.fl_str_mv |
RAMOS, Elaine Folly. Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia. 2009. 165 f. Tese (Doutorado em Biologia Animal) - Instituto de Ci?ncias Biol?gicas e da Sa?de, Universidade Federal Rural do Rio de Janeiro, Serop?dica - RJ, 2009. |
dc.identifier.uri.fl_str_mv |
https://tede.ufrrj.br/jspui/handle/tede/215 |
identifier_str_mv |
RAMOS, Elaine Folly. Influ?ncia de vari?veis abi?ticas sobre a comunidade de aranhas (Araneae) em serapilheira coletadas pelo extrator de Winkler em duas fisionomias vegetais na Restinga da Marambaia. 2009. 165 f. Tese (Doutorado em Biologia Animal) - Instituto de Ci?ncias Biol?gicas e da Sa?de, Universidade Federal Rural do Rio de Janeiro, Serop?dica - RJ, 2009. |
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https://tede.ufrrj.br/jspui/handle/tede/215 |
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por |
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Universidade Federal Rural do Rio de Janeiro |
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UFRRJ |
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Brasil |
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Instituto de Ci?ncias Biol?gicas e da Sa?de |
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Universidade Federal Rural do Rio de Janeiro |
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