DOI: 10.11606/d.42.2013.tde-23042013-090105
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Estudo da comunidade de bactérias metanotróficas em uma cronossequência de solos da Amazônia.

Abstract: Aos meus pais Lurdes e Wilson, que foram à base da minha educação. Ao meu irmão Paulo e minha cunhada Jane pelo incentivo e companheirismo em todos os momentos. Ao meu marido Octavio, pela compreensão, carinho e dedicação. A toda a família pela torcida... AGRADECIMENTOS A realização deste trabalho só foi possível graças à colaboração, de forma direta ou indireta, de várias pessoas e instituições, às quais gostaria de exprimir meu profundo respeito e agradecimento. À minha orientadora, Dra. Vivian Helena Pelliz… Show more

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Cited by 3 publications
(4 citation statements)
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References 148 publications
(127 reference statements)
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“…Using soils from the same region, without homogenization, Kroeger et al (2021) carried out incubations with atmospheres at 30,000 ppm of 13 CH 4 over seven months, resulting in an enrichment of methanotrophs in forest soils. However, investigating forest soils from the western Amazon, the enrichment for isolation with minimal mineral medium under an atmosphere of 100,000 ppm 13 CH 4 , Tessaro (2013) observed total uptake of methane after 60 hours of incubation, suggesting that different soils might result in very distinct methane uptake rates that are related to soil community composition and edaphic factors.…”
Section: Discussionmentioning
confidence: 98%
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“…Using soils from the same region, without homogenization, Kroeger et al (2021) carried out incubations with atmospheres at 30,000 ppm of 13 CH 4 over seven months, resulting in an enrichment of methanotrophs in forest soils. However, investigating forest soils from the western Amazon, the enrichment for isolation with minimal mineral medium under an atmosphere of 100,000 ppm 13 CH 4 , Tessaro (2013) observed total uptake of methane after 60 hours of incubation, suggesting that different soils might result in very distinct methane uptake rates that are related to soil community composition and edaphic factors.…”
Section: Discussionmentioning
confidence: 98%
“…However, investigating forest soils from the western Amazon, the enrichment for isolation with minimal mineral medium under an atmosphere of 100,000 ppm 13 CH4, Tessaro (2013) observed total uptake of methane after 60 hours of incubation, suggesting that different soils might result in very distinct methane uptake rates that are related to soil community composition and edaphic factors.…”
Section: Discussionmentioning
confidence: 99%
See 1 more Smart Citation
“…As bactérias metanotróficas constituem um grupo único de microrganismos, fisiologicamente distinto por sua habilidade em utilizar o CH 4 como única fonte de C e energia com a capacidade de oxidá-lo biologicamente, proporcionando uma grande economia de energia em comparação com a assimilação de carbono por organismos autotróficos. Estas representam um importante papel no fluxo líquido de metano no sistema solo-atmosfera, formando uma barreira biológica no solo (TESSARO, 2012;COSTELLO;LIDSTROM, 1999;MADIGAN et al, 2012).…”
Section: Produção E Oxidação Do Metanounclassified