Publicações - ciências biológicas


PAZ, ANDREA; Caddah, Mayara K.; D?HORTA, FERNANDO; Kaehler, Miriam; LYRA, MARIANA; GROHMANN, CARLOS HENRIQUE; REGINATO, MARCELO; SILVA'BRANDÃO, KARINA LUCAS; FREITAS, ANDRÉ VICTOR LUCCI; Renato Goldenberg; Lohmann, Lúcia G.; BROWN, JASON L.; MICHELANGELI, FABIAN A.; MIYAKI, CRISTINA; RODRIGUES, MIGUEL T.; SILVA, THIAGO S.; CARNAVAL, ANA C.; CORDEIRO, CARLOS L. O.; AGUIRRE'SANTORO, JULIAN; ASSIS, CLAYDSON; AMARO, RENATA CECILIA; RAPOSO DO AMARAL, FABIO; BOCHORNY, THUANE; BACCI, LUCAS F.
JOURNAL OF BIOGEOGRAPHY, v. s.n., p. jbi.14083 2021 DOI
Áreas do conhecimento: Ciências Biológicas; Taxonomia Vegetal; Taxonomia de Fanerógamos
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MEDEIROS, AM; ARI, C; Emygdio Leite de Araújo Monteiro-Filho
MARINE ECOLOGY PROGRESS SERIES, v. 674, p. 203-219, 2021 DOI
Palavra-chave: Mobula birostris; Paranaguá Estuarine Complex; Elasmobranch; Breaches; generalized additive model
Áreas do conhecimento: Ciências Biológicas; Comportamento Animal
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PIRES, VERÔNICA S.; DE GANZELLA, FERNANDO A.O.; MINOZZO, GUILHERME A.; DE CASTRO, LUCIANA D.; MONCADA, ANGIE D.B.; Giseli Klassen; RAMOS, EDNEIA A.S.; Molento, Marcelo B.
GENE REPORTS, v. 1, p. 101410 2021 DOI
Áreas do conhecimento: Ciências Biológicas; Biologia Molecular
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Verônica dos Santos Pires; Fernando Augusto de Oliveira Ganzella; Guilherme A. Minozzo; Luciana D. de Castro; Angie Dayana Becerra Moncada; Giseli Klassen; Edneia Amancio de Souza Ramos Cavalieri; Marcelo Beltrão Molento
GENE REPORTS, v. 10, n. 1, p. 410-416, 2021 DOI Home page
Palavra-chave: DNA methylation; FEC; nematode parasites; CpG island
Áreas do conhecimento: Ciências Biológicas; Biologia Molecular; Ciências Biológicas; Parasitologia; Ciências Biológicas; Genética; Epigenética
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Cyathostomins are the most prevalent nematode parasites of horses worldwide and the SLC11a1 gene has been found to modulate the host immune response a…
CARDOZO, ANDREY LUCAS; Renato Goldenberg; FIASCHI, PEDRO; LABIAK, PAULO
Phytotaxa, v. 507, n. 1, p. 1-50, 2021 DOI
Áreas do conhecimento: Ciências Biológicas; Taxonomia Vegetal; Taxonomia de Fanerógamos
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Anelize Terezinha Jung Finkler; Mariana Zanlorenzi Weber; Gustavo Alexandre Fuchs; Leandro Aluísio Scholz; Luiz Fernando L Lima Jr; KRIEGER, NADIA; MITCHELL, DAVID ALEXANDER; Luiz Mário de Matos Jorge
CHEMICAL ENGINEERING JOURNAL, v. 408, p. 127246 2021 DOI
Palavra-chave: Fermentação em estado sólido; biorreatores; transferência de calor e massa
Áreas do conhecimento: Ciências Biológicas; Microbiologia Aplicada; Microbiologia Industrial e de Fermentação
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WOSNICK, NATASCHA; LEITE, RENATA D.; GIARETA, ELOÍSA P.; NUNES, ANA RITA O.P.; NUNES, JORGE L.S.; CHARVET, PATRICIA; Emygdio Leite de Araújo Monteiro-Filho
JOURNAL OF ENVIRONMENTAL MANAGEMENT, v. 292, p. 112732 2021 DOI
Palavra-chave: biodiversity; Conservation biology; Fauna; Flora
Áreas do conhecimento: Ciências Biológicas; Zoologia; Zoologia Aplicada; Conservação das Espécies Animais; Ciências Biológicas; Botânica; Botânica Aplicada; Ciências Biológicas; Zoologia; Zoologia
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SOUZA, TUGSTÊNIO L.; BATSCHAUER, AMÂNDIA R.; BRITO, PATRICIA M.; Anderson Joel Martino Andrade; ORTOLANI-MACHADO, CLAUDIA F.
ECOTOXICOLOGY AND ENVIRONMENTAL SAFETY, v. 207, p. 111537 2021 DOI
Áreas do conhecimento: Ciências Biológicas; Farmacologia; Toxicologia; Toxicologia Ambiental; Ciências Biológicas; Farmacologia; Toxicologia; Toxicologia Reprodutiva
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PALOMINO-ALVAREZ, LILIAN A.; SOTELO-CASAS, ROSA; GARCÍA-GONZÁLEZ, MARYJOSE; AVEDAÑO-PELÁEZ, YHUTSIN A.; HERNÁNDEZ-GONZÁLEZ, ALEJANDRO; PAZ-RÍOS, CARLOS E.; LIZAOLA-GUILLERMO, JOSE M.; GARCÍA-VENEGAS, MAGDALENA; DÁVILA-JIMÉNEZ, YASMIN; ORTIGOSA, DENEB; HIDALGO, GEMA; VITAL, XOCHITL G.; TELLO-MUSI, JOSÉ L.; RIVERA-HIGUERAS, MARIANA; MORENO MENDOZA, RIGOBERTO; WICKSTEN, MARY K.; Rosana Moreira da Rocha; VIEIRA, LEANDRO; MENDOZA-GARFIAS, MARÍA BERENIT; SIMÕES, NUNO; GUERRA-CASTRO, EDLIN J.; CASTILLO-CUPUL, RAÚL E.; SUÁREZ-MOZO, NANCY Y.; UGALDE, DIANA; CERVANTES-CAMPERO, GABRIEL; MUCIÑO-REYES, MARÍA R.; HOMÁ-CANCHÉ, PEDRO; HERNÁNDEZ-DÍAZ, YOALLI QUETZALLI
DIVERSITY, v. 13, n. 11, p. 579 2021 DOI
Palavra-chave: Invertebrados Marinhos; ASCIDIACEA; Biodiversidade; ARMS; México; Recife de Coral
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Autonomous reef monitoring structures (ARMS) have been proposed as a standardized, passive, nondestructive sampling tool. This study assessed the ability of ARMS to capture the cryptic species diversity of two coral reefs by recording species richness and taxonomic representativeness using conventional taxonomy. The capacity of ARMS, as artificial substrates, to favor the establishment of nonindigenous species over native species was also evaluated. The use of ARMS allowed the detection of 370 species morphotypes from nine phyla, yielding 13 new records of geographic distribution expansion, one exotic species for the Gulf of México and the Caribbean Sea, and six newly described species. It was also possible to make spatial comparisons of species richness between both reefs. ARMS captured cryptic diversity exceptionally well, with the exception of echinoderms. Furthermore, these artificial structures did not hinder the colonization ability of native species; in fact, the colonization patterns on the structures themselves represented the spatial differences in the structure of benthic assemblages. This study represents the first effort to make a conventional taxonomic description of the cryptic fauna of the Yucatan Peninsula using ARMS. It is recommended to assess coral reef species diversity, but more taxonomists specialized in marine invertebrates are needed.
CICCARELLI, DANIELA; Cleusa Bona
Estuaries and Coasts, v. 45, n. 1, p. 114-129, 2021 DOI
Palavra-chave: Coastal dune vegetation; plant anatomy; Community-weighted mean
Áreas do conhecimento: Ciências Biológicas; Botânica; ecologia vegetal; Ciências Biológicas; Botânica; Morfologia Vegetal; Anatomia Vegetal
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Coastal dunes are characterised by strong interactions between biotic and abiotic factors along a short gradient from the shoreline to the inland region. We carried out an ecological analysis of the vegetation in a protected area of the Italian coast to evaluate the relationships among species abundance, the occurrence of morphoanatomical traits related to leaves, stems, and roots, and soil variables. Three transects were established perpendicular to the shoreline, with 27 plots distributed in the frontal dunes, backdunes, and temporarily wet dune slacks. An analysis based on community-weighted mean values showed that the pioneer communities of the frontal dunes were dominated by ruderals that are well adapted to the harsh ecological conditions of these environments, showing succulent leaves, high limb thickness values, and low values for leaf dry matter content (LDMC). The backdune vegetation was a mosaic of annual herbaceous and perennial shrub communities showing both ruderal and stress-tolerant strategies (clonality, sclerified leaves, high LDMC values, root phenolics) consistent with less extreme ecological conditions. The dune slack areas were dominated by plants showing adaptations to both arid and flooded environments, such as C4 photosynthesis, amphistomatic leaves, and abundant aerenchyma in the roots. The invasive status, C4 photosynthesis, leaf trichomes, and aerenchyma in the roots were significantly correlated with soil humidity, organic matter content, and pH. These results demonstrate the usefulness of anatomical traits (including root system traits) in understanding the functional strategies adopted by plants. Invasive species tended to occupy plots with high levels of soil moisture, suggesting an avoidance strategy for the harsh environmental conditions of coastal sand dunes. Finally, we suggest including information regarding root systems into coastal monitoring programs because they are directly linked to soil parameters useful in coastal dune management and protection.
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