2019
DOI: 10.21826/2446-82312019v74e2019011
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O gênero Paspalum L. (Poaceae) na Chapada Diamantina, Bahia, Brasil

Abstract: RESUMO-No presente estudo foi realizado o levantamento das espécies de Paspalum ocorrentes na região setentrional da Cadeia do Espinhaço, a região da Chapada Diamantina, localizada no centro do estado da Bahia, com base em coletas próprias e materiais depositados nos principais herbários do Brasil. Foram encontradas 40 espécies, duas delas representando novos registros para a Bahia (P. erianthum Nees ex Trin. e P. robustum (Hitchc. & Chase) S. Denham) e três são novos registros para o Nordeste (P. mandiocanum … Show more

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(2 citation statements)
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“…In total, Floras are distributed in 13 points: five in Espinhaço Meridional + Serra do Cabral, three in Espinhaço meridional, and five in Chapada Diamantina. There are four unplaced local in the map, because they are regions and not only a locality: Central Portion of Espinhaço Range (Andrino & Costa 2013), Chapada Diamantina (Torres et al 2003;Ribeiro et al 2005;Ferreira et al 2012;Pimenta et al 2019), Diamantina Plateau (Shimizu & Yamamoto 2012), and Espinhaço Range (Lohmann & Pirani 1996;Melo 2000;Rapini 2001;Lima & Pirani 2003;Araujo et al 2005;Oliveira et al 2010;Rapini 2010). In some cases, the locality indicated in the article's title differ from that wherein the floristic study took place (ex: Staudt et al 2017); we advise against that.…”
Section: The Espinhaço Rangementioning
confidence: 99%
See 1 more Smart Citation
“…In total, Floras are distributed in 13 points: five in Espinhaço Meridional + Serra do Cabral, three in Espinhaço meridional, and five in Chapada Diamantina. There are four unplaced local in the map, because they are regions and not only a locality: Central Portion of Espinhaço Range (Andrino & Costa 2013), Chapada Diamantina (Torres et al 2003;Ribeiro et al 2005;Ferreira et al 2012;Pimenta et al 2019), Diamantina Plateau (Shimizu & Yamamoto 2012), and Espinhaço Range (Lohmann & Pirani 1996;Melo 2000;Rapini 2001;Lima & Pirani 2003;Araujo et al 2005;Oliveira et al 2010;Rapini 2010). In some cases, the locality indicated in the article's title differ from that wherein the floristic study took place (ex: Staudt et al 2017); we advise against that.…”
Section: The Espinhaço Rangementioning
confidence: 99%
“…Other families, including Apocynaceae, Melastomataceae, Rubiaceae, Orchidaceae, Poaceae, Eriocaulaceae, Xyridaceae, and Myrtaceae, also have a high sampling effort in the Espinhaço Range (Figure 3A). The most species-rich genera in the checklist are presented in Figure 3B and may have appeared due to four conditions: 1) Floristic studies exclusive for Paepalanthus (Hensold 1998;Andrino & Costa 2013;Andrino et al 2015), Chamaecrista (Zeferino et al 2019;Cota et al 2020), and Paspalum (Pimenta et al 2019); 2) Monogeneric families studies (Xyridaceae, Xyris) (Wanderley & Silva 2009;Wanderley 2011;Silva & Wanderley 2013); 3) Presence in the family of the richest genera know to Espinhaço Range, Microlicia (Melastomataceae) (Pataro et al 2017;Pacifico & Fidanza 2018); and 4) Several studies on specific genera, such as Mikania, which appear in of the 11 Asteraceae's Floras (Hind 2003;Moura & Roque 2014;Roque et al 2016;Contro & Nakajima 2017;Staudt et al 2017;Staudt & Roque 2020). These genera are rich in species endemic to the Espinhaço Range (Colli-Silva et al 2019a).…”
Section: Checklistmentioning
confidence: 99%