2010
DOI: 10.1016/j.funeco.2009.11.005
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Patterns of occurrence of myxomycetes on lianas

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Cited by 12 publications
(4 citation statements)
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“…A typical myxomycete species has a complex sexual life cycle that consists of two vegetative stages; a haploid unicellular stage (amoeba/ flagellate) and a diploid syncytium stage (plasmodium), as well as several dormant and developmental stages [3-5]. Myxomycetes are commonly found in nature on decaying plant materials where they feed on a variety of bacteria and unicellular eukaryotes as well as dissolved plant nutrients [5-8]. Identification of species is mainly based on morphological characters including fruiting body structures and sporocarp colors, and lime deposition [6,9].…”
Section: Introductionmentioning
confidence: 99%
“…A typical myxomycete species has a complex sexual life cycle that consists of two vegetative stages; a haploid unicellular stage (amoeba/ flagellate) and a diploid syncytium stage (plasmodium), as well as several dormant and developmental stages [3-5]. Myxomycetes are commonly found in nature on decaying plant materials where they feed on a variety of bacteria and unicellular eukaryotes as well as dissolved plant nutrients [5-8]. Identification of species is mainly based on morphological characters including fruiting body structures and sporocarp colors, and lime deposition [6,9].…”
Section: Introductionmentioning
confidence: 99%
“…The occurrence of the myxomycetes reported in this study confirms the broad range of distribution of these species in Southeast Asia (Tran et al 2008). These records of cosmopolitan species are widely distributed in the Philippines (Reynolds 1981) and other parts of Southeast Asia (Reynolds & Alexopolous 1971;Ko Ko et al 2010;Ko Ko et al 2012;Ko Ko et al 2013). A. cinerea can sporulate in a variety of environments and agricultural substrates, such as corn (Tran et al 2008), banana (Tran et al 2008Buisan et al 2019), sugarcane (Alfaro et al 2015), and guava (Redeña-Santos et al 2017).…”
Section: Discussionmentioning
confidence: 99%
“…La composición taxonómica de las comunidades de estos hongos degradadores fue estudiada en bosques húmedos neotropicales (Schnittler et al, 2002;Wrigley de Basanta et al, 2008), bosques tropicales de Australia (Black et al, 2004) y el sureste de Asia (Ko Ko et al, 2010), y todos los casos presentaron elencos taxonómicos similares, es decir que no se ve afectado por la latitud ni la fitogeografía (Novoshilov et al, 2017). La biodiversidad de estas comunidades de hongos (evaluada a través de la riqueza de especies, la diversidad de especies, la diversidad taxonómica y la composición de especies) varía en las lianas como resultado de las diferencias que existen en la textura de la corteza y diámetro de la liana.…”
Section: Sesgos De Preservaciónunclassified
“…La biodiversidad de estas comunidades de hongos (evaluada a través de la riqueza de especies, la diversidad de especies, la diversidad taxonómica y la composición de especies) varía en las lianas como resultado de las diferencias que existen en la textura de la corteza y diámetro de la liana. La biodiversidad de Mixomicetes es mayor cuanto más lisa es la corteza de una liana y mayor su diámetro (Ko Ko et al, 2010) de modo tal que se configura un sesgo de preservación que favorecería a los ejes trepadores delgados de corteza rugosa.…”
Section: Sesgos De Preservaciónunclassified