2013
DOI: 10.1590/s0103-90162013000200001
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Abstract: The results show that the Amazon soil is an ecosystem susceptible to environmental changes in regarding the fungi community inhabiting this niche.

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Cited by 29 publications
(20 citation statements)
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References 33 publications
(37 reference statements)
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“…In tropical ecosystems, the responses of soil fungal biodiversity to land-use change are only beginning to be explored, and responsiveness has been shown in some cases (for example, Fracetto et al, 2013) but not in others (for example, Leal et al, 2009). Fungal communities can be structured by nutrient availability (Rousk et al, 2010) and plant community composition (Carney and Matson, 2006;Peay et al, 2013), suggesting that shifts in soil fungal communities in response to land-use change (Castro et al, 2008;Fracetto et al, 2013) could result from alterations in soil properties and/or plant communities. However, the relative strength of these factors in determining fungal community composition in tropical systems has not been examined.…”
mentioning
confidence: 99%
“…In tropical ecosystems, the responses of soil fungal biodiversity to land-use change are only beginning to be explored, and responsiveness has been shown in some cases (for example, Fracetto et al, 2013) but not in others (for example, Leal et al, 2009). Fungal communities can be structured by nutrient availability (Rousk et al, 2010) and plant community composition (Carney and Matson, 2006;Peay et al, 2013), suggesting that shifts in soil fungal communities in response to land-use change (Castro et al, 2008;Fracetto et al, 2013) could result from alterations in soil properties and/or plant communities. However, the relative strength of these factors in determining fungal community composition in tropical systems has not been examined.…”
mentioning
confidence: 99%
“…However, the efficacy of African dust as a fertilizer depends on many factors, such as particulate matter concentration, composition, solubility, and bioavailability of minerals. In addition, fungi, the most common type of microorganism in the forest (Fracetto et al, 2013), can readily absorb iron, in soluble and insoluble chemical forms.…”
Section: Iron Availabilitymentioning
confidence: 99%
“…In addition, changes in the fungal community resulting from each land use system can provide important information for soil management and environmental impact assessment (Fracetto et al, 2013). In this context, the fungi present in the soil should be evaluated for their potential to indicate the predominant soil physicochemical changes, i.e., changes in the soil environment.…”
Section: Changes In Fungal Community Structure In the Soil And Their mentioning
confidence: 99%