2010
DOI: 10.1016/j.foreco.2010.05.023
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Forest structure and live aboveground biomass variation along an elevational gradient of tropical Atlantic moist forest (Brazil)

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Cited by 313 publications
(311 citation statements)
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References 133 publications
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“…As well as the difference in slope of the terrain is a plausible cause, the local topographic variation among forest types in this altitudinal gradient (see Alves et al, 2010) might be a factor controlling light availability and ultimately, tree height. Montane and submontane forest are located in steeper terrains when compared to the other forest types, so that the vertical distribution of light is expected to be more asymmetric than in flat areas .…”
Section: Resultsmentioning
confidence: 99%
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“…As well as the difference in slope of the terrain is a plausible cause, the local topographic variation among forest types in this altitudinal gradient (see Alves et al, 2010) might be a factor controlling light availability and ultimately, tree height. Montane and submontane forest are located in steeper terrains when compared to the other forest types, so that the vertical distribution of light is expected to be more asymmetric than in flat areas .…”
Section: Resultsmentioning
confidence: 99%
“…These soils have in common a high sand content, with low pH, low phosphorus concentration, low sum of bases and high aluminum saturation. The density of trees, palms and tree ferns with DBH ≥ 4.8 cm ranged from 1467 up to 1885 stems ha -1 (average of 1,626 stems ha -1 ) in the restinga forest, 1,170 up to 1,298 stems ha -1 (average of 1,230 stems ha -1 ) in the lowland forest, 1,517 up to 1,926 stems ha -1 (average of 1,727 stems ha -1 ) in the submontane forest and 1,454 up to 1,834 stems ha -1 (average of 1,723 stems ha -1 ) in the montane forest Alves et al (2010) andSousa Neto et al (2010). Hereafter we will refer to these forest types by the altitudes of occurrence.…”
Section: Introductionmentioning
confidence: 99%
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“…In general, montane forests have higher density of individuals, lower diversity of species and families and, vascular and avascular epiphytic, compared with other tropical forests at lower altitudes (HAMILTON et al, 1995;LIEBERMAN et al, 1996). Alves et al (2010) found an increase of aboveground biomass along of altitudinal gradient in the Ombrophilous Dense Atlantic Forest, as well as litter accumulation and carbon and nitrogen stocks, both above and below ground . In the montane forests, the environmental conditions are imposed by higher altitude belts and theirs species could be more sensitive to current changes in the global climate, suggesting an evidence of biodiversity loss a near future TABARELLI, 2000).…”
Section: Introductionmentioning
confidence: 86%
“…In the first part of the thesis, a forest growth model adapted to the Atlantic forest 2% of biomass and an extra 5% of number of trees than in Alves et al (2010) study, an extra 34% of number of trees but a 3,4% less of biomass than in Putz et al (2011) model, and an extra 10% of biomass than in Vieira et al (2008) study.…”
Section: Conclusion and Directions For Future Workmentioning
confidence: 90%