Savanna soil fertility limits growth but not survival of tropical forest tree seedlings
Background and Aims Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribu...
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| Published in: | Plant and soil Vol. 349; no. 1/2; pp. 341 - 353 |
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| Main Authors: | , , , |
| Format: | Journal Article |
| Language: | English |
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Dordrecht
Springer
01.12.2011
Springer Netherlands Springer Nature B.V |
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| ISSN: | 0032-079X, 1573-5036 |
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| Abstract | Background and Aims Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribution of SDF and Cerradão species. Methods We conducted a greenhouse experiment growing Cerradão and SDF tree seedlings over their soil and the soil of the contrasting vegetation type. We evaluated soil nutrient availability and seedling survivorship, growth and leaf functional traits. Results Despite the higher nutrient availability in SDF soils, soil origin did not affect seedling survivorship. The three SDF species demonstrated home-soil advantage, enhanced growth with increasing soil nutrient availability and had higher growth rates than Cerradão species, even on Cerradão soils. Growth of Cerradão seedlings was not higher on Cerradão soil and, overall, was not positively correlated with soil nutrient availability. Conclusions SDF species are fast-growing species while Cerradão trees tend to be slow-growing species. Although savanna soil reduces growth of forest species, our findings suggest that soil chemical attributes, alone, does not exclude the occurrence of SDF seedlings in Cerradão and vice-versa. |
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| AbstractList | Background and Aims
Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribution of SDF and Cerradão species.
Methods
We conducted a greenhouse experiment growing Cerradão and SDF tree seedlings over their soil and the soil of the contrasting vegetation type. We evaluated soil nutrient availability and seedling survivorship, growth and leaf functional traits.
Results
Despite the higher nutrient availability in SDF soils, soil origin did not affect seedling survivorship. The three SDF species demonstrated home-soil advantage, enhanced growth with increasing soil nutrient availability and had higher growth rates than Cerradão species, even on Cerradão soils. Growth of Cerradão seedlings was not higher on Cerradão soil and, overall, was not positively correlated with soil nutrient availability.
Conclusions
SDF species are fast-growing species while Cerradão trees tend to be slow-growing species. Although savanna soil reduces growth of forest species, our findings suggest that soil chemical attributes, alone, does not exclude the occurrence of SDF seedlings in Cerradão and vice-versa. Background and Aims Cerradao (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribution of SDF and Cerradao species. Methods We conducted a greenhouse experiment growing Cerradao and SDF tree seedlings over their soil and the soil of the contrasting vegetation type. We evaluated soil nutrient availability and seedling survivorship, growth and leaf functional traits. Results Despite the higher nutrient availability in SDF soils, soil origin did not affect seedling survivorship. The three SDF species demonstrated home-soil advantage, enhanced growth with increasing soil nutrient availability and had higher growth rates than Cerradao species, even on Cerradao soils. Growth of Cerradao seedlings was not higher on Cerradao soil and, overall, was not positively correlated with soil nutrient availability. Conclusions SDF species are fast-growing species while Cerradao trees tend to be slow-growing species. Although savanna soil reduces growth of forest species, our findings suggest that soil chemical attributes, alone, does not exclude the occurrence of SDF seedlings in Cerradao and vice-versa. Keywords Atlantic forest * Cerrado * Savanna-forest boundaries * Soil fertility * Nutrient availability * Growth strategies Background and Aims: Cerradao (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribution of SDF and Cerradao species. Methods: We conducted a greenhouse experiment growing Cerradao and SDF tree seedlings over their soil and the soil of the contrasting vegetation type. We evaluated soil nutrient availability and seedling survivorship, growth and leaf functional traits. Results: Despite the higher nutrient availability in SDF soils, soil origin did not affect seedling survivorship. The three SDF species demonstrated home-soil advantage, enhanced growth with increasing soil nutrient availability and had higher growth rates than Cerradao species, even on Cerradao soils. Growth of Cerradao seedlings was not higher on Cerradao soil and, overall, was not positively correlated with soil nutrient availability. Conclusions: SDF species are fast-growing species while Cerradao trees tend to be slow-growing species. Although savanna soil reduces growth of forest species, our findings suggest that soil chemical attributes, alone, does not exclude the occurrence of SDF seedlings in Cerradao and vice-versa. BACKGROUND AND AIMS: Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribution of SDF and Cerradão species. METHODS: We conducted a greenhouse experiment growing Cerradão and SDF tree seedlings over their soil and the soil of the contrasting vegetation type. We evaluated soil nutrient availability and seedling survivorship, growth and leaf functional traits. RESULTS: Despite the higher nutrient availability in SDF soils, soil origin did not affect seedling survivorship. The three SDF species demonstrated home-soil advantage, enhanced growth with increasing soil nutrient availability and had higher growth rates than Cerradão species, even on Cerradão soils. Growth of Cerradão seedlings was not higher on Cerradão soil and, overall, was not positively correlated with soil nutrient availability. CONCLUSIONS: SDF species are fast-growing species while Cerradão trees tend to be slow-growing species. Although savanna soil reduces growth of forest species, our findings suggest that soil chemical attributes, alone, does not exclude the occurrence of SDF seedlings in Cerradão and vice-versa. Issue Title: Special Issue: Phosphorus sustains life Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are remarkably distinct in species composition. The objective of this study was to evaluate the role of soil origin in the initial growth and distribution of SDF and Cerradão species. We conducted a greenhouse experiment growing Cerradão and SDF tree seedlings over their soil and the soil of the contrasting vegetation type. We evaluated soil nutrient availability and seedling survivorship, growth and leaf functional traits. Despite the higher nutrient availability in SDF soils, soil origin did not affect seedling survivorship. The three SDF species demonstrated home-soil advantage, enhanced growth with increasing soil nutrient availability and had higher growth rates than Cerradão species, even on Cerradão soils. Growth of Cerradão seedlings was not higher on Cerradão soil and, overall, was not positively correlated with soil nutrient availability. SDF species are fast-growing species while Cerradão trees tend to be slow-growing species. Although savanna soil reduces growth of forest species, our findings suggest that soil chemical attributes, alone, does not exclude the occurrence of SDF seedlings in Cerradão and vice-versa.[PUBLICATION ABSTRACT] |
| Audience | Academic |
| Author | Rodrigues, Ricardo R. Viani, Ricardo A. G. Dawson, Todd E. Oliveira, Rafael S. |
| Author_xml | – sequence: 1 givenname: Ricardo A. G. surname: Viani fullname: Viani, Ricardo A. G. – sequence: 2 givenname: Ricardo R. surname: Rodrigues fullname: Rodrigues, Ricardo R. – sequence: 3 givenname: Todd E. surname: Dawson fullname: Dawson, Todd E. – sequence: 4 givenname: Rafael S. surname: Oliveira fullname: Oliveira, Rafael S. |
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| Keywords | Growth strategies Atlantic forest Nutrient availability Savanna-forest boundaries Cerrado Soil fertility Savannah Plant juvenile growth stage Tropical zone Available nutrient Property of soil Forest tree Soil quality Tropical forest Woody plant Inorganic element Survival Biome Vegetation type Vegetation Strategy Developmental stage Soil plant relation |
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| PublicationSubtitle | An International Journal on Plant-Soil Relationships |
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| Snippet | Background and Aims Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are... Background and Aims Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are... Background and Aims Cerradao (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are... Issue Title: Special Issue: Phosphorus sustains life Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur... BACKGROUND AND AIMS: Cerradão (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are... Background and Aims: Cerradao (Brazilian woodland savannas) and seasonally dry forests (SDF) from southeastern Brazil occur under the same climate but are... |
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| SubjectTerms | Agronomy. Soil science and plant productions Animal, plant and microbial ecology Atmospheric carbon dioxide Biological and medical sciences Biomedical and Life Sciences Climate correlation Dry forests Ecology Fertility Forest growth Forest soils forest trees Fundamental and applied biological sciences. Psychology General agronomy. Plant production greenhouse experimentation Greenhouses Growth Growth rate Leaves Life Sciences Nutrient availability Plant growth Plant Physiology Plant Sciences Plants Rainforests Regular Article Savanna soils Savannahs savannas Seedlings Seeds Soil Soil fertility Soil nutrients Soil plant interactions Soil science Soil Science & Conservation Soil-plant relationships. Soil fertility Soil-plant relationships. Soil fertility. Fertilization. Amendments Soils Species composition species diversity Survival survival rate Trees Tropical forests Vegetation Vegetation type Woodlands |
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| Title | Savanna soil fertility limits growth but not survival of tropical forest tree seedlings |
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