Improving Planting Stocks for the Brazilian Atlantic Forest Restoration through Community-Based Seed Harvesting Strategies

High‐diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer them, it is hard to plant all the species one would like. From 2007 to 2009, we investigated five different seed acquisition strategies employe...

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Veröffentlicht in:	Restoration ecology Jg. 20; H. 6; S. 704 - 711
Hauptverfasser:	Brancalion, Pedro H. S., Viani, Ricardo A. G., Aronson, James, Rodrigues, Ricardo R., Nave, André G.
Format:	Journal Article
Sprache:	Englisch
Veröffentlicht:	Oxford, UK Blackwell Publishing Ltd 01.11.2012
Schlagworte:	Biodiversity Brazil Community involvement Developing countries Environmental restoration Eucalyptus forest nurseries forest restoration functional groups Genetic diversity genetic variation harvesters harvesting high-diversity reforestation hiring Indigenous species LDCs Plant propagation Plant species plantations planting Reforestation restoration genetics seed exchange seedling production Seedlings Seeds shade tolerance shrubs species diversity Species richness trees tropical forest restoration Tropical forests Brazil
ISSN:	1061-2971, 1526-100X
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Abstract	High‐diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer them, it is hard to plant all the species one would like. From 2007 to 2009, we investigated five different seed acquisition strategies employed by a well‐established tree nursery in southeastern Brazil, namely (1) in‐house seed harvesters; (2) hiring a professional harvester; (3) amateur seed harvesters; or (4) a seed production cooperative, as well as (5) participating in a seed exchange program. In addition, we evaluated two strategies not dependent on seeds: harvesting seedlings from native tree species found regenerating under Eucalyptus plantations, and in a native forest remnant. A total of 344 native tree and shrub species were collected as seeds or seedlings, including 2,465 seed lots. Among these, a subset of 120 species was obtained through seed harvesting in each year. Overall, combining several strategies for obtaining planting stocks was an effective way to increase species richness, representation of some functional groups (dispersal syndromes, planting group, and shade tolerance), and genetic diversity of seedlings produced in forest tree nurseries. Such outcomes are greatly desirable to support high‐diversity reforestation as part of tropical forest restoration. In addition, community‐based seed harvesting strategies fostered greater socioeconomic integration of traditional communities in restoration projects and programs, which is an important bottleneck for the advance of ecological restoration, especially in developing countries. Finally, we discuss some of the limitations of the various strategies for obtaining planting stocks and the way forward for their improvement.
AbstractList	High‐diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer them, it is hard to plant all the species one would like. From 2007 to 2009, we investigated five different seed acquisition strategies employed by a well‐established tree nursery in southeastern Brazil, namely (1) in‐house seed harvesters; (2) hiring a professional harvester; (3) amateur seed harvesters; or (4) a seed production cooperative, as well as (5) participating in a seed exchange program. In addition, we evaluated two strategies not dependent on seeds: harvesting seedlings from native tree species found regenerating under Eucalyptus plantations, and in a native forest remnant. A total of 344 native tree and shrub species were collected as seeds or seedlings, including 2,465 seed lots. Among these, a subset of 120 species was obtained through seed harvesting in each year. Overall, combining several strategies for obtaining planting stocks was an effective way to increase species richness, representation of some functional groups (dispersal syndromes, planting group, and shade tolerance), and genetic diversity of seedlings produced in forest tree nurseries. Such outcomes are greatly desirable to support high‐diversity reforestation as part of tropical forest restoration. In addition, community‐based seed harvesting strategies fostered greater socioeconomic integration of traditional communities in restoration projects and programs, which is an important bottleneck for the advance of ecological restoration, especially in developing countries. Finally, we discuss some of the limitations of the various strategies for obtaining planting stocks and the way forward for their improvement. High‐diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer them, it is hard to plant all the species one would like. From 2007 to 2009, we investigated five different seed acquisition strategies employed by a well‐established tree nursery in southeastern Brazil, namely (1) in‐house seed harvesters; (2) hiring a professional harvester; (3) amateur seed harvesters; or (4) a seed production cooperative, as well as (5) participating in a seed exchange program. In addition, we evaluated two strategies not dependent on seeds: harvesting seedlings from native tree species found regenerating under Eucalyptus plantations, and in a native forest remnant. A total of 344 native tree and shrub species were collected as seeds or seedlings, including 2,465 seed lots. Among these, a subset of 120 species was obtained through seed harvesting in each year. Overall, combining several strategies for obtaining planting stocks was an effective way to increase species richness, representation of some functional groups (dispersal syndromes, planting group, and shade tolerance), and genetic diversity of seedlings produced in forest tree nurseries. Such outcomes are greatly desirable to support high‐diversity reforestation as part of tropical forest restoration. In addition, community‐based seed harvesting strategies fostered greater socioeconomic integration of traditional communities in restoration projects and programs, which is an important bottleneck for the advance of ecological restoration, especially in developing countries. Finally, we discuss some of the limitations of the various strategies for obtaining planting stocks and the way forward for their improvement. High-diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer them, it is hard to plant all the species one would like. From 2007 to 2009, we investigated five different seed acquisition strategies employed by a well-established tree nursery in southeastern Brazil, namely (1) in-house seed harvesters; (2) hiring a professional harvester; (3) amateur seed harvesters; or (4) a seed production cooperative, as well as (5) participating in a seed exchange program. In addition, we evaluated two strategies not dependent on seeds: harvesting seedlings from native tree species found regenerating under Eucalyptus plantations, and in a native forest remnant. A total of 344 native tree and shrub species were collected as seeds or seedlings, including 2,465 seed lots. Among these, a subset of 120 species was obtained through seed harvesting in each year. Overall, combining several strategies for obtaining planting stocks was an effective way to increase species richness, representation of some functional groups (dispersal syndromes, planting group, and shade tolerance), and genetic diversity of seedlings produced in forest tree nurseries. Such outcomes are greatly desirable to support high-diversity reforestation as part of tropical forest restoration. In addition, community-based seed harvesting strategies fostered greater socioeconomic integration of traditional communities in restoration projects and programs, which is an important bottleneck for the advance of ecological restoration, especially in developing countries. Finally, we discuss some of the limitations of the various strategies for obtaining planting stocks and the way forward for their improvement. [PUBLICATION ABSTRACT]
Author	Rodrigues, Ricardo R. Brancalion, Pedro H. S. Aronson, James Viani, Ricardo A. G. Nave, André G.
Author_xml	– sequence: 1 givenname: Pedro H. S. surname: Brancalion fullname: Brancalion, Pedro H. S. email: pedrob@usp.br organization: Departamento de Ciências Florestais, Esalq, Universidade de São Paulo, Av. Pádua Dias 11, 13.418-900 Piracicaba-SP, Brazil – sequence: 2 givenname: Ricardo A. G. surname: Viani fullname: Viani, Ricardo A. G. organization: The Nature Conservancy, Atlantic Forest & Central Savannas Conservation Program, R. Padre Anchieta 392, 80410-030 Curitiba-PR, Brazil – sequence: 3 givenname: James surname: Aronson fullname: Aronson, James organization: Centre d'Ecologie Fonctionnelle et Evolutive (CNRS-UMR 5175), 1919 Route de Mende, 34293 Montpellier, France – sequence: 4 givenname: Ricardo R. surname: Rodrigues fullname: Rodrigues, Ricardo R. organization: Departamento de Ciências Biológicas, Esalq, Universidade de São Paulo, Av. Pádua Dias 11, 13.418-900 Piracicaba-SP, Brazil – sequence: 5 givenname: André G. surname: Nave fullname: Nave, André G. organization: BioFlora Restauração Florestal, Rod. Piracicaba-Tupi, km 18, 13.420-970 Piracicaba-SP, Brazil
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Snippet	High‐diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer... High-diversity reforestation can help jumpstart tropical forest restoration, but obtaining viable seedlings is a major constraint: if nurseries do not offer...
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SubjectTerms	Biodiversity Brazil Community involvement Developing countries Environmental restoration Eucalyptus forest nurseries forest restoration functional groups Genetic diversity genetic variation harvesters harvesting high-diversity reforestation hiring Indigenous species LDCs Plant propagation Plant species plantations planting Reforestation restoration genetics seed exchange seedling production Seedlings Seeds shade tolerance shrubs species diversity Species richness trees tropical forest restoration Tropical forests
Title	Improving Planting Stocks for the Brazilian Atlantic Forest Restoration through Community-Based Seed Harvesting Strategies
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