Hybrid zone of a tree in a Cerrado/Atlantic Forest ecotone as a hotspot of genetic diversity and conservation

The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary d...

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Published inEcology and evolution Vol. 12; no. 1; pp. e8540 - n/a
Main Authors Muniz, André Carneiro, Pimenta, Ricardo José Gonzaga, Cruz, Mariana Vargas, Rodrigues, Jacqueline Gomes, Buzatti, Renata Santiago de Oliveira, Heuertz, Myriam, Lemos‐Filho, José P., Lovato, Maria Bernadete
Format Journal Article
LanguageEnglish
Published England John Wiley & Sons, Inc 01.01.2022
Wiley Open Access
John Wiley and Sons Inc
Wiley
Subjects
Biodiversity
Conservation
Conservation Genetics
Divergence
Ecosystems
Ecotones
Ecotypes
Environmental Sciences
Evolution
Forests
Gene flow
Genetic analysis
Genetic divergence
Genetic diversity
Genetic structure
Genetic variance
Habitat loss
hybrid zone
Hybridization
Hybrids
Neotropical tree
Plathymenia
Population
Savannahs
savanna–forest ecotone
Speciation
Structural analysis
Wildlife conservation
Cerrado Biome
Atlantic Forest
Plathymenia
conservation
Neotropical tree
ecotypes
hybrid zone
savanna–forest ecotone
savanna-forest ecotone
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Abstract The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (FCT = 0.222 and FST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second‐generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the tree Plathymenia reticulata in the Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest. We found that the ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes were observed, most of them corresponding to second generation hybrids. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
AbstractList The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree (  = 233 individuals). Genetic structure analysis of . was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (  = 0.222 and  = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second-generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in . . The low genetic diversity of the . forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (FCT = 0.222 and FST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second-generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata ( n  = 233 individuals). Genetic structure analysis of P . reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data ( F CT  = 0.222 and F ST  = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second‐generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P . reticulata . The low genetic diversity of the P . reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (F-CT = 0.222 and F-ST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second-generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
Abstract The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (FCT = 0.222 and FST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second‐generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata ( n  = 233 individuals). Genetic structure analysis of P . reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data ( F CT  = 0.222 and F ST  = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second‐generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P . reticulata . The low genetic diversity of the P . reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the tree Plathymenia reticulata in the Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest. We found that the ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes were observed, most of them corresponding to second generation hybrids. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (FCT = 0.222 and FST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second‐generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the tree Plathymenia reticulata in the Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest. We found that the ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes were observed, most of them corresponding to second generation hybrids. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (F CT = 0.222 and F ST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second-generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent patches with closely related species occurring side by side, providing opportunities for hybridization. Here, we investigated the evolutionary divergence between the savanna and forest ecotypes of the widely distributed tree Plathymenia reticulata (n = 233 individuals). Genetic structure analysis of P. reticulata was congruent with the recognition of two ecotypes, whose divergence captured the largest proportion of genetic variance in the data (F CT = 0.222 and F ST = 0.307). The ecotonal areas between the Cerrado and the Atlantic Forest constitute a hybrid zone in which a diversity of hybrid classes was observed, most of them corresponding to second-generation hybrids (F2) or backcrosses. Gene flow occurred mainly toward the forest ecotype. The genetic structure was congruent with isolation by environment, and environmental correlates of divergence were identified. The observed pattern of high genetic divergence between ecotypes may reflect an incipient speciation process in P. reticulata. The low genetic diversity of the P. reticulata forest ecotype indicate that it is threatened in areas with high habitat loss on Atlantic Forest. In addition, the high divergence from the savanna ecotype suggests it should be treated as a different unit of management. The high genetic diversity found in the ecotonal hybrid zone supports the view of ecotones as important areas for the origin and conservation of biodiversity in the Neotropics.
Author Muniz, André Carneiro
Cruz, Mariana Vargas
Lovato, Maria Bernadete
Lemos‐Filho, José P.
Heuertz, Myriam
Buzatti, Renata Santiago de Oliveira
Pimenta, Ricardo José Gonzaga
Rodrigues, Jacqueline Gomes
AuthorAffiliation 2 Biogeco INRAE, Univ. Bordeaux Cestas France
3 Departamento de Botânica Universidade Federal de Minas Gerais Belo Horizonte Brazil
1 Departamento de Genética, Ecologia e Evolução Universidade Federal de Minas Gerais Belo Horizonte Brazil
AuthorAffiliation_xml – name: 2 Biogeco INRAE, Univ. Bordeaux Cestas France
– name: 3 Departamento de Botânica Universidade Federal de Minas Gerais Belo Horizonte Brazil
– name: 1 Departamento de Genética, Ecologia e Evolução Universidade Federal de Minas Gerais Belo Horizonte Brazil
Author_xml – sequence: 1
  givenname: André Carneiro
  surname: Muniz
  fullname: Muniz, André Carneiro
  organization: Universidade Federal de Minas Gerais
– sequence: 2
  givenname: Ricardo José Gonzaga
  surname: Pimenta
  fullname: Pimenta, Ricardo José Gonzaga
  organization: Universidade Federal de Minas Gerais
– sequence: 3
  givenname: Mariana Vargas
  orcidid: 0000-0001-8569-2234
  surname: Cruz
  fullname: Cruz, Mariana Vargas
  organization: Universidade Federal de Minas Gerais
– sequence: 4
  givenname: Jacqueline Gomes
  surname: Rodrigues
  fullname: Rodrigues, Jacqueline Gomes
  organization: Universidade Federal de Minas Gerais
– sequence: 5
  givenname: Renata Santiago de Oliveira
  surname: Buzatti
  fullname: Buzatti, Renata Santiago de Oliveira
  organization: Universidade Federal de Minas Gerais
– sequence: 6
  givenname: Myriam
  surname: Heuertz
  fullname: Heuertz, Myriam
  organization: INRAE, Univ. Bordeaux
– sequence: 7
  givenname: José P.
  surname: Lemos‐Filho
  fullname: Lemos‐Filho, José P.
  organization: Universidade Federal de Minas Gerais
– sequence: 8
  givenname: Maria Bernadete
  orcidid: 0000-0001-7009-3079
  surname: Lovato
  fullname: Lovato, Maria Bernadete
  email: lovatomb@icb.ufmg.br
  organization: Universidade Federal de Minas Gerais
BackLink https://www.ncbi.nlm.nih.gov/pubmed/35127043$$D View this record in MEDLINE/PubMed
https://hal.inrae.fr/hal-03603921$$DView record in HAL
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Issue 1
Keywords Plathymenia
conservation
Neotropical tree
ecotypes
hybrid zone
savanna–forest ecotone
savanna-forest ecotone
Language English
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2022 The Authors. Ecology and Evolution published by John Wiley & Sons Ltd.
Attribution: http://creativecommons.org/licenses/by
This is an open access article under the terms of the http://creativecommons.org/licenses/by/4.0/ License, which permits use, distribution and reproduction in any medium, provided the original work is properly cited.
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Snippet The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy adjacent...
Abstract The Cerrado, the largest Neotropical savanna, and the Brazilian Atlantic Forest form large ecotonal areas where savanna and forest habitats occupy...
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SubjectTerms Biodiversity
Conservation
Conservation Genetics
Divergence
Ecosystems
Ecotones
Ecotypes
Environmental Sciences
Evolution
Forests
Gene flow
Genetic analysis
Genetic divergence
Genetic diversity
Genetic structure
Genetic variance
Habitat loss
hybrid zone
Hybridization
Hybrids
Neotropical tree
Plathymenia
Population
Savannahs
savanna–forest ecotone
Speciation
Structural analysis
Wildlife conservation
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Title Hybrid zone of a tree in a Cerrado/Atlantic Forest ecotone as a hotspot of genetic diversity and conservation
URI https://onlinelibrary.wiley.com/doi/abs/10.1002%2Fece3.8540
https://www.ncbi.nlm.nih.gov/pubmed/35127043
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https://doaj.org/article/61638b36358b495b81b37c29b13c416b
Volume 12
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