Native woody vegetation in central Argentina: Classification of Chaco and Espinal forests

Question: What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? Location: Córdoba Province, central Argentina, an area of ca. 161,000 km2. Methods: We collected 351 geo-referenced relevés representative of the geographic, topographic...

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Published in:	Applied vegetation science Vol. 21; no. 2; pp. 298 - 311
Main Authors:	Cabido, Marcelo, Zeballos, Sebastián R., Zak, Marcelo, Carranza, María L., Giorgis, Melisa A., Cantero, Juan J., Acosta, Alicia T. R.
Format:	Journal Article
Language:	English
Published:	Malden John Wiley & Sons Ltd 01.04.2018 Wiley Subscription Services, Inc
Subjects:	altitudinal gradient Argentina central Argentina Classification Current distribution Diagnostic systems Environmental factors Espinal Forests georeferencing Great Chaco Landsat Landsat satellites montane forests Mountain forests Plant communities rain Rainfall Remote sensing Satellite imagery Shrublands subtropical xerophytic forest temperature topography Vegetation vegetation maps Vegetation Survey Woody plants Chaco Argentina
ISSN:	1402-2001, 1654-109X
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Abstract	Question: What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? Location: Córdoba Province, central Argentina, an area of ca. 161,000 km2. Methods: We collected 351 geo-referenced relevés representative of the geographic, topographic and ecological variation of the Chaco and Espinal woody vegetation in central Argentina. The relevés were classified into vegetation types using the hierarchical ISOPAM method. Forest and shrubland types were described on the basis of diagnostic species occurrences and their distribution in relation to environmental factors. A map of the actual vegetation derived from remote-sensed images (Landsat) and field data was used to describe the current distribution and abundance of the different vegetation types. Results: The classification of the 351 plots × 837 species matrix revealed two major clusters comprising seven woody vegetation types corresponding to Chaco lowland and mountain forests and shrublands, Espinal forests and edaphic vegetation. The most important gradients in woody vegetation types are related to elevation, temperature and rainfall variables. Conclusions: Subtropical seasonally dry woody plant communities from the southern extreme of the Great Chaco and Espinal forests were described for the first time based on complete floristic data. Our results show that lowland Chaco native forests, as well as replacement communities, are still present in its southern distribution range and are well distinguishable from other vegetation types such as the Espinal and mountain forests. Overall, extensive Espinal forests have almost disappeared while Chaco vegetation is highly fragmented and degraded.
AbstractList	Question: What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? Location: Córdoba Province, central Argentina, an area of ca. 161,000 km2. Methods: We collected 351 geo-referenced relevés representative of the geographic, topographic and ecological variation of the Chaco and Espinal woody vegetation in central Argentina. The relevés were classified into vegetation types using the hierarchical ISOPAM method. Forest and shrubland types were described on the basis of diagnostic species occurrences and their distribution in relation to environmental factors. A map of the actual vegetation derived from remote-sensed images (Landsat) and field data was used to describe the current distribution and abundance of the different vegetation types. Results: The classification of the 351 plots × 837 species matrix revealed two major clusters comprising seven woody vegetation types corresponding to Chaco lowland and mountain forests and shrublands, Espinal forests and edaphic vegetation. The most important gradients in woody vegetation types are related to elevation, temperature and rainfall variables. Conclusions: Subtropical seasonally dry woody plant communities from the southern extreme of the Great Chaco and Espinal forests were described for the first time based on complete floristic data. Our results show that lowland Chaco native forests, as well as replacement communities, are still present in its southern distribution range and are well distinguishable from other vegetation types such as the Espinal and mountain forests. Overall, extensive Espinal forests have almost disappeared while Chaco vegetation is highly fragmented and degraded. Question What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? Location Córdoba Province, central Argentina, an area of ca. 161,000 km2. Methods We collected 351 geo‐referenced relevés representative of the geographic, topographic and ecological variation of the Chaco and Espinal woody vegetation in central Argentina. The relevés were classified into vegetation types using the hierarchical ISOPAM method. Forest and shrubland types were described on the basis of diagnostic species occurrences and their distribution in relation to environmental factors. A map of the actual vegetation derived from remote‐sensed images (Landsat) and field data was used to describe the current distribution and abundance of the different vegetation types. Results The classification of the 351 plots × 837 species matrix revealed two major clusters comprising seven woody vegetation types corresponding to Chaco lowland and mountain forests and shrublands, Espinal forests and edaphic vegetation. The most important gradients in woody vegetation types are related to elevation, temperature and rainfall variables. Conclusions Subtropical seasonally dry woody plant communities from the southern extreme of the Great Chaco and Espinal forests were described for the first time based on complete floristic data. Our results show that lowland Chaco native forests, as well as replacement communities, are still present in its southern distribution range and are well distinguishable from other vegetation types such as the Espinal and mountain forests. Overall, extensive Espinal forests have almost disappeared while Chaco vegetation is highly fragmented and degraded. Subtropical seasonally dry woody plant communities from central Argentina were classified for the first time based on complete floristic relevés. Seven woody vegetation types corresponding to Chaco lowland and mountain forests and shrublands, Espinal forests and edaphic vegetation were found. A supervised classification vegetation map was developed. We concluded that the vegetation units found are highly fragmented and degraded. QUESTION: What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? LOCATION: Córdoba Province, central Argentina, an area of ca. 161,000 km². METHODS: We collected 351 geo‐referenced relevés representative of the geographic, topographic and ecological variation of the Chaco and Espinal woody vegetation in central Argentina. The relevés were classified into vegetation types using the hierarchical ISOPAM method. Forest and shrubland types were described on the basis of diagnostic species occurrences and their distribution in relation to environmental factors. A map of the actual vegetation derived from remote‐sensed images (Landsat) and field data was used to describe the current distribution and abundance of the different vegetation types. RESULTS: The classification of the 351 plots × 837 species matrix revealed two major clusters comprising seven woody vegetation types corresponding to Chaco lowland and mountain forests and shrublands, Espinal forests and edaphic vegetation. The most important gradients in woody vegetation types are related to elevation, temperature and rainfall variables. CONCLUSIONS: Subtropical seasonally dry woody plant communities from the southern extreme of the Great Chaco and Espinal forests were described for the first time based on complete floristic data. Our results show that lowland Chaco native forests, as well as replacement communities, are still present in its southern distribution range and are well distinguishable from other vegetation types such as the Espinal and mountain forests. Overall, extensive Espinal forests have almost disappeared while Chaco vegetation is highly fragmented and degraded. QuestionWhat are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal?LocationCórdoba Province, central Argentina, an area of ca. 161,000 km2.MethodsWe collected 351 geo‐referenced relevés representative of the geographic, topographic and ecological variation of the Chaco and Espinal woody vegetation in central Argentina. The relevés were classified into vegetation types using the hierarchical ISOPAM method. Forest and shrubland types were described on the basis of diagnostic species occurrences and their distribution in relation to environmental factors. A map of the actual vegetation derived from remote‐sensed images (Landsat) and field data was used to describe the current distribution and abundance of the different vegetation types.ResultsThe classification of the 351 plots × 837 species matrix revealed two major clusters comprising seven woody vegetation types corresponding to Chaco lowland and mountain forests and shrublands, Espinal forests and edaphic vegetation. The most important gradients in woody vegetation types are related to elevation, temperature and rainfall variables.ConclusionsSubtropical seasonally dry woody plant communities from the southern extreme of the Great Chaco and Espinal forests were described for the first time based on complete floristic data. Our results show that lowland Chaco native forests, as well as replacement communities, are still present in its southern distribution range and are well distinguishable from other vegetation types such as the Espinal and mountain forests. Overall, extensive Espinal forests have almost disappeared while Chaco vegetation is highly fragmented and degraded.
Author	Cantero, Juan J. Cabido, Marcelo Zeballos, Sebastián R. Carranza, María L. Zak, Marcelo Acosta, Alicia T. R. Giorgis, Melisa A.
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Copyright	Copyright © 2018 International Association for Vegetation Science 2018 International Association for Vegetation Science
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Snippet	Question: What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? Location: Córdoba Province,... Question What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? Location Córdoba Province,... QuestionWhat are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal?LocationCórdoba Province,... QUESTION: What are the composition and spatial patterns of native woody plant communities in the southern Great Chaco and Espinal? LOCATION: Córdoba Province,...
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SubjectTerms	altitudinal gradient Argentina central Argentina Classification Current distribution Diagnostic systems Environmental factors Espinal Forests georeferencing Great Chaco Landsat Landsat satellites montane forests Mountain forests Plant communities rain Rainfall Remote sensing Satellite imagery Shrublands subtropical xerophytic forest temperature topography Vegetation vegetation maps Vegetation Survey Woody plants
Title	Native woody vegetation in central Argentina: Classification of Chaco and Espinal forests
URI	https://www.jstor.org/stable/26634144 https://onlinelibrary.wiley.com/doi/abs/10.1111%2Favsc.12369 https://www.proquest.com/docview/2030873395 https://www.proquest.com/docview/2084071723
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