Review: Defining priority areas for conservation of poorly known species: A case study of the endemic Brazilian three-banded armadillo — R1/PR8

Published: Nov. 29, 2022

Conservation of poorly known species is challenging as lack knowledge on their specific requirements may hamper effective strategies. Here, by integrating biogeographical and landscape analyses, we show that informed actions can be delineated for with limited presence-only data available. We combine distribution connectivity models temporal land cover changes to define priority areas conservation the endemic Brazilian three-banded armadillo, one most threatened xenarthrans was once considered extinct in wild. revealed savanna grassland are suitable habitats uplands Caatinga ecoregion have a greater likelihood dispersal. The few remnant armadillo populations spatially associated core natural vegetation remnants. Worrisomely, 76% were lost past 30 years, mirroring species' severe population decline. Preserving should high ensure survival. highlight key proactive reactive will benefit other sympatric species. Our integrative framework provides set valuable information guided management replicated

Language: Английский

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Author comment: Defining priority areas for conservation of poorly known species: A case study of the endemic Brazilian three-banded armadillo — R1/PR7

Published: Nov. 24, 2022

Conservation of poorly known species is challenging as lack knowledge on their specific requirements may hamper effective strategies. Here, by integrating biogeographical and landscape analyses, we show that informed actions can be delineated for with limited presence-only data available. We combine distribution connectivity models temporal land cover changes to define priority areas conservation the endemic Brazilian three-banded armadillo, one most threatened xenarthrans was once considered extinct in wild. revealed savanna grassland are suitable habitats uplands Caatinga ecoregion have a greater likelihood dispersal. The few remnant armadillo populations spatially associated core natural vegetation remnants. Worrisomely, 76% were lost past 30 years, mirroring species' severe population decline. Preserving should high ensure survival. highlight key proactive reactive will benefit other sympatric species. Our integrative framework provides set valuable information guided management replicated

Language: Английский

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Review: Defining priority areas for conservation of poorly known species: A case study of the endemic Brazilian three-banded armadillo — R1/PR9

Published: Dec. 6, 2022

Conservation of poorly known species is challenging as lack knowledge on their specific requirements may hamper effective strategies. Here, by integrating biogeographical and landscape analyses, we show that informed actions can be delineated for with limited presence-only data available. We combine distribution connectivity models temporal land cover changes to define priority areas conservation the endemic Brazilian three-banded armadillo, one most threatened xenarthrans was once considered extinct in wild. revealed savanna grassland are suitable habitats uplands Caatinga ecoregion have a greater likelihood dispersal. The few remnant armadillo populations spatially associated core natural vegetation remnants. Worrisomely, 76% were lost past 30 years, mirroring species' severe population decline. Preserving should high ensure survival. highlight key proactive reactive will benefit other sympatric species. Our integrative framework provides set valuable information guided management replicated

Language: Английский

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Decision: Defining priority areas for conservation of poorly known species: A case study of the endemic Brazilian three-banded armadillo — R1/PR11

Published: Nov. 24, 2022

Conservation of poorly known species is challenging as lack knowledge on their specific requirements may hamper effective strategies. Here, by integrating biogeographical and landscape analyses, we show that informed actions can be delineated for with limited presence-only data available. We combine distribution connectivity models temporal land cover changes to define priority areas conservation the endemic Brazilian three-banded armadillo, one most threatened xenarthrans was once considered extinct in wild. revealed savanna grassland are suitable habitats uplands Caatinga ecoregion have a greater likelihood dispersal. The few remnant armadillo populations spatially associated core natural vegetation remnants. Worrisomely, 76% were lost past 30 years, mirroring species’ severe population decline. Preserving should high ensure survival. highlight key proactive reactive will benefit other sympatric species. Our integrative framework provides set valuable information guided management replicated

Language: Английский

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Decision: Defining priority areas for conservation of poorly known species: A case study of the endemic Brazilian three-banded armadillo — R0/PR6

Published: Nov. 17, 2022

Conservation of poorly known species is challenging as lack knowledge on their specific requirements may hamper effective strategies. Here, by integrating biogeographical and landscape analyses, we show that informed actions can be delineated for with limited presence-only data available. We combine distribution connectivity models temporal land cover changes to define priority areas conservation the endemic Brazilian three-banded armadillo, one most threatened xenarthrans was once considered extinct in wild. revealed savanna grassland are suitable habitats uplands Caatinga ecoregion have a greater likelihood dispersal. The few remnant armadillo populations spatially associated core natural vegetation remnants. Worrisomely, 76% were lost past 30 years, mirroring species’ severe population decline. Preserving should high ensure survival. highlight key proactive reactive will benefit other sympatric species. Our integrative framework provides set valuable information guided management replicated

Language: Английский

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