Records of coloration anomalies in bats from protected areas of Brazilian Amazon

Abstract Records of bats with coloration anomalies has increased in the last years in South America, with few records from the Amazon. Here, we report new records of coloration anomalies in phyllostomid bats from Brazilian Amazon. We captured one species with leucism: Artibeus planirostris and ten species with piebaldism: Dermanura gnoma , Hsunycteris thomasi , Glossophaga bakeri , Glossophaga soricina , Lionycteris spurrelli , Lophostoma silvicola , Phyllostomus elongatus , Phyllostomus hastatus , Trachops cirrhosus , and Tonatia maresi . The impact of coloration anomalies in bats and other vertebrates has been a topic of debate, with some authors suggesting that these alterations increase the risk of predation and intraspecific conflicts, thereby reducing survival and fitness. Our findings may indicate that even with color anomalies, bats can survive, and bats reach adulthood.

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Publication Details

Journal
Mammalia
Published
2025-09-22
DOI
https://doi.org/10.1515/mammalia-2024-0179
Primary Topic
Bat Biology and Ecology Studies
Type
article
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article

Records of coloration anomalies in bats from protected areas of Brazilian Amazon

Gerson Paulino Lopes, João Valsecchi, Tamily Carvalho Melo dos Santos, Louise Maranhão
Mammalia
Bat Biology and Ecology Studies
article

Records of coloration anomalies in bats from protected areas of Brazilian Amazon

Gerson Paulino Lopes, João Valsecchi, Tamily Carvalho Melo dos Santos, Louise Maranhão
article en

Abstract

Abstract Records of bats with coloration anomalies has increased in the last years in South America, with few records from the Amazon. Here, we report new records of coloration anomalies in phyllostomid bats from Brazilian Amazon. We captured one species with leucism: Artibeus planirostris and ten species with piebaldism: Dermanura gnoma , Hsunycteris thomasi , Glossophaga bakeri , Glossophaga soricina , Lionycteris spurrelli , Lophostoma silvicola , Phyllostomus elongatus , Phyllostomus hastatus , Trachops cirrhosus , and Tonatia maresi . The impact of coloration anomalies in bats and other vertebrates has been a topic of debate, with some authors suggesting that these alterations increase the risk of predation and intraspecific conflicts, thereby reducing survival and fitness. Our findings may indicate that even with color anomalies, bats can survive, and bats reach adulthood.

MammaliaVol. 89(6)
Governo do Estado de São Paulo (BR), Instituto de Desenvolvimento Sustentável Mamirauá (BR), Hospital Metropolitano (EC), Universidade Federal do Amazonas (BR)
Openalex Percentile: Top 80%
Bat Biology and Ecology Studies
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