Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala

Guatemala’s Pacific coastal plain, although largely dominated by agricultural land, still contains patches of diverse vegetation that could be vital for supporting bird diversity. Despite the country’s recognition for its rich avian biodiversity, updated data on species richness in this region are s...

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Main Authors: Sofia Aguilar-Jocol, Michelle Bustamante-Castillo, Marco Tax
Format: Article
Language:English
Published: Pensoft Publishers 2025-01-01
Series:Neotropical Biology and Conservation
Online Access:https://neotropical.pensoft.net/article/131792/download/pdf/
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author Sofia Aguilar-Jocol
Michelle Bustamante-Castillo
Marco Tax
author_facet Sofia Aguilar-Jocol
Michelle Bustamante-Castillo
Marco Tax
author_sort Sofia Aguilar-Jocol
collection DOAJ
description Guatemala’s Pacific coastal plain, although largely dominated by agricultural land, still contains patches of diverse vegetation that could be vital for supporting bird diversity. Despite the country’s recognition for its rich avian biodiversity, updated data on species richness in this region are still lacking. Understanding the role of different vegetation types in maintaining bird diversity is essential for developing targeted conservation strategies that can both preserve and improve biodiversity in these fragmented landscapes. In this study, we compared species richness and the composition of bird communities across four distinct vegetation types along Guatemala’s Pacific coastal plain and analyzed species turnover and replacement to understand how these habitats contribute to maintaining overall bird diversity at the study site. The avian community consisted predominantly of species adapted to open habitats, with generalist bird species prevailing and only a limited representation of species typical of the understory in subtropical wet forests. Additionally, the observed species turnover value suggests a moderate level of species replacement among different vegetation types at the study site. The moderate nestedness, wherein species-poor communities are subsets of more diverse ones, further implies a decline in overall biodiversity. These findings suggest that the homogenization of the avian community indicates that our study focused on isolated areas that remain in this transformed environment. Our findings argue that protecting and restoring seminatural patches, even modestly sized patches, can be critical for safeguarding biodiversity in human-dominated landscapes and highlight the importance of landscape-level conservation, which enables connectivity between habitat patches to support species with different ecological requirements.
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spelling doaj-art-a197a54f5126474c8f610838404351c82025-01-19T08:30:20ZengPensoft PublishersNeotropical Biology and Conservation2236-37772025-01-0120111910.3897/neotropical.20.e131792131792Bird diversity in different vegetation types in the Pacific coastal plain of GuatemalaSofia Aguilar-Jocol0Michelle Bustamante-Castillo1Marco Tax2Universidad de San Carlos de GuatemalaUniversidad de San Carlos de GuatemalaInstituto Privado de Investigación sobre Cambio ClimáticoGuatemala’s Pacific coastal plain, although largely dominated by agricultural land, still contains patches of diverse vegetation that could be vital for supporting bird diversity. Despite the country’s recognition for its rich avian biodiversity, updated data on species richness in this region are still lacking. Understanding the role of different vegetation types in maintaining bird diversity is essential for developing targeted conservation strategies that can both preserve and improve biodiversity in these fragmented landscapes. In this study, we compared species richness and the composition of bird communities across four distinct vegetation types along Guatemala’s Pacific coastal plain and analyzed species turnover and replacement to understand how these habitats contribute to maintaining overall bird diversity at the study site. The avian community consisted predominantly of species adapted to open habitats, with generalist bird species prevailing and only a limited representation of species typical of the understory in subtropical wet forests. Additionally, the observed species turnover value suggests a moderate level of species replacement among different vegetation types at the study site. The moderate nestedness, wherein species-poor communities are subsets of more diverse ones, further implies a decline in overall biodiversity. These findings suggest that the homogenization of the avian community indicates that our study focused on isolated areas that remain in this transformed environment. Our findings argue that protecting and restoring seminatural patches, even modestly sized patches, can be critical for safeguarding biodiversity in human-dominated landscapes and highlight the importance of landscape-level conservation, which enables connectivity between habitat patches to support species with different ecological requirements.https://neotropical.pensoft.net/article/131792/download/pdf/
spellingShingle Sofia Aguilar-Jocol
Michelle Bustamante-Castillo
Marco Tax
Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala
Neotropical Biology and Conservation
title Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala
title_full Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala
title_fullStr Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala
title_full_unstemmed Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala
title_short Bird diversity in different vegetation types in the Pacific coastal plain of Guatemala
title_sort bird diversity in different vegetation types in the pacific coastal plain of guatemala
url https://neotropical.pensoft.net/article/131792/download/pdf/
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