4.6 Article

Complex Small-Holder Agriculture in Rainforest Buffer Zone, Sri Lanka, Supports Endemic Birds

Journal

FRONTIERS IN ECOLOGY AND EVOLUTION
Volume 9, Issue -, Pages -

Publisher

FRONTIERS MEDIA SA
DOI: 10.3389/fevo.2021.608434

Keywords

agroforestry; tree garden; forest fragment; homegarden; rainforest; Sinharaja; tea; buffer zone

Categories

Funding

  1. Tropical Forest Conservation and Management Fund at the Yale School of the Environment, Yale University
  2. Sri Lanka Program for Forest Conservation, University of Sri Jayewardenepura
  3. Forest Department, Sri Lanka

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The Sinharaja rainforest in Sri Lanka is a protected forest surrounded by a buffer zone of regenerating forest and villages with small tea plots and tree gardens. A study conducted in the Sinharaja village found that tree gardens had a greater abundance of birds compared to forest fragments or tea plots, and that greater shade tree species richness in tea plots correlated with greater bird abundance and species richness.
The Sinharaja rainforest in southwestern Sri Lanka is a protected forest in a largely agriculture-dominated landscape. In keeping with global UNESCO global biosphere reserves planning, the Sinharaja is surrounded by a buffer zone of regenerating forest and villages with small tea plots and multi-strata tree gardens (homegardens). Globally, however, conservation planning lacks standards on buffer zone management. We ask what relationships exist between village land use and bird assemblages, which are effective ecosystem indicators. Birds have been little studied across land use and vegetation structure in actively managed, large, protected forest buffer zones. To that end, we ran spatially- and temporally-replicated bird point counts across tree gardens, forest fragments, and tea plots within a Sinharaja village. Tree gardens held a greater abundance of birds across habitat association, conservation concern, diet, and endemic species than forest fragments or tea plots. Forest fragments and tree gardens hosted statistically similar numbers of birds in some subsets, but their species assemblages differed. In tea plots, greater shade tree species richness correlated with greater bird abundance and species richness. Our results support the argument for programs to support complex small-scale tree-based agroforestry embedded in buffer zone regenerating forest.

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