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A Comparison of Foraging Site Characteristics of Two African Resident Insectivorous Birds in a Burned Habitat

AA Chaskda, +1 more
- 13 Feb 2014 - 
- Vol. 7, Iss: 1, pp 90-95
TLDR
This study compared the foraging sites of the Sunlark, Galerida modesta and Familiar Chart, Cercomela familiaris a week after fire engulfed about one third of the 300 ha of the Amurum Forest Reserve, Nigeria.
Abstract
Detailed investigation of the foraging site utilised by avian species may reveal the habitat factors important in their conservation. This study compared the foraging sites of the Sunlark, Galerida modesta and Familiar Chart, Cercomela familiaris (both African resident insectivorous birds) a week after fire engulfed about one third of the 300 ha of the Amurum Forest Reserve, Nigeria. Foraging sites were compared based on proxies of food availability (ant, grasshopper and other insect abundance) and vegetation structure. Data on food availability and vegetation structures were obtained by quadrate sampling while foraging spots were determined from four stratified transects each surveyed four times during the study. Food availability was not a significant predictor of foraging site characteristics between the two bird species. However of the nine vegetation variables measured, grass height and proportion of burned grass cover per foraging site significantly distinguished the foraging sites of the two bird species; Sunlark foraged more at sites with shorter grasses and high proportion of burned grass cover as compared to the Familiar Chat. The characteristics of the foraging sites observed might have implications on the foraging success of the birds in line with literature on the Influences of vegetation structure on avian foraging behaviour. Key words: Foraging site, Insectivorous birds, Burn, Vegetation structure, Food availability

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Book

The biology of birds

TL;DR: Recent Studies in Avian Biology edited by Albert Wolfson.
Journal Article

Patterns in Avian nest predation in North-Central Nigeria: An experimental study

TL;DR: The significantly lower predation probability recorded for visited compared to unvisited nests suggests that nest predators in the study area tend to avoid areas that are frequently visited by humans, an indication of anthropogenic impacts and anti-predation strategy.
References
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Journal ArticleDOI

Habitat structural complexity and the interaction between bluegills and their prey

Larry B. Crowder, +1 more
- 01 Dec 1982 - 
TL;DR: Bluegill sunfish restricted to experimental ponds varying in vegetation density grew better and consumed more prey at intermediate Macrophyte density than fish held at either low or high macrophyte densities, suggesting that feeding rates of predators may be maximized at intermediate structure.
Journal ArticleDOI

Nest Predation and Nest-Site Selection of a Western Population of the Hermit Thrush

TL;DR: Nestsite selection appears to be a function of characteristics in the immediate vicinity of the nest (concealment, overhead cover, nest orientation), but also on a larger scale surrounding the nest, may cast light on the question of whether nest sites limit territory and habitat selection by birds.
Journal ArticleDOI

Environmental Heterogeneity and the Coexistence of Desert Rodents

TL;DR: The relationship between desert rodent research and the field of community ecology is much deeper than simply seeking to understand, for instance, how so many species of granivorous rodents can coexist on apparently so little as mentioned in this paper.
Journal ArticleDOI

Habitat structural complexity mediates the foraging success of multiple predator species.

TL;DR: Habitat structure can influence multiple predator effects, and support the mechanism of increased prey refuge in more structurally complex macrophytes, as demonstrated by the results of a fully crossed four-factorial laboratory experiment.
Journal ArticleDOI

Habitat structure affects intraguild predation

TL;DR: Habitat structure may increase persistence of the intrag guild prey by decreasing the strength of the interaction between intrag Guild predator and intraguild prey.
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