Green Frogs Show Reduced Foraging Success in Habitats Invaded by Japanese knotweed
Habitat loss is causing amphibian population declines worldwide, so there is increased attention to forces that degrade remaining habitats. Terrestrial habitats surrounding wetlands are critical foraging areas for temperate anurans. We investigated plant community changes in two old fields invaded b...
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Published in | Biodiversity and conservation Vol. 14; no. 12; pp. 2901 - 2911 |
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Main Authors | , , |
Format | Journal Article |
Language | English |
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Dordrecht
Springer Nature B.V
01.11.2005
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Abstract | Habitat loss is causing amphibian population declines worldwide, so there is increased attention to forces that degrade remaining habitats. Terrestrial habitats surrounding wetlands are critical foraging areas for temperate anurans. We investigated plant community changes in two old fields invaded by Japanese knotweed (Fallopia japonica) and the foraging success of Green frogs (Rana clamitans) in invaded and non-invaded portions of those fields. Within each field, vegetation data were recorded in quadrats located along two transects bisecting the invasion fronts. We placed frogs in 'foraging buckets' along transects and measured their change in mass over a 38 h period. There were significant changes in vegetation structure and composition associated with Japanese knotweed invasion. Diverse assemblages of native plants that covered non-invaded plots were absent from areas invaded by Japanese knotweed. There was also a significant change in vegetation architecture between invaded and non-invaded habitats. Change in frog mass declined significantly along transects, with most frogs in non-invaded plots gaining mass and no frogs in invaded plots gaining mass. Most frogs from non-invaded plots but only two from invaded plots defecated shortly after removal from foraging buckets (verification of recent feeding). We hypothesize that Japanese knotweed invasions degrade terrestrial habitat quality for frogs by indirectly reducing arthropod abundance. Nonnative plant invasions may be another factor contributing to amphibian population declines.[PUBLICATION ABSTRACT] |
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AbstractList | Habitat loss is causing amphibian population declines worldwide, so there is increased attention to forces that degrade remaining habitats. Terrestrial habitats surrounding wetlands are critical foraging areas for temperate anurans. We investigated plant community changes in two old fields invaded by Japanese knotweed (Fallopia japonica) and the foraging success of Green frogs (Rana clamitans) in invaded and non-invaded portions of those fields. Within each field, vegetation data were recorded in quadrats located along two transects bisecting the invasion fronts. We placed frogs in 'foraging buckets' along transects and measured their change in mass over a 38 h period. There were significant changes in vegetation structure and composition associated with Japanese knotweed invasion. Diverse assemblages of native plants that covered non-invaded plots were absent from areas invaded by Japanese knotweed. There was also a significant change in vegetation architecture between invaded and non-invaded habitats. Change in frog mass declined significantly along transects, with most frogs in non-invaded plots gaining mass and no frogs in invaded plots gaining mass. Most frogs from non-invaded plots but only two from invaded plots defecated shortly after removal from foraging buckets (verification of recent feeding). We hypothesize that Japanese knotweed invasions degrade terrestrial habitat quality for frogs by indirectly reducing arthropod abundance. Nonnative plant invasions may be another factor contributing to amphibian population declines. Plant community changes in two old fields invaded by Japanese knotweed and the foraging success of Green frogs in invaded and non-invaded portions of the fields were investigated. Foraging buckets were used to measure frog success along transects passing from native vegetation into Japanese knotweed stands. Litter depth, the distance from the ground to first leaf, maximum vegetation height, and vertical distribution of the vegetation canopy were calculated. A mixed effects repeated measures ANOVA model with sites as a fixed factor and transect positions as a repeated measures was used to determine whether vegetation characteristics differed between sites or changed along transects in association with Japanese knotweed invasion. Vegetation height increased abruptly at the invasion front from an average of 84 cm in the non-invaded area to 198 cm in the invaded area. Habitat loss is causing amphibian population declines worldwide, so there is increased attention to forces that degrade remaining habitats. Terrestrial habitats surrounding wetlands are critical foraging areas for temperate anurans. We investigated plant community changes in two old fields invaded by Japanese knotweed (Fallopia japonica) and the foraging success of Green frogs (Rana clamitans) in invaded and non-invaded portions of those fields. Within each field, vegetation data were recorded in quadrats located along two transects bisecting the invasion fronts. We placed frogs in 'foraging buckets' along transects and measured their change in mass over a 38 h period. There were significant changes in vegetation structure and composition associated with Japanese knotweed invasion. Diverse assemblages of native plants that covered non-invaded plots were absent from areas invaded by Japanese knotweed. There was also a significant change in vegetation architecture between invaded and non-invaded habitats. Change in frog mass declined significantly along transects, with most frogs in non-invaded plots gaining mass and no frogs in invaded plots gaining mass. Most frogs from non-invaded plots but only two from invaded plots defecated shortly after removal from foraging buckets (verification of recent feeding). We hypothesize that Japanese knotweed invasions degrade terrestrial habitat quality for frogs by indirectly reducing arthropod abundance. Nonnative plant invasions may be another factor contributing to amphibian population declines.[PUBLICATION ABSTRACT] |
Author | Maerz, John C Nuzzo, Victoria Blossey, Bernd |
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Snippet | Habitat loss is causing amphibian population declines worldwide, so there is increased attention to forces that degrade remaining habitats. Terrestrial... Plant community changes in two old fields invaded by Japanese knotweed and the foraging success of Green frogs in invaded and non-invaded portions of the... |
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SubjectTerms | Amphibians Birds Environmental quality Fallopia japonica Frogs Habitat loss Habitats Indigenous plants Invasions Old fields Plant communities Population decline Rana clamitans Vegetation |
Title | Green Frogs Show Reduced Foraging Success in Habitats Invaded by Japanese knotweed |
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