We test the hypothesis that herbivore foraging efficiency is low at high plant standing crop compared with intermediate levels, which is contrary to conventional theory. Captive barnacle geese were allowed to forage on fields dominated by Festuca rubra. Fields of high and low Festuca biomass were selected, and half of them were mown to reduce plant standing crop artificially. In accordance with our hypothesis, we found that mean short-term intake rate was lowest in vegetation of high standing crop. Daily food intake tended to be lowest at high plant standing crop, but differences were not significant. Despite differences in food intake, we were unable to detect any effect of plant standing crop on body mass change of geese. Festuca standing...
We report on an aggregative response of Dark-bellied Brent geese to increased productivity of the ve...
Barnacle geese (Branta leucopsis) are strongly dependent on the quality and availability of forage p...
Background: Foraging theory predicts that animals select patches that offer the highest net rate of ...
We test the hypothesis that herbivore foraging efficiency is low at high plant standing crop compare...
1. The grazing optimization hypothesis predicts increased production and quality of plants grazed at...
1. The grazing optimization hypothesis predicts increased production and quality of plants grazed at...
In relation to different approaches to explain the diet selection of herbivores1 the influence of pl...
(1) The foraging activities of a large flock of barnacle geese (Branta leucopsis Bechstein) winterin...
Goose grazing on arctic tundra vegetation has shown both positive and negative effects on subsequent...
Migratory waterfowl species seem to track temporal and spatial pulses of optimal forage availability...
Migratory waterfowl species seem to track temporal and spatial pulses of optimal forage availability...
According to the green wave concept, barnacle geese migrate north in an attempt to benefit from an e...
Intake rate, the rate in which herbivores can process their food, is presumed to be an important fac...
Food depletion is a common phenomena in nature, however it is hard to measure in the field. In the c...
We report on an aggregative response of Dark-bellied Brent geese to increased productivity of the ve...
Barnacle geese (Branta leucopsis) are strongly dependent on the quality and availability of forage p...
Background: Foraging theory predicts that animals select patches that offer the highest net rate of ...
We test the hypothesis that herbivore foraging efficiency is low at high plant standing crop compare...
1. The grazing optimization hypothesis predicts increased production and quality of plants grazed at...
1. The grazing optimization hypothesis predicts increased production and quality of plants grazed at...
In relation to different approaches to explain the diet selection of herbivores1 the influence of pl...
(1) The foraging activities of a large flock of barnacle geese (Branta leucopsis Bechstein) winterin...
Goose grazing on arctic tundra vegetation has shown both positive and negative effects on subsequent...
Migratory waterfowl species seem to track temporal and spatial pulses of optimal forage availability...
Migratory waterfowl species seem to track temporal and spatial pulses of optimal forage availability...
According to the green wave concept, barnacle geese migrate north in an attempt to benefit from an e...
Intake rate, the rate in which herbivores can process their food, is presumed to be an important fac...
Food depletion is a common phenomena in nature, however it is hard to measure in the field. In the c...
We report on an aggregative response of Dark-bellied Brent geese to increased productivity of the ve...
Barnacle geese (Branta leucopsis) are strongly dependent on the quality and availability of forage p...
Background: Foraging theory predicts that animals select patches that offer the highest net rate of ...