A correlation between the degree of specialization for food hoarding and the volume of the hippocampal formation in passerine birds has been accepted for over a decade. The relationship was first demonstrated in family-level comparisons, and subsequently in species comparisons within two families containing a large number of hoarding species, the Corvidae and the Paridae. Recently, this approach has been criticized as invalid and excessively adaptationist. A recent test of the predicted trends with data pooled from previous studies found no evidence for such a correlation in either of these two families. This result has been interpreted as support for the critique. Here we reanalyse the original dataset and also include additional new data ...
Volumetric studies in a range of animals (London taxi-drivers, polygynous male voles, nest-parasitic...
The volume of the hippocampal region (dorsomedial cortex) relative to body mass was measured in seve...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
The hypothesis that spatial-memory specialization affects the size of the hippocampus has become wid...
Hippocampal (HC) volume has been hypothesized to increase with an increase in food-hoarding speciali...
Food storing birds have been shown to have a larger hippocampus, relative to the rest of the telence...
The relative size of the avian hippocampus (Hp) has been shown to be related to spatial memory and f...
Previous studies demonstrated that amongst food-storing passerine birds the hippocampal region (dors...
Food storing passerines have a larger hippocampus, relative to the rest of the telencephalon and/or ...
The relative size of the avian hippocampus (Hp) has been shown to be related to spatial memory and f...
Some species of birds store food, often hoarding several hundreds of seeds over a period of lust a f...
Abstract The hippocampal formation (HF) processes spatial memories for cache locations in food-hoar...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
Volumetric studies in a range of animals (London taxi-drivers, polygynous male voles, nest-parasitic...
The volume of the hippocampal region (dorsomedial cortex) relative to body mass was measured in seve...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
The hypothesis that spatial-memory specialization affects the size of the hippocampus has become wid...
Hippocampal (HC) volume has been hypothesized to increase with an increase in food-hoarding speciali...
Food storing birds have been shown to have a larger hippocampus, relative to the rest of the telence...
The relative size of the avian hippocampus (Hp) has been shown to be related to spatial memory and f...
Previous studies demonstrated that amongst food-storing passerine birds the hippocampal region (dors...
Food storing passerines have a larger hippocampus, relative to the rest of the telencephalon and/or ...
The relative size of the avian hippocampus (Hp) has been shown to be related to spatial memory and f...
Some species of birds store food, often hoarding several hundreds of seeds over a period of lust a f...
Abstract The hippocampal formation (HF) processes spatial memories for cache locations in food-hoar...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...
Volumetric studies in a range of animals (London taxi-drivers, polygynous male voles, nest-parasitic...
The volume of the hippocampal region (dorsomedial cortex) relative to body mass was measured in seve...
Food-caching birds rely on stored food to survive the winter and spatial memory has been shown to be...