Hunting kills hundreds of millions of animals annually, potentially constituting an important selection pressure on hunted species. We hypothesized that hunted individuals differing from survivors by having better ability to distinguish between dangerous humans and other human beings would be at a selective advantage. We tested whether shot individual birds had smaller brains than survivors, under the assumption that individuals with larger brains had superior escape ability. We used a large database on birds from Denmark to test whether getting shot was predicted by brain mass, while controlling statistically for the potentially confounding effects of age, sex, body mass and body condition. Analyses based on all species, or only species th...
The ecological contexts that promote larger brains have received considerable attention, but those t...
Body size evolution is generally framed by the benefits of being large, while costs are largely over...
The widely held hypothesis that enlarged brains have evolved as an adaptation to cope with novel or ...
Hunting kills hundreds of millions of animals annually, potentially constituting an important select...
Plot of log brain mass vs log body mass in 14 hunted species showing no difference between individua...
Evidence is accumulating that species traits can spur their evolutionary diversification through by ...
Estimates suggest that perhaps a quarter of a billion birds are killed by traffic annually across th...
Plot of residuals log brain mass vs log body mass for Eurasian woodcock, showing no effect of relati...
There are multiple hypotheses for the evolution of cognition. The most prominent hypotheses are the ...
The ability of birds to perceive, assess and appropriately respond to the presence of relatively nov...
<div><p>Increased encephalization has been linked to a range of behavioural traits and scenarios. Ho...
Increased encephalization has been linked to a range of behavioural traits and scenarios. However, s...
The ability of birds to perceive, assess and appropriately respond to the presence of relatively nov...
Vertebrates exhibit extensive variation in relative brain size. It has long been assumed that this v...
Although previous studies have addressed the question of why large brains evolved, we have limited u...
The ecological contexts that promote larger brains have received considerable attention, but those t...
Body size evolution is generally framed by the benefits of being large, while costs are largely over...
The widely held hypothesis that enlarged brains have evolved as an adaptation to cope with novel or ...
Hunting kills hundreds of millions of animals annually, potentially constituting an important select...
Plot of log brain mass vs log body mass in 14 hunted species showing no difference between individua...
Evidence is accumulating that species traits can spur their evolutionary diversification through by ...
Estimates suggest that perhaps a quarter of a billion birds are killed by traffic annually across th...
Plot of residuals log brain mass vs log body mass for Eurasian woodcock, showing no effect of relati...
There are multiple hypotheses for the evolution of cognition. The most prominent hypotheses are the ...
The ability of birds to perceive, assess and appropriately respond to the presence of relatively nov...
<div><p>Increased encephalization has been linked to a range of behavioural traits and scenarios. Ho...
Increased encephalization has been linked to a range of behavioural traits and scenarios. However, s...
The ability of birds to perceive, assess and appropriately respond to the presence of relatively nov...
Vertebrates exhibit extensive variation in relative brain size. It has long been assumed that this v...
Although previous studies have addressed the question of why large brains evolved, we have limited u...
The ecological contexts that promote larger brains have received considerable attention, but those t...
Body size evolution is generally framed by the benefits of being large, while costs are largely over...
The widely held hypothesis that enlarged brains have evolved as an adaptation to cope with novel or ...