The flowers of angiosperm plants present us with a staggering diversity of signal designs,
but how did this diversity evolve? Answering this question requires us to understand how …

Mimicry involves adaptive resemblance between a mimic and a model. However, despite
much recent research, it remains contentious in plants. Here, we review recent progress on …

Prostate cancer relapsing from antiandrogen therapies can exhibit variant histology with
altered lineage marker expression, suggesting that lineage plasticity facilitates therapeutic …

This article examines the statistical determinants of risk preference. In a meta-analysis of
animal risk preference (foraging birds and insects), the coefficient of variation (CV), a …

Bees collect food from flowers that differ in morphology, color, and scent. Nectar‐seeking
foragers can rapidly associate a flower's cues with its profitability, measured as caloric value …

An activity pattern is the change in levels of a particular activity through time. Activity pattern
data form the basis of much of behavioral ecology for two simple reasons. First, they tell us …

Humans and animals learn from experience by reducing the probability of sampling
alternatives with poor past outcomes. Using simulations, JG March (1996) illustrated how …

Sensory information allows animals to interpret their environment and make decisions. The
ways in which animals perceive and measure stimuli from the social and physical …

To investigate the effect of time horizon on investment behavior, this paper reports the
results of an experiment in which business graduate students provided certainty equivalents …

Foraging is risk sensitive if choices depend on the variability of returns from the options as
well as their mean return. Risk‐sensitive foraging is important in behavioural ecology …