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Jan 1, 2010 · Masquerade describes the resemblance of an organism to an inedible object and is hypothesized to facilitate misidentification of that organism by its predators or its prey. To date, there has been no empirical demonstration of the benefits of masquerade.

Science - Masquerade (Bootleg Mix)

Our results show that masquerade functions to promote misidentification of the masquerad-ing organism. The caterpillars in our experiment were treated differently by predators with previ-ous experience of twigs in ways that are likely to lead to antipredatory protection: increased latency to attack and more cautious handling.

Aug 3, 2015 · What is masquerade? A wide range of prey animals bear an uncanny resemblance to inedible and often inanimate objects that are commonly found in their local environment, such as twigs, leaves, stones or bird-droppings ( Figure 1 ).

Aug 3, 2015 · What is masquerade? A wide range of prey animals bear an uncanny resemblance to inedible and often inanimate objects that are commonly found in their local environment, such as twigs, leaves, stones or bird-droppings ( Figure 1 ).

Jan 1, 2010 · Masquerade describes the resemblance of an organism to an inedible object and is hypothesized to facilitate misidentification of that organism by its predators or its prey. To date, there has been no empirical demonstration of the benefits of masquerade.

Jan 1, 2021 · When an organism appears to mimic an inanimate object, ostensibly, so that predators or prey misclassify it as unimportant. It is a relatively common strategy among plants and animals to mimic inanimate objects (“models”), such as twigs, leaves, pebbles, and bird droppings (Skelhorn et al. 2010a).

Dec 18, 2009 · In this review, we argue how masquerade differs from both Batesian mimicry and crypsis, present a testable definition of masquerade, and discuss how masquerade could have evolved and under what ecological conditions we would expect to find it.

Oct 21, 2011 · Variabilities in sea-level and upper-ocean chlorophyll reveal the systematic influence of nonlinear eddies. The advent of satellite-based remote sensing of ocean color in the late 1970s (1) provided the first largescale views of chlorophyll distributions in the upper ocean.