To achieve effective visual camouflage, prey organisms must combine cryptic coloration with
the appropriate posture and behaviour to render them difficult to be detected or recognized …

Prey camouflage is an evolutionary response to predation pressure. Cephalopods have
extensive camouflage capabilities and studying them can offer insight into effective …

Cuttlefish camouflage: Blending in by matching background features: Current Biology Skip to
Main Content Advertisement Current Biology This journal offers authors two options (open …

We review recent research on the visual mechanisms of rapid adaptive camouflage in
cuttlefish. These neurophysiologically complex marine invertebrates can camouflage …

It is virtually impossible to camouflage a moving target against a non-uniform background,
but strategies have been proposed to reduce detection and targeting of movement. Best …

To camouflage themselves on the seafloor, European cuttlefish Sepia officinalis control the
expression of about 30 pattern components to produce a range of body patterns. 1 If each …

Cephalopods have at least 20 body patterns for camouflage, yet these can be organized into
four categories: uniform, stipple, mottle, and disruptive (1). Among them, disruptive …

Cuttlefish are cephalopod molluscs that achieve dynamic camouflage by rapidly extracting
visual information from the background and neurally implementing an appropriate skin (or …

Camouflage is the primary defense in cuttlefish. The rich repertoire of their body patterns can
be categorized into three types: uniform, mottle, and disruptive. Several recent studies have …

To conceal themselves on the seafloor, European cuttlefish, Sepia officinalis, express a
large repertoire of body patterns. Scenes with 3D relief are especially challenging because it …