Camouflage is a set of methods of
concealment that allows otherwise
visible animals, military vehicles, or other
objects to remain unnoticed by blending
with their environment or by resembling
something else. Examples include
a leopard's spotted coat, the battledress of
a modern soldier. and a leaf-
mimic butterfly. Camouflage is a form of
visual deception; the term probably comes
from camouflet, a French term
meaning smoke blown in someone's face
as a practical joke. Just like this geko.
FROG IN A LEAFY
POND
 In evolutionary biology, mimicry, also
  sometimes known as mimetism[citation
  needed], is the similarity of one species to
  another which protects one or both. This
  similarity can be
  in appearance, behaviour, sound, scent and l
  ocation, with the mimics found in similar
  places to their models.
 Mimicry occurs when a group of
  organisms, the mimics, evolve to share
  common perceived characteristics with
  another group, themodels.The evolution is
  driven by the selective action of a signal-
  receiver, or dupe. For example, birds that use
  sight to identify palatable insects (the
  mimics), whilst avoiding the noxious models.
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  • 2.
    Camouflage is aset of methods of concealment that allows otherwise visible animals, military vehicles, or other objects to remain unnoticed by blending with their environment or by resembling something else. Examples include a leopard's spotted coat, the battledress of a modern soldier. and a leaf- mimic butterfly. Camouflage is a form of visual deception; the term probably comes from camouflet, a French term meaning smoke blown in someone's face as a practical joke. Just like this geko.
  • 3.
    FROG IN ALEAFY POND
  • 8.
     In evolutionarybiology, mimicry, also sometimes known as mimetism[citation needed], is the similarity of one species to another which protects one or both. This similarity can be in appearance, behaviour, sound, scent and l ocation, with the mimics found in similar places to their models.  Mimicry occurs when a group of organisms, the mimics, evolve to share common perceived characteristics with another group, themodels.The evolution is driven by the selective action of a signal- receiver, or dupe. For example, birds that use sight to identify palatable insects (the mimics), whilst avoiding the noxious models.