Camouflaged fish, Spiny Devilfish (Inimicus didactylus), resting on sandy seabed with organic fragments, dive site Pidada, Penyapangan, Bali, Indonesia
Caption

Camouflaged fish, Spiny Devilfish (Inimicus didactylus), resting on sandy seabed with organic fragments, dive site Pidada, Penyapangan, Bali, Indonesia

Date

Aug 03, 2024

Credit line

Photo12/ImageBROKER/Rolf von Riedmatten

Reference

BRK26F54_265

Model release

NA

Property release

No

License type

Royalty free

Available size

45.6Mb (15.2Mb) / 15.4in x 11.5in / 4608 x 3456 (300dpi)

Keywords

underwater underwater photo deserted resident pause rest soil sand Fish marine animal coral reef coral wild animal camouflage animal Indonesia Southeast Asia Asia wildlife poisonous sandy sea bottom orange underwater world Anthozoa Cnidarian Bony fish ground structure relaxed pattern damage prickly broken Bali person destroyed camouflaged reef water animal Indonesian organic texture adaption Choridactylinae fragment wildlife photography Demon Stinger Synanceiidae Scorpaenoidei natural environment Diving area diving location poisonous animal Soil dwellers underwater shot no one break sea animal animals in the wild Southeastern Asia fauna toxic seabed orange-colored bottom relaxing shattered Human being wrecked broken piece Devil Stinger habitat Dive site dive resort No People sea creatur Wildlife ocean floor orange-coloured restful spiky People bust shard natural habitat nobody sea floor relax spiny uninhabited damaged empty defective corrupted underwater photos residents pauses rests soils marine animals coral reefs corals wild animals animals underwater worlds Cnidarians Bony fishes grounds structures patterns damages persons camouflaging reefs water animals textures adaptions resting fragments Demon Stingers natural environments diving locations poisonous animals sea animals human pausing broken pieces Devil Stingers dive resorts sea creatures shards under water Underwater scene South east Asia orange color designs individual individuals camouflages break in humans relaxes

Please log in to download the high resolution file