Compound eye vision Stock Photos and Images
RMAKP8CH–An unidentified insect with remarkably developed compound eyes. This is shot macro at about 3x or 4x life size on the sensor.
RM2ADKFFB–Insect view of flower meadow. A wild flower meadow viewed through an insect's compound eye. Amongst the flowers seen here are red poppies, blue cornfl
RME0GJJ2–Close up of face of Hawker Emperor dragonfly and large 360 degree vision from convex bulbous eyes
RMDGXFCA–A common medium-sized horsefly, Tabanus bromius, female. Close up of compound eyes, showing single reddish bar.
RF3DBN80X–Extreme Macro Portrait Highlighting the Compound Eye Facets and Fleshy Mouthparts of a Fly
RF3CK4B4M–Extreme macro close-up of a dragonfly’s compound eye, showing the intricate ommatidia structure in fine detail.
RF3D6M907–Extreme macro close-up of a moth's compound eye showing fine scales, hairs and ommatidia
RM2B9MT2F–A close-up of a newly emerged elephant hawk moth, Deilephila elpenor. The moth has emerged from a chrysalis that had been kept over winter. It emerged
RF3E49FD1–Macro close-up of a New Zealand red rock lobster (crayfish) eye showing the distinctive cross hatch pattern of a crustacean compound eye.
RF3CTYW8D–Damselfly head and compound eye capturing intricate detail and texture, focusing on the fascinating biological structure of the insect against a dark,
RF2DEJ2JW–Although looking compact, a butterfly's eye consists out of 17,000 lenses with ultra light vision permanently switched on.
RF2AJ2YNB–Four spotted skimmer resting in front of green background. Very detailed close up shot featuring the delicate hairs and compound eyes.
RF3DT70Y0–Extreme macro detail face portrait of a Common Duffer (Discophora sondaica) revealing speckled compound eye and dense scales, Central Java-Indonesia
RM2Y1H5C7–The Drone Fly is an important pollinator of flowering plants. Their huge compound eyes give them excellent all-round vision and their flight is fast
RM2XHWMW1–A detailed close-up of a housefly's eyes showcases the intricate compound structure with thousands of hexagonal lenses.
RM2JYDBAC–Capsule of head and faceted or compound eyes (ommatidium) of dragonfly. Color vision is characterized by perception of ultraviolet rays poor discrimin
RMDA58C7–JAN SWAMMERDAM (1637-1680) Dutch biologist. The compound eye of the bee from his Biblia Naturae
RF3A1N6N9–educational microscope in portable case for storing with tools and asseseories. with clipping path
RF2S6NWTJ–German career concept with the crosswords career, education, job, success and contact on a rustic wooden table
RME1RGY7–Hot water springs cook and kill many marine planktonic species that wash up along the shoreline of Deception Island (South
RF2M0PWGN–Vitamin A molecular structure. Vitamin A is important for human vision. Vector structural formula of chemical compound with red bonds and black atom labels.
RM2ADNPN4–Compound eyes of dragonfly. Macrophotograph of the compound eyes of a dragonfly (Aeschna sp.). The compound eyes of dragonflies consist of up to 30,00
RM2P92K89–Colourful red Hippeastrum at the base of the stamen the nectaries not show up, viewed under UV light show darker as guide to insects for pollination
RF3DBN7K1–Extreme Macro Portrait Highlighting the Compound Eye Facets and Fleshy Mouthparts of a Fly
RM2B9MKGH–A close-up of a newly emerged elephant hawk moth, Deilephila elpenor. The moth has emerged from a chrysalis that had been kept over winter. It emerged
RF3CRA6KD–Macro photography captures the fascinating complexity of a fly's compound eyes, revealing thousands of individual lenses working together to provide a
RM2XP30M8–Some areas may have as many as ten species of Skimmers complicating identification. The Epaulet Skimmer has a distinctive two tone brown and blue eye
RM2J6FH1W–Capsule of head and faceted or compound eyes (ommatidium) of dragonfly. Color vision is characterized by perception of ultraviolet rays poor discrimin
RMM8381D–This 1891 study examines the compound eyes of crustaceans, exploring their structure, function, and evolutionary significance. The work provides detailed observations on how crustaceans use their eyes for navigation and hunting in aquatic environments.
RMBN3G8R–Extreme close up of the head of the syrphid or hover fly, Eupeodes luniger, showing the structure of the compound eyes
RM2ADKFRD–Light micrograph of hexagonal facets, called ommatidia, which form the compound eye of a dragonfly. The compound eye is a characteristic of insects, a
RM2FNCNMJ–Hyacinthoides non-scripta common bluebell woodland floor in spring visualised in ultraviolet wavelength only and substituted colours
RMDGXFTF–A female horsefly, the Square-spot Deerfly, Chrysops viduatus; uncommon UK species. Close-up of iridescent eyes.
RF3DBN80M–Extreme Macro Portrait Highlighting the Compound Eye Facets and Fleshy Mouthparts of a Fly
RM2B9N0N0–A close-up of a newly emerged elephant hawk moth, Deilephila elpenor. The moth has emerged from a chrysalis that had been kept over winter. It emerged
RM2A0Y05G–The complex structure of a Common Tigertail Dragonfly eyes gives this large air-borne predator neatly 360 degree vision
RM2JYDBXX–Capsule of head and faceted or compound eyes (ommatidium) of dragonfly. Color vision is characterized by perception of ultraviolet rays poor discrimin
