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Anthers of thale cress (Arabidopsis thaliana), fluorescence micrograph
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Backgrounds of Bacteria and Mold under the microscope in Lab.
Detail photos of the devil's claw photographed in studio against a white background
Nectarine
This is a common spangle gall on an Oak leaf, caused by the cynipid wasp Neuroterus quercusbaccarum. The gall is induced by an adult wasp, it provides a nutrient source for the larvae developing within.
Plant Galls on a Oak Leaf, Sierra de Guadarrama National Park, Segovia, Castile Leon, Spain, Europe
Orchid Mantis (Hymenopus coronatus) is from the tropical forests of Southeast Asia
Camphor scale or camellia scale, Pseudaonidia duplex (Hemiptera: Diaspididae) is an scale pest of the camphor and mango trees on a mango leaf. Female shield
Close-up shooting of a green agate stone mineral surface isolated on white background. Its a macro shot shows nature beautiful details with back lit. Agate is a kind of natural gemstone. Abstract pattern. Good for Wallpaper texture background. Turquoise, green\n\n.
microscopic cross section cut of a plant stem under dark field microsope
The appearance of this pretty coral belies its aggressive behavior. Many individual coral polyps form colonies which join together at the base of their skeletons. These colonies grow to form branches, columns, solid colonies that are dome-shaped, or colonies that adhere close to the substrate. Colonies may be meters across and sometimes whole sections of a reef face are covered exclusively by one branching Goniopora species. Goniopora lobata, daisy coral, is named for its extremely large, flower-like polyps, and can grow to cover areas of six to ten meters. Each polyp has 24 long and fleshy tentacles that are normally extended day and night, although these quickly retract when touched revealing the massive skeletons beneath. Each Goniopora species differs in the shape and colour of their polyps, which allows their identification underwater. \nThe species occurs in the Indian and Pacific Oceans; from the coast of Mozambique, to the Red Sea, and east to northern Australia, southern Japan and Hawaii. \nFlowerpot corals are most commonly found in turbid water protected from strong wave action.Flowerpot corals are capable of developing elongated sweeper polyps, like the sweeper tentacles of other corals, which can inflict severe tissue damage on a coral within their reach. It is therefore unusual to see other coral species growing close to the flowerpot coral, and it is believed that this adaptation benefits the flowerpot coral in the intense competition for space on the reef. \nFlowerpot corals have separate male and female colonies (not all corals do) which release sperm and eggs into the water for external fertilisation. The fertilised egg develops into a free-swimming larva that will eventually settle on the substrate and develop into new colonies.\nTriton Bay, Indonesia \n3°54'52.062 S 134°7'21.384 E at 17m depth
Abstract ocean in acrylic colour. Texture for products and shapes
Caterpillars eating a green leaf
A clutch of glass frog eggs on glass
In vitro bacterial culture
This is a photomicrograph of the tongue-shaped flower of Shaggy soldier, magnified 100 times.
Closed up insect bitten leaf.
Crisped and twisted leaves of Ulota crispa, a moss in Connecticut, at 20x magnification.
The Merten's Carpet Sea Anemone Stichodactyla mertensii is the largest sea anemone with a diameter of over 1 m and is a host to around half the species of Anemonefish species. The blunt or pointed tentacles are max. 2cm long. This is just the edge of the mantle with the first row of tentactles. At the north side of Pura Island, Indonesia, 8°16'37.87\
You can see the cat's body is brown. You can see the cat's wide ears. Cat ears have a funnel-like shape.
Camphor scale or camellia scale, Pseudaonidia duplex (Hemiptera: Diaspididae) is an scale pest of the camphor and mango trees on a mango leaf. Female shield shell open. Female with crawlers is visible
Indian fig opuntia or prickly pear, tropical exotic fruit
Insect eggs on wild plants, North China
Indian pipe (Monotropa uniflora) flower heads from above. A wildflower not a mushroom, in the New England forest in midsummer. With one flower on each stem, this is one of the few plants that lack chlorophyll (which makes plants green). It can live in dark forests because it needs no sunlight for photosynthesis. It survives by parasitizing certain fungi, trees and decomposing plants. Also called ghost plant.
Chama lazarus Yellow, Linnaeus 1758, Philippines. Northern Bohol. Stunningly Beautiful Specimen.
Beautiful curly marble stone with colorful veins.
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Acropora corals are among the fastest growing corals on reefs, and are excellent reef-builders. Staghorn corals often out-compete all other corals in shallow tropical reefs, however, their speed of growth (which is usually 10 to 20 centimetres a year) is balanced by the fragility of some of the structures, as they are easily damaged in storms allowing other coral species a chance of growth. \nWhen the Banda volcano last blew its top in 1988, a large lava flow swept down the northern slope into the ocean, covering a large part of reef in volcanic rock. What many thought would be the total destruction of the reef has instead become one of the most incredible coral reefs in Indonesia. Measured from ground zero after the eruption in 1988, this particular reef is known to be the fastest growing coral in the world.\nLava Flow of Neira Island, Banda Sea, Indonesia, 4°30'20.4203 S 129°52'57.4531 E at 11m depth
Free Images: "bestof:Notocallista multistriata (inside).JPG Graham Bould Photographs by Graham Bould Notocallista own GrahamBould"
Marley Beach (2).jpg
SLNSW 37297 MID Products taken for Mr Graham.jpg
SLNSW 29826 Welcome to Mr Graham.jpg
Notocallista multistriata (inside).JPG
Notocallista multistriata.JPG
Tucetona laticostata (inside) 2.JPG
Mesopeplum convexum (inside).JPG
Modiolarca impacta (inside).JPG
Longimactra elongata (inside).JPG
Gari convexa (inside).JPG
Chlamys zelandiae (inside).JPG
Sigapatella novaezelandiae (inside).JPG
Pratulum pulchellum (inside).JPG
Anomia trigonopsis (inside).JPG
Zenatia acinaces (inside).JPG
Panopea zelandica (inside).JPG
Zelithophaga truncata (inside).jpg
Glycymeris modesta (inside).JPG
Cellana radians (inside) 2.JPG
Patelloida corticata (inside).JPG
Siphonaria zelandica (inside).JPG
Barnea similis (inside).JPG
Barbatia novaezelandiae (inside).JPG
Chlamys zeelandona (inside).JPG
Diplodonta globus (inside).JPG
Tugali elegans (inside).JPG
Ruditapes largillierti (inside).JPG
Mactra ovata ovata (inside).JPG
Tucetona laticostata 2.JPG
Musculista senhousia (Asian mussel) inside.JPG
Austrovenus stutchburyi (tuangi cockle) inside.JPG
Macomona liliana (large wedge shell) inside.JPG
Purpurocardia purpurata (inside).JPG
Hemitoma.jpg
Turbo smaragdus.JPG
Micrelenchus dilatatus.JPG
Umbonium zelandica.JPG
Isocradactis magna, Pakiri 1.JPG
Umbonium zelandica (underside).JPG
Isocradactis magna, Pakiri 2.JPG
Columbarium wormaldi.JPG
Turbo smaragdus (juvenile).JPG
Trochus tiaratus (underside).JPG
Micrelenchus dilatatus (underside).JPG
Micrelenchus dilatatus (patterned).JPG
Zeacumantus lutulentus.JPG
Turritriton tabulatus.JPG
Gari convexa.JPG
Penion sulcatus.JPG
Chlamys zelandiae.JPG
Poirieria zelandicus.JPG
Zeacolpus vittatus.JPG
Dicathais orbita.JPG
Pratulum pulchellum.JPG
Notirus reflexus.JPG
Onchidella nigricans.JPG
Maoricrypta costata 2.JPG
Anomia trigonopsis.JPG
Zenatia acinaces.JPG
Panopea zelandica.JPG
Dicathais orbita 2.JPG
Barnea similis.JPG
Zelithophaga truncata.jpg
Astraea heliotropium.JPG
Iredalina mirabilis.JPG
Irus elegans.JPG
Dosinia maoriana.JPG
Cellana radians.JPG
Cellana radians 2.JPG
Patelloida corticata.JPG
Siphonaria zelandica.JPG
Paryphanta busbyi.JPG
Nerita melanotragus.JPG
Cantharidus purpureus 2.JPG
Chlamys zeelandona.JPG
Diplodonta globus.JPG
Sigapatella superstes.JPG
Berthella ornata.JPG
Betaeopsis aequimanus.JPG
Roussillon 1993.jpg
Diloma subrostrata subrostrata.JPG
Turbo smaragdus (juvenile, underside).JPG
Turbo smaragdus operculum (catseye).JPG
Cellana ornata.JPG
Cantharidus purpureus 3.JPG
Epitonium tenellum.JPG
Limatula maoria.JPG
Ruditapes largillierti.JPG
Glaphyrina caudata.JPG
Ozius truncatus.JPG
Felaniella zelandica.JPG
Anthothoe albocincta.JPG
Ophiopteris antipodum.JPG
Alpheus novaezealandiae.JPG
Alope spinifrons.JPG
Cabestana spengleri (underside).JPG
Acanthochitona zelandica.JPG
Maoricolpus roseus roseus.JPG
Zeacumantus lutulentus (underside).JPG
Turritriton tabulatus (base).JPG
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