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Dinophysis algae under microscopic view, Chromista, diatoms, phytoplankton, fossils, silica, golden yellow algae

chinese medicine akebiaquinata caulis akebiae Akebia quinata Decne.

centropyxis aculeata (amoeboid organism) under the microscope - optical microscope x400 magnification

Study of Protozoa, Algae and bacteria under the microscope for education.

3d illustration of a radiolaria (plankton) skeleton lattice.

Sand grain from the white sand beaches of Anguilla in the Caribbean Sea, at 200x.

Diatoms are photosynthesising algae, they have a siliceous skeleton and are found in almost every aquatic environment including fresh and marine waters.

Drosophila Larva W.M. under light mircoscope with white background

Brachiopods. Selective focus. Close-up background and texture.

Detail of a fossil of an ancient sea urchin

$Plankton plays a vital role in marine ecosystems. Blackwater diving is an exhilarating underwater activity that takes place in the open ocean at night, offering a unique opportunity to photograph zooplankton and other pelagic creatures. \nThe goal is to capture delicate creatures as they ascend from the deep in a nightly migration. Translucent, black and red parts of the body are invisible at night. That means: The translucent Moray Eel larva is well protected. \nThe length of this moray eel is not known, but since this individual can also be seen in a photo directly in front of a human fingernail, the body height can be determined to be 15mm.\nThis moray eel larva was encountered in the Lembeh Strait, Indonesia\n1°28'51.636 N 125°14'37.95 E at 20m depth$

Colorful, abstract micrograph of a fish scale, calico bass,Paralabrax clathratus, with polarization at 100x.

Close-up Of Hydrogen Molecule On Green Background

micrography showing lots of various translucent freshwater microorganisms in dark back

Ranuncuus Root C.S. under light mircoscope with white background

These high-resolution microscopic images reveal the intricate details of recent foraminifera shells, collected from marine sediments in Crete. The images showcase the natural beauty and diversity of these tiny marine organisms, with their delicate spirals, ridges, and patterns. Foraminifera are key indicators of environmental conditions and play a vital role in marine ecosystems as part of the food web and carbon cycle. Perfect for use in educational and scientific projects, these images are ideal for illustrating marine biology, ecological research, and the complexity of oceanic microfauna.

Micrograph of ancient paleozoic Rugosa coral, also known as horn coral, fossils from the Pennsylvanian period. Viewed in a rock matrix as a thin section. Cross sections of individual corals are about 1 cm in diameter. Collected near Blue Mountain in the Peloncillo Mountian Range, New Mexico, USA.

Study of Protozoa and Algae under the microscope for education.

Squash preparation of stained onion root tip cells showing various stages of mitosis. Differential interference contrast optics on a Leica microscope, Image taken with the X40 objective lens. Depth of focus is extremely shallow (just a few microns). Differential interference contrast results in an optical slice horizontally through the specimen providing maximum possible resolution at this magnification and good contrast. Chromatic abberation is inevitable in light microscopy, but has been kept to a minimum in this image.

Hard shadow of water and oil in stainless steel pot, macro

Heart Sea Urchin Shell also known as Sea Potato or Echinocardium Cordatum on white background

Detail of a rocky beach with (mostly) sandstone rock formation at the coastline of the Greek Island of Chios in the Aegean Sea in early autumn (October). The image was captured on old-fashioned 35mm black and white film by an analogue (or analog) 35 mm film camera. The granularity in the image is real film grain (due to the presence of small particles of a metallic silver on the negative). Minimal post processing has been done (only adjustment of histogram). The image is part of a series of the rocky coastline of Chios, Greece.

Diatom, golden yellow algae under microscopic view

$Devonian cronoid fossils in limestone matrix. Largest is about 1/4\$

Protozoa and Green Algae in waste water under the microscope.

plant Spirogyia W.M. under light mircoscope with white background

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