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Very Rare, Beautifully Illustrated Antique Engraved and Hand Colored Victorian Botanical Illustration of Whitlow Pepperwort, Lepidium Draba, 1863 Plants. Plate 158, Published in 1863. Source: Original edition from my own archives. Copyright has expired on this artwork. Digitally restored.
Cotton plant root, under the light microscope. Longitudinal section through the root of Gossypium hirsutum, upland or also Mexican cotton. Light micrograph at 20X magnification. Isolated, over white.
The study of plant tissues under the microscope in the laboratory.
plant Zea Stem C.S. under light mircoscope with white background
Antique illustration of an Quince. Koehler: Medicinal Pflanzen, Deutchland (1887)
Abstract blue cell pattern, spots, cool, virus, background effect, texture
Scan of green leaves of a cherry tree with petioles. Vintage deciduous herbarium background on a sheet of old textured paper. Pressed and dried herbs. Fine artistic composition composed of dry flat leaves.
Micro world
A plant cell is a fundamental unit of plant life, containing various organelles, including the cell wall, chloroplasts, and a large central vacuole, which are unique to plant cells. These cells serve as the building blocks of plants and play essential roles in photosynthesis, growth, and structural support.
In vitro bacterial culture
Digitally restored from a late 19th Century encyclopedia.
plant rape flower cross section under light mircoscope with white background
microscopic view of plant cells for botanic education and analysis
High-Res Antique Flower Illustrations from William Curtis – Flora Londoniensis. Published from 1777-1798. (source: original Copies from my own Archive).\nCopyright has expired on this artwork. Digitally restored and optimized in Photoshop by myself.\nModern Nomenclature.
Vintage herbarium on an old textured brown aged paper. Composition of the dry pressed herbs.
Micro world
flower Saranka curved petals on the dried lily, isolated on white
Cyanotype print of flower and leaf Queen Anne's lace, Daucus carota. Le Roy, Illinois, USA.
Watercolor set on a with leaves, eyelids and rose hips. Floral wild illustration on the white background for invite and greeting card
3d plant Cell structure
plant stem (dahlia stem) cross section under the microscope showing epidermis, bascular bundles (phloem and xylem) cortex and pith - optical microscope x32 magnification
Squash preparation of onion root tip cells stained to reveal chromosomes, Bright field illumination, light microscopy. This image was taken with the X40 objective lens. Depth of focus is extremely low at this magnification. Smaller apertures give greater depth of focus, but image quality deteriorates and resolution is greatly reduced. The aperture in this image was optimised for contrast and resolution. Chromatic abberation is inevitable in light microscopy, but has been kept to a minimum in this image.
Vintage press and dry green leaf herbarium background on old paper. Scanned image.
Closed up leaf pattern - negative image technique.
Wheat stem, cross section, 8X light micrograph. Blue stained stem of Triticum under a light microscope, a grass widely cultivated for its seed, a cereal grain that is a worldwide staple food. Photo.
Photomicrograph of Volvox globator, a green algae. Dark green spots are daughter colonies forming inside of parent colony. Live specimen. Wet mount, 10X objective, transmitted brightfield illumination.
Digitally Generated Image Of Micro Organism
Munich 1880-1889, Germany. Victorian style botanical lithographs with corresponding caption in Latin and old German script.
A plant cell is a fundamental unit of plant life, containing various organelles, including the cell wall, chloroplasts, and a large central vacuole, which are unique to plant cells. These cells serve as the building blocks of plants and play essential roles in photosynthesis, growth, and structural support.
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.
Free Images: "bestof:An introduction to physiological and systematical botany - Plate 4.png Plate 4 from An introduction to physiological and systematical botany 1807 by James"
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