Judy Jernstedt, Stem cross section of Pereskia guamacho

Judy Jernstedt, Stem cross section of Pereskia guamacho

- Orchid aerial root taken using brightfield microscopy.

- Orchid aerial root taken using brightfield microscopy.

Flax plant stem, light micrograph    (plate with gems instead of cells)

Flax plant stem, light micrograph (plate with gems instead of cells)

Flax plant stem, light micrograph

Flax plant stem, light micrograph

biodisc-cross-section-of-a-magnolia-tree-root-lm-x10.jpg (473×355)

biodisc-cross-section-of-a-magnolia-tree-root-lm-x10.jpg (473×355)

Pine needle cross section

Pine needle cross section

Lime Tree Stem

Lime Tree Stem

Fruit stone cells. Beautiful nature. Microscopic Photography. Science as art.

Fruit stone cells. Beautiful nature. Microscopic Photography. Science as art.

Pine Stem Cross Section

Pine Stem Cross Section

Cross section of a plant stem under a microscope.

Cross section of a plant stem under a microscope.

I'm pretty sure that these are plant cells (stem or root... Probably root).

I'm pretty sure that these are plant cells (stem or root... Probably root).

Oak root, light micrograph

Oak root, light micrograph

Dyed cross-section of plant under a microscope. By biodisc. From rangireflections on tumblr

Dyed cross-section of plant under a microscope. By biodisc. From rangireflections on tumblr

An appropriate color choice is the key to convey proper meaning (and sense of wonder) to microscopic images of plant tissues.

An appropriate color choice is the key to convey proper meaning (and sense of wonder) to microscopic images of plant tissues.

The underside of a potato leaf (Solanum tuberosum) is covered with fine hairs (bluish) and glandular cells (yellow), in between the stomata are visible.  Scanning Electron Microscope, 90:1 (at 15x8cm)

The underside of a potato leaf (Solanum tuberosum) is covered with fine hairs (bluish) and glandular cells (yellow), in between the stomata are visible. Scanning Electron Microscope, 90:1 (at 15x8cm)

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