Makro och mikro

Lennart Nilsson

The first image taken through a microscope around 1938.
“Only a few days old, the queen bee is ready for fertilization. Instead of a dizzying ascent into the sky with suitors in tow, she is gently placed in a glass tube.” The Queen Bee’s Test-Tube Offspring, 1951.
“Semen from at least three drones—1 cubic millimeter from each—is used in the artificial insemination of the queen bee. The sperm cells remain alive and suffice for the queen’s entire lifetime.” The Queen Bee’s Test-Tube Offspring, 1951.
Common freshwater worm with a tentacle-like, extended head lobe. The worm crawls among aquatic plants using its bristles, 1952.
A few filaments of a green alga, forming a green fringe just below the waterline in many of our lakes, 1952. ©Lennart Nilsson/SPL
A cell from a leaf of ‘Elodea’ (waterweed). Inside the cell are numerous round bodies, chloroplasts, which carry the chlorophyll, 1953. ©Lennart Nilsson Photography/SPL

The first image taken through a microscope around 1938.
“Only a few days old, the queen bee is ready for fertilization. Instead of a dizzying ascent into the sky with suitors in tow, she is gently placed in a glass tube.” The Queen Bee’s Test-Tube Offspring, 1951.
“Semen from at least three drones—1 cubic millimeter from each—is used in the artificial insemination of the queen bee. The sperm cells remain alive and suffice for the queen’s entire lifetime.” The Queen Bee’s Test-Tube Offspring, 1951.
Common freshwater worm with a tentacle-like, extended head lobe. The worm crawls among aquatic plants using its bristles, 1952.
A few filaments of a green alga, forming a green fringe just below the waterline in many of our lakes, 1952. ©Lennart Nilsson/SPL
A cell from a leaf of ‘Elodea’ (waterweed). Inside the cell are numerous round bodies, chloroplasts, which carry the chlorophyll, 1953. ©Lennart Nilsson Photography/SPL

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