The watermark in the lower right corner of the image will not appear on the final print.
Jan Ingenhousz, Dutch Physiologist #1 Metal Print
by Science Source
Product Details
Jan Ingenhousz, Dutch Physiologist #1 metal print by Science Source. Bring your artwork to life with the stylish lines and added depth of a metal print. Your image gets printed directly onto a sheet of 1/16" thick aluminum. The aluminum sheet is offset from the wall by a 3/4" thick wooden frame which is attached to the back. The high gloss of the aluminum sheet complements the rich colors of any image to produce stunning results.
Design Details
Jan Ingenhousz (1730-1799) was a Dutch physiologist, biologist and chemist. In his lifetime he was best known for successfully inoculating the... more
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Comments (2)
Artist's Description
Jan Ingenhousz (1730-1799) was a Dutch physiologist, biologist and chemist. In his lifetime he was best known for successfully inoculating the members of the Habsburg family in Vienna against smallpox in 1768 and subsequently being the private counsellor and personal physician to the Austrian Empress Maria Theresa. But most importantly, in 1779, Ingenhousz discovered that, in the presence of light, plants give off bubbles from their green parts while, in the shade, the bubbles eventually stop. He identified the gas as oxygen. He also discovered that, in the dark, plants give off carbon dioxide. He realized as well that the amount of oxygen given off in the light is more than the amount of carbon dioxide given off in the dark. This demonstrated that some of the mass of plants comes from the air, and not only the soil, thus discovering what we have come to call photosynthesis and cellular respiration. He lived to be 68 and died of natural causes.
$101.00
Juan Patricio Arias Farias
La superficie de un cm2 de hoja recibe 100.000.000 choques de molèculas por minuto al estar expuesta a la presion atmosferica, por lo tanto solo basta un pequeño poro que permita pasar una molecula de oxigeno para que la planta disponga de suficiente oxigeno para la sintesis organica fotovoltaica .
Jonathan James
one thing you don't see stated emphatically is that the atmosphere of the earth is less and 1/1000 co2 and yet 1/5 oxygen much more than 200 to 1 so it's hard to envision but plants must literal be like contact adhesive literally absorbing every molecule of co2 that touches their leafs because the have no lungs.. plants absorb co2 serendipitous from contact