light absorption and reflection leaf

navigate by keyword : leaf chlorophyll green plant absorption reflection cell sunlight biology energy mesophyll palisade radiation red blue photosynthesis light pigment color chloroplast cyanobacteria molecule spectrum tissue wall thylakoid separation biosynthesis protein stoma stomata reaction transfer electron water oxidation membrane sugar enzyme algae surface diffusion epidermis cuticle spongy education

Light absorption and reflection in a leaf Royalty Free Stock Photo
energy light absorption Royalty Free Stock Photo
leaf spring chemistry Royalty Free Stock Photo
Innovative Small Mirror Bowls for Growing Various Plants in Modern Agriculture Royalty Free Stock Photo
Light bulb background Royalty Free Stock Photo
Golden October 2015 in Berlin Spandau, Germany Royalty Free Stock Photo
Golden October 2016 in Berlin Spandau, Germany Royalty Free Stock Photo
Light absorption and reflection in a leaf
Light bulb background Royalty Free Stock Photo
Light bulb background Royalty Free Stock Photo
Golden October 2016 in Berlin Spandau, Germany Royalty Free Stock Photo
Golden October 2015 in Berlin Spandau, Germany Royalty Free Stock Photo
AI-Generated Plant & CO2 Absorption Royalty Free Stock Photo
Close-up of a single plant root extending downward into fertile earth, emphasizing hidden growth Royalty Free Stock Photo
Snorkel - increased suction of off-road cars. protection against Royalty Free Stock Photo
An object such as a leaf can reflect, absorb, and transmit the radiation that reaches it. A green leaf absorbs more radiation in the red and blue parts of the visible spectrum (because the leaf's chlorophyll uses these wavelengths for photosynthesis), while reflecting mostly green light, which is why the leaf appears green. If you hold a leaf up to the sun, it may appear translucent. This is part of the radiation that is transmitted through the entire leaf.


Stockphotos.ro (c) 2025. All stock photos are provided by Dreamstime and are copyrighted by their respective owners.