One genus is Karena, I think.
Dinoflagellate blooms
Yes, all plant leaf cells contain chlorophyll or one of the other photosynthetic pigments. The leaves are red, because they have other (photosynthetic)pigments in them which give them their colour
chromoplasts have red and orange carotenoid pigments, that anthocyanins do not have.
Leaves get their colors because of the pigments present in them. Red leaves have pigments like anthocyanin.
Chloraphyll A and B
Phytoplankton is the type of plankton that is usually responsible for the toxic phenomenon known as red tide. The reason this happens is due to photosynthetic pigments in the algae.
thylacoids contain photosynthetic pigments chlorophylla and β-carote. There are othe pigments (red- phycoenthrin, blue- phycocyan)
dinoflagellate
Producing energy with light, Hues of green and red in sight. Out in the sun, they work with might, They make plants grow, oh what a delight! Oh photosynthetic pigments, shining so bright.
blue, red and yellow
Because dinoflagellate form red tide at the bottom of the sea.[fatima]
Dinoflagellate blooms
Dinoflagellate blooms
Dinoflagellate blooms
Dinoflagellates are single-celled organisms that have two flagella for movement, many species are photosynthetic and can contain chlorophyll, giving them a yellow or brownish coloration, and they produce neurotoxins that can cause harmful algal blooms and red tides in marine environments.
Absorbing and reflecting the sun's different wavelengths describes the way that non-green leaves prepare food. Chlorophyll is just one of a number of photosynthetic pigments and looks green because it absorbs blue and red wavelengths and reflects green. Other photosynthetic pigments prepare food by absorbing other wavelengths, such as infrared and ultraviolet, both of which are undetectable by the human eye.
Yes, all plant leaf cells contain chlorophyll or one of the other photosynthetic pigments. The leaves are red, because they have other (photosynthetic)pigments in them which give them their colour