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In most cases autotrophic nutrition and totipotency; i. e. each parenchymatous cell can develop into an individual plant, if provided necessary conditions for multiplication by cell division.
Holophytic and autotrophic nutrition are almost the same thing. Photoautrophs can be called holophytes, which is most autotrophs, but some autotrophs produce food by chemical synthesis, i.e. not in the presence of sunlight. They are chemoautrophs and not holophytes. Similarly, holotrophic and heterotrophic are almost the same. All heterotrophs which are not saprophytic or parasitic are holotrophs as well.
palisade layer
chloroplast i think..
no, some bacteria are heterotrophic and some are autotrophic. Most bacteria are heterotrophic though.
Autotrophic nutrition requires Carbon dioxide (as in most cases). Some autotrophs don't require Carbon dioxide...
Because most of the plants have autotrophic mode of nutrition.
Because most of the plants have autotrophic mode of nutrition.
In most cases autotrophic nutrition and totipotency; i. e. each parenchymatous cell can develop into an individual plant, if provided necessary conditions for multiplication by cell division.
Holophytic and autotrophic nutrition are almost the same thing. Photoautrophs can be called holophytes, which is most autotrophs, but some autotrophs produce food by chemical synthesis, i.e. not in the presence of sunlight. They are chemoautrophs and not holophytes. Similarly, holotrophic and heterotrophic are almost the same. All heterotrophs which are not saprophytic or parasitic are holotrophs as well.
Pcicles
palisade layer
chloroplast i think..
Most likely the dens.
Autotrophic organisms are animals or plants that can create their own energy from the Sun. The organelle most common in these organisms are chloroplasts.
Most nutrition stores with a website could tell you if they have herbal or black loose leaf tea. I would check www.buy-tea-online.com/ to see if they would have what you are looking for.
it happens in the plant cells, i believe in the chloroplast. Also, the most sunlight would hit the top layer of the leaf.