plants breathe in carbon dioxide through their stems during the day only. during the night time this process stops as all living things need rest and so do plants.
- soumya s nair
The stem cells are used to grow different types of organs in the plant. The tissues of the plants breathe in carbon dioxide and release oxygen, not the stem cells. This process is called photosynthesis.
Plants i guess...
CO2 and they breath out oxygen
Plants breathe Co2 and we breathe Oxygen.
A woody stem
The stem cells are used to grow different types of organs in the plant. The tissues of the plants breathe in carbon dioxide and release oxygen, not the stem cells. This process is called photosynthesis.
plants breathe in through their stomata which is on their leaves.
Plants breathe through stomata.
Plants breathe through small holes in their leaves. Unlike us they do not breathe through lungs.
Plants i guess...
by the sunlight that penetrated through the water
Most of the plants loose excess waters through the stem or their leaves
Plants produce oxygen through photosynthesis. Plants breathe in carbon dioxide from people and release oxygen for people to breathe and live.
Plants that have a stem with a tip (aka shot, sucker, twig) or a node, can be taken from the parent plant and rooted. This is a form of asexual reproduction or cloning. The requirement is a stem. With plants such as daffodils, tulips and such, the preferred asexual proprogation is bulb splitting.Plants that have a stem with a tip (aka shot, sucker, twig) or a node, can be taken from the parent plant and rooted. This is a form of asexual reproduction or cloning. The requirement is a stem. With plants such as daffodils, tulips and such, the preferred asexual proprogation is bulb splitting.
Not in the way you are probably thinking of breathing. They undergo photosynthesis, as they are plants, which means they absorb CO2. This is plants version of "breathing" .
plants get air by breathing in air through their pores which are really tiny, that's how plants can breathe.
stem Through vascular tissue of phloem