All Plants must obtain water by osmosis
Non-vascular plants have to stay close to the ground because they have to get their water supply through osmosis. They absorb the water from the damp ground they grow on.
to survive on land, plants must have structures that allow them to obtain water and other nutrients from their surroundings, retain water, transport materials in their bodies, and reproduce those are the five adaptations that plants need to survive on land
Osmosis is the movement of water molecules but water must also be in the liquid state and move across a semi-permeable membrane. Water as water vapour acts like a gas so this cannot be called osmosis.
They must obtain food,shelter,and water
For plants to survive on land, they must have ways to obtain water and other materials from their surroundings, retain water, transport materials throughout the plant, support their bodies, and reproduce successfully. :D
For plants to survive on land, they must have ways to obtain water and other materials from their surroundings, retain water, transport materials throughout the plant, support their bodies, and reproduce successfully. :D
For plants to survive on land, they must have ways to obtain water and other materials from their surroundings, retain water, transport materials throughout the plant, support their bodies, and reproduce successfully. :D
Two ways that vascular plants are different from non-vascular plants is because vascular plants can produce seed and seedless plants while non-vascular plants can't. This is becausevascular plants have tubes that carry water and nutrients while non-vascular plants don't.
They must have structures that allow them to obtain water or other nutrients from their surroundings, retain water, transport materials in their bodies, support their bodies, reproduce and leaves for photosynthesis
All living organism requires nutrients of some sort. Animals require food, plants require water and sunlight, etc.
salt water!?
Osmosis occurs when there are two solutions of different concentration strength separated by a semipermeable membrane. The membrane must allow water to cross, but not the solutes. Water will then move from the solution of lower concentration strength across the membrane to the solution of higher concentration strength. This movement of water is called osmosis.