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1.Development of stomata for gaseous exchange and 2. vascular tissue for transportation
S-sun W-water A-air N-nutrients
Marine plants had tp overcome the obstacles presented by a dry enviorment by making adaptations to their structures. They developed an outer, waxy surface to reduce water loss, they developed seeds and spores in order to facilitate reproduction, and they deleopled mycorrhizae to help absorb nutrients from soil.
Not so much. Linnaeus started classifying plant by the differences in their reproductive organs. The broad classification by living conditions would probably split plant into water and land based plants.
Photosynthesis allowed plants to spread over the earth, which enabled grazing animals to feed anywhere that plants could be found.
Terrestrial adaptations are exhibited by the plants and animals living in land habitats. As there are varied types of land habitats, the adaptations shown by organisms also are of diverse kinds.
1.Development of stomata for gaseous exchange and 2. vascular tissue for transportation
1.Development of stomata for gaseous exchange and 2. vascular tissue for transportation
Protection of seeds
It has a little seed in it
grow roots.
Vascular plants consist of about 95% of all living plant species.
S-sun W-water A-air N-nutrients
It's from it's natural adaptations.
Two adaptions that help seed plants reproduce on land are pollen and flowers. Other adaptions that help are shape, gymnosperms and angiosperms.
The Cuticle slows down the water loss from leaves and other plant parts. Cellulose helps support land plants. Vascular tissue allows them to transport water and nutrients through the plant. Seeds instead of spores allow them to sustain longer. Stomata lets them release gases from their leaves.
by developing vasculature and central axis differentiating in to fundamental parts like root, stem and leaves.