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Pneumatophores are roots found in waterlogged soils, such as those produced by mangroves
mangroves have stilt roots. mangroves grow in soil which is clayey and covered with salty water. stilt roots support the stem and take in air directly from the surroundings.
Plants roots that are above ground are called aerial roots. Examples are some types of orchids, mangroves, and banyon trees.
The mangrove trees do not get uprooted by storms and tides because of their extensive roots
Pencil roots are roots mostly found in mangroves. They allow the plant to absorb water during both high tides and low tides.
i dont know plss help
Their roots breathe the air like other mangroves
Pneumatophores are roots found in waterlogged soils, such as those produced by mangroves
mangroves have stilt roots. mangroves grow in soil which is clayey and covered with salty water. stilt roots support the stem and take in air directly from the surroundings.
I believe mangroves are tree like plants that have a giant system of roots which look like a tangled cave and generally grow around swamp areas.
they give off roots spreading towards the erosion and smooth the erosion system
Mangroves have 3 main types of roots 1) Rhizophora roots 2) Prop roots 3) Pencil roots
Plants roots that are above ground are called aerial roots. Examples are some types of orchids, mangroves, and banyon trees.
Desert ecosystem have plants with wide spreading roots and spiny leaves.
Yes, they can. They live in Mangroves and there they use their fins to climb the roots and branches.
Plants breathe in the soil with the help of their roots . Some plants such as mangroves grow in muddy soil which does not contain much oxygen. To get some air, some mangroves give out special roots called breathing roots. Breathing roots are lined with special cells ( called lentils ) that absorb air. But , plants usually do not breathe through their roots ( mostly through leaves ) . Mostly soil particles can go through roots but I don't know how.
Their roots hold the soil together, preventing wave erosion.