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Angiosperms have flowers, fruits and seeds. However ferns, horsetails, and club mosses do not have either of these.
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How are Horsetails ferns and club mosses different from mosses?
Angiosperms have flowers, fruits and seeds. However ferns, horsetails, and club mosses do not have either of these.
What is the three seedless vascular plant?
ferns,horsetails,and club mosses
Are horsetails and club mosses similar to ferns?
they all have true stemes
What is an example of a seedless vascular plant?
ferns,horsetails,and club mosses
What ferns horsetails and club mosses?
They are all seedless vascular plants
What 2 groups of plants are considered relatives to ferns?
They are horsetails and club mosses.
Ferns club mosses and horsetails reproduce by releasing what?
Ferns, club mosses, and horsetails reproduce by releasing spores. Spores are small, single-celled reproductive bodies that can germinate into a new plant under the right conditions.
Why must ferns Club mosses and horsetails grow and moist surroundings?
Because they reproduce using spores
What are the three main groups of seedless vascular plants?
Here are a few:Seedless Non vascular Plants:Bryophytes:MossesLiverwortsHornwortsSeedless Vascular Plants:LycophytesClub MossesSpike MossesQuil MossesPterophytesFernsWhisk FernsHorsetails
Do club mosses and horsetails have fronds?
No, club mosses and horsetails do not have fronds. Club mosses have small, scale-like leaves and horsetails have hollow, jointed stems with tiny leaves arranged in whorls.
What are the three main groups of vascular plants?
The 3 main groups of seedless vascular plants are: ferns, horsetails and club mosses.
What helps ferns club mosses and horsetails grow taller than mosses?
Ferns, club mosses, and horsetails have vascular tissues that allow them to transport water and nutrients more efficiently than mosses, which lack these structures. This vascular system supports greater height and structural complexity, enabling them to grow taller. Additionally, their ability to produce spores instead of relying solely on water for reproduction allows them to thrive in a wider range of environments. These adaptations give them a competitive advantage over non-vascular mosses.
