ferns,horsetails,and club mosses
The plant described is likely a seedless vascular plant. The presence of specialized transport systems and reproduction through spores indicate vascular characteristics, while the lack of seeds points towards it being seedless. Vascular plants with seeds reproduce through seeds rather than spores.
Whisk ferns are seedless vascular plants that only have vascular tissues in their stem.
A seedless vascular plant's roots are analogous to the simple rhizoids in nonvascular plants. Rhizoids are similar to roots in function, as they anchor the plant to the substrate and absorb water and nutrients. However, rhizoids lack vascular tissue found in roots.
Ferns are the most commonly known seedless vascular plant, while there are also horsetails and club mosses. Liverworts are not seedless vascular plants -- they are actually nonvascular.
Carnations are vascular plants that have seeds.
All vascular plants do not bear seeds. For example plants belonging to Pteridophyta are seedless and those of Gymnosperms and Angiosperms bear seeds.
Horsetail is a seedless vascular plant. These plants produce one type of spores only.
no, a liverwort is a seedless nonvascular plant
Liverwarts
The plant described is likely a seedless vascular plant. The presence of specialized transport systems and reproduction through spores indicate vascular characteristics, while the lack of seeds points towards it being seedless. Vascular plants with seeds reproduce through seeds rather than spores.
Whisk ferns are seedless vascular plants that only have vascular tissues in their stem.
Pteridophytes or Pteridophyta describes seedless, vascular plants that use spores to reproduce.
ferotophaciaphytaEx: grass
Plants with seed.
Yes, lycophyta (commonly known as club moss) is a seedless vascular plant.
There are only three (not four) groups of vascular plants. The vascular tissue is used to transport nutrients and water through the plant. There is seedless vascular plants, angiosperms, and gymnosperms.
A seedless vascular plant's roots are analogous to the simple rhizoids in nonvascular plants. Rhizoids are similar to roots in function, as they anchor the plant to the substrate and absorb water and nutrients. However, rhizoids lack vascular tissue found in roots.