Nonvascular plants are generally small

bryophtes are nonvascular

Liverworts are vascular

Hornworts are nonvascular

Mosses and green algae are nonvascular

Vascular plants have xylem and phloem

The phloem transports water

Conifers are nonvascular

Angiosperms are vascular

Bryophytes are nonvascular, non-seeded plants

Pteridophytes are vascular plants

Maple Trees are nonvascular

An example of an angiosperm is an apple tree

Angiosperms are vascular

Vascular plants have true roots, stems, and leaves

Vascular seedless plants bear flowers

Vascular seeded plants bear fruits, and cones

Gymnosperms contain cones, fruit, and flowers

Angiosperms produce cones

Angiosperms produce flowers, and fruit

Vascular seedless plant are without cones, flowers, and fruits

Vascular plants are large in size due to presence of a vascular system (xylem and ploem)

Nonvascular plants have rhizoids

Vascular plants reproduce via seeds

nonvascular plants depend solely on osmosis and diffusion to absorb water passively

Nonvascular plants reproduce via spores

In dicot plant stems vascular tissue is scattered

In monocot plants stems pollen grains have one opening

Dicot leaf veins are netlike

Monocot floral organs arrange in multiples in three

Monocot embryos have two cotyledons

Dicot pollen grains have three openings

Dicot floral organs arrange in multiples of 4 or 5

Monocot stem vascular tissue is arranged in a ring

Dicot plants have taproot (main root)

Monocot plants have fibrous roots (no main root)

Bryophyta's dominant generation is the gametophyte

In moss the sporophyte generation is dependent on the gametophyte and grows out of the gametophyte

Vascular plants dominate generation is the sporophyte

The dependent generation in vascular plants is the gametophyte and it is microscopic

Plants that stop at the primary growth stage are herbaceous 

Parenchyma cells primary functions are photosynthesis storage of food, and repairing tissue

Collenchyma cells primary function is to provide addition support to withstand forces of nature

Collenchyma have spherical, oval, or rectangle shape and are mostly in outer, and inner parts of the plant

Parenchyma cells have compact arrangement and are restricted to the epidermal layer of the plant

Sclerenchyma cells are support tissue composed of any kinds of various hard woody cells that contain lignin

Vascular plants include mosses, liverworts, and hornworts

Megaspore is for egg

Microspore for sperm

Plants use mitosis to create egg sperm

Plants use meiosis to create spores

The embryo is the beginning of roots, stem, and leaves

Vascular tissue is a system of tubelike structures inside a plant through which water, minerals, and food move

Nonvascular plants live in moist, shady environments

Hornworts grown on trunks of trees, and on the ground

Nonvascular plants have rhizoids

Liverworts grow on moist rocks, and along the sides of a stream

Mosses are usually found mixed in with grass, and do not grow on rocks or tree trunks

Moss appearance is fuzzy

Nonvascular plants are short because they do not have cell walls

Marchantia is an example of a liverwort that has antheridiosphores and archegoniospores

The capsules contains spores for reproductions

Two categories of seed plants and the gymnosperms (flowering plants) and Angiosperms (cone plants)

Naked seed plants are also called gymnosperms

Ferns are seedless vascular plants where the dominant phase of the the life cycle is the diploid sporophyte

Grass, trees, flowers, and moss are all examples of non-vascular plants

Vascular plants bear fruits and flowers