Basics to botany
Plant structure
Leaves & Photosynthesis
Plant life cycle
Plant reproduction and class
100

This is an individual living thing.

Organism

100

This is the underground part of a plant that stores food and absorbs nutrients.

Root systeme

100

This process converts light energy into chemical energy and produces glucose in plants.

Photosynthesis 

100

A plant that completes its entire life cycle in one growing season is called this.

Annual


100

These structures are responsible for producing seeds in flowering plants.

Flowers

200

This is the region where an organism normally lives.

Habitat

200

This part of a leaf attaches the blade to the stem.

Petiole

200

This is the large vein running down the center of a leaf blade.

Midrib

200

A plant that completes its life cycle in two growing seasons is called this.

bienial

200

These are the types of grasses commonly used to feed livestock and for lawns, athletic fields, golf courses, and hay.

Forage grasses

300

A plant that produces wood is called this.

Woody plant

300

This is the flat, green portion of a leaf.

Blade

300

These tiny openings in the surface of a leaf allow gases to enter and leave

stomata

300

A plant that lives for more than two growing seasons is called this.

Perennial

300

These plants have flower parts in multiples of three and leaves with parallel veins.

Monocots

400

A plant that does not produce wood is called this.

Herbaceous plant

400

This tissue transports water and dissolved minerals upward from the roots to the leaves.

Xylem


400

This organelle contains chlorophyll and is the main site of photosynthesis.

Chloroplast

400

These plants lose their leaves and remain bare during the winter.

deciduous plants

400

These plants have flower parts in multiples of four or five, leaves with branching veins, and taproots.

Dicots


500

hese are the two major kinds of flowering plants, classified by whether their seeds are enclosed in fruit.

Angiosperm gymnosperm

500

This tissue produces new cork cambium and is responsible for producing new growth in certain plant tissues.

Cambium

500

This green chemical in plants captures the radiant energy of light.

Chlorophyll

500

These plant keep their leaves all year round

Evergreen

500

These soil bacteria convert atmospheric nitrogen into ammonia, making nitrogen available to plants.

Nitrogen-fixing bacteria

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