This shell defines the term gastropod, where they are various shells, molluks, or no shell at all.
This plant here relates to ligin, where it is found in all vascular plants
This plant here also is a long day plant where it needs more sunlight than there suppose to take in.
Gibberellins are plants hormones that regulate growth and in this picture it shows how it helpes these plants to grow.
Vascular plant tissue consists of xylem and phloem to carry nutrients from the roots to the leaves and this tree here has it.
This tree here has one type of vessle called xylem that helpes transport nutrients and water to the roots to the leaves.
This moss on this tree is suppose to tell what pteridophyte is which are vascular plants that produce neither seeds or flowers.
Also this moss is suppose to tell what bryophyte is which are non vascular plants that have tissue and enclosed reproductive system.
This is cambium which is the layer of actively dividing cells between the xylem and phloem.
This leaf is a frond that is split in two.
This leaf is a dicot of a plant or flower where there veins branch outward like a tree.
This plant here relates to actin where its abundant protein found in eukaryote cells.
This plant also here has cellulose which a substance that makes up the cell walls.
Here in this picture this plant's stem has meristem which is the tissue to all plants.
This plant here is a tendril of a plant where it coils up and supports the stem.
This dog here is an endotherm which are any warm blooded animals.
This cactus here is a xerophyte which is a type of plant that is well adapted to shortages of water and can conserve water.
This ant here arthropod which has a segmented body an exoskeleton and joint appendages.
This flower here relates to endosperm, the tissue that is produced under the seed of most flowery plants.
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