You can classify them by how they reproduce.
"Angiosperms are (vascular) plants that have flowers, and their seeds are protected inside a fruit."
"Gymnosperms do not have flowers, and their seeds are usually produced inside cones."
Credit to Science 6.
You can classify them by how they reproduce. "Angiosperms are (vascular) plants that have flowers, and their seeds are protected inside a fruit." "Gymnosperms do not have flowers, and their seeds are usually produced inside cones." Credit to Science 6.
Plants can be divided into two large groups: vascular plants, which have tissues specialized for transporting water and nutrients, and nonvascular plants, which do not have these specialized tissues. Another way to classify plants is into gymnosperms, which produce seeds that are not enclosed in a fruit, and angiosperms, which produce seeds that are enclosed in a fruit.
One way to classify them is as nonvascular or vascular.
I think one of them are trees, not sure what the other one is.
Over 2000 years ago, a Greek scientist named Aristrotle(AIR uh staht ul) was one of the first people to classify living things.
flowering plants is one
scientists today divide plants into two large groups based onwhat are the two large groups of plants Edited answer: Based on vasculature, the plant kingdom is divided into- 1. Vascular and 2. Non-vascular plants.
They are all vertabrates. Or they all have a spine. Other classifaications are invertabrates, plants, and two types of micro-organisms. they all have similar body structure, early development, DNA and proteins.
He could not classify bacteria because no one knew that they even existed until the microscope was invented. That occurred in the 1500 to 1600's long after Aristotle was alive.
first if you are a scientist you dont't want to have to call it this one or the slightly green one, second it helps to determin genetic traits and evolution.
They are all vertabrates. Or they all have a spine. Other classifaications are invertabrates, plants, and two types of micro-organisms. they all have similar body structure, early development, DNA and proteins.
A prediction that can be tested is that if a new fertilizer is applied to plants, they will grow taller than plants without the fertilizer. This can be tested by separating plants into two groups, applying the fertilizer to one group, and measuring the height of all plants over a period of time.