The tree of life cladogram is a dynamic representation of evolutionary relationships among organisms and will not remain static. As new species are discovered and genetic research advances, our understanding of these relationships can change, leading to revisions in the tree. Additionally, ongoing studies in fields like genomics and Paleontology may reveal new connections or reclassifications of existing species. Therefore, while certain aspects may remain stable, the tree of life is likely to evolve as science progresses.
The different between dichotomous key and a cladogram is they are presented in different ways.An dichotomous key is a reader that shows two statements that describes certain characteristics.Also a cladogram is used to cladistic which shows ancestral relations between organisms, to represent the evolutionary tree of life.
Evolutionary trees are often changed, because new information is added to it or taken away from it from trying to disprove it. That and with an evolution, it gets added and some species [like the California Salamanders] go through speciation and become a new species.
A cladogram is a diagram that shows the evolutionary relationships among a group of organisms. a diagram showing evolutionary relationships
does the same organism always react to the same stimulus at the same way
It goes in order from highest frequency beam, violet, to lowest frequency, red.
C. Derived characters
The different between dichotomous key and a cladogram is they are presented in different ways.An dichotomous key is a reader that shows two statements that describes certain characteristics.Also a cladogram is used to cladistic which shows ancestral relations between organisms, to represent the evolutionary tree of life.
A cladogram is a diagram used in cladistics to show evolutionary relationships between species, based on shared characteristics. It is not the same as a taxonomic scheme, which is a formal system for classifying and naming organisms into a hierarchical structure based on shared ancestry and evolutionary history.
Your astrological golden number is calculated off your birthday so it always stays the same throughout your life.
Think of it like a compass, guiding you when you don't know where to turn and it always points in the same direction . . . at the Father's Throne.
To determine where the carp belongs in the cladogram, we need to consider its evolutionary relationships with other organisms depicted in the diagram. Carps are part of the family Cyprinidae and are classified as ray-finned fish within the clade Actinopterygii. They share common characteristics with other fish in the same clade, which may help identify their position on the cladogram based on shared traits. Without seeing the specific cladogram, it’s not possible to pinpoint the exact location, but it will likely be near other ray-finned fish.
They don't - they all look different. Why do you think they all look the same?
i'm questioning the same question too.but as far as i know there isn't yet a full cladogram of plant kingdom.the mechanism of cladogram is comparing the DNA or amino acid sequences in each species.there are almost a million species of plant in this world.i think it's a lot work to do for the scientists to compare such many plant species.it has become a new project now.
red i think the same as always xxx
No, they revolve in the universe, so not possible... with same force and gravity. I think it can't be same.
Life will never be the same again. Yesterday won't come back. It's always gonna be different. Things will inevitably change.
I think "parallel" is the word you're looking for?