The answer indeed has to do with similarities between genes coding for proteins involved in adherence and attachment in choanoflagellates and animals. Let me explin it to you a little further. Choanoflagellates are a group of protists. There is Morphological Evidence that can explain how close these protists are as closing living relatives to animals. Not only is morphological evidence the ones that help to conclude that but also molcular evidence. The choanoflagellates are a group of <span>of free-living unicellular and colonial flagellate eukaryotes. </span>
<span>It
considered that all terrestrial plant species that exist today have evolved
from Rhyniophyta (a type of spore plants, compiled by the most primitive forms
of vascular). Now terrestrial plants presents by the Moss family, psilotaceae, lycopsids,
class of the Horsetail, fern, gymnosperms and flowering plants. Based on the cladogram, It assumed that the
ancestors of all existing plants are algae, particularly green.</span>
Answer:
No two species can occupy the exact same ecological niche at the same time
Explanation: hope this helps :)
Answer:
The answer is Gregor Mendel
Explanation:
Before Mendel, best known because he was the one who initiated with the science of genetics, there were some concepts and ideas, that explained that. One of the most known was that of blending inheritance which supported that people get a flat mixture of traits from their progenitors. Mendel disproved this showing that genes can be joint and not follow a continuous mixture, this was called particular inheritance.
Answer:
I believe it would form at point D, because the volcanoes are already formed on the oldest islands so, if new ones are forming, it would lead me to believe that it would form towards the youngest mountains. I hope this helps.
Explanation:
