Let's say that you had lots of individuals in a population, each with different shaped ear canals. Some are straight, others are convoluted. Animals that get damage to the eardrum are less likely to hear warning calls or the approach of a predator. Thus, they are more likely to be killed by a predator. Animals with convoluted ear canals are more likely to survive encounters with predators because they are likely to have intact eardrums and thus are likely to hear the warning calls and the predator. Tell me, which individuals do you think are most likely to pass their genes on more?
Hey kylie
This was a good idea my dear! We can keep chatting while i get through our original conversation. I will be completely unshackled soon. Fun!
Anways you can always hold it over me, if i dont reply - wishful thinking. Now you have some collateral
I found this statement rather intriguing.
Lets use this same idea with giraffes. Benefit seems to be the key word here. Remember that word as it will come up somewhere. Easter egg!
Im fun... right?
Let's say that you had lots of proto-giraffes ie D and H - for need of a better term, maybe you can help, what was the ancestor of a giraffe? - in a population, each with different shaped necks.
There are many trees some are tall, others are not. Proto-giraffe H, with slightly shorter necks will not get these leaves. Thus, they are more likely to die from starvation .
Proto-giraffe D with slightly longer necks will. These marvellous animals with slightly longer neck are more likely to survive because they can eat all those nutritious leaves and thus are likely to not too starve so easily.
What you think my dear kylie?
Please excuse my attention to detail. This does not yet suggest anything about random processes v risk analysis. You will now need to explain how 2 similar animals with different ear cannals came through a random process?
Also this opens up some interesting questions.
The giraffe has a long neck, a huge heart - that pumps a certain amount of kpa to the head. It also has special valves in its neck to prevent this pressure from causing damage to the animal, when it bends over. These 3 moving parts appear to be a solution.
How do you explain this when we consider a random process compared to design?
Kylie - "which individuals do you think are most likely to pass their genes on more?"
How about you tell me while and consider the below section into your thinking?
The Gene pool! Homosexuality cannot pass on its genes therefore is no benefit to the gene pool. Does this mean homosexuality is a dead end from an evolutionary POV?
What does that mean when we consider how vital reproduction is to human evolution?
Cheers you diamond
