Well I do like to review books anyways. And they would be honest reviews. But yeah you bring up good points

Just throwing out ideas I guess x.x

I wasnt going to pitch my stuff in the videos. Just have a link in my bio and that's it.

Why?

I was thinking of doing it in hopes of drumming up interest in my own publications.

The term Fossil Fuel probably confuses a lot.

Plus the dinosaur on Sinclair Oil

I've often wondered what my body craves then when it really really wants a cheese burger.

Oh wait is that the highly processed part?

Randomly on the topic of what defines a species, they found that two species of cichlid fish will interbreed and produce viable offspring if you use a filtered color of light that makes them look identical. .

But in natural conditions, they will refuse to even approach each other because they look too different.

A similar study was done on two species of grasshoppers. The females breed with the males that sound right. And each species female has a different note that means 'this male is my species'.

But the notes the males sing at depends on their temperature! The put heaters on the heads of grasshopper A and made them sing at the note for Grasshopper B species... And the females accepted the warmed up males. I don't remember if the offspring were viable though

(Also they found where the two grasshopper species overlap, there was a bigger difference between their songs. But further apart the songs actually sounded more similar, where the risk of cross breeding was smaller)

Species are weird, fluid, and artificial. And also what is 'natural conditions '? In the wild, the cichlids and grasshoppers would probably never cross breed unless a mutation broke down the barrier.

It makes you think what is a 'natural' environment for a human. We have interned with Neanderthals, so we cannot be a distinct species from them... Or did we put ourselves and them into artificial, unnatural conditions when we broke down language and cultural barriers? Yes there could have been force involved... But iirc no other species forces itself on other species (except perhaps dogs and amorous pet cats, which can be because of a lack of natural releases or abnormal breeding causing these issues)

It can become a controversial and even DANGEROUS thing especially when you apply such discussions to humans, who are ever the exception to the rule of nature.

Iirc salt cravings and finding salty foods tasty can actually be a sign of salt deficiency. So your body 'makes' you find it even more delicious until you are topped up. But other times the same salty chips may be revolting.

The sauropod dinosaurs were able to grow to the largest land animals ever because they found a way to make their skeletons much lighter, using the same thing that birds do. Air sacs!

The air sacs have been shown to invade the bones, making them more lightweight. The aie circulatory system allowed them to shed heat more quickly which is a large problem for large animals. As well as take in more oxygen

(Disclaimer; since we don't have any lungs or actual air sacs from sauropods, we look at the shape of the bones to infer they were there by comparing them with modern reptile and bird bones for similar marks)

If I remember right, the giant ground sloths lived in an environment without too much more oxygen than we do today. Oxygen alone is not the only control factor for big size. The ground slots probably got big to help avoid predators, not unlike modern elephants.

High oxygen content is not directly correlated to animal size, although it does seem to cause gigantism in certain kinds of insects.

A research paper exposed and grew various species of insects in oxygen levels comparable to the Carboniferous. Some of the species got larger, but some of them did not.

When Penzias and Wilson at bell Labs discovered the CMB (cosmic microwave background) they were actually working to rule out nearby microwave interference/pollution.

Some antidotes are made from an immune response... Like an allergy you could say.

One method they used to use was to inject a small amount into a horse, and then take some blood, extract the serum and that's the antidote. I'm told some people can build up an immunity.

It doesn't work with all venoms though, and I believe these days many are synthetic.