Comments by "Lilac Lizard" (@lilaclizard4504) on "Electrical experiments with plants that count and communicate | Greg Gage" video.

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  10. M. Öckthem but doesn't that apply more to GMO etc? Corn is naturally multi-coloured because of the HUGE genetic diversity it carries so it can grow anywhere from mountains to near deserts. Us humans have removed all the genetics that give it it's colour range & made it only yellow/white & with that removed it's ability to adapt to climate change or other local climate variations. Bees have seen their numbers reduced from pesticide use to such a level that there's not even enough of them to fertilise all the human food crops anymore in many areas, let alone retain the rest of the planet's eco-systems Grapes & watermellon are made seedless by spraying them with plant growth regulators - that are very similar to agent orange, that was a chemical growth enhancer that caused plants to grow so fast & elongated that they ended up dying (ever noticed how commercial grapes are long & seedless while homegrown ones are round & seeded? That's from the chemicals Compare that sort of stuff with something like neem oil or natural pyrethrum, that are the plant's own defences, transferred onto a new plant to help it fight bugs https://en.wikipedia.org/wiki/Biopesticide Yes there's potential for abuse & it could go badly wrong, but it's currently going badly wrong anyway! Shouldn't we at least research this more & see if we can understand it & see if it has potential? There is currently reserarch going on into this sort of stuff at a basic level anyway & they're finding some facinating stuff out of it & it does have so much potential in so many ways, but currently the researchers are seen as a bit kooky & no-one wants to even talk about what they're finding & that to me would seem to be about the worst possible scenario - if we at least talk about it & learn about it as a collective species, then we can have the ability as a species to make smarter choices on if we use this stuff & if so how. Here's a video on some of the research going into plants & what they naturally do if you want to look more at what options there may be https://youtu.be/Q-4w5xYLwiU?list=PL1mdVN1WPaRnr3OOFF-x_yWc5XkTfm4KO
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  14. "When I asked about plants getting a "bad" signal alerting them" no, you said you didn't think plants could tell "This sensation is a bad one!", so I explained what plants were able to do and identify with sensations they receive. Pain is a mechanism for protection. Evolution suggests that living organisms won't respond to pain unless there is an evolutionary advantage to them in doing so, so in order to ask the question as to if they will respond to pain, we first need to look at the background information & identify if it would be useful for them. We see that if they can "feel" a bug has taken a bite out of them, they are able to respond to this with a wide range of different & selective responses, so from this we can see that it would be evolutionary useful for them to develop the ability to detect this has occurred and to develop some sort of stress to this that would cause them to want to make it stop. Contrast this with a short living insect like a cockroach or cricket. If we rip a leg off an animal, many animals will avoid using the limb & protect the wound, therefore allowing it to heal, increasing their chance of survival so that they can live on to reproduce. In short lived insects, their lifespan is so short that if they rest and protect the injury until it is healed, this will take so long that they will now be dead of old age before they can reproduce. Consequently, it is evolutionary negative for them to develop a desire to rest the wound, as such, when you rip the leg off a cricket, it will pull away/try to stop you from removing it's limbs, but once it's gone, it will carry on completely as normal, with no signs of pain present, as pain does not enhance their survival in the same way it does in plants or longer lived animals. So all of this means plants have an evolutionary reason to feel pain. They have also had a significantly longer period of evolution than any current animal species on the planet and their dna suggests they have used this extensively. So the question we should then ask is if they had evolved this ability, as seems likely from an evolutionary perspective, would we recognise it/how could we establish it? So I guess that's my question to you, how do you think we could test plants for this ability? What would you catagorise as proof of this & on the side note to this you raise of sentience, what would you define as sentience?
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