This is not surprising to me at all. In fact the biggest difference between plants and humans is that plants stay in one place all their lives unless moved around by humans, whether these plants are trees or vegetables or whatever. However, all living things are capable of telepathic communication. However, their knowledge bases are completely different than a human. So, though a human can learn a lot from other species including plants it is also a two way street. In other words they help you and you help them. This works the best.
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Apparently, Plants Know How To 'Gamble'
| KSHB | - |
Researchers from universities in the United Kingdom and Israel found pea plants show sensitivity to risk and they even "gamble.
Apparently, Plants Know How To 'Gamble'
Photo Credit: Hagai Shemesh
According to a new study, plants are "smarter" than we may think.
Researchers from universities in the United Kingdom and Israel found pea plants show sensitivity to risk and they even "gamble." They claim this is the first study to show an organism without a nervous system can have an adaptive response to risk.
The experiment involved growing pea plants with their roots split between two pots. Researchers found the plants grew more roots in the pot that had more nutrients.
They hypothesized the same plants would "gamble" in the next series of experiments – and they did.
Researchers again grew those plants with their roots split between two pots. Both had the same average nutrient concentrations in their fertilizers. However, one level varied while the other stayed the same.
The pea plants "gambled" when the average nutrient concentration was low and didn't when it was high. Why?
According to researchers, if the average nutrient concentration isn't enough for the plant, the plant would rather gamble that the pot with varying nutrient levels was running high.
And when the average nutrient concentration is high, the plants would play it safe with the pot that remained the same.
But we already knew plants were pretty adaptive. A study conducted by researchers at the University of Missouri-Columbia found plants respond to the sounds insects make when eating them. They respond by making more defensive chemicals to repel insects.
This video includes clips from University of Missouri and Tel-Hai College, and images from Hagai Shemesh, Maria Keays / CC by 2.0, Brendan Riley / CC by 2.0, Chris Feser / CC by 2.0, HitroMilanese / CC by SA 3.0, Getty Images.
Researchers from universities in the United Kingdom and Israel found pea plants show sensitivity to risk and they even "gamble." They claim this is the first study to show an organism without a nervous system can have an adaptive response to risk.
The experiment involved growing pea plants with their roots split between two pots. Researchers found the plants grew more roots in the pot that had more nutrients.
They hypothesized the same plants would "gamble" in the next series of experiments – and they did.
Researchers again grew those plants with their roots split between two pots. Both had the same average nutrient concentrations in their fertilizers. However, one level varied while the other stayed the same.
The pea plants "gambled" when the average nutrient concentration was low and didn't when it was high. Why?
According to researchers, if the average nutrient concentration isn't enough for the plant, the plant would rather gamble that the pot with varying nutrient levels was running high.
And when the average nutrient concentration is high, the plants would play it safe with the pot that remained the same.
But we already knew plants were pretty adaptive. A study conducted by researchers at the University of Missouri-Columbia found plants respond to the sounds insects make when eating them. They respond by making more defensive chemicals to repel insects.
This video includes clips from University of Missouri and Tel-Hai College, and images from Hagai Shemesh, Maria Keays / CC by 2.0, Brendan Riley / CC by 2.0, Chris Feser / CC by 2.0, HitroMilanese / CC by SA 3.0, Getty Images.
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