The secret code in nature: plants "talking" to each other.

   The secret code in nature: plants "talking" to each other. 

Recently, I wrote that maybe plants are not intelligent. But in this moment I must say that there could be intelligences that cannot communicate with us. The fact is that plants communicate. But are they intelligent, that is the key question. Plant intelligence is one of the most interesting things in the world. Plants send information to each other. And that information involves things like what kinds of nutrients and what kinds of damage the plants get. 

When plants have enough nutrients, they send more pheromones than plants that do have not enough nutrients. Same way. If plants are sick, the fungi will start to eat that plant away. And that fungi sends other pheromones to the air. When we talk about plant intelligence, we should ask: are those things conscious? Can plants control their behavior? When pheromones impact cells. That thing makes them grow in a certain direction. The communication between plants is an interesting thing. And we are just starting to hack nature's secret code. 

"Scientists have visualized how plants communicate using volatile organic compounds (VOCs) when under threat, a phenomenon first identified in 1983. The team discovered that plants interpret these VOCs as danger signals, prompting a defensive response. Using innovative equipment and imaging techniques, they identified the specific VOCs responsible and the cells within plants that first react. Their research offers profound insights into the intricate communication mechanisms of plants and their resilience in the face of potential harm". (ScitechDaily.com/Nature’s Secret Code: How Plants “Talk” Through the Air)

Gaia hypothesis: can species communicate over species borders? 

But then we face things like the Gaia hypothesis. The Gaia hypothesis goes like this: All living creatures form the living entirety. But could that thing be intelligent? The key element in the Gaia model is this. Living creatures can communicate with each other over species borders. Things like plants and fungi form the base, the network that connects species into one entirety. You can read more about the Gaia hypothesis from Wikipedia. The link to that is below this text.  Next to this chapter is another link to that Wikipedia article. 

https://en.wikipedia.org/wiki/Gaia_hypothesis

And can that creature be intelligent? The answer to that question might be more complicated than we ever imagined. The fact is that we cannot consciously communicate with separated cell groups. That means we cannot order our liver to burn alcohol faster. Or we cannot order our natural immune cells to travel at certain points in our body. But we know that all our functions are not conscious or volitional. There are lots of functions in the human body that do not reach consciousness. 

We know that all species on our planet have their ecological locker. And if we bring some foreign species into nature, the results could be devastating. In this scenario, jungle snakes or other foreign species will accidentally released into Northern nature. That foreign species can destroy some other species. 

When we think about pheromones and plant communication, nothing denies that plants and mammals can communicate with each other. Using pheromones. We don't know how those pheromones interact with the mammal nervous system. But when mammal smells those things, they impact the olfactory coil. The question is how the nervous system reacts with those pheromones. The fact is that there are many things in nature, that are unknown to us. 

https://scitechdaily.com/natures-secret-code-how-plants-talk-through-the-air/

https://en.wikipedia.org/wiki/Gaia_hypothesis

Could event horizon transform gravitational waves into electromagnetic wave movement?

  Could event horizon transform gravitational waves into electromagnetic wave movement? 

The event horizon of the black hole is the point where there is no return. After that, the particle must travel faster than the speed of light. And that thing is impossible. When we think that the event horizon is the extremely powerful Van Allen belt and the particles that fall through it interact with high-energy particles that are orbiting singularity in that point, we must understand that this point could be the X- and gamma-ray radiation source. 

Or if we think that the gravitational and magnetic fields look similar. But they are at different energy levels. That thing makes it possible. That there is a hole in the event horizon or black hole's gravitational field. 

The gravitational waves are interacting with each other. That interaction means that if there is a donut-shaped standing gravitational wave at the point of the event horizon. That standing gravitational wave can pull other gravitational waves out from the internal structures in the black hole's event horizon. 

"When black holes collide, they produce gravitational waves detectable on Earth. Although theorized by Einstein in 1916, they were not directly observed until 2015. Modern research contrasts older models with new data, revealing that these waves do interact. This knowledge refines our models and challenges the full scope of general relativity in explaining black hole properties". (ScitechDaily.com/Ripples in Spacetime: Unraveling the Secrets of Gravitational Waves)

That means. There could be a stronger gravitational area at the black hole's event horizon's outer shell at the point where the acceleration disk falls in the black hole. At that point, the acceleration disk sends wave movement to the point of the event horizon. And that makes this hypothetical gravitational wheel possible. At that point particles that orbit singularity are at higher energy levels than other places in the event horizon. 

In that case, there is a possibility, that a black hole pulls wave movement and particles to impact course with particles. That is trapped in the event horizon or the point where escaping velocity reaches the speed of light. This impact can cause a similar effect with solar wind or particles that impact plasma trapped in the Van Allen belt.  

The event horizon could be like a more powerful version of the sonic whirl. In the event horizon, the speed of particles is the minimum speed of light. Below it, the photons and all other particles travel at the same speed, which is higher than the speed of light outside the event horizon. 

But if a particle orbits singularity precisely at the point of the event horizon the incoming gravitational waves may impact with particles or superstrings. And that thing loads energy to them. In that position, the speed and energy levels of the impacting particles are much higher than in sonic whirls or Van Allen plasma belts. 

So, could it be possible that the particle, trapped in the point of the event horizon can transform gravitational waves' wavelength into electromagnetic radiation? 

The position where gamma- and X-ray bursts leave from the black hole is interesting because it can open a route to the new world. Black holes can trap particles and superstrings in the event horizon. And it's possible that if some wave movement or superstring impacts with superstring or particle in the event horizon. That thing can turn the wave movements wave length from, for example, gravitational waves to electromagnetic waves. 

This means that. The event horizon or superstrings that travel in it could turn the gravitational waves straight to electromagnetic wave movement. The idea is that the superstrings that travel to the point of the event horizon will just jump up from that point when gravitational waves from inside the black hole impact it. That impact raises the superstring just out from the point of the event horizon. 

https://scitechdaily.com/ripples-in-spacetime-unraveling-the-secrets-of-gravitational-waves/

Gravitation has been the thing that allows to transport of information between two quantum worlds.

  Gravitation has been the thing that allows to transport of information between two quantum worlds. 

"Rice University physicists, in a study led by Qimiao Si, have bridged two quantum physics subfields by demonstrating that specific unchangeable topological states, crucial for quantum computing, can intertwine with alterable quantum states in certain materials. This discovery enables potential operations at significantly higher temperatures, offering immense functional promise." ( ScitechDaily.com/ Unraveling Quantum Secrets: Physicists Bridge Two Quantum Worlds)

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Could this be the model of quantum gravity? 

In that model, the quantum gravity forms when energy or wave movement is called "superstring". The reason why that superstring causes a gravitational effect is that it hits a particle. Two ways can make the pulling effect of that superstring. First, the superstring can form a lower energy area at the front of the particle. 

A) The superstring can transport energy into itself. That thing causes an effect where gravity pulls particles to the dominating center. 

B) The superstring can send energy waves to that quantum field. The energy travels over the particle's shell, and then it will travel backward of the particle. Then that wave movement acts like a rocket engine that pushes particles forward. 

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Doubling or multiplying quantum fields or subfields makes it possible to transport information between two quantum worlds. 

A quantum field or quantum halo surrounds every single particle in the universe. The quantum gravity is the asymmetry in that halo. The thing that can make information exchange between two particles possible and determine the direction where information flows is the "brightness" or the quantum field's size. Information always travels from a higher-energy object to a lower-energy object. 

When wave movement like gravitational waves travel between particles they transport information. When we think of the quantum halo or quantum fields around particles they are not homogenous. That means there are layers in those quantum fields. Those layers are so-called subfields. The system can also double subfields. In that case, doubling happens from inside to outside. If the resonance in that subfield is strong enough, that shakes the particle's shell. 

And that allows to transport of information between two different size particles or quantum states or quantum worlds. The reason that thing is hard to make is this: the quantum field around the particle acts like an atmosphere. The most distant layers from the core are at the low energy level. Or they are "thin". That means it's hard to raise the energy level in that particle so high that the resonance travels from the primary particle. Through the other particle's quantum field and reach the particle's nucleus. 

The information is also one name for energy. Information is also wave movement.  In the theoretical particle model, the superstring is the smallest or thinnest part of wave movement. 

Material is the stretched or ball-shaped form of superstrings. The ability to transport information between two quantum worlds means that the system can transport information between two or more quantum layers. 

Four fundamental interactions, strong nuclear interaction, weak nuclear interaction, electromagnetism, and gravitation are wave movements with different wavelengths. The sender of those waves is the transportation particle that transports the fundamental force. The photon can turn flat. And that thing gives photon particle and wave movement forms. 

So the ability to exchange information between quantum worlds makes it possible for the strong nuclear interaction can transform straight to electromagnetism. In that model, the strong nuclear interaction's wave movement will just transfer to the electromagnetic wave movement that has a longer wavelength than the strong nuclear interaction. 

In that model, the system connects electromagnetism with strong nuclear interaction. And theoretically, that can done by gluing the strong nuclear force's waves into electromagnetic waves.  However, practical solutions are more complicated than this model. 

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The gravitational interaction is the only interaction that is common for all particles. 

In some models, quantum gravitation is the hole or pothole in those quantum fields. That pothole pulls the quantum field from another particle to it. And that thing forms the energy channel that sends wave movement from the dominating particle to the recessive particle. And that wave movement is what travels to the recessive particle and sends wave movement that causes resonation in that recessive particle. 

That resonation travels from the point. Where that energy string impacts with particles through its shell. Then that wave movement travels back to the particle and acts like a jet- or rocket engine that pushes the particle forward. That interaction is quantum gravity. And other ways we can say: that those dominating and recessive particles exchange information. The thing that determines is particle dominating, or recessive is the size of that particle and its quantum field. 

The ability to transport information between two quantum worlds is a useful phenomenon for quantum computing. But it's much more than just quantum computing. The ability to transform strong nuclear interaction straight to electromagnetism causes interesting visions for the energy production of tomorrow. 

And that thing can exchange information between two quantum states or quantum forms. That thing makes it possible to transport information between binary and quantum computers. But that thing can make much more. The ability to transport information between two quantum worlds forms in effect, that doubles the quantum fields around particles. Doubling quantum fields is the thing, that makes it possible to transport information between different types of particles. 

Singularity and its physical shape are interesting things.

  Singularity and its physical shape are interesting things.

"Once you cross the threshold to form a black hole, everything inside the event horizon crunches down to a singularity that is, at most, one-dimensional. No 3D structures can survive intact. However, one interesting coordinate transformation shows that every point in the interior of this black hole maps 1-to-1 with a point on the outside, raising the mathematically interesting possibility that the interior of each black hole gives rise to a baby universe inside of it, and the possibility that our Universe itself may have arisen from a black hole in a pre-existing universe prior to our own". (BigThink/Ask Ethan: Are singularities physically real?)

When we think about the singularity and its shape. That is the point. Where time, material, and space are as an entirety. And that's why it's hard to model that point. It's hard to think that time is part of something or it's in something. 

Time affects singularity as it affects all other material. And the thing that forms that thing is the "super fusion" that smashes all particles in a certain space into one entirety. That pushes quarks, gluons, and electrons together forming an extremely high energy level. That energy forms when all four fundamental forces interact at the same time.

 Or at least three nuclear forces,  strong and weak nuclear interactions, with electromagnetism take part in that reaction. The energy level in singularity is higher than in all other materials because so many fundamental interactions participate in its forming. Material is one form of energy and that reaction packs very much energy to singularity. That means singularity exists longer than regular material.

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"Both inside and outside the event horizon of a Schwarzschild black hole, space flows like either a moving walkway or a waterfall, depending on how you want to visualize it. At the event horizon, even if you ran (or swam) at the speed of light, there would be no overcoming the flow of spacetime, which drags you into the singularity at the center. Outside the event horizon, though, other forces (like electromagnetism) can frequently overcome the pull of gravity, causing even infalling matter to escape." (BigThink/Ask Ethan: Are singularities physically real?)"

You can see in the first animation that material and energy (wave movement) fall into a black hole. So they must reflect from the center of that object. That means a black hole is like a giant gravitational version of the vacuum explosive. It sends gravitational waves or gravitational radiation. And that radiation causes a vacuum that pulls other quantum fields and particles into the black hole. In the second image is the hypothetical case the gravitational field, along with other energy fields turns into a rope-shaped form in the rotation axle of the black hole. 

"In the vicinity of a black hole, space flows like either a moving walkway or a waterfall, depending on how you want to visualize it. Unlike in the non-rotating case, the event horizon splits into two, while the central singularity gets stretched out into a one-dimensional ring. Nobody knows what occurs at the central singularity, but its presence and existence cannot be avoided with our current understanding of physics." (BigThink/Ask Ethan: Are singularities physically real?)

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Image: Credit: E. Siegel/Beyond the Galaxy

"As a balloon inflates, any coins glued to its surface will appear to recede away from one another, with ‘more distant’ coins receding more rapidly than the less distant ones. Any light will redshift, as its wavelength ‘stretches’ to longer values as the balloon’s fabric expands. This visualization solidly explains cosmological redshift within the context of the expanding Universe. If the Universe is expanding today, that means it was smaller, hotter, and denser in the past: leading to the picture of the hot Big Bang."(BigThink/Ask Ethan: Are singularities physically real?)

The balloon. That introduces the expansion of the universe. We see that the distance of the points increases. And that means interaction between them is becoming weaker. Or is it so? Relative distances between those coins are the same if they also expand with the universe. Also when the universe expands the disturbing quantum fields between objects turn weaker. The model says that when quantum fields in the universe turn weaker because there is no outcoming energy. That increases the size of the particles. 

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But when it will not get more energy from the transition disk the black hole starts to vaporize. In some models, the energy and material that fall into the black hole do not reach the singularity that is the nucleus of a black hole. In those models, the singularity itself is in electromagnetic low pressure and that thing causes the vaporization. 

And that could be the reason for gravitational waves. that are leaving from black hole. The question is: do those gravitational waves come from the singularity or the event horizon? The fast-spinning singularity can form a standing gravitational wave around it. That could pull the gravitational field out from the nucleus of a black hole. 

In some models, the event horizon is like a gravitational version of the Van Allen belt. It can trap particles in it. And when those particles rotate singularity radiation that travels through the event horizon pumps energy to them. So there may be a hole in the event horizon. That hole forms when the core or nucleus of the black hole sends coherent gravitational waves to the event horizon. And then that thing means that there may be no gravitational field at the poles where the radiation beam leaves a black hole. 

When material falls in a black hole singularity loads energy to it. That thing is called the curvature of spacetime. The curvature of spacetime means that the quantum fields are thicker near the black hole. And that effect slows time, or otherways saying: causes time dilation. When material travels through the event horizon time starts to travel backward. And that means material should come out from a black hole at the moment when it formed. 

The energy that a black hole gets, when it forms after the supernova explosion makes that material super heavy. So singularity is so high energy level material that its energy level is higher than all other material in the universe. It's packed energy that sends energy waves through space and time. 

We can think of a situation like this. The singularity sends radiation monotonously. So because one frequency of radiation travels out from the gravitational center, that causes a situation where other quantum fields that is the common name for multiple power fields in the universe are falling into a black hole.  

The animation shows that the singularity packs that wave movement into a form, that looks like rope. And then that radiation beam that could be gravitational waves and high-energy electromagnetic radiation travels out from the black hole's poles. 

In normal energy production situations like in nuclear fission the weak nuclear interaction alone makes energy. Or rather saying, nuclear fission just releases energy. That is stored in the form of material. In annihilation, only strong nuclear interaction takes part in the reaction. The thing that forms singularity is a little bit like nuclear fusion. 

When a supernova explosion happens it pushes quantum fields away. Then the quantum fields drop back into that vacuum and press all particles into their entirety. During that process, their quantum fields are impacted. And then the singularity starts to rotate or spin. 

Singularity may have two spin axles. The axle between magnetic poles. And equatorial axle. And that thing forms the acceleration disk and X- or gamma-ray beam. The spin of the black hole is required for wormholes. And the whirl around them proves that black holes are spinning. 

https://bigthink.com/starts-with-a-bang/singularities-physically-real/

The Mercury-planet's magnetosphere gives a window to the most high-energy particles in our solar system.

 The Mercury-planet's magnetosphere gives a window to the most high-energy particles in our solar system. 

Mercury-planet. And its mysterious magnetosphere. 

The origin of the X-ray flares in planet Mercury's magnetosphere can form when solar wind hits particles that orbit Mercury in its Van Allen plasma belt. The X-ray flares make Mercury very hostile. That planet is closer to the Sun than Earth. And that thing turns Mercury very hot. And the high temperature with powerful solar wind that travels deeper in the magnetosphere than on Earth. 

Along with weak gravity that causes a situation, Mercury cannot have a remarkable atmosphere. But its magnetosphere along with weak gravity traps some particles around that planet. When solar wind hits those particles. They send X-ray flares. The main trapper of those particles is a magnetic field. 

The magnetospheres around planets are always similar. The magnetic field traps particles around the planet. And those trapped particles are forming the Van Allen radiation belts. So Mercury doesn't make a difference in that case. The Van Allen belts around that planet trap particles that come from the Sun. The energy level of those trapped particles rises. Then the particles from the solar wind impact them. That thing forms X-ray flares around Mercury. 

"Image of chorus wave generation on Mercury. Credit: Image of Mercury: NASA/Johns Hopkins University Applied Physics Laboratory/Carnegie Institution of Washington" (SctechDaily.com/Mercury’s Mystical Magnetosphere: Mio Spacecraft Reveals Chorus Waves and X-Ray Aurora)

The attosecond lasers are slow if we want to measure one electron's position. The attosecond lasers can move particles in nanotechnology. Or they can remove parts of living cells by using laser rays. Those systems give extreme accuracy to any people who need it. The modern, powerful attosecond laser base is in particle accelerators. But it's possible to create cheaper attosecond lasers that can move particles in nanotechnology. 

Those effects are interesting because they can be used in attosecond X-ray lasers. The attosecond laser is a very fast system. The new and small attosecond lasers can be ring-shaped chambers. The chambers where trapped ions are might be like pearls in the ring. And the purpose of those systems is to give an extremely fast energy impulse. 

 Then the particle accelerators send the high-energy ions to impact with ions, trapped in chambers. And that thing can form the X-ray flare. If another X-ray flare comes out from the bottom of the system, that thing makes the laser act like an electromagnetic version of the LRAD system. The attosecond X-ray lasers are needed in the special laboratories where researchers work with nanotechnology. The attosecond lasers should see the position of individual electrons. The attosecond laser is a pathfinder for new and powerful nanomechanical solutions. 

https://bigthink.com/starts-with-a-bang/attoseconds-particle-physics/

https://scitechdaily.com/mercurys-mystical-magnetosphere-mio-spacecraft-reveals-chorus-waves-and-x-ray-aurora/

https://en.wikipedia.org/wiki/Mercury_(planet)

https://scitechdaily.com/revolutionary-new-lens-into-the-universes-most-energetic-particles/

Is a protoplanet called Theia the source of gold platinum and Earth's mysterious gravitational hole over the Indian Ocean.

Is a protoplanet called Theia the source of gold platinum and Earth's mysterious gravitational hole over the Indian Ocean. 

Is the protoplanet called Theia the former of the gold and platinum in Earth's mantle? In the new theory, the same protoplanet that formed the Moon created also platinum and gold in our planet's mantle. When that protoplanet impacted Earth, which still was liquid, the shockwave started to travel through liquid Earth. That powerful shockwave caused a fusion reaction where atomic nuclei impacted together. 

And that impact might explain gold and platinum on our planet. Theia might be one source of the Zealand missing continent near New Zealand. If that continent formed from Theia impact, and fell to Earth's mantle because material at that point was heavier than Earth. Theia's remnants remain in Earth's mantle. In some models, Theia was a remnant of some larger protoplanet. That means it could formed of heavier elements than the Earth's mantle. 

"Southwest Research Institute’s Dr. Simone Marchi collaborated on a new study finding the first geophysically plausible scenario to explain the abundance of certain precious metals — including gold and platinum — in the Earth’s mantle. Based on these simulations, scientists found an impact-driven mixing of mantle materials scenarios that could prevent the metals from completely sinking into the Earth’s core. Credit: Southwest Research Institute. " (ScitechDaily.com/Moon-Sized Impacts: The Secret Behind Gold & Platinum in Earth’s Mantle?)

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The ring-shaped gravitational field can pull gravitational waves out from inside that ring. 

In some models, the ring-shaped gravitational field can pull gravitational radiation out from some point. The ring-or wheel-shaped gravitational field can form when the heavy particles orbit some point. In that model high-energy particles that have very high weight form the gravity field that forms a lower gravity area in the middle of that wheel. 

That wheel is formed by particles that are at high energy levels and very massive. In some visions, the water ring that impacted high-energy radiation can form the wanted ring- or wheel-shaped gravitational field. The thing that makes this wheel possible is the material that has a gravitational field. 

 Otherwise, gravitational waves can push the gravitational field away from some point. And if that is the reason for Earth's mysterious gravitational anomaly, the weaker point of gravity field over the Indian Ocean that thing could be the observation of the century. 

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"A rendering of the Earth's gravity as seen by the European Space Agency' Goce satellite. Yellow and orange regions are those with more gravity and the blue, marked over the Indian Ocean, shows where gravity is less pronounced. (Image credit: ESA via Getty Images)" (livescience.com/Indian Ocean gravity hole was caused by extinct ancient sea, scientists say)

The gravitational hole over the Indian Ocean is an interesting thing. That point helps to make gravitational models. And that gravitational hole also uncovers things like: is there a possibility that some materials absorb those waves? Researchers can't detect that phenomenon in any material. But if the material that absorbs gravitational waves is possible, it revolutionizes many things. That theoretical material could deny gravitational waves reaching some target. And that removes the gravitational field from that area. 

"Topography of Zealandia, outlined in pink. The linear ridges running north-northeast (Colville to the west and Kermadec to the east, separated by the Havre Trough and Lau Basin) and southwest (the Resolution Ridge System) away from New Zealand are not considered part of Zealandia, nor are Australia (upper left), Vanuatu, or Fiji (top centre)." (Wikipedia.com/Zealandia)

Could Zealandia have some kind of connection with the mysterious gravitational hole in the Indian Ocean? 

There is a possibility that there is lighter material in the mantle below the Indian Ocean. In some models, the ocean currents form the magnetic field or form some other phenomenon that pulls material in the mantle away from the point of the Indian Ocean. Because there is less material under the Indian Ocean bottom than in other places on Earth. That thing causes the gravitational weakness in the Earth's gravity field. In some very wild visions, the centripetal force in the ocean current's whirl in the Indian Ocean can form a gravitational effect that pulls material sideways from the bottom of the Indian Ocean. 

If another gravitational field creates a gravitational hole on Earth. That is one of the most interesting observations in history. That thing means that a wheel-shaped gravitational field can turn gravitational waves from the center of that wheel. And that could form the point, where there is no gravity. That kind of gravitational field can formed in a plasma ring in the universe. 

But there could be many other explanations for the gravity anomaly at that point. One of them is Earth's nucleus is at a longer distance from the Earth's shell at that point. 

If that model is real there is a small possibility that Zealandia will change the gravitational wave's trajectories. And that thing can explain the gravitational hole on Earth. But could it be possible that curves in gravitational waves or their trajectories can cause the gravitational hole on Earth? 

In another model, the material at that point is lighter. One of the reasons for that could be Zealandia which denies the cosmic radiation effect on those particles. Electromagnetic radiation loads energy to the particles. And when the energy level rises the particle's mass rises. If there is some kind of shield between particle and radiation source, that is the Sun. That shield causes the effect, where the particle remains at a lower energy level. And that means the particle is lighter. 

https://www.livescience.com/planet-earth/rivers-oceans/indian-ocean-gravity-hole-was-caused-by-extinct-ancient-sea-scientists-say

https://en.wikipedia.org/wiki/Theia_(planet)

https://en.wikipedia.org/wiki/Zealandia

Do trees have feelings? Probably not.

 Do trees have feelings? Probably not. 

The plant intelligence is a fascinating thing. But when we are talking about plant intelligence and the ability to exchange information, that doesn't mean that plants can think or have feelings. The ability to exchange information between individuals doesn't mean that those individuals can think. If trees or other plants can exchange primitive information using pheromones like enough water, that doesn't mean that trees are talking to us. 

This information can be simple. If some trees send lots of pheromones they are at a suitable place. The number of pollen determines which side the other tree makes its inflorescence. When we cut some plants, that creature makes lots of flowers. And the reason for that could be that water flow in its cells ends. And to guarantee that its genomes will transfer to other plants that cut plant creates lots of flowers. But that thing doesn't mean that those plants have feelings. 

"Researchers scrutinized claims made in two popular books about trees having human-like traits and emotions. Published in Trends in Plant Science, their findings challenge many of these claims as unscientific. They caution against anthropomorphizing plants and highlight issues like the flawed “mother tree concept” and the dangers of making decisions based on appealing but inaccurate narratives, especially in the context of climate change adaptation". (ScitechDaily.com/Scientists Debunk the Myth: Do Trees Really Have Feelings?)

The trap of a Venus fly trap, showing trigger hairs.

If we think of cases where the plant can send different chemicals in the case of fire and if some bugs are eating them. That thing can tell that there are different chemical information transporters in cambium or leaves. Fire releases different chemicals than a bug that eats the leaves. That thing can make it possible for trees can exchange information. 

But those actions like pumping more water into trees are reflexes if they exist. Same way flytraps are eating bugs by closing their leaves. The Venus flytrap can move its leaves very fast. But that vegetable is not intelligent. The Venus flytrap plays butterfly when it cheats bugs to sit on its leaves. And even if that vegetable is a beast, it will not be intelligent. 

https://scitechdaily.com/scientists-debunk-the-myth-do-trees-really-have-feelings/