Chapter 11: Plant Futures and Intelligent Life

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Welcome to the Deep Dive.

We are here to process your source material, extract the critical nuggets, and give you the comprehensive shortcut to being truly well -informed.

And today, we are taking on a topic that requires, well, not just a scientific update, but a pretty fundamental shift in perception.

It really does.

We're talking about the animate, complex,

and dare I say, intelligent life of plants.

This isn't just about botany.

No, not at all.

It's about altering how we view existence itself.

It's an exploration that forces us to question our deepest assumptions about what even constitutes a being.

So our mission for this Deep Dive is to guide you through the argument that recognizing the full complexity of plants isn't just some fascinating scientific project.

Right.

It's becoming an absolutely necessary social and ethical choice for the 21st century.

We're going to look at scientific pivots, ethical hurdles, and even how the legal system is really struggling to catch up.

But to frame this whole conversation, let's start with a really foundational idea.

Nature of mind itself.

Exactly.

The evolutionary biologists, Lynn Margulis and Dorian Sagan, they offered this, well, this radical perspective.

They suggested that mind isn't exclusively a product of complex brains like ours.

Right.

But that it may simply be the emergent result of interacting, cooperating cells.

That is such a huge idea to start with.

It is.

They argue that perception and action, you know, the basic capacity to sense your environment and react to it, are part of a continuum.

It's a core property of life that was already there in the very

So if we accept that premise.

Well, if we do, it implies that the capacity for complex response for discernment and maybe even intelligence isn't unique to creatures with nervous systems.

It's fundamental to life itself.

So the brain then is just one way to do it.

It's just one specialized, very high energy way to maximize that potential.

And that reframing is so essential because it immediately takes the conversation away from that, that simplistic question of, do plants have brains?

Which is a dead end.

It is.

And it moves it towards something more interesting.

How do plant systems manage perception and communication?

So why is this mission critical right now?

I mean, why this topic?

Because the sheer scale of the challenges facing global plant communities, climate change, habitat destruction, you name it, it means their well -being now depends almost entirely on human attitudes.

We have to figure out what ethical and legal place plants should occupy in our minds and what that realization should change about how we conduct ourselves on this planet.

It's the ultimate consequence of knowledge, isn't it?

Once you see the complexity, you have to adjust your relationship to it.

You can't unsee it.

Exactly.

So let's start that journey right now, looking at the science that really drove this shift.

Okay.

So let's unpack this scientific pivot.

And we have to start with one of the most dedicated and frankly, one of the most radical figures in plant biology today,

Tony Troubles.

An amazing figure.

He's 83 years old with a staggering 64 years in the field.

64 years.

I mean, this is a man who started his career when botany was still dominated by a much more mechanical hormone -driven view of plants.

Right.

And he's seen it all.

He's technically retired, but he's still churning out papers, writing books, and advocating fiercely for the concept of plant intelligence.

And what's really crucial to understand about his approach is his rejection of the prevailing scientific method at the time.

Which was?

Well, many plant scientists historically focused on what he calls small peoples into vegetal life.

So they'd study a single hormone or one specific protein function in a totally isolated context.

So super reductionist work, breaking the plant down into its component chemical parts and looking at them one by one.

Precisely.

Troubles, on the other hand, insists on the wider view.

He prefers thinking of plants as whole beings, as complex entities that are fundamentally greater than the sum of their parts.

You lose the system when you only study the mechanism.

You do.

And while he contributed major specific discoveries in plant hormones and signaling throughout his career, he ultimately concluded that no amount of close focus attention on one little aspect of plant physiology could ever tell the full story of what a plant is.

That makes perfect sense.

It's like if you only study the carburetor of a car, you miss the traffic, the driver's intent, the destination.

You only see one small part of the function.

A great analogy.

And his personal origin story, how he got into botany, it offers a really profound insight into this whole perspective.

It's pretty amazing.

Trewavas became a botanist for an intensely ethical reason.

He couldn't stand killing rats for his biochemistry research.

That detail is just,

it's so telling.

He recounts that back in the early days of his career, lab scientists were expected to dispatch their own experimental animals.

And sometimes this meant killing them with the blunt force of a metal ruler or using these just deeply unsettling methods.

He hated it so much, he shifted his focus entirely to the green kingdom.

Right.

Highlighting what he saw as the dark underbelly of animal work that a lot of botanists were explicitly trying to avoid.

And here's the ultimate irony, isn't it?

He chose plants to avoid the suffering.

But then after decades of research, just driven by pure curiosity,

he reached this inescapable conclusion that plants are also complex, animate, and likely intelligent beings.

So he saddled himself with this newfound, equally profound moral respect for the very subjects he chose to study to escape those moral quandaries.

Yeah.

It's a journey that just perfectly illustrates how difficult it is to compartmentalize consciousness or animacy in the natural world.

So how did this ethical motivation then transform into a scientific theory?

That's what takes us to his adoption of systems theory in the 1970s.

This was his critical pivot.

It really was.

Trav describes Encountering Ludovic von Bertalanffy's General System Theory.

And this wasn't just another textbook for him.

It was a conceptual explosion.

And what was the idea?

Bertalanffy outlined this, this radical idea, which was pretty unorthodox in biology at the time, that living things should be

We hear the term network constantly today, right?

In tech, social media, everything.

But in 1970s biology, especially when studying non -moving organisms like plants,

this must have been revolutionary.

Oh, it absolutely was.

The prevailing model was so linear, stimulus A causes reaction B.

Usually mediated by hormone C.

Exactly.

But systems theory said, Wait a minute.

The properties of organisms don't exist in the isolated parts.

They emerge from the interaction of all those parts operating dynamically as a whole.

It's like watching an orchestra.

The sound isn't in the individual violin.

It's in the synergy of the whole group playing together.

That's it.

And Trav has applied this directly to plants because plants are decentralized.

They have no single central processing organ like a brain.

They are the absolute perfect manifestation of an emergent system.

They're a collection of individual units, roots, leaves, cells, all communicating locally to maintain the health and the goals of the whole organism.

And that's the key takeaway.

Trav has decided that if plants are emergent systems, if they're decentralized networks, then they are probably intelligent.

And from there he went even further.

He did.

He concluded that intelligence is likely a property of all living things.

The defining feature of life isn't a brain.

A brain is only one extremely specific centralized way to build such an interconnected network.

A plant's intelligence is simply distributed.

It's modular.

It's redundant, which allows it to lose 90 % of its body and still survive.

You can't do that with a brain.

No, you can't.

The brain is an evolutionary high -risk, high -reward strategy.

Plants just opted for durability and distributed processing.

Now here's where the human element comes back in.

Despite this incredible, life -affirming scientific conclusion, Trav holds a deep, well, a committed pessimism about humanity.

Yeah, he feels we've largely failed as an evolutionary project.

He actually apologizes to his adult son for the world they've inherited.

He notes that humanity was just too slow to recognize plant intelligence for that knowledge to now fundamentally change the culture and save us from ecological collapse.

That's such a profound sense of despair.

It's almost a scientific resignation.

The source material calls it a pessimism that forecloses the imagination of hope.

It's very dark.

Yet this darkness is so intensely counterbalanced by his deep, palpable passion for the vegetal world.

His scientific rigor is coupled with a kind of spiritual awe.

He speaks with such reverence about certain plants, like the blue poppies.

Yes, his wife Valerie notes they are blue like you wouldn't believe, like a slice of the sky.

Wow.

And you can feel it in his physical experience, too, standing before the giant sequoias in California.

He describes feeling this intense, quite extraordinary awe when he touched one of these colossal ancient monsters.

So his work is driven by this dual nature,

total despair over humanity's track record.

But an unyielding, almost worshipful respect for the incredible ingenuity of the plant world.

And this contrast, the intellectual rigor of systems theory meeting the ethical mandate of respect.

This is what pushes the whole conversation out of the lab and into the realm of social and ethical debate.

So we have the scientific foundation laid out.

Trewava says based on this network view, plants are intelligent.

But now we hit the ethical crossroads.

Right.

If the science is pointing relentlessly toward plant complexity, the real issue becomes, well, becomes profoundly social.

And this is where Trewava's faces the strongest pushback, isn't it?

The conservative scientific dogma that just rejects the concept of plant intelligence because it doesn't look like animal intelligence.

Exactly.

These critics often dismiss his work as, you know, mere metaphor or anthropomorphism.

So what's Trewava's response to this kind of entrenched resistance?

His rebuttal is so simple, but it's devastating.

He just says, in truth, scientists don't know enough about plants to make any dogmatic statement about them.

I love that.

He's arguing that to claim we know exactly what plants can or cannot do is just pure hubris.

Pure hubris.

And he illustrates this by pointing out how quickly our basic assumptions about plants just crumble when you're faced with evolutionary creativity.

Give us an example that sort of breaks those foundational rules.

Okay.

So we all operate under the dogma that all plants photosynthesize.

I mean, that's the definition of a plant, right?

Green things, sunlight, food.

But then you encounter plants like the parasitic ghost plant, Monotropa uniflora.

It acts more like a mushroom.

It connects to the root networks of other trees to steal their sugars.

So it doesn't photosynthesize at all.

Not a bit.

It's pure white.

It has no chlorophyll.

Evolution, Trewava suggests, will always find a way to flout any simplistic, foregone conclusion we try to impose on it.

That acceptance of uncertainty is such a crucial scientific virtue, but it also opens up what the source calls that new moral pocket.

Yes.

Once you engage with the complexity, once you truly recognize the ingenuity and the effort of a plant,

you can't unsee it.

Absolutely.

Just think about the sheer biological drama of being a 400 -year -old tree.

Every single spring, it has to execute this incredibly complex energy budget.

It's deciding when to deploy thousands of leaves, how much carbon to sequester, how to store those sugars for the next brutal winter.

All while constantly probing the soil with a decentralized network of roots, layer upon layer of wood being added.

That new knowledge, just the awareness of the trying, opens what the author calls a new moral pocket in your mind.

And that shift is what turns the act of, say, felling an old tree for a new patio deck from a neutral commercial transaction into something that feels deeply sacrilegious.

Or at the very least, it requires a complex moral justification.

You have to recognize you're destroying a functioning ancient decision -making entity.

And this is why the core argument is that whether plants are intelligent is fundamentally a social question, not solely a scientific one.

Exactly.

Science will keep finding that plants do more than we ever imagined, showing traits we previously reserved only for animals.

But society, you and me, our courts, our ethics, we have to interpret that data and fit it into our collective beliefs about what constitutes life worthy of respect on Earth.

This brings us right to the gates of regard.

When do plants get to enter our ethical consideration?

We grant regard to animals that exhibit certain complex, you know, human -like traits.

So where's the line for plants?

We often ask if a plant exhibits characteristics like language or communication, family structures.

Or the ability to form alliances and identify enemies.

Right.

Do they show preferences?

Do they plan ahead?

Do they have memory?

And the source suggests the accumulating evidence points to the fact that plants possess all of these characteristics, just in non -human ways.

So if they possess those things, then the decision to acknowledge them, to let them into our ethical fold, that becomes entirely our social and political choice.

It's not about waiting for some scientist to grant permission.

It's about acknowledging the reality that's already present in the data.

And this regard isn't just philosophical.

It's profoundly relational and material.

I think we often forget our common ancestry with the green world.

We really do.

But look closer.

Your body is literally woven from plant sugars, which plants spun from moisture and air using the sun's energy.

Or just processed sunshine and air filtered through the plant kingdom.

It's an amazing thought.

It is.

Your blood cells are kept ruby red by the oxygen plants produced.

It's a great global circulatory system.

Every single inward breath you take was first exhaled by a plant.

In that material, physical sense, they are not separate objects.

There are closest relatives in the ongoing project of life.

And it changes how you process the mundane.

Suddenly, watching a little tendril push through a tiny crack in the sidewalk isn't just a passive observation of nature.

No, it becomes an internal commendation for resourcefulness.

You recognize the sheer miracle of the initial germination, the craning towards the light, the thousands of root hairs probing for sustenance.

You're seeing a sensitive decision -making network adapting in real time.

You are seeing a creature and bringing them into the fold of animacy in your mind.

Yet the material evidence of their primacy is, you know, it's easy to find.

The harder thing is to feel it and to have the right language to articulate that feeling.

And our inability to include them in our vision of the moving, living world is often described as a willful lack of imagination.

It's a failure to grant them the social characteristics necessary for integration into our collective existence, even if those characteristics are already demonstrably there.

And that failure so often comes down to the words we use, or the words we're afraid to use.

That's the perfect segue.

If we accept the science, the next immediate roadblock is language.

It's the constant recurring debate over anthropomorphism, applying human terms like intelligence, communication, or memory to plant lives.

It's a battle over vocabulary, but the stakes are enormous, because language frames perception.

If we can't accurately describe what plants do, we can't effectively advocate for them.

So on one side, you have the defense of anthropomorphism.

The ecologist Carl Safina, he defends it.

He argues it's often the best first guess we have.

It acts as a necessary bridge, you know, to understanding non -human lives.

It kind of lures our senses toward occupying other perspectives.

If we feel a connection, we investigate more deeply.

And this idea isn't new.

It has some real historical weight.

The Greek philosopher Theophrastus, back in the third century BCE, he advocated for this exact approach.

He said, it is by the help of the better known that we must pursue the unknown.

That's a great way to put it.

If we call a plant's response to drought memory, we then start to look for the cellular mechanism that stores and recalls that information, even if it looks nothing like human memory in a brain.

But then there's the other side, this intense, almost paralyzing fear of being labeled an anthropomorphist.

It has led to what the anthropologist Natasha Meyers calls ridiculous formulations in scientific literature.

Yes, scientists trying so desperately to avoid any whiff of human language resort to these fumbly, imprecise, and often grammatically atrocious passive voice descriptions.

Let's illustrate this, because it's such a failure of communication.

So instead of saying something clear and direct like,

the plant stores starch during the day and mobilizes sugars at night, which implies agency.

They'll write something like, the time of day of starch degradation is altered by the photo period.

Ugh, it's the cardinal grammatical sin of academic writing.

It sounds so passive, so stilted, and it takes the agent, the plant, completely out of the equation.

It does.

Or instead of saying, the seedling chose to extend its root toward the nutrient patch, they might write, re -elongation was observed in the direction of increased phosphate concentration.

The passive voice is used specifically to avoid acknowledging that the plant is making a decision, that it's assessing options and executing a strategy.

Which not only makes the language terrible to read, but it fundamentally undercuts the very complexity they're trying to document.

And then you have the sophisticated counter -critique.

Some researchers argue that comparing plants to humans cheapens plants entirely.

Right.

They believe this assumes that humanity is the ultimate peak of being, and it ignores the truly superior capacities plants possess, capacities that far exceed ours.

Think about that for a second.

What can a plant do that we can't?

Well, they can synthesize complex, often life -saving chemicals like caffeine, morphine, or aspirin on demand from just basic elements.

They can generate thousands of unique toxins and medicines.

Comparing that complex biochemistry to our form of cognition might actually feel like an insult to the plant's own unique capacity.

It really might.

It ignores these inherent abilities that just far exceed our own specialized skillset.

So, if we can't use our human words without reducing the plant's unique genius, and we can't use passive voice without undermining the plant's agency, what's the linguistic solution?

The path that's suggested is to stop humanizing plants and instead consciously vegetalize our language.

Vegetalize our language?

What does that mean?

The idea is that we reclaim existing words, but we explicitly acknowledge their unique non -human context.

So, we use terms like plant memory, plant language, or plant intelligence.

So, the word itself acts as a kind of tight perimeter, but the meaning inside that perimeter is defined by the plant's own biological reality.

Precisely.

The plant -specific essence of the word stands behind it, and that guides our understanding.

We need to reclaim the universal meaning of these words.

Like the word intelligent.

Exactly.

Look at the etymology of intelligent.

It comes to the Latin interligere, which means to discern, to choose between.

And a plant is constantly discerning between light and dark, wet and dry, friend and foe.

It's constantly choosing a course of action.

It fits the definition perfectly.

So, we can choose to nudge the word back toward its universal meaning, and we accept the risk that a fuller understanding of the vegetal quality of that intelligence will follow.

Yeah.

The source argues pretty emphatically that putting too human a sheen on plant intelligence is actually a failure of imagination.

It is.

We have to recognize that plants are exuberantly, bafflingly intelligent in their own entirely non -human, vegetal way.

If we can't find an existing word, then we need to create a new perimeter for that feeling.

And ultimately, it ceases to matter whether some formal scientific body deigns to use the word.

Exactly.

If avoiding the word is a social decision made by skittish scientists hoping to avoid controversy,

then deciding to use it is also a social decision.

We need a language that is alert, awake to the world, responsive, and decision -making, and intelligent when it's properly vegetalized.

Might be the best word perimeter we have.

Now that we've established the scientific foundation and wrestled with the language, let's explore how this profound shift in perception relates to communication, to history,

and most critically, to legal standing.

And we start with a piece of speculative fiction that actually imagined this shift decades before the science caught up.

This is Ursula K.

Le Guin's 1974 short story, The Author of the Acacia Seeds.

It's just a brilliant conceptual setup for how human perception has to shift to accommodate non -human intelligence.

It's amazing.

She envisioned a future where a field called therolinguistics has already revolutionized our understanding of animals.

Great.

Researchers are busy translating all these complex animal languages, the intricate tunnel sagas of earthworms, murder mysteries written in weasel, and these massive kinetic texts composed by cetaceans moving through underwater choreography.

They've learned how to see these complex non -verbal languages.

But here's the twist.

The president of the Therolinguistics Association basking in their success points out this massive embarrassing oversight.

No one has attempted to translate plant.

What might the ancient redwood or the lowly zucchini be saying is a fantastic question.

And the president concludes that, yeah, new tools will certainly be needed, but the capacity to comprehend plant language is only a crucial shift in human perception away.

Much like earlier generations of scientists doubted that dolphin communication would ever be comprehensible or, you know, even worth comprehending.

They imagine future linguists hiking up to read the newly deciphered lyrics of the lichen.

What's truly remarkable is that Le Guin's fiction predated the scientific reality of plant communication.

I mean, the story came out just shy of a decade before David Rhodes published his groundbreaking discovery of the chemical conversation between red alders and Sitka willows in Washington state.

And this was the moment we scientifically confirmed that plants don't just exist passively next to each other.

They're actively communicating.

Yes.

We now know that plants speak in complex chemical cues, using what are called volatile organic compounds to convey detailed information.

Information about their health status, risk assessment?

Even the quality of their nectar.

They're communicating not just with each other, but with other species, essentially issuing warnings or asking for assistance from insects.

So this forces us to reorient away from expecting human modes of expression.

We shouldn't be looking for a mouth or a throat.

We should be opening ourselves to other worlds of being.

We have to ask, are plants speaking in movement or subtle changes in electrical charge or even audible clicks?

The source material references research using highly sensitive microphones on grapes and wheat.

Suggesting that language in some non -vocal energetic form may already be there.

A plant might be communicating its stress or its wellbeing through subtle vibrational changes.

We just don't know how to hear it yet.

It's a failure of our sensory apparatus, not a failure of the plant to speak.

Exactly.

And to understand the difficulty of granting this ethical regard,

let's look at a historical parallel.

A moment when society rejected scientific dogma based on moral intuition.

The history of vivisection.

It's a really powerful comparison.

Think back to the 19th and early 20th centuries.

Surgery demonstrations on living, unanesthetized dogs and cats were common, even celebrated in medical schools.

And this practice was justified because doctors and scientists genuinely believed animals couldn't feel pain in a conscious human -like way.

The reigning science supported the idea of animal machines.

That justification just sounds ridiculously cruel to us now.

So the change didn't come from the surgical profession itself, which was invested in that scientific dogma.

No, it came from turning social tides led by humane societies, which imposed an ethical shift onto the scientific community.

And this supports Trovavis's idea that the ethical leap, the recognition of suffering or complexity is fundamentally a social choice.

It's a necessary shift in human perception that forces the law and the lab to catch up.

Yeah, and to those who argue that considering plants is a preposterous distraction from the established fight for animal rights.

Sort of an ethical barn door closing.

Right.

The historical response is definitive.

Moral attention is not a finite resource.

Expanding our circle of ethical consideration for one group doesn't diminish our capacity to care for another.

It just expands our overall moral musculature.

And that expansion brings us directly to the realm of law.

The legal tradition has long been comfortable with expanding rights beyond human individuals.

Right.

Non -human entities like corporations, trusts, nation -states, even ships, have long held legal standing.

The ability to sue and be sued.

It's a pretty wild absurdity to think a multinational corporation has legal rights, but a 400 -year -old sequoia that provides the air we breathe and an entire ecosystem does not.

It's a bizarre state of affairs.

And the legal scholar Christopher Stone, he argued that the very idea of the rightlessness of rightless things is a legal convention invented by humans.

It's not a decree of nature.

If we gave rights to a corporation, we could give rights to a forest.

And the watershed moment for this idea came in 1972 during the Sierra Club lawsuit.

The club tried to block a massive ski resort development near Sequoia National Park.

And the Sierra Club lost the case on the grounds of standing.

They couldn't prove personal injury to their members that was specific enough to warrant the lawsuit.

However, the dissent written by Justice William O.

Douglas became this landmark philosophical text.

Douglas argued that ecological entities, valleys, alpine meadows, rivers, lakes, groves of trees, should be able to sue for their own protection.

And he pointed out the legal precedent.

Ships already have legal personality, he said.

So it should be as respects, valleys, alpine meadows, rivers, lakes, groves of trees.

He said the voice of the inanimate object should not be stilled merely because it is non -human.

Christopher Stone's essay, published that same year, Should Trees Have Standing, took that concept even further.

He argued that granting legal rights for plants may seem unthinkable now.

Just as rights for formerly excluded groups like women, enslaved people, and indigenous groups were once considered unthinkable in past eras.

Stone stressed that our laws are based on collective myths.

And as our scientific knowledge of geophysics and biology grows,

those myths and our laws have to expand to accommodate reality.

The status quo, which treats ecosystems as mere property,

is just outmoded and ecologically dangerous.

And we're seeing this exact struggle play out today.

In 2021, the White Earth Band of Ojibwe brought a truly historic lawsuit against the state of Minnesota to protect wild rice, or manuman.

Which is absolutely central to their culture and requires pristine water.

And it was threatened by a pipeline.

So the tribe granted the wild rice inherent rights to exist, flourish, regenerate, and evolve.

The legal language, including the right to evolve, was incredibly expansive and biologically informed.

It was a huge moment.

But the reality of the legal system is that it's slow.

The case was dismissed in 2022 for lack of legal precedent.

It just highlights that the law is struggling profoundly to catch up with our current scientific, ethical, and traditional understanding of life.

And that struggle is where ancient indigenous philosophies offer such a critical counterpoint.

I mean, for many cultures globally, plant personhood is an ancient concept.

Yeah, the indigenous Maya believed the first people were made from corn.

Plants are viewed as relatives or ancestors.

Personhood in this context implies agency and volition and the right to exist for their own sake.

So harming a plant person might sometimes be necessary for human survival, but that doesn't excuse indiscriminate killing or thoughtless destruction.

No, it requires an acknowledgement of the moral weight of the act.

It creates what the anthropologist Deborah Byrd -Rose called an intersubjective encounter.

What's that?

When you view a plant as a person, a profound moral force enters the space between you.

And this requires respect and a responsibility of care.

This is the bridge we're trying to cross.

The distance between plant disregard and plant regard, which is ultimately just the orientation of one's heart on the subject.

The intellectual difficulty in accepting this massive required shift that plants are persons, that they're complex, that they're deserving of rights, is what the Yoruba philosopher Bayo Akomolafe beautifully called the brilliant betweenness.

It's a great concept.

This philosophical synthesis offers a framework for understanding complexity outside of our neat Western categories.

It suggests that nature is a constant state of interpenetration and mingling that defies easy categorization,

a porousness that mocks the very idea of separation.

Right.

We exist in this middle place, this brilliant betweenness.

Akomolafe argues this challenges our contemporary world's need for linear narratives, for known entities, for clean boxes.

It throws us right back to Trauaves' statement that scientists know a tremendous amount about plant mechanisms, but they still might not know what a plant is at all.

And this is a concept that's best illustrated not through abstract philosophy, but through a visceral, beautiful anecdote, which serves as the ultimate narrative vehicle for the final insight in this source material.

This is the story of descending deep inside a vast cave system in Puerto Rico.

Just picture the setting.

You descend into the cold, complete blackness of this cave system.

You pass ancient Tano petroglyphs etched into the rock walls.

But then you start observing the massive tap roots from the trees on the surface.

These roots, they're as thick as a person's arm, and they've drilled through feet of solid rock.

And then they spool 30 or 40 feet through empty air, just hanging like thick cables, trying desperately to reach the underground river far, far below.

An unbelievable, almost excessive effort just for a drink of water.

It just displays the sheer will of the plant.

The determination required to execute that deep air dive is staggering.

But the truly haunting discovery comes deeper inside, in a room that's filled with thick, soft bat guano.

It's a dark, loamy moose where fruit bats have excreted seeds after feasting above ground.

And this created a horrifying and profound sight.

A ghost forest.

Hundreds of slender seedlings, maybe a foot tall, are growing directly out of the guano.

But they're pure white, topped with only one or two tiny white leaves.

And they're seeking light that will absolutely never, ever come.

And this is the crux of the final insight.

The initial rational thought upon seeing this ghost forest was plant stupidity.

Right.

It's an inevitable, futile end.

The fuel from the seed would run out and they would die.

The plant made a fundamental mistake.

But the realization that followed was profound.

It shifted the entire interpretation.

The plants weren't stupid.

They were trying their absolute best.

They grew as tall and slender as structurally possible, using every finite bit of stored energy they had, converging on the wisest possible shape for survival in their impossible situation.

They adapted the best way they knew how, even if the eventual outcome was doomed.

And that changes the very definition of intelligence or beinghood.

It may not be measured in success, in the outcome, but in the approach.

Yes.

Intelligence is found in the plant trying, plant testing, plant failing.

It's a distributed will manifesting itself against impossible odds.

That's incredibly resonant.

It connects right back to our own experience.

Our humanity is so often judged by our achievements, but who we are shows itself not just in the outcomes, but in the effort, in the path we take to get there.

The trying says more about what is inside us than the eventual success or failure does.

This recognition that biotic creativity is our inheritance,

and that life finds a way, regardless of the darkness, is the ultimate call to action.

Acknowledging plants as individuals is the first step.

But the necessary next step is folding that admiration back into the larger whole, recognizing their value as interconnected members of vast interrelated communities.

And if we can achieve that level of deeper guard, this opens the possibility for a revolutionary change in our moral, social, and legal systems.

A system that finally recognizes the complexity and rights of the green world that sustains us all.

So, to recap this deep dive into plant futures,

we started with a scientific pivot, grounded in Tony Chihuahua's long career and his commitment to systems theory, which identifies plants as emergent, intelligent networks.

Right, and that led us directly to the ethical crossroads, forcing us to understand that the recognition of plant complexity is a social choice.

It demands that we open our gates of regard and expand our moral pocket.

We then wrestled with the problem of language, discussing the failures of anthropomorphism and the need to actively vegetalize our vocabulary, reclaiming the universal discerning root of the word intelligent.

And we saw the historical parallels from Le Guin's fiction and the discovery of chemical communication all the way to the history of vivisection, and the powerful legal precedents set by Justice Douglas and Christopher Stone, culminating in the modern struggle for wild rice personhood.

And that overarching philosophical theme, the brilliant betweenness, just reminds us that complexity is the rule in nature, not the exception.

The profound moral respect required in an intersubjective encounter with a plant, exemplified by that haunting ghost forest, is simply the orientation of the heart toward this fundamental biotic reality.

It's an incredible journey to realize that life finds a way and that liotic creativity is our shared inheritance.

The shift from plant disregard to plant regard is, well, it's just an orientation of the heart.

It is.

So here's a final thought for you to explore as you engage with the green world around you.

If we accept that animacy or intelligence is in the trying and in the path taken that struggle against impossible odds,

what does that fundamentally change about how you judge your own failures or successes?

Consider the effort, the adaptation, and the will to exist.

Thank you for engaging with this deep dive into the future of our relationship with the vegetable world.

We'll talk to you next time.