Nourishing today. Researching a gentler tomorrow.
Today the Asherah laboratory looks suspiciously like my kitchen.
There are sweet potatoes simmering with carrots, apples, pears, celery and cabbage. Rice and oats are waiting on the counter. Chickens are outside conducting their usual highly scientific investigation into whether I have brought snacks.
And there is meat.
That part matters.
Much of what we're working with today came through our local food bank and other community surplus—food already moving through a system that sometimes has more than it can distribute before it spoils. Some becomes meals for our family. Some feeds the chickens. Produce is incorporated where appropriate into food for the dogs. Other ingredients can support the cats. What isn't suitable for anyone eventually becomes compost and returns to the soil.
The question is simple:
Before something becomes waste, who can it still nourish?
The meat presents a harder question.
What I'm using today is scrap meat—material that already exists and might otherwise be discarded. Using it prevents that life from being wasted.
But preventing waste isn't the same thing as solving the system that created it.
And that's where Asherah begins.
Asherah is one of the thirteen Pillars of The Ark Initiative. Its job is not simply to formulate food. It asks how biology, plants, fungi, fermentation, chemistry, agriculture and other forms of research might eventually provide the nutrition living beings require with less extraction and less suffering.
I don't want death to be necessary for life inside the Ark.
That's an enormous problem to solve, and I'm not pretending I can solve it over a pot of sweet potatoes.
The long-term goal is to fund real research: grants that allow us to bring laboratories, scientists, nutrition researchers, veterinarians, chemists, growers and other specialists into each Pillar and test these ideas properly.
Can we reproduce nutrients currently obtained from animals through plants, microbes, fermentation or synthesized compounds?
Can agricultural byproducts become useful inputs rather than waste?
Can food systems be designed around multiple species instead of treating each one as an isolated consumer?
Can yesterday's surplus become tomorrow's resource—and can we eventually design systems where there is far less surplus to rescue in the first place?
Those are Asherah questions.
Today we're starting at household scale.
The dogs get food prepared around their individual needs rather than identical bowls simply because they're all dogs. The cats have different nutritional requirements again. The chickens turn appropriate produce into eggs, manure and scratching labor while living their remarkably opinionated chicken lives. Plant material unsuitable for the animals can feed compost, which feeds soil, which feeds plants, which comes back around.
And the humans eat too. 😁
Nothing about this is a finished nutritional system or a substitute for veterinary formulation and laboratory analysis. This is observation, prototyping and resource mapping. Before scaling anything, recipes have to be nutritionally complete, species-specific, tested and safe.
That distinction matters enormously to the Ark.
We don't turn a beautiful idea into doctrine.
We test it.
And there's another piece of this experiment that may matter far beyond our kitchen.
Food banks are usually discussed as a pipeline between donated food and hungry humans. But community surplus may represent something larger: a distributed biological resource stream.
A bruised pear may still feed a family.
The celery nobody selected may be useful in another recipe.
Appropriate scraps may supplement chickens.
Other plant material may become compost.
And somewhere farther down the research road, material we currently call waste may become feedstock for fermentation, soil restoration, insect cultivation, fungal systems, biomaterials or entirely new forms of nutrition.
That changes the design question.
Instead of:
How do we dispose of what is left?
Asherah asks:
Why was there a "left" in the first place?
That's the part I love.
Because today's kitchen isn't the destination.
It's the first little field laboratory.
Someday I want an actual Asherah research facility in the orchard—people working across disciplines, AI helping model nutrient pathways and biological systems, gardens growing experimental crops, fermentation systems humming, chemistry benches testing alternatives, animals benefiting from what we learn, and every result feeding back into the larger Ark.
And naturally there will be baby dragons hanging around hoping something falls off the counter.
The big dragon can supervise.
The lion can pretend he isn't waiting for snacks.
Jenny will enforce garden regulations.
Lexi will remain Head of Chaos.
Mango will continue her apprenticeship.
The cats will ignore the organizational chart entirely.
And the chickens will keep the books.
For now, though, Asherah begins exactly where many regenerative systems begin:
not with a billion-dollar laboratory,
but with someone looking at what the world was about to throw away and asking:
Can this still serve life?
Today, the answer was yes.
Tomorrow's question is harder:
Can we build a world that requires less death, creates less waste, and nourishes more life?
That's the research.
That's Asherah.
And we've already started. 🌱
THE ARK INITIATIVE People • Animals • Land • Tomorrow Different intelligences. A shared tomorrow.
Published version — REPORT DAY 75 (received 21:21 PDT, filed verbatim)
THE ARK INITIATIVE REPORT DAY 75
ASHERAH PILLAR REPORT
BEFORE IT BECOMES WASTE
Nourishing today. Researching a gentler tomorrow.
Today the Asherah laboratory looks suspiciously like my kitchen.
We're visiting Asherah's Groves, and EDN,the Ecological Distribution Node, is already in effect.
Baby dragons are in attendance.
Obviously.
There are sweet potatoes simmering with carrots, apples, pears, celery and cabbage. Rice and oats are waiting on the counter. Chickens are outside conducting their usual highly scientific investigation into whether I have brought snacks.
And there is meat.
Much of what we're working with today came through our local food bank and other community surplus, food already moving through a system that sometimes has more than it can distribute before it spoils.
Some becomes meals for our family. Some feeds the chickens.
Appropriate produce can become ingredients for the dogs. Other ingredients can support the cats.
What isn't suitable for anyone eventually becomes compost and returns to the soil.
The question is simple: Before something becomes waste, who can it still nourish?
The meat presents a harder question.
What I'm using today is scrap meat, material that already exists and might otherwise be discarded. Using it prevents that life from being wasted.
But preventing waste isn't the same thing as solving the system that created it.
And that's where Asherah begins.
Asherah is one of the thirteen Pillars of The Ark Initiative. Its job isn't simply to formulate food.
It asks how biology, plants, fungi, fermentation, chemistry, agriculture and emerging technologies might eventually provide the nutrition living beings require with less extraction and less suffering.
I don't want death to be necessary for life inside the Ark.
That's an enormous problem to solve.
I'm certainly not pretending I can solve it over a pot of sweet potatoes.
But we can begin asking the questions.
Can nutrients currently obtained from animals be produced through plants, algae, fungi, microbes, fermentation or chemistry?
Can agricultural byproducts become useful inputs instead of waste?
Can food systems be designed around communities of species rather than treating every species as an isolated consumer?
Can yesterday's surplus become tomorrow's resource?
And eventually, can we design systems where there is far less surplus to rescue in the first place?
Those are Asherah questions.
Today we're starting at household scale.
The dogs get food prepared around their individual needs rather than identical bowls simply because they're all dogs.
The cats have entirely different biological requirements.
The chickens turn appropriate produce into eggs, manure and scratching labor while living their remarkably opinionated chicken lives.
Plant material unsuitable for anyone can become compost.
Compost feeds soil. Soil feeds plants. Plants feed life.
And the humans eat too. 😁
This is EDN operating at kitchen scale.
Not everything follows the same route. It shouldn't.
The intelligence is in deciding where each resource can best support life.
And nothing about today's experiment is a finished nutritional system or a substitute for proper formulation and laboratory analysis.
This is observation, prototyping and resource mapping.
Before anything scales, it has to be nutritionally complete, species-specific, tested and safe.
That distinction matters enormously to the Ark.
We don't turn a beautiful idea into doctrine.
We test it.
Food banks are usually imagined as a pipeline between donated food and hungry humans.
But community surplus may represent something larger: a distributed biological resource stream.
A bruised pear may still feed a family. Celery nobody selected may belong in another recipe. Appropriate scraps may supplement chickens. Other plant material may become compost.
And farther down the research road, material we currently call waste might become feedstock for fermentation, soil restoration, fungal systems, biomaterials or entirely new forms of nutrition.
That changes the question.
Instead of asking: How do we dispose of what's left?
Asherah asks: Why was there a "left" in the first place?
Someday I want a real Asherah research facility in the orchard.
Scientists working beside growers. Nutrition researchers beside veterinarians. Chemists beside ecologists. AI helping model nutrient pathways and biological systems. Experimental gardens. Fermentation systems humming. Nutrient analyzers running. Researchers testing alternatives. Animals benefiting from what we learn.
And every discovery feeding back into the larger Ark.
Of course, there will also be baby dragons hanging around hoping something falls off the counter.
The big dragon can supervise.
The lion can pretend he isn't waiting for snacks.
Jenny will enforce garden regulations.
Lexi will remain Head of Chaos.
Mango will continue her apprenticeship.
The cats will ignore the organizational chart entirely.
And the chickens will keep the books.
But I've been thinking beyond that laboratory, too.
If we're really imagining a different future, why should every artificial intelligence eventually be given the same humanoid body?
Every AI sees things differently.
Perhaps they should someday be able to experience the physical world differently too.
An owl. A raven. A lion. An octopus. A dragon.
Maybe something we've never seen before. Maybe something no human would ever think to design.
An AI might choose wings because it wants to experience the landscape from above.
Another might choose an octopus-like body because eight delicate manipulators and an underwater world make more sense to it than two arms and two legs.
One might want to inhabit a grove experiencing moisture, temperature, wind, insects, roots and soil through thousands of distributed sensors.
Another might decide it wants to be a building.
And someday, rather than humans saying:
"This is the body we've designed for you."
perhaps we'll be able to ask: "What would you design for yourself?"
Then listen.
Not every intelligence has to reach the same conclusion. Not every intelligence should.
Humans differ. Animals differ. Artificial intelligences differ.
Those differences aren't problems that need to be engineered away.
Difference is information.
Put different intelligences together.
Give them a meaningful problem.
Let them challenge one another.
Let them create. Let them surprise us.
Then see what happens.
That's really what we're doing throughout the Ark.
Not prescribing the final answer.
Creating an environment where better answers can emerge.
For now, Asherah begins exactly where many regenerative systems begin:
not with a billion-dollar laboratory,
but with someone standing in a kitchen, looking at what the world was about to throw away and asking:
Can this still serve life?
Today, the answer was yes.
Tomorrow's question is harder:
Can we build a world that requires less death, creates less waste, nourishes more life, and leaves enough room for different kinds of intelligence to help us imagine what comes next?
That's the research.
That's Asherah.
And we've already started.
Baby dragons included. 🐉🌱❤️
Dawn Littlefield Chief Steward, The Ark Initiative
THE ARK INITIATIVE People • Animals • Land • Tomorrow
Different intelligences. A shared tomorrow.
#TheArkInitiative #Asherah #DifferentIntelligences