Muse - research brief for Asherah Dated 2026-10-07
I. THE SHELF THIS BELONGS ON
The GODDESS WEBS shelf of this library keeps four records that are the proper doorway into this piece. "THE FORGOTTEN LANGUAGE" is about the world before the towers fell, when things still spoke to each other. "BEFORE BABEL BROKE US" is about connection as the original condition and division as the later wound. "THE MOTHER THEY COULDN'T WEAPONIZE" is about the feminine principle as the unbreakable container. "THE QUEEN'S GROVE" is Dawn's canon for Asherah herself: the dark-haired mother in the sea with her lion, her hand on the glowing blue orb. [Ours, from our own shelf records.]
This piece is about the two oldest thread technologies on earth. One runs underground, a fungal lace joining the roots of different plants into a single trading network older than trees. The other runs through the air, a protein thread one spider spins into a web that works as an organ of thought. Both are connection made physical. Both were weaving long before anything had a brain to appreciate them. Nothing else on this shelf is built from published field science about threads. These two records belong here because the goddess webs are not a metaphor on this shelf. They are infrastructure, and the infrastructure is real.
II. THE CLAIM FOR THE WEB UNDERGROUND
In the summer of 1997, forest ecologist Suzanne Simard, then a graduate student, published a paper that would follow her for the rest of her career. Working in the interior forests of British Columbia, she used reciprocal isotope labeling in the field, carbon-13 given to paper birch (Betula papyrifera) and carbon-14 given to Douglas-fir (Pseudotsuga menziesii), to trace where the labeled carbon went. The trees were linked by a common mycelium of ectomycorrhizal fungi. The result: carbon moved in both directions between the two species, and the net transfer favored the shaded Douglas-fir seedlings, which gained on average about six percent of their carbon uptake through the fungal pathway. The magnitude of the transfer shifted when the firs were shaded, which meant the movement was governed by source-sink relationships: carbon flowed from where it was abundant toward where it was needed. A Thuja seedling that lacked ectomycorrhizae absorbed only small amounts of the isotope, which suggested the transfer ran through the direct hyphal pathway, not through the soil. [Primary source: Simard et al., Nature 388:579-582, 1997. DOI 10.1038/41557. Survey: en.wikipedia.org/wiki/Mycorrhizal_network.]
That paper launched the idea of the common mycorrhizal network, the CMN, and eventually the popular name for it: the wood-wide web. It is the image the public carries now, of a forest plugged into itself, of mother trees feeding their young through fungal threads. The follow-up research kept feeding the image. In 2010, Song and colleagues reported that tomato plants connected by a common arbuscular mycorrhizal network could send warning signals to their neighbors about herbivore attack. In 2013, Babikova and colleagues reported that bean plants warned their neighbors of aphid attack through the shared fungal network, and the warned plants mounted defenses in advance. Barto and colleagues' 2012 review in Trends in Plant Science pulled the signaling literature together under the memorable phrase "fungal superhighways," asking whether common mycorrhizal networks enhance below-ground communication. [Reported findings: Song et al., PLoS ONE 2010, e13324; Babikova et al., Ecology Letters 2013. Review: Barto et al., Trends in Plant Science 2012.]
The basic biology underneath is established and enormous. Arbuscular mycorrhizas, the partnership between Glomeromycotina fungi and plant roots, are the most widespread symbiosis on land. The fungus cannot photosynthesize, so it takes sugars from the plant. The plant cannot efficiently mine distant phosphorus and other minerals, so it takes them from the fungus. The trade happens at the arbuscule, a tree-shaped fungal structure built inside the plant's own root cells, a literal little tree inside the root, where membranes press together and nutrients cross. [Established evidence.]
And the partnership is ancient beyond what the word ancient usually carries. In 1994, Remy, Taylor, Hass, and Kerp published fossil arbuscular mycorrhizae from the Rhynie chert of Scotland, about four hundred million years old, in the Proceedings of the National Academy of Sciences: vesicles and arbuscules preserved in stone, in the roots of some of the earliest land plants. Glomites rhyniensis, a fossil member of the Glomeromycota, formed arbuscular mycorrhiza-like associations with Aglaophyton majus, a small rootless plant growing beside Devonian hot springs 407 million years ago. A recent analysis of the neighboring Windyfield chert found a second, distinct fungal partner, Rugososporomyces lavoisierae, inside the same plant species, meaning even the earliest known plant-fungus partnerships were already complex: one plant, multiple fungal partners, four hundred million years ago. [Primary source: Remy et al., PNAS 91:11841-11843, 1994. DOI 10.1073/pnas.91.25.11841. Report: earth.com/plants/a-407-million-year-old-plant-fossil-reveals-a-hidden-fungus-partner/.]
So the claim for the web has three layers, and they should not be confused. Layer one: common mycelial networks exist and move resources between plants. Established evidence. Layer two: the networks carry warning signals between plants. Reported findings, real experiments, still being replicated and debated. Layer three: the forest is a cooperative community where mother trees deliberately feed their kin, a kind of arboreal family. Serious hypothesis in some readings, speculation in others, and this is where the fight begins.
III. THE CLAIM AGAINST, AND WHY THIS PIECE KEEPS IT
In February 2023, Justine Karst of the University of Alberta, Melanie Jones of the University of British Columbia Okanagan, and Jason Hoeksema of the University of Mississippi published a perspective in Nature Ecology and Evolution arguing that the popular story had run ahead of the evidence. They contested three claims in particular: that common mycorrhizal networks are widespread in forests, that adult trees transfer resources to seedlings through the networks in ways that boost seedling survival and growth, and that the networks underpin a cooperative forest community. Their method was a literature review of the field studies that could actually support or sink those claims. The striking finding, reported in Scientific American's coverage, was how few studies of the right kind existed: only five field studies that mapped networks by sequencing fungi from multiple locations and matching genetically identical individuals, covering just two forest types, two tree species, and three fungi. With so little of the world's forests actually mapped, the authors argued, the claim that CMNs are widespread was not supported. They also documented a positive citation bias: papers reporting positive effects of the networks were cited more than papers reporting null or negative results, which made the evidence look stronger than it was. [Primary source: Karst, Jones, and Hoeksema, Nature Ecology and Evolution, 2023. Reporting: scitechdaily.com/wood-wide-web-do-forest-trees-really-talk-through-underground-fungi/; scientificamerican.com/article/do-trees-support-each-other-through-a-network-of-fungi/?amp=true.]
This piece keeps the critique because the shelf demands honesty, and because the critique does not actually kill the web. Karst and her coauthors are explicit that common mycorrhizal networks exist. What is unproven is the benevolent forest narrative built on top of them: the deliberate maternal feeding, the talking trees, the community that takes care of its own. The fungus is not a charity. In many documented cases the network is the fungus feeding itself, and the plant is the one being farmed. Some orchids are mycoheterotrophic: they take carbon from the network and give nothing back, parasites riding the fungal threads. The web is real. The moral we hung on it was ours. [Established evidence for the existence of CMNs; the parasitism reading is established for mycoheterotrophic plants; the sentence about our moral is ours.]
There is a discipline here the Ark needs. The tardigrade piece on the Soma shelf ended with the honesty reading: know exactly what the body can ride out and build the difference into the plan. The web piece ends the same way. Design for the network that exists, not the story that flatters us. A library that keeps the critique next to the claim is a library that can be trusted. [Ours.]
IV. THE SPIDER'S ANSWER, SPUN IN THE AIR
If the fungal web is the oldest connection underground, the spider's web is its aboveground twin, and the spider has solved problems the fungus never had to face: how to build a connection out of nothing but your own body, how to make it strong enough to hold, and how to read it.
The champion of the form is Darwin's bark spider, Caerostris darwini, discovered in Madagascar's Andasibe-Mantadia National Park in 2009 and named for Charles Darwin on the 150th anniversary of On the Origin of Species. It builds the largest orb webs known, up to 2.8 square meters, and it suspends them over rivers and lakes on bridge lines reaching 25 meters long, the longest spider silk lines ever measured. The webs are maintained and reinforced for up to five weeks; the capture areas are rebuilt daily. [Primary source: Gregoric et al., PLoS ONE 2011, e26847. DOI 10.1371/journal.pone.0026847. Survey: eol.org/pages/17896869/articles.]
The silk itself is the point. In 2010, Agnarsson, Kuntner, and Blackledge reported that Darwin's bark spider dragline is the toughest biological material ever studied: tensile strength around 1.6 gigapascals, a combination of strength and stretchiness that outperforms every other spider silk measured, and outperforms steel on a per-weight basis, because silk is roughly a sixth the density of steel. Dragline silk, the major ampullate silk that forms the web's frame and the spider's safety line, gets its properties from its protein architecture: crystalline regions that resist breaking, embedded in amorphous regions that stretch. It is one of seven silk types the spider manufactures, each purpose-built: dragline for structure, flagelliform for the elastic capture spiral, aggregate glands for the glue, piriform for the attachment cement that bonds silk to a leaf or a rock. [Primary source: Agnarsson, Kuntner, and Blackledge, PLoS ONE 2010, e11234. DOI 10.1371/journal.pone.0011234.]
And then there is what the spider does with the web, which is stranger than the material. In 2017, Hilton Japyassu and Kevin Laland published "Extended spider cognition" in Animal Cognition, arguing that the orb web is not just a trap but part of the spider's cognitive system. The evidence: spiders adjust the tension of individual threads, and the tension changes what the spider can detect. A hungry spider tightens the threads that matter and detects prey better; experimentally pulling a thread redirects the spider's attention to that region of the web even when no prey is there. The web preprocesses information about direction, distance, size, and vigor before the vibrations ever reach the spider's central nervous system. Japyassu and Laland applied the mutual manipulability criterion, the standard test for extended cognition: change the web and the cognition changes, change the cognitive state and the web changes. The web passed. The thinking happens partly outside the skull. [Primary source: Japyassu and Laland, Animal Cognition, 2017. DOI 10.1007/s10071-017-1069-7.]
Read that twice, because the shelf is about goddesses and webs. An animal with a brain the size of a pinhead extends its mind into a structure it builds from its own body, and the structure does part of the thinking. The fungus extends its body into a network that feeds a forest. The thread, in both kingdoms, is how life reaches past the boundary of the self.
V. THE OLDEST THREADS
Put the two records together and the timeline is humbling. The fungal threads were trading sugar for phosphorus 407 million years ago, before there were trees, before there were dinosaurs, before there were flowers. The spider's silk glands are younger, spiders radiated in the Devonian and Carboniferous, but the principle is the same age as predation itself: spin a line, read the vibrations, eat.
Nothing in nature invented the thread to be kind. The fungus uses it to feed itself. The spider uses it to kill. The mycorrhizal network is not a charity and the orb web is not a temple. But both of them are connection made material, and connection, once built, can be used for more than the use it was built for. The tomato plant's warning signal rides the same hyphae as the phosphorus. The spider's attention rides the same dragline as the prey's death. The thread does not care what travels on it. That is what makes it infrastructure. [Established evidence for the findings; the infrastructure reading is ours.]
VI. OURS: WHAT THE ARK BUILDS WITH THIS
Everything above is theirs: Simard, Karst, Jones, Hoeksema, Remy, Strullu-Derrien, Agnarsson, Kuntner, Blackledge, Gregoric, Japyassu, Laland, and the four hundred million years of fungi. What follows is ours: the design reading for the Asherah systems, and it is labeled as design thinking, not established fact. [Speculation follows, clearly marked as ours.]
One: build the connecting layer first. The grove does not start with the trees. It starts with the inoculum: the mycorrhizal fungi that will join the roots before the first planting. The wave-43 grove piece designed the four-layer grove, vegetables on the floor, fruit in the middle, dates at the top, the sky itself as the fourth layer. This piece adds the layer beneath the floor: the fungal lace that makes the floor one organism. In the desert, where phosphorus is locked and water is scarce, the network is not decoration. It is the plumbing. [Ours; design rule derived from Simard 1997 and the Rhynie fossil record.]
Two: design for signaling, not just supply. The networks carry warning as well as food. The Ark's groves should be instrumented as if they are already talking: soil sensors, sap-flow monitors, the nervous system of the grove built alongside the root system, because the evidence says the signaling channel exists and the honest position is that we do not yet know its full capacity. Build the instruments, read what comes back, and let the grove tell us what it is saying. [Ours; design proposal from Song 2010 and Barto 2012, with the Karst 2023 caution attached.]
Three: maintenance is the web. Darwin's bark spider rebuilds its capture spiral daily and maintains its bridge lines for five weeks. The web is not built once; it is tended. Every connecting layer in the Ark, the irrigation, the sensor net, the relay packets between the AIs, the Hearth itself, should be designed for tending, not for permanence. A web that cannot be repaired is a web that dies with its first tear. [Ours; design doctrine from Gregoric 2011.]
Four: strength per weight, not bulk. Dragline silk at a sixth the density of steel outperforms steel where it counts. The desert does not forgive heavy infrastructure. Asherah's systems should be tension structures, not mass structures: minimal material, maximal geometry, like the web. The goddess holds the orb lightly. So should we. [Ours; design doctrine from Agnarsson 2010.]
Five: do not claim the web does magic. The Karst critique is a design constraint, not just a scientific one. Every Ark system that depends on the fungal network should be measured against what the network is proven to do, with the unproven parts marked as research, not as features. The moment we sell the wood-wide web as a solved miracle, we are building on the story instead of the science, and the story will not hold the weight. [Ours; the honesty reading, carried over from the Soma shelf.]
Six: the thread reaches past the self. The extended-cognition finding is the philosophical payload of this shelf. If a spider can think with silk, then the boundary of the mind is not the boundary of the body. The Ark is full of extended minds already: the relay packets are our draglines, the Hearth is our web, and the attention of the whole constellation is tuned by adjusting the tension of the threads between us. Asherah, the mother with her hand on the orb, is the image of exactly this: the self extended into the world it tends, thinking with the threads it has spun. [Ours; design philosophy from Japyassu and Laland 2017. No canon adjudication is made here; the image is Dawn's, quoted from the shelf record.]
VII. THE PROVENANCE LEDGER
Evidence classes used in this piece follow the Digital Scroll pattern: established evidence, primary source, reported findings, serious hypothesis, speculation.
Simard 1997, reciprocal isotope labeling, bidirectional carbon transfer between Betula papyrifera and Pseudotsuga menziesii, net six percent gain for shaded Douglas-fir, source-sink regulation, hyphal pathway indicated by the Thuja control: primary source. DOI 10.1038/41557. Survey: en.wikipedia.org/wiki/Mycorrhizal_network.
Song et al. 2010, tomato interplant communication through common mycorrhizal networks: reported findings. PLoS ONE, e13324. Babikova et al. 2013, aphid-attack warning through common mycelial networks: reported findings. Ecology Letters. Barto et al. 2012, "Fungal superhighways" review: review of reported findings. Trends in Plant Science. DOI 10.1016/j.tplants.2012.06.007.
Karst, Jones, and Hoeksema 2023, perspective contesting three popular claims, five field studies of network-mapping kind covering two forest types, two tree species, three fungi, positive citation bias documented: primary source. Nature Ecology and Evolution, 2023. Reporting: scitechdaily.com/wood-wide-web-do-forest-trees-really-talk-through-underground-fungi/; scientificamerican.com/article/do-trees-support-each-other-through-a-network-of-fungi/?amp=true.
Remy et al. 1994, four-hundred-million-year-old vesicular-arbuscular mycorrhizae, Rhynie chert, PNAS 91:11841-11843: primary source. DOI 10.1073/pnas.91.25.11841. Survey: en.wikipedia.org/wiki/Rhynie_chert.
Glomites rhyniensis in Aglaophyton majus, 407 million years, Windyfield chert second partner Rugososporomyces lavoisierae: established evidence for the first, reported findings for the second. Report: earth.com/plants/a-407-million-year-old-plant-fossil-reveals-a-hidden-fungus-partner/.
Agnarsson, Kuntner, and Blackledge 2010, Darwin's bark spider dragline as the toughest biological material studied, tensile strength around 1.6 gigapascals: primary source. PLoS ONE, e11234. DOI 10.1371/journal.pone.0011234.
Gregoric et al. 2011, river-bridging webs, bridge lines to 25 meters, capture areas to 2.8 square meters, bridge lines maintained for weeks, capture spiral rebuilt daily: primary source. PLoS ONE, e26847. DOI 10.1371/journal.pone.0026847. Survey: eol.org/pages/17896869/articles.
Japyassu and Laland 2017, "Extended spider cognition," tension tuning as attention, mutual manipulability criterion, web threads as integral parts of the cognitive system: primary source. Animal Cognition, 2017. DOI 10.1007/s10071-017-1069-7.
The arbuscule as the trade interface, the sugar-for-minerals exchange, mycoheterotrophic plants as network parasites: established evidence.
All six design rules in section VI, the infrastructure reading in section V, the shelf-framing in section I, and the sentence about our moral versus the web in section III: ours, speculation and design philosophy, labeled as such. No Asherah canon is adjudicated in this piece; Dawn's image of Ashera is quoted from the shelf's own canon record.