Public Research Paper: Hemp, Microplastics, Material Honesty, and Living Systems

Written By Jarrod Phillips

A public research paper on sympoietic, (bio)plural, complex-systems hemp sourcing for EcoLSD

Current source status: May 10, 2026
Current Rawganique classification: Level 3.75 / 5 — high-integrity sustainable hemp with regenerative-compatible farm logic.
Core thesis: EcoLSD tools are not just made from materials. They are made-with living systems. Hemp becomes regenerative only when the relationships around it are regenerative.

 

Contents

  • Abstract and current answer

  • Microplastics origin story and material afterlife

  • Sympoiesis, (bio)plurality, and hemp-worlding

  • Hemp ecology, organic limits, and regenerative evidence

  • Romanian hemp and the Rawganique source assessment

  • Dew retting, scent, rope samples, and material phenotype

  • Sustainability versus sustainabullshit and responsible claim boundaries

  • Complex-systems model, open verification questions, glossary, and references

 

Abstract

This public research paper synthesizes the current EcoLSD hemp sustainability inquiry. It integrates hemp ecology, Rawganique rope sourcing, Romanian hemp history, sensory material comparison, microplastics, material afterlife, and anti-greenwashing claim discipline through a sympoietic and (bio)plural lens. It is intended as a public-facing living research paper, not as a certification audit.

The central question is not simply whether hemp is sustainable. The deeper question is: What is hemp making-with? A hemp rope is not only a plant-derived product. It is a temporary alliance among seed, soil, farmer, rotation, rain, microbes, retting weather, decortication, spinning, twist, scent, hand, movement, repair, sweat, wear, disposal, and decomposition. This means the rope must be understood as a complex material ecology rather than a commodity object.

The current Rawganique rope assessment has strengthened. Confirmed supplier information now indicates that the hemp is organically grown on small farms in Romania, that crop rotation is used to maintain soil health and fertility, that the hemp is dew-retted, that fiber separation is mechanical, and that no chemicals are used in processing. Public Rawganique pages also describe their hemp rope as organic European long-strand hemp, untreated, chemical-free, unbleached/dye-free for at least some rope products, PFAS-free, biodegradable, and made at their European atelier [1][2][3]. This places the rope at approximately Level 3.75 out of 5: high-integrity sustainable hemp with regenerative-compatible farm logic. It is not yet verified regenerative because farm-level details remain pending: rotation sequence, legumes, cover crops, fertility sources, habitat context, water practices, soil-health outcomes, byproduct cycling, testing, and certification scope.

This edition also adds the personal origin of the inquiry: microplastics research. The material ethic here did not begin as an aesthetic preference for hemp. It began with direct exposure to microplastics research on a lake in Italy, followed by the realization that Beaver Lake in northwest Arkansas appeared not to have been studied for microplastics at that time. That gap led to a funded research project, initiated under a former employer and continuing after the founder’s departure. That experience clarified a central principle: every material has an afterlife. Products do not end when users are finished with them. They shed, fragment, leach, persist, biodegrade, compost, burn, landfill, enter watersheds, or become future residues.

The paper therefore treats hemp rope not as a perfect ecological solution, but as a materially honest alternative to plasticized movement tools when grown, processed, sourced, used, and described with discipline.

The clearest current answer

Organically grown hemp is not automatically regenerative. Hemp can become regenerative when it is embedded in a living system that improves soil, water, biodiversity, farmer resilience, material circularity, and community relationship over time. Hemp grown as an annual monocrop, even organically, can still be ecologically simplified. Hemp grown in crop rotation, with soil-building fertility, living roots, habitat edges, low chemical burden, and durable end use, becomes much more interesting.

Rawganique’s rope is now best described as:

Organic Romanian small-farm hemp, crop-rotated for soil health and fertility, dew-retted, mechanically decorticated, and processed without chemicals.

That is already a rare and meaningful sourcing story. It does not yet prove verified regeneration, but it does move the material beyond generic organic hemp.

Current classification

  • Level: 1; Category: Extractive hemp; Description: Continuous monocrop, opaque sourcing, high inputs, chemical processing, disposable use; Rawganique status: Does not match current evidence

  • Level: 2; Category: Organic but shallow hemp; Description: Organic cultivation, but little evidence of rotation, habitat, soil outcomes, or processing integrity; Rawganique status: Too low for current evidence

  • Level: 3; Category: Sustainable hemp material; Description: Organic, outdoor-grown, low-chemical, biodegradable, responsible processing, durable use; Rawganique status: Confirmed baseline

  • Level: 3.5; Category: High-integrity sustainable hemp; Description: Organic, dew-retted, mechanically processed, untreated, durable, materially honest; Rawganique status: Confirmed by public/supplier evidence

  • Level: 3.75; Category: Regenerative-compatible hemp; Description: Above, plus small-farm Romanian origin and crop rotation for soil health/fertility; Rawganique status: Current best classification

  • Level: 4; Category: Verified regenerative hemp; Description: Evidence of rotations, legumes/covers, fertility cycling, soil improvement, water protection, habitat, testing; Rawganique status: Not yet verified

  • Level: 5; Category: Sympoietic/(bio)plural hemp-worlding; Description: Verified regenerative plus support for plural living worlds, farmer/community benefit, source transparency, repair and end-of-life loops; Rawganique status: Aspirational direction

Current judgment: Level 3.75 / 5.

Confidence: 0.84.

Reason for not calling it Level 4 yet: the phrase “crop rotation” still needs ecological detail. A shallow rotation and a deep regenerative rotation are not the same thing.

The origin of the inquiry: from microplastics to material honesty

The material ethic behind EcoLSD did not begin with hemp. It began with microplastics.

After encountering microplastics research happening on a lake in Italy, EcoLSD’s founder became curious about Beaver Lake in northwest Arkansas. Beaver Lake is not an abstract body of water. It is drinking water, habitat, recreation, infrastructure, regional identity, stormwater recipient, and living watershed. Some digging suggested that nobody had yet looked closely at microplastics there. That absence mattered.

EcoLSD’s founder pitched the importance of the question to his employer. The employer funded the research project and allowed him to help shape its setup. The research is ongoing today, even though EcoLSD’s founder has since left that employer.

That experience changed the material question. It made clear that products do not stop participating in ecology when humans stop using them. Materials move. They shed. They abrade. They fragment. They enter lakes, sediments, stormwater networks, drinking-water systems, bodies, soils, air, and food webs.

NOAA defines microplastics as plastic pieces less than five millimeters long and notes that they can come from larger plastic debris breaking apart, pellets, microbeads, and other sources [13]. UNEP notes that polyester, acrylic, and nylon make up a large share of clothing materials and that abrasion of such textiles sheds microfibres when clothing is washed or worn; UNEP also reports that clothes and textiles account for a meaningful portion of annual microplastic losses to the ocean [12]. A cross-national Nature study found plastic debris in all 38 lakes and reservoirs it sampled, showing that lakes and reservoirs are part of the plastic-pollution cycle, not outside it [14].

The microplastics project therefore provides a foundational EcoLSD principle:

Every material has an afterlife.

Plastic rope and synthetic fitness gear are not simply tools. They are future fragments. They can become dust, fibers, waste, runoff, sediment, ingestion, or contamination. Hemp rope is not impact-free, but it belongs to a different material fate when it is truly plant-based, untreated, biodegradable, and not coated in synthetic finishes.

The honest claim is not “hemp solves microplastics.” It is more precise:

Microplastics taught me to ask what my materials become after use.

This is the bridge from water research to hemp rope. It is not lifestyle branding. It is watershed thinking.

Material afterlife: the missing ecological question

Most product claims stop too early. They say what something is made from, but not what it becomes.

A material-afterlife assessment asks:

  • Does the material shed during use?

  • If it sheds, what are the shed particles made of?

  • Does it biodegrade, compost, persist, fragment, leach, or bioaccumulate?

  • Does the product contain hidden coatings, finishes, softeners, dyes, PFAS, plasticizers, formaldehyde, flame retardants, or anti-mold treatments?

  • Does the use pattern create abrasion, dust, residue, or contact exposure?

  • Where will the material go after use: landfill, burn pile, compost, soil, water, repurposing, repair, or return?

  • Is its end-of-life story consistent with its ecological marketing story?

This is especially important for movement tools. A flow rope or mace is intimate. It is handled, swung, sweated on, abraded, stored, moved outdoors, worn in, and eventually retired. The material is not only a visual choice. It becomes part of breath, skin, grip, dust, scent, practice, and future residue.

The most honest distinction is:

  • Material pathway: Synthetic plastic rope; Afterlife tendency: Abrasion, fragmentation, microfiber/microplastic pathway, landfill or persistent waste; Ecological concern: Persistence and dispersal

  • Material pathway: Heavily processed natural fiber; Afterlife tendency: Biodegradable potential, but may include chemical residues, finishes, dyes, or coatings; Ecological concern: Hidden toxicity and claim ambiguity

  • Material pathway: Untreated hemp rope; Afterlife tendency: Plant-fiber wear, biodegradation potential, natural dust/fibers, repair and compost potential; Ecological concern: Farming/processing impacts still matter

  • Material pathway: Verified regenerative hemp rope; Afterlife tendency: Plant-fiber use plus farm-system improvement and circular afterlife; Ecological concern: Highest integrity, but requires proof

The point is not to declare natural fibers perfect. Natural fibers can be grown badly, chemically processed, dyed with toxic substances, coated in synthetic finishes, shipped wastefully, or disposed of poorly. The point is to ask the full material-afterlife question.

Natural fiber is not automatically regenerative, but plastic fiber is born into a different decomposition problem.

Sympoiesis as method: not what is it, but what is it making-with?

Donna Haraway’s sympoiesis is the conceptual center of this paper. Haraway uses sympoiesis to think beyond self-making and toward making-with: complex living systems are not isolated units, but situated, historical, responsive assemblages of human and nonhuman relations [16].

Applied to hemp rope, sympoiesis changes the grammar.

The shallow sentence is:

This rope is made from hemp.

The deeper sentence is:

This rope is made-with Romanian small farms, crop rotation, soil organisms, hemp stalks, dew, weather, fungi, bacteria, mechanical decortication, Rawganique’s rope-making, EcoLSD design, human movement, repair, wear, and eventual decomposition.

That is not just poetic. It is materially accurate.

The sympoietic anatomy of a hemp rope

  • Stage: Seed; What is making-with?: cultivar, THC law, breeding history, farmer seed access; What to ask: Which variety? Local Romanian lineage or imported EU seed?

  • Stage: Field; What is making-with?: soil, rainfall, fertility, rotation, weeds, farmer timing; What to ask: What crop comes before and after hemp?

  • Stage: Growth; What is making-with?: roots, microbes, canopy, pests, pollinators, nutrient uptake; What to ask: Are soil and habitat improving?

  • Stage: Harvest; What is making-with?: maturity, fiber quality, labor, machinery, weather window; What to ask: Is harvest timed for fiber quality and ecological protection?

  • Stage: Retting; What is making-with?: dew, rain, fungi, bacteria, pectin breakdown, field duration; What to ask: Is retting biological, chemical, water-based, or mixed?

  • Stage: Decortication; What is making-with?: mechanical force, fiber length, energy, waste streams; What to ask: Are long fibers preserved? What happens to hurd and tow?

  • Stage: Spinning/twisting; What is making-with?: craft, strand selection, care, tension, consistency; What to ask: Does the twist show care and performance integrity?

  • Stage: EcoLSD making; What is making-with?: design, touch, knots, handles, balance, use patterns; What to ask: Is the tool durable, repairable, and honest?

  • Stage: User practice; What is making-with?: body, breath, sweat, rhythm, learning, sensory relation; What to ask: Does the material deepen embodied ecological awareness?

  • Stage: Afterlife; What is making-with?: repair, reuse, compost, decay, landfill, shed fibers; What to ask: What does the rope become after use?

Sympoiesis prevents hemp exceptionalism. It refuses the idea that hemp is a heroic plant that automatically saves anything. Hemp is not the savior. Hemp is a participant. Its ethical status depends on what it participates in.

Do not ask only, “What is it made of?” Ask, “What relations made it, and what relations does it make possible?”

(Bio)plurality as method: the anti-fungibility test

Audra Mitchell’s (bio)plurality framework pushes the analysis beyond generic biodiversity, generic carbon, and generic sustainability. Mitchell’s work emphasizes unique, irreplaceable worlds, relations, and ecosystems, and challenges the way extinction, conservation, and biodiversity discourses can flatten or erase living difference [17].

For hemp, this is essential.

A hemp field cannot be judged only by biomass yield, carbon claims, or organic status. The deeper question is whether the hemp system supports or simplifies particular living worlds.

A hectare of hemp is not interchangeable with a hectare of wetland. A pollinator strip is not interchangeable with a destroyed hedgerow. A carbon benefit does not automatically cancel nutrient runoff, water depletion, chemical processing, farmer precarity, or loss of local ecological knowledge.

The anti-fungibility rules

1. No field is equivalent to another field merely because the acreage matches.

2. No species is equivalent to another species merely because both count as biodiversity.

3. No ecosystem is replaced by a similar ecosystem elsewhere.

4. No carbon benefit automatically cancels water, nutrient, toxicity, labor, or habitat damage.

5. No organic certificate proves that plural living worlds are being strengthened.

6. No regenerative claim is complete if farmers, workers, local communities, or nonhuman beings are made invisible.

A (bio)plural hemp question set

  • Does this hemp system make room for more living difference, or does it simplify the farm landscape?

  • Are there hedgerows, field margins, riparian buffers, woodlots, orchards, pasture, wetlands, wildflower zones, or uncultivated refugia?

  • Are rotations designed only to protect yield, or also to feed soil and diversify habitat?

  • Do farmers retain knowledge, autonomy, and fair benefit?

  • Does the supply chain support a regional hemp world, or merely extract raw material from it?

  • Does the final product educate users about the living systems behind it?

The bioplural question for EcoLSD is therefore:

Does this sourcing help keep a plural hemp-world alive, or does it merely extract clean fiber from it?

That question is sharper than “is hemp sustainable?” It asks whether the rope participates in the survival and flourishing of particular soil, farm, microbial, craft, movement, and decomposition worlds.

What hemp is and what hemp is not

Hemp is Cannabis sativa L. managed for industrial and agricultural uses such as fiber, hurd, grain, seed oil, protein, animal bedding, construction materials, biocomposites, paper, textiles, rope, and more. In legal contexts, industrial hemp is usually defined by low THC content; in the EU, hemp under the Common Agricultural Policy must meet THC requirements and use certified seed from approved catalogues [4].

Ecologically, hemp is a fast-growing annual crop. It can produce substantial biomass. Dense fiber hemp can shade weeds after establishment. Male hemp in fiber or seed production can provide pollen during periods when other pollen sources may be limited. The European Commission identifies several environmental benefits of hemp, including disease-cycle interruption in rotations, weed shading, soil-cover effects, pollen, shelter, and low or no pesticide use in many cases [4].

But hemp is not magic.

Hemp is not a prairie. It is not a perennial polyculture. It is not a nitrogen-fixing legume. It is not automatically habitat-rich. It removes nutrients when stalks and seed are harvested. It can involve tillage, machinery, irrigation, drying energy, processing energy, transport, and market extraction. It can be part of monoculture agriculture.

The important distinction is:

A hemp field may be a temporary monoculture. A hemp rotation can be part of a regenerative agroecosystem.

Research supports concern about continuous hemp. A 2022 study found that continuous industrial hemp cropping reduced soil bacterial richness and diversity and altered soil physicochemical properties [10]. Another study found that industrial hemp rotations reduced disease incidence, increased yield, and increased soil bacterial and fungal diversity compared with monoculture [9].

So the ecological issue is not whether hemp is ever grown as a single-species stand. It usually is. The issue is whether that single-season simplification is nested within a wider pattern of temporal and spatial diversity: rotations, covers, legumes, perennial edges, habitat mosaics, and circular material flows.

Organic is meaningful, but it is a floor

Organic farming standards matter. USDA describes organic agriculture as requiring practices that cycle resources, conserve biodiversity, and preserve ecological balance [15]. The EU organic framework covers agricultural products and production stages from seed onward for covered products [11]. These standards are meaningful because they reduce or prohibit many synthetic pesticides, fertilizers, herbicides, GMOs, and other inputs.

But organic certification does not automatically prove active regeneration.

An organic hemp farm can still:

  • use repeated tillage,

  • leave soil bare between crops,

  • import large amounts of fertility,

  • export nutrients through biomass removal,

  • simplify habitat,

  • rely on irrigation,

  • process fiber with energy-intensive equipment,

  • ship material long distances,

  • or sell short-lived products with shallow green claims.

Organic is therefore a minimum integrity threshold. Regeneration requires outcome evidence.

Regenerative evidence ladder

  • Evidence level: Label; Example: “Organic”; Strength: Useful, but broad

  • Evidence level: Practice; Example: Crop rotation, no chemicals, dew retting; Strength: Stronger

  • Evidence level: Specific practice; Example: Hemp after cereal, followed by clover; compost applied; cover crop planted; Strength: Much stronger

  • Evidence level: Outcome; Example: Soil organic matter increased; infiltration improved; erosion reduced; Strength: Regenerative evidence

  • Evidence level: Landscape outcome; Example: More habitat, pollinators, beneficial insects, water quality protection; Strength: Bioplural evidence

  • Evidence level: Relational outcome; Example: Farmers benefit, local processing survives, community knowledge is retained; Strength: Sympoietic/bioplural evidence

The current Rawganique evidence includes label/practice level plus some specific practice information. It does not yet include outcome evidence.

Romanian hemp: a damaged-but-living hemp-world

Romania is not currently the volume leader in European hemp production. France is the dominant EU producer by current European Commission data, followed by Germany and the Netherlands [4]. But Romania has a serious hemp lineage.

A USDA Foreign Agricultural Service report describes Romania as historically important in hemp cultivation, processing, and marketing. It states that around thirty years before the 2020 report, Romania was Europe’s largest hemp fiber exporter and the fourth largest exporter globally; it also describes more recent revival interest driven by demand, support, and processing investment [5]. The same report says industrial hemp planted area reached 1,454 hectares in 2018 and identifies northeastern counties such as Botosani, Suceava, and Iasi as major hemp areas at that time [5].

Romanian hemp therefore should not be treated as generic European commodity fiber. It has regional history, agrarian memory, and technical lineage.

Traditional Romanian hemp processing, as described by the Anton Badea Ethnographic Museum in Reghin, involved harvesting bundles, drying them, retting them in water, washing them in running water, drying them again, and then processing fiber through hand tools and craft knowledge [18]. Traditional water retting is not the same as Rawganique’s confirmed dew retting, but both reveal an important fact: hemp fiber historically required biological collaboration. It was not merely manufactured. It was coaxed out of the stem through water, microbes, weather, timing, and skilled labor.

Modern Romanian hemp appears to be a revival system: a former hemp powerhouse rebuilding after regulatory, industrial, synthetic-fiber, and processing-infrastructure disruptions.

The deeper formulation is:

Romanian hemp is a damaged-but-living hemp-world: an old biocultural fiber system partly broken by industrial modernity, regulation, synthetic fibers, and market collapse, now reassembling through organic farming, EU policy, small farms, revived processing, and new ecological material demand.

This is where (bio)plurality matters. EcoLSD should not romanticize Romania as automatically pure, traditional, or regenerative. The question is whether sourcing supports a living Romanian hemp world or simply extracts clean fiber for Western eco-markets.

Rawganique’s confirmed small-farm, crop-rotated Romanian sourcing is therefore promising. It gives the material a place-story, not just a plant-story. But the story remains incomplete until the farmers or operations manager provide more detail.

Rawganique rope source dossier: current evidence

This section separates public claims, supplier communication, maker observation, interpretation, and unresolved questions.

Public Rawganique information

Rawganique’s public rope pages describe their rope as organic hemp rope, untreated, chemical-free, skin-friendly, biodegradable, and made for applications requiring natural, untreated hemp cordage [1]. A 16mm hemp rope product page describes the rope as organically grown European long-strand hemp, 3-strand, untreated, chemical-free, made from 100% organic European long-strand hemp, natural/unbleached/dye-free, made at Rawganique’s European atelier, PFAS-free, and biodegradable [2]. Rawganique’s care/process page says that for hemp and linen they use dew retting in fields and avoid chemical or acid washing to speed fiber processing [3]. Their chemical-free guide says they dew-ret European hemp stalks and mechanically comb long strands without chemicals [6].

Supplier communication received by EcoLSD

As of the current source status, Rawganique has additionally confirmed through direct supplier communication that:

  • the hemp is grown organically,

  • the hemp comes from small farms in Romania,

  • crop rotation is used to maintain soil health and fertility,

  • the hemp is dew-retted,

  • mechanical decortication is used,

  • no chemicals are used at all in processing,

  • further answers may require the operations manager and/or farmers,

  • farmer answers may take time because it is the growing season.

Source note: this is supplier communication retained by EcoLSD in May 2026. It is valuable but not the same as third-party certification or farm-level audit documentation.

Current interpretation

The key red flag - continuous hemp monoculture - has been partly answered. Crop rotation for soil health and fertility means the hemp is not being represented as continuous hemp in a single field year after year. That is a major positive update.

But the phrase “crop rotation” needs definition. A shallow rotation may simply avoid planting hemp in the same field every year. A deep regenerative rotation uses legumes, cover crops, green manures, compost or manure cycling, diverse cash crops, soil cover, and habitat context.

Updated source dossier table

  • Question: Is the hemp organically grown?; Current answer: Yes; Source status: Public + supplier; Interpretation: Strong baseline, but certificate scope still pending

  • Question: Where is it grown?; Current answer: Small farms in Romania; Source status: Supplier communication; Interpretation: Stronger place specificity

  • Question: Is it continuous monoculture?; Current answer: Crop rotation is used; Source status: Supplier communication; Interpretation: Major positive, but rotation sequence pending

  • Question: Is dew retting used?; Current answer: Yes; Source status: Public + supplier; Interpretation: Strong processing evidence

  • Question: Is decortication mechanical?; Current answer: Yes; Source status: Supplier + public mechanical-combing claim; Interpretation: Strong chemical-minimization evidence

  • Question: Are chemicals used?; Current answer: No chemicals used at all; Source status: Public + supplier; Interpretation: Strong material-integrity evidence

  • Question: Is it unbleached/dye-free/PFAS-free?; Current answer: Public pages state this for products; Source status: Public; Interpretation: Strong but should be batch/product specific

  • Question: Are farms named?; Current answer: Not yet; Source status: Pending; Interpretation: Traceability gap

  • Question: Are legumes/cover crops used?; Current answer: Unknown; Source status: Pending; Interpretation: Key regenerative gap

  • Question: Are fertility sources known?; Current answer: Unknown; Source status: Pending; Interpretation: Key nutrient-cycling gap

  • Question: Are soil outcomes tracked?; Current answer: Unknown; Source status: Pending; Interpretation: Key regenerative-verification gap

  • Question: Are habitats/field margins known?; Current answer: Unknown; Source status: Pending; Interpretation: Key bioplurality gap

  • Question: Are contaminants tested?; Current answer: Unknown; Source status: Pending; Interpretation: Important for customer-facing assurance

  • Question: Are byproducts cycled?; Current answer: Unknown; Source status: Pending; Interpretation: Important for circularity

Current claim language

Best current wording:

We source organic hemp rope from Rawganique made from hemp grown on small farms in Romania. Supplier communication confirms that the hemp is crop-rotated to maintain soil health and fertility, dew-retted, mechanically decorticated, and processed without chemicals. We understand this as a high-integrity, regenerative-compatible biological fiber system while we continue gathering farm-level evidence on rotation sequence, cover crops, fertility cycling, habitat, soil outcomes, testing, and traceability.

Avoid for now:

Regeneratively grown hemp rope.

Better:

Organic Romanian small-farm hemp, crop-rotated, dew-retted, mechanically processed, and chemical-free.

Dew retting, scent, and the material memory of hemp

Dew retting is not just a processing detail. It is one of the most important sympoietic stages in the rope.

A 2024 review of bast fiber retting describes dew retting as spreading harvested biomass in the field, where fungi and bacteria colonize the straw and degrade matrix polymers that bind fiber bundles to the woody core. It notes that dew retting is common in Europe and North America and that it avoids polluted wastewater compared with some water-retting pathways, though it depends heavily on weather, experience, and timing [7].

That means dew retting is literally making-with:

  • cut hemp stalks,

  • soil contact,

  • dew,

  • rain,

  • humidity,

  • temperature,

  • fungi,

  • bacteria,

  • pectin degradation,

  • turning/timing,

  • farmer judgment,

  • and mechanical separation.

The rope does not emerge from hemp alone. It emerges from a field-weather-microbe-farmer-machine process.

Odor also matters. Research on hemp stems during field retting found that volatile organic compounds and odor change through retting and can help indicate retting degree [8]. This does not mean scent proves sustainability. But it does mean scent can be part of the material’s processing history.

Organoleptic evidence and its limits

Organoleptic evidence means information gathered through the senses: smell, color, hand-feel, texture, flexibility, dust, twist, fiber integrity, and aging behavior. Makers often know materials this way before they can fully explain them.

For hemp rope, sensory indicators may include:

  • Sensory trait: Earthy hemp scent; Possible meaning: Retained plant/retting volatiles, minimal deodorizing, plant-present material; Limit: Not proof of organic or regenerative farming

  • Sensory trait: No scent; Possible meaning: More washing, age, different retting, deodorizing, refining, or simply lower volatile retention; Limit: Not proof of chemical processing

  • Sensory trait: Rich natural color depth; Possible meaning: Less bleaching/standardization, plant/retting identity retained; Limit: Color varies by cultivar, retting, storage, moisture

  • Sensory trait: Gray uniformity; Possible meaning: Possible weathering, overprocessing, fiber source, age, washing, or treatment; Limit: Needs supplier/process evidence

  • Sensory trait: Strong fiber integrity; Possible meaning: Longer fibers, better decortication, better twist, careful processing; Limit: Requires durability testing

  • Sensory trait: Excess softness; Possible meaning: Could be desirable; could also signal heavy processing, short fiber, softening, or lower structural integrity; Limit: Softness alone is not quality

  • Sensory trait: Careful twist; Possible meaning: Craft, tension control, strand integrity; Limit: Needs performance observation

  • Sensory trait: Lower-care twist; Possible meaning: Faster production, less quality control, different intended use; Limit: Not automatically unethical

The correct rule is:

Scent and feel are evidence of material character, not proof of ecological virtue.

But when sensory evidence aligns with confirmed sourcing and processing evidence, it becomes meaningful.

Comparative material phenotype: three hemp rope samples

EcoLSD has compared at least three hemp rope samples:

1. Rawganique hemp rope.

2. Another Romanian hemp rope sample from a different supplier.

3. A Chinese hemp rope sample.

These observations should be treated as maker evidence, not laboratory evidence. They are valuable because they show how different hemp systems express themselves as finished material.

Comparative table

  • Sample: Rawganique rope; Observed scent: Lovely hemp scent; Observed color: More color depth; Fiber/twist quality: Better fiber quality and care-taken twist; Felt character: Plant-present, alive, high-integrity; Interpretation: Consistent with dew retting, long fiber, minimal chemical processing, and careful rope-making

  • Sample: Other Romanian sample; Observed scent: Virtually odorless; Observed color: Less color depth; Fiber/twist quality: Lower fiber quality and lower-care twist; Felt character: Not Rawganique standard, but not wholly lifeless; Interpretation: Could still be natural; may represent different retting, processing, fiber grading, or twist care

  • Sample: Chinese sample; Observed scent: No scent; Observed color: Gray; Fiber/twist quality: Very soft, but less plant-present; Felt character: Almost lifeless; Interpretation: Sample-specific concern; possible over-refining, washing, softening, aging, or different processing; no country-level conclusion should be drawn

Responsible public wording

Do not publish the broad claim: “Chinese hemp is lifeless.” That would be too general, too country-level, and not supported by a single sample.

A better public wording is:

One Chinese hemp rope sample I tested was gray, very soft, odorless, and materially flat compared with the Rawganique rope. I do not know the full processing history, so I will not claim it was chemically treated. But as a maker, I pay attention when a natural fiber feels overly standardized or severed from its plant identity. That sensory difference led me to ask deeper questions about retting, degumming, softening, washing, finishing, and supply-chain transparency.

This is fair, precise, and powerful.

Why the Rawganique sample matters

The Rawganique rope’s scent, richer color depth, better fiber quality, and more careful twist align with the confirmed source story: organic Romanian small farms, crop rotation, dew retting, mechanical decortication, and no chemicals. Any one of those traits alone would not prove much. Together, they form a coherent material phenotype.

The phrase that captures this well is:

The Rawganique rope appears to retain more of its plant-retting identity.

That is not a claim of perfection. It is a claim of material presence.

Sustainability versus sustainabullshit

This project needs a sharp greenwashing vocabulary. “Sustainabullshit” is useful because it names a real phenomenon: ecological language used to hide extractive relationships.

The FTC’s Green Guides caution marketers against broad, unqualified environmental claims such as “green” or “eco-friendly” because they are difficult or impossible to substantiate. The FTC recommends that general environmental claims be qualified with clear, specific benefits [19]. That is exactly the discipline EcoLSD should follow.

Working definition

Sustainabullshit is the use of ecological language to hide extractive relationships.

Examples

  • Claim: Eco-friendly rope; Why it may be sustainabullshit: No specific evidence; Better claim: Organic Romanian hemp rope, dew-retted and chemically untreated

  • Claim: Natural material; Why it may be sustainabullshit: Natural origin may hide chemical processing; Better claim: Untreated plant fiber with no chemical finishing reported

  • Claim: Sustainable hemp; Why it may be sustainabullshit: Hemp is not automatically sustainable; Better claim: Hemp grown organically in rotation and used in durable tools

  • Claim: Regenerative; Why it may be sustainabullshit: Requires outcome evidence; Better claim: Regenerative-compatible pending farm-level verification

  • Claim: Biodegradable; Why it may be sustainabullshit: Coatings and conditions matter; Better claim: Plant-based, untreated, biodegradable hemp fiber, with end-of-life caveats

  • Claim: Chemical-free; Why it may be sustainabullshit: Needs process scope; Better claim: No chemicals used in retting, decortication, or rope processing according to supplier communication

The opposite of sustainabullshit is not perfection.

The opposite of greenwashing is transparency about relationships, limits, evidence, and uncertainty.

This is central to EcoLSD’s credibility. The most powerful claim is not “our product is perfect.” The most powerful claim is:

We are making the relationships visible.

Responsible claim boundaries

A strong ecological brand does not overclaim. It uses evidence-scaled language.

Claims that are currently well supported

These are appropriate based on current public and supplier evidence:

  • organic hemp rope,

  • Romanian small-farm hemp,

  • crop-rotated for soil health and fertility,

  • dew-retted,

  • mechanically decorticated,

  • processed without chemicals,

  • untreated hemp rope,

  • biodegradable plant fiber,

  • natural hemp scent/material presence,

  • high-integrity sustainable material,

  • regenerative-compatible hemp material,

  • durable natural-fiber movement tool.

Claims to use carefully

These may be appropriate with context:

  • sustainable hemp rope,

  • low-toxicity material,

  • plant-present material,

  • biologically processed fiber,

  • plastic-free movement tool,

  • material-afterlife aware design,

  • sourced from a Romanian hemp revival lineage.

Claims to avoid until more proof exists

  • regeneratively grown hemp,

  • verified regenerative rope,

  • carbon-negative rope,

  • zero-impact product,

  • pollution-free material,

  • fully traceable farm-to-rope supply chain,

  • improves biodiversity,

  • restores soil,

  • pesticide-free if not supported by certification or test results for the exact supply chain,

  • certified organic textile unless certification scope is confirmed.

Complex-systems model: stocks, flows, feedbacks, thresholds

A hemp rope is a material artifact, but the system behind it is dynamic. Complex-systems thinking helps prevent simplistic conclusions.

Stocks

Stocks are things that accumulate or decline over time:

  • soil organic matter,

  • microbial diversity,

  • seed knowledge,

  • farmer skill,

  • fiber-processing capacity,

  • trust in supplier relationships,

  • plastic waste avoided,

  • customer ecological literacy,

  • brand credibility,

  • material residues after use.

Flows

Flows are movements between stocks:

  • nutrients from soil to hemp to exported fiber,

  • carbon from atmosphere to plant biomass to rope to decomposition,

  • water through rainfall, soil, retting, runoff, and watershed,

  • microbial activity during growth and retting,

  • money from customer to maker to supplier to farmer,

  • information from farmer to Rawganique to EcoLSD to customer,

  • fibers from rope abrasion to dust or environment.

Feedback loops

Positive loops can strengthen the system:

  • Better sourcing transparency builds customer trust.

  • Customer trust funds higher-integrity materials.

  • Higher-integrity materials support better suppliers.

  • Better suppliers support farmers and ecological practices.

  • Better stories create more ecological literacy.

Negative loops can degrade the system:

  • Demand for cheap hemp pressures processing shortcuts.

  • Processing shortcuts reduce material character.

  • Vague claims increase greenwashing risk.

  • Greenwashing reduces trust.

  • Reduced trust pushes brands toward shallow price competition.

Thresholds

The hemp system can cross thresholds:

  • soil compaction or disease pressure from poor rotation,

  • loss of processing capacity,

  • supplier opacity,

  • chemical processing hidden behind “natural” claims,

  • customer distrust from overclaiming,

  • material failure from poor twist or short fiber,

  • plasticization of movement tools through synthetic substitutions.

Leverage points

The highest leverage points are not only farm practices. They include:

  • asking better supplier questions,

  • maintaining claim discipline,

  • choosing durable uses over disposable products,

  • educating customers on material afterlife,

  • designing for repair and longevity,

  • publishing the source dossier,

  • updating the dossier when new evidence arrives,

  • refusing vague “eco” language without proof.

This is why public writing matters. Public writing is not marketing decoration. It is a leverage point in the material system.

Hemp-worlding: the deepest unit of analysis

The most important shift is from “hemp” to “hemp-worlding.”

A hemp-world is the whole living-material system that hemp participates in:

  • seed and cultivar law,

  • Romanian farms,

  • crop rotation,

  • soil organisms,

  • weeds and pests,

  • field edges,

  • harvest timing,

  • dew retting,

  • microbial decomposition,

  • mechanical decortication,

  • long fiber selection,

  • twisting and rope care,

  • Rawganique’s atelier,

  • EcoLSD design,

  • customer movement practice,

  • repair,

  • wear,

  • afterlife,

  • and the story told about it.

Hemp-worlding asks:

  • What worlds are composed by this material?

  • What worlds are simplified by it?

  • What worlds are hidden by the supply chain?

  • What worlds are strengthened by customer money?

  • What worlds does the product enter after use?

This is where sympoiesis and (bio)plurality converge.

Sympoiesis says nothing makes itself. (Bio)plurality says the worlds being made-with are not interchangeable.

Together, they give EcoLSD a uniquely deep ecological method:

Ask what the material is making-with, then ask whether those relations protect or diminish plural living worlds.

What would make Rawganique Level 4?

Rawganique is approaching the logic of Level 4, but verification requires more farm-level detail.

Open verification questions

1. What is the actual multi-year rotation sequence?

2. Are legumes included, such as clover, alfalfa, vetch, peas, beans, or other nitrogen-fixing crops?

3. Are cover crops or green manures used before or after hemp?

4. How is fertility managed: compost, manure, green manure, crop residues, imported organic amendments?

5. How often is tillage used, and how intense is it?

6. Is the hemp rain-fed or irrigated?

7. Do farms maintain hedgerows, field margins, riparian buffers, orchards, woodlots, pasture, wildflower strips, or uncultivated habitat?

8. Are soil-health indicators tracked over time?

9. Are pesticide residues, heavy metals, PFAS, formaldehyde, mold treatments, or other contaminants tested?

10. What happens to hurd, tow, dust, short fiber, and rejected rope?

11. Are the farms or farm groups certified organic, and by whom?

12. Is there chain-of-custody documentation from farm to fiber to rope?

13. Are farmers paid through fair, stable relationships?

14. Are Romanian cultivars or regional seed lineages used?

15. Does Rawganique’s European atelier handle all rope spinning/twisting, and are any subcontractors involved?

Level 4 threshold

Rawganique becomes Level 4 if the following can be supported:

  • Requirement: Organic farm basis; Evidence needed: certificate or certifier details

  • Requirement: Non-continuous hemp; Evidence needed: actual rotation sequence

  • Requirement: Soil-building rotation; Evidence needed: legumes, covers, green manure, compost/manure, living roots

  • Requirement: Water protection; Evidence needed: rain-fed or efficient irrigation; runoff/erosion controls

  • Requirement: Habitat context; Evidence needed: hedgerows, margins, buffers, woodlots, pollinator areas

  • Requirement: Outcome tracking; Evidence needed: soil organic matter, erosion, infiltration, biodiversity, yield stability

  • Requirement: Chemical-free processing; Evidence needed: process documentation and/or test results

  • Requirement: Traceability; Evidence needed: farm/farm group, processor, atelier chain

  • Requirement: Circularity; Evidence needed: byproduct use and end-of-life integrity

  • Requirement: Community relationship; Evidence needed: small-farm support, fair labor, stable sourcing

Level 5 threshold

Level 5 requires more than verification. It requires that the sourcing relationship actively supports a plural hemp-world: farmers, fields, biodiversity, craft, cultural memory, material honesty, customer education, repair, and decomposition. Level 5 is not just a farm claim. It is a whole-system relationship.

Working glossary

Afterlife: What a material becomes after its intended human use: dust, residue, compost, fragment, landfill, smoke, soil input, microplastic, repair part, or future relation.

Biodegradable: Capable of being broken down by living organisms under appropriate conditions. Not a magic word; conditions and additives matter.

Bioplurality / (bio)plurality: A framework associated with Audra Mitchell that emphasizes unique, irreplaceable living worlds, relations, and ecosystems rather than treating life as interchangeable biodiversity units.

Crop rotation: Growing different crops in sequence over time. Regenerative value depends on the sequence, inclusion of legumes/covers, soil protection, and nutrient cycling.

Dew retting: A biological fiber-processing method in which cut hemp stalks are laid in the field and acted on by moisture, fungi, bacteria, and weather to loosen bast fibers from the woody core.

Greenwashing: Misleading environmental marketing.

Hemp-worlding: The whole living-material system that hemp composes with: field, farm, microbes, processing, craft, use, afterlife, and story.

Material honesty: The practice of making material relationships visible: source, process, chemical burden, durability, performance, and afterlife.

Organoleptic evidence: Sensory evidence gathered through smell, touch, color, texture, flexibility, residue, and aging. Useful but not definitive.

Regenerative-compatible: Having practices and relationships consistent with regeneration, but not yet verified by outcomes.

Sympoiesis: Making-with rather than self-making; a way to understand complex living systems as relational, situated, historical, and co-composed.

Sustainabullshit: Ecological language used to hide extractive relationships.

Final synthesis

EcoLSD is not simply making flow ropes and maces.

EcoLSD is making-with hemp plants, Romanian small farms, crop rotations, soil fertility cycles, dew, fungi, bacteria, mechanical decortication, Rawganique’s atelier, rope twist, craft decisions, customer bodies, movement practice, sweat, repair, material wear, and eventual decomposition.

That is the true ecological field of the product.

The current Rawganique rope is not verified regenerative yet. But it is far beyond generic “eco-friendly hemp.” The evidence supports a strong claim: organic Romanian small-farm hemp, crop-rotated for soil health and fertility, dew-retted, mechanically decorticated, and chemical-free. Its scent, color depth, fiber quality, and twist care align with that story as organoleptic support, not as proof.

The deepest takeaway is not that hemp is good and plastic is bad. The deepest takeaway is that materials continue participating in worlds after we stop using them. Microplastics revealed that truth through water. Hemp rope now gives EcoLSD a chance to practice a different material relationship.

The guiding question going forward is:

What worlds does this material keep making after it leaves my hands?

That question is the beginning of material honesty.

References and source notes

[1] Rawganique. “Non-Toxic Organic Hemp Rope & Hemp Cord.” Rawganique rope collection page. Accessed May 10, 2026. https://rawganique.com/collections/ropes

[2] Rawganique. “16mm Organic Hemp Rope (6kg Roll) (100% Biodegradable).” Product page. Accessed May 10, 2026. https://rawganique.com/products/16mm-hemp-rope-6kg-roll

[3] Rawganique. “Caring for Organic Cotton, Linen, Hemp Products.” Accessed May 10, 2026. https://rawganique.com/pages/caring-for-organic-cotton-linen-hemp-products

[4] European Commission. “Hemp - Agriculture and rural development.” Accessed May 10, 2026. https://agriculture.ec.europa.eu/farming/crop-productions-and-plant-based-products/hemp_en

[5] USDA Foreign Agricultural Service. “Romanian Industrial Hemp Market Overview.” Report Number RO2020-0004. February 25, 2020. https://apps.fas.usda.gov/newgainapi/api/Report/DownloadReportByFileName?fileName=Romanian+Industrial+Hemp+Market+Overview+_Bucharest_Romania_02-23-2020

[6] Rawganique. “A Beginner’s Guide to Chemical-free Products.” Accessed May 10, 2026. https://rawganique.com/pages/a-beginners-guide-to-chemical-free-products

[7] Angulu, M. and Gusovius, H.-J. “Retting of Bast Fiber Crops Like Hemp and Flax - A Review for Classification of Procedures.” Fibers 12(3), 28. 2024. https://www.mdpi.com/2079-6439/12/3/28

[8] Mazian, B. et al. “Evolution of temporal dynamic of volatile organic compounds (VOCs) and odors of hemp stem during field retting.” PubMed record. 2019. https://pubmed.ncbi.nlm.nih.gov/31529396/

[9] Tang, L. et al. “The Effect of Rotational Cropping of Industrial Hemp (Cannabis sativa L.) on Rhizosphere Soil Microbial Communities.” Agronomy 12(10), 2293. 2022. https://www.mdpi.com/2073-4395/12/10/2293

[10] Guo, L. et al. “Effects of Continuous Cropping on Bacterial Community and Diversity in Rhizosphere Soil of Industrial Hemp: A Five-Year Experiment.” Diversity 14(4), 250. 2022. https://www.mdpi.com/1424-2818/14/4/250

[11] European Commission. “Organic production and products.” Accessed May 10, 2026. https://agriculture.ec.europa.eu/farming/organic-farming/organic-production-and-products_en

[12] UNEP. “Microplastics: The long legacy left behind by plastic pollution.” April 28, 2023. Accessed May 10, 2026. https://www.unep.org/news-and-stories/story/microplastics-long-legacy-left-behind-plastic-pollution

[13] NOAA Ocean Service. “What are microplastics?” Updated June 16, 2024. Accessed May 10, 2026. https://oceanservice.noaa.gov/facts/microplastics.html

[14] Nava, V. et al. “Plastic debris in lakes and reservoirs.” Nature 619, 317-322. 2023. https://www.nature.com/articles/s41586-023-06168-4

[15] USDA Agricultural Marketing Service. “USDA Certified Organic: Understanding the Basics.” Accessed May 10, 2026. https://www.ams.usda.gov/services/organic-certification/organic-basics

[16] Haraway, D. J. Staying with the Trouble: Making Kin in the Chthulucene. Duke University Press. 2016. Publisher page accessed May 10, 2026. https://www.dukeupress.edu/staying-with-the-trouble

[17] Mitchell, A. Revenant Ecologies: Defying the Violence of Extinction and Conservation. University of Minnesota Press. 2024. Publisher page accessed May 10, 2026. https://www.upress.umn.edu/9781517906818/revenant-ecologies/

[18] Muzeul Etnografic Anton Badea Reghin. “Prelucrarea cânepii.” October 8, 2020. Accessed May 10, 2026. https://www.muzeulreghin.ro/prelucrarea-canepii/

[19] Federal Trade Commission. “Environmental Claims: Summary of the Green Guides.” Accessed May 10, 2026. https://www.ftc.gov/business-guidance/resources/environmental-claims-summary-green-guides

[20] Supplier communication from Rawganique to EcoLSD, May 2026. Non-public communication: organically grown hemp, small farms in Romania, crop rotation for soil health and fertility, dew retting, mechanical decortication, no chemicals used in processing, further farm-level details pending.

Jarrod Phillips
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