Designing in Iran: What the Land and the People Taught Me | Discover Permaculture: The Podcast

Main Ideas, Concepts, and Lessons

• Jeff’s permaculture work in Iran (starting ~2007)

  • He was invited by Iran’s Ministry of Agriculture (funded by FAO and a UN department) to teach permaculture to agricultural advisers.
  • He found Iran’s landscape and cultural systems far more diverse and resilient than he expected.
  • For years afterward, he stayed in communication with people in Iran, receiving updates and consulting on topics like:
    • date palm plantation diversification
    • water extension

• Ancient infrastructure and living irrigation traditions

  • Iran still has and continues to build qanats / underground canals, some reportedly running for 2,000+ years.
  • He learned these systems are actively maintained/expanded and reduce evaporation by moving water underground.
  • He also described wind catchers / wind chimneys and passive cooling approaches that use underground water plus architectural design.

• Permaculture principles reinforcing (not replacing) indigenous knowledge

  • Iran’s traditional practices—especially in farming systems and water management—already align strongly with permaculture concepts.
  • Rather than imposing a foreign system, permaculture knowledge was integrated into local practice.
  • A central emphasis was recycling organic matter into soils (especially compost) to drive fertility and ecosystem regeneration.

• Compost program scaled from one demonstration to national practice

  • His “fast compost” method (including an 18-day Berkeley-style approach) was used as a trial model.
  • The Iranian agricultural system tested variations across multiple districts (he references 10).
  • Outcomes were compared using photos/slideshows.
  • Results reportedly scaled over ~5 years and helped support broader organic agriculture adoption.

• Why permaculture seemed to “take” more easily in Iran

  • Jeff speculates that sanctions reduced reliance on outside inputs, especially large-scale chemical agriculture from abroad—making sustainability easier to pursue.
  • He stresses that Iranian researchers/advisers were practical and willing to trial ideas quickly (“if it works, let’s do it”).
  • He contrasts this with government-permaculture efforts elsewhere that he says were conceptually respectful but poorly implemented.

• Working with “weeds” and salt-tolerant species rather than fighting nature

  • Example: rehabilitation of highly salted landscapes using tamarisk (highly salt-tolerant).
  • Instead of removing tamarisk, a researcher (“Dr. Tamarix”) used it to:
    • create an abundant organic matter cycle (mulching with tamarisk branches/leaves),
    • lock salt in foliage, and
    • gradually reduce soil salinity enough for other plants to establish over time.
  • The approach is framed as “permacultural”: treat what thrives under stress as data about system pathways (carbon, water, resilience).

• A surprising reforestation technique: crude oil as a desert stabilizer

  • Jeff recounts Bill Mollison’s “radical” statement (criticized in the West) that crude oil could act like stabilizing mulch:
    • stabilize sand dunes,
    • reduce wind erosion and improve moisture/condensation retention, and
    • allow seeds/trees to grow through the oil.
  • Jeff claims Iranians told him they had done it in southern Iran by spraying crude oil over desert areas with heavy equipment, which later led to greening.

• Traditional orchard water-harvesting patterns

  • He describes extensive pistachio orchards managed with half-circle water-harvesting walls/crescent features accumulated over “thousands of years.”
  • The management includes practical design choices such as spreading branches low/wide for harvesting.

• A political layer: sanctions, geopolitics, and “what people aren’t told”

  • Jeff argues outsiders misunderstand Iran due to politics and external narratives.
  • He describes a belief that Iran’s internal actions (agriculture, anti-drug enforcement, religious tolerance) are not widely known.
  • He recounts a conversation about:
    • posters honoring martyrs,
    • an Iranian “drug war” fighting smuggling from Afghanistan, and
    • the claim that martyrs are celebrated for dying while stopping drug trafficking.

• Qanats as energy-efficient water planning

  • In response to questions, Jeff argues qanats’ construction energy is justified when spread over centuries/millennia.
  • He frames qanats as “minimum energy” water delivery using gravity with very low evaporation.

• Old-world earthworks expanded into modern planning

  • He highlights gabions (stone/rock wall systems that slow water and create nutrient-rich silt zones).
  • He describes a “flush pipe” technique used after rains:
    • water fills silt fields and confirms saturation,
    • then a stone-covered opening is removed so water drains safely through/around cultivated areas without wrecking crops.

• Permaculture as a scalable mindset

  • The overarching message: design “travels,” and the land and local people already hold solutions.
  • Start small, work with what exists, respect local systems, and adapt with modern tools when helpful.

---

Methodologies / Instruction-Like Content

Compost scaling approach (as described)

• Start with a demonstration compost heap using:

  • a fast/active compost method (Jeff references a standard “Berkeley compost heap” style, “18 days”)

• Trial multiple variations

  • run tests across several agricultural districts (he references 10)

• Use practical inclusion rules

  • “If it’s lived, it can live again” (use living organic materials as part of compost inputs)
  • experiment with “inclusions” to the extent possible

• Measure results

  • produce baseline vs. comparison production using photos/slideshows

• Scale what works

  • once proven, extend to wider districts and move toward national organic/agroecological adoption

---

Salt-land rehabilitation with tamarisk (as described)

• Identify the dominant successful plant under salinity stress

  • tamarisk functions as a salt-tolerant “indicator species”

• Instead of eradication, encourage tamarisk

  • plant it more densely

• Use tamarisk as a fertility driver

  • mulch heavily with tamarisk foliage/branches

• Manage salt indirectly through decomposition cycles

  • rely on the idea that foliage “tastes/suggests it holds salt,” and decomposition helps further lock salt

• Transition to other crops

  • after salinity declines enough, introduce other plants (including later date palm systems)

---

Crude-oil desert greening (conceptual method recounted)

• Apply crude oil to desert surfaces as stabilizing mulch

  • spread crude oil across dunes/sand to go “black”

• Expected ecological effects

  • reduce wind erosion
  • help retain moisture/condensation

• Follow-up

  • later observation shows trees/green growth emerging through/around the oil-treated ground

---

Qanats (connect) system construction (explained as a method)

• Locate spring lines in mountainous terrain
• Dig down to the underground spring
• Create an underground canal that slopes gradually downhill until you reach a point where spoil can’t be shifted further
• Build access/exit shafts
  • dig additional shafts and extend the underground canal progressively downhill
• Resulting delivery
  • water flows continuously with minimal evaporation, feeding oases and towns

---

Passive cooling and building application (examples given)

• Use architectural structures like wind chimneys
  • geometry exhausts indoor air regardless of wind direction
• Couple with underground water storage
  • underground cold tanks enable cooling as warm air rises and is exhausted
• Add evaporative cooling components
  • trays of damp charcoal with drip water to cool incoming air passively

---

Gabion “flush pipe” management (as described)

• Build gabion walls across valleys/canyons to trap silt and nutrients
• Include a flush pipe (stone-mason built) positioned near silt-field level
• During the rainy season:
  • keep the pipe blocked so the silt field fills
• After saturation:
  • remove/open the stone so water drains through the pipe rather than destroying crops
• Plant afterward:
  • cultivate wheat/crops in the silt-enriched zone, using the stored-water effect

---

Speakers / Sources Featured (as named in subtitles)

• Jeff (Jeff “Jefferson” / Jeff as the main guest and speaker)
• Ben Misma (podcast host/participant; mentioned with “Ben Misma in Mississippi, USA”)
• Eric Sauder (podcast host/participant; “Eric Sauder in Sacramento, California”)
• Sam Parker Davis (podcast participant; “Sam Parker Davis in Australia”)

---

Other Referenced Sources / Figures / Entities

• FAO (funding role in Iran invitation)
• United Nations department (funding support)
• Bill Mollison (permaculture founder; mentioned regarding the crude oil desert idea)
• Andrew Millison (mentioned in context of documenting Sahel greening half-circle features)
• Elaine Ingham and soil food web work (mentioned in compost/biology discussion)
• Fred Pearce (When the Rivers Run Dry and New Wild)
• Elon Musk (mentioned via a joke about drilling/canals)
• Time magazine / Mosaddegh (referenced historically by Ben)
• Wesley Clark (referenced historically as having made statements)
• Osho people / Bhagwan Rajneesh community (mentioned as an example of gabions providing water)
• Iranian wind chimney / qanats / gabions (technical terms; not speakers)