Author: Leaf Lost

Michigan issues adult-use grower licences in three classes — Class A up to 100 plants, Class B up to 500, and Class C up to 2,000 — through the Cannabis Regulatory Agency (CRA). Prequalification costs $3,000, there is no cap on the number of grower licences, and your municipality must have opted in.

That last point stops more applicants than any other. Michigan is a local-opt-in state, and a perfect application means nothing if the township has not adopted an ordinance permitting cannabis businesses. Checking the local ordinance is the first thing to do, before spending money on anything else.

Grower Licence Classes

Class	Plant limit	Typical fit
Class A	Up to 100 plants	Small craft operations
Class B	Up to 500 plants	Mid-size producers
Class C	Up to 2,000 plants	Large commercial facilities
Microbusiness	Up to 150 plants	Grow, process and sell direct

Large operators commonly stack multiple Class C licences at one facility, which is how sites well beyond 2,000 plants operate legally. There is no cap on how many grower licences the CRA will issue overall.

What It Costs

Item	Amount	Notes
Prequalification	$3,000	Same for all licence types
Application fee	$4,000–$40,000	Varies by licence type
Annual assessment	$2,000–$30,000	Class A lowest, Class C highest
Build-out	Highly variable	Usually the largest real cost
Compliance systems	Ongoing	Seed-to-sale tracking, security, testing

Treat these as indicative rather than current. Fees and requirements change, and the CRA is the authoritative source for what applies on the day you apply. This Michigan cultivation licensing overview is a useful orientation before you go to the regulator’s own documentation.

The Two-Step Process

1. Step 1 — Prequalification. Background checks on all applicants and financial disclosure. This establishes whether you are eligible at all.
2. Step 2 — Establishment licensing. Tied to a specific property, with municipal approval, plans and inspections.

Splitting it this way means you can establish eligibility before committing to a lease or build. Doing it in the other order is how people lose money.

Inspections and the 60-Day Clock

Once you submit, timelines become unforgiving.

Requirement	Deadline	Consequence of failure
Pre-licensure inspection	Within 60 days of submission	Application denied
Bureau of Fire Services inspection	Within 60 days	Application may be denied
Municipal approval	Before establishment licensing	Cannot proceed

The practical implication is that you should not submit until the facility is genuinely ready. A premature submission burns the clock and the fee.

Municipal Opt-In

Michigan lets each municipality decide whether to permit cannabis businesses, and many have declined or capped the number of licences.

• Check the ordinance first, before looking at property.
• Ask about caps. Some opt-in municipalities limit licence numbers.
• Understand local scoring. Capped municipalities often run competitive processes.
• Verify zoning. Opting in does not mean every parcel qualifies.

What Nobody Tells You About the Small End

A Class A licence sounds like the accessible entry point, and in fee terms it is. The economics are harder than the number suggests.

Compliance costs do not scale down proportionally. Seed-to-sale tracking, security, testing and insurance cost broadly similar amounts whether you run 100 plants or 2,000, which means the per-gram burden on a small operation is considerably higher.

Cost type	Scales with size?	Effect on small growers
Licence fees	Yes	Manageable
Security and compliance	Barely	Disproportionate burden
Testing	Per batch	Small batches cost more per gram
Insurance	Barely	Disproportionate burden
Labour	Yes, if automated	Hand-finishing is labour-intensive

The way small producers survive is by not competing on price. Craft operations compete on quality, distinctiveness and relationships with provisioning centres — which is a different business to the one large-scale growers are running.

Michigan wholesale flower prices have fallen substantially since the market opened, which has squeezed everyone but hurt small producers most. Volume growers can absorb thinner margins; a 1,000 square foot room cannot.

That reality shapes what a small licence is actually for. If the plan is to sell commodity flower by the pound, the economics are punishing. If the plan is to grow something distinctive that buyers ask for by name, the small end is viable — but it is a brand business as much as a farming one.

Coming From the Caregiver Market

Many Michigan growers entering the licensed market came from the caregiver system, and the transition is a bigger adjustment than it looks.

Our owner started growing in the caregiver market in 2012 and still takes pride in those roots. The cultivation skills transfer directly. What does not transfer is the compliance apparatus, the documentation, the tracking, and the reality of building a facility to code.

Skill at growing plants and skill at running a licensed facility are different things, and the second one is what most applications actually test.

Practical Sequence

1. Confirm your municipality has opted in and check for caps.
2. Complete prequalification before committing to property.
3. Secure a compliant location with municipal approval.
4. Build out fully — security, tracking, fire compliance.
5. Only then submit and start the 60-day inspection clock.
6. Plan for months of operating costs before first revenue.

Underestimating the gap between step five and step six is the most common financial mistake. Licensing, build-out and the first crop cycle all consume money before a single gram is sold, and the runway required is routinely longer than applicants plan for.

Our own experience of this route is written up in the Lost Leaf grow document on getting into the white market. For the cultivation side, start with grow room climate and VPD, nutrients and feeding, and integrated pest management.

Frequently Asked Questions

How many plants can a Class A grower have in Michigan?

Up to 100 plants. Class B allows up to 500 and Class C up to 2,000. Operators may stack multiple Class C licences at one facility.

How much does a Michigan cannabis licence cost?

Prequalification is $3,000 for all types. Application fees run roughly $4,000 to $40,000 and annual assessments $2,000 to $30,000 depending on licence type. Verify current figures with the CRA.

Is there a cap on Michigan grower licences?

The state does not cap grower licences. Individual municipalities may cap the number they permit locally, and many have.

What is the 60-day rule?

Facilities must pass pre-licensure and Bureau of Fire Services inspections within 60 days of submitting licence qualification applications, or the CRA may deny the application.

Can I apply before I have a property?

Yes. Prequalification covers background and financial checks and is not tied to a location. Establishment licensing requires a specific municipally-approved property.

None of this is a reason not to pursue a licence. It is a reason to go in with accurate expectations about timelines, capital requirements and the amount of the job that has nothing to do with growing plants. The operators who struggle are usually the ones who budgeted for a grow and got a compliance business.

General information for adults 21+, not legal advice. Requirements and fees change — consult the Michigan Cannabis Regulatory Agency and qualified counsel before applying.

Related reading: What craft production actually means in practice.

Related reading: Consumer-side Michigan cannabis rules.

Water cannabis by plant demand rather than on a fixed schedule: let the medium dry back partially between irrigations, aim for 10–20% runoff to prevent salt build-up, and judge timing by pot weight rather than surface appearance. Overwatering kills more indoor plants than underwatering.

Watering looks like the simplest task in the room and is one of the easiest to get persistently wrong, because the symptoms of too much and too little look almost identical to an untrained eye and the instinctive correction for one makes the other considerably worse.

Why Overwatering Is So Common

Roots need oxygen as much as water. A medium held permanently saturated leaves no air space, roots suffocate, and uptake stalls.

The plant then droops — which looks exactly like thirst. The grower waters again. The cycle accelerates.

This single misreading probably accounts for more stalled indoor grows than nutrient problems, pest pressure and light issues combined. It is entirely avoidable, and the fix costs nothing.

The underlying principle is that roots need an oxygen phase as much as a water phase. Irrigation is not just delivering moisture — the dry-back between waterings is doing half the work.

Symptom	Overwatering	Underwatering
Leaf posture	Drooping, firm, curled down	Drooping, limp, papery
Medium weight	Heavy	Very light
Recovery after water	No improvement or worse	Rapid improvement
Growth rate	Slow, stalled	Slow, then resumes
Root health	Brown, soft, sometimes smelly	Dry but white
Pest correlation	Fungus gnats	None specific

The fastest diagnostic is weight. Lift the pot — or learn what a watered and a dry pot feel like on your bench. Surface appearance tells you almost nothing about what is happening at root depth.

Water by Demand, Not by Calendar

A fixed schedule ignores everything that actually drives water use: plant size, light intensity, temperature, humidity and stage.

Factor	Effect on water demand
Plant size	Larger canopy transpires more
Light intensity	Higher PPFD drives higher uptake
Temperature	Warmer rooms increase transpiration
VPD	Higher VPD pulls more water through the plant
Growth stage	Peak demand in mid to late flower
Medium	Coco dries fastest, soil slowest

Because transpiration is environmental, watering cannot be separated from climate. If your VPD is wrong, the plant will not drink correctly no matter how carefully you irrigate — see our LED grow room temperature, humidity and VPD guide.

Runoff and Salt Management

Runoff is the water that drains out the bottom. It is not waste — it is how accumulated salts leave the medium.

• Target 10–20% runoff on each irrigation in coco and hydro.
• Measure runoff EC and pH. Rising EC means salts are accumulating.
• Compare in versus out. If runoff EC is much higher than input, reduce feed strength.
• Do not chase zero runoff unless you are running a precision system that accounts for it.

Runoff reading vs input	What it means	Action
Runoff EC higher	Salts accumulating; plant eating less than fed	Reduce feed strength
Runoff EC similar	Balanced	Continue
Runoff EC lower	Plant eating more than supplied	Increase feed strength
Runoff pH drifting	Medium buffering failing	Correct input pH; consider a flush

This is where irrigation and feeding become the same conversation. Our cannabis nutrients guide covers EC and PPM targets by stage and how to distinguish lockout from genuine deficiency.

Frequency by Medium

Medium	Typical frequency	Dry-back approach
Coco coir	Daily, sometimes multiple times	Small, frequent; never fully dry
Soil	Every 2–4 days	Allow meaningful dry-back
Living soil	Every 2–4 days	Keep biology alive; avoid extremes
Rockwool	Multiple daily in flower	Controlled dry-back between shots
DWC / hydro	Continuous	Monitor reservoir temperature and oxygenation

The USDA Agricultural Research Service’s arid-land agricultural research programme publishes irrigation scheduling and water-use-efficiency research that generalises well to controlled environments.

Water Quality

What comes out of the tap varies enormously by region, and it changes what your nutrients actually deliver.

1. Measure source EC first. Hard water already contains calcium and magnesium.
2. Account for it in the feed. Adding full CalMag to hard water causes excess.
3. Deal with chlorine and chloramine. They affect beneficial biology in organic systems.
4. Watch water temperature. Cold water shocks roots; warm water holds less oxygen.

Watering and Pest Pressure

Persistently wet medium is the ideal fungus gnat habitat, and gnat larvae damage roots directly.

Letting the surface dry between irrigations breaks their breeding cycle without any product at all — one of the clearest examples of cultural control doing the work chemicals otherwise would. Our integrated pest management guide covers the wider approach.

Root pathogens follow similar logic. Pythium and related problems establish in warm, oxygen-poor root zones, which is a description of a chronically overwatered pot or a reservoir running too warm.

Fixing the irrigation regime removes the conditions rather than treating the symptom, which is both cheaper and more durable than any corrective product.

We grow without pesticides or sterilizers, so watering discipline is part of the defence rather than just a growth input. Our full irrigation protocols are in the Lost Leaf irrigation and watering grow document.

Frequently Asked Questions

How often should I water cannabis?

By demand rather than schedule. Coco often needs daily or more frequent irrigation; soil typically every two to four days. Judge by pot weight and dry-back, not the calendar.

How much runoff should I aim for?

Around 10–20% in coco and hydroponic systems. Runoff carries accumulated salts out of the medium and lets you measure EC and pH at the root zone.

How do I know if I am overwatering?

Drooping leaves that stay firm and curled, a heavy pot, no improvement after watering, and fungus gnats. Underwatered plants recover quickly once watered; overwatered ones do not.

Should I water every day?

In coco, often yes. In soil, rarely. Frequency depends on medium, plant size, light intensity and climate rather than a universal rule.

Does water temperature matter?

Yes. Cold water shocks roots and slows uptake; warm water holds less dissolved oxygen and encourages pathogens. Room temperature is a reasonable target.

Hand Watering Versus Automation

Automated irrigation is more consistent and saves considerable labour. It also removes the single most reliable diagnostic tool a small grower has: physically handling every plant several times a week.

	Hand watering	Automated drip
Consistency	Variable	High
Labour	Significant	Low after setup
Early problem detection	Excellent — you touch every plant	Poor unless you still inspect
Scalability	Limited	Good
Failure mode	Missed or double watering	Blocked emitter starves one plant silently

At our scale hand watering is practical, and the contact it forces is genuinely useful — problems get noticed early because someone is looking at every plant regularly rather than reading a controller.

If you take one habit from this guide, make it weighing pots. It costs nothing, requires no equipment beyond your own hands, and it is the single most reliable way to know what is actually happening in the root zone rather than guessing from the surface.

Educational content for adults 21+ growing legally in their jurisdiction. Check your local regulations before cultivating cannabis.

Integrated pest management combines cultural, biological and targeted chemical controls rather than relying on sprays. For cannabis the effective order is prevention first, monitoring second, biological controls third, and intervention last. Spider mites, the most damaging indoor pest, are slowed by raising humidity and lowering temperature — both environmental levers, not products.

We grow without pesticides or sterilizers, which means IPM is not a philosophy here. It is the only defence available.

The IPM Hierarchy

Tier	Approach	Examples	When it acts
1. Cultural	Remove conditions pests need	Airflow, sanitation, quarantine, VPD control	Before any pest arrives
2. Monitoring	Detect early	Sticky traps, scouting, leaf inspection	Continuously
3. Biological	Predators and parasites	Predatory mites, ladybirds, lacewings	Preventatively and at first sign
4. Mechanical	Physical removal	Pruning, wiping, isolating plants	On detection
5. Targeted	Least-toxic products	Insecticidal soap, botanical oils	Last resort, veg only

The tiers are ordered deliberately. Every level you skip increases the chance of needing the level below it, and the bottom tier is the one you least want to reach on a flowering crop.

Growers new to IPM often invert this, treating it as a list of products to apply when something goes wrong. That is not integrated pest management — that is reactive spraying with extra steps, and it produces exactly the residue problems the approach exists to avoid.

Prevention Comes First

Most indoor pest outbreaks are introduced, not spontaneous. They arrive on clones, on clothing, on tools, or through inadequate air filtration.

1. Quarantine incoming plants. Never put an unverified clone straight into the room.
2. Control entry. Dedicated clothing and footwear; wash hands between rooms.
3. Sanitise between runs. Empty room, full clean, no shortcuts.
4. Filter incoming air. Unfiltered intake is an open door.
5. Remove plant debris. Dead leaves on the floor host problems.

Propagating your own plants removes one of the biggest vectors entirely. Our guide to cloning cannabis in rockwool versus aeroponic systems covers keeping a clean mother rather than buying cuttings of unknown origin.

Monitoring: Find It Early

The difference between a nuisance and a lost crop is almost always how quickly you noticed.

• Yellow sticky traps at canopy height catch fungus gnats, thrips and whitefly.
• Scout weekly with a loupe, checking leaf undersides where mites live.
• Watch the stress indicators. Stippling, fine webbing and silvering appear before you see the insect.
• Keep records. Trap counts over time show a trend; a single count shows nothing.

Pest	Early sign	Where to look
Spider mites	Fine stippling, later webbing	Leaf undersides, growing tips
Thrips	Silvery streaks, black specks	Upper leaf surfaces
Fungus gnats	Small flies at medium surface	Growing medium, traps
Aphids	Sticky honeydew, curled growth	New growth, stems
Powdery mildew	White powdery patches	Lower canopy, poor airflow zones
Botrytis	Browning inside dense colas	Cola interiors in late flower

Spider Mites: The Main Threat

Spider mites feed on plant cells, causing stippling, discolouration, webbing and rapid decline. They reproduce fastest in warm, dry conditions — which describes a poorly managed flowering room precisely.

That gives you an environmental lever. Raising humidity disrupts their reproduction, and cooler setpoints slow feeding and can push populations toward diapause.

Condition	Effect on spider mites	Trade-off
Warm and dry	Population explodes	Also the classic late-flower target
Higher humidity	Reproduction disrupted	Raises botrytis risk in dense flower
Cooler temperature	Feeding slows, diapause triggered	Slower growth
Strong airflow	Harder to establish, webbing disrupted	None meaningful

This is where IPM and climate management stop being separate subjects. The same temperature, humidity and VPD targets that optimise growth also determine which pests can establish, and the two goals occasionally conflict.

Biological Controls

Predatory insects are the backbone of pesticide-free growing. They work best deployed preventatively, before a population establishes.

Predator	Targets	Notes
Phytoseiulus persimilis	Two-spotted spider mite	Fast, specialised; needs prey to persist
Neoseiulus californicus	Spider mites	More tolerant; survives on low prey density
Amblyseius species	Thrips, young mites	Good general preventative
Ladybirds and lacewings	Aphids, soft-bodied pests	Broad, less targeted
Steinernema nematodes	Fungus gnat larvae	Applied to the medium

The University of California’s Statewide Integrated Pest Management Program is the best free reference available on biological control and pest identification across crops.

Why We Do Not Spray

Pesticide residue is a genuine problem in legal markets, and remediation — treating contaminated flower to make it pass testing — is widespread.

We would rather take the loss than release something that is not up to our standards.

We use no pesticides and no sterilizers, and we never remediate. If a run develops a problem we cannot manage preventatively, it does not go out. That is an expensive commitment in a 1,000 square foot room, and it is the reason environmental discipline matters so much here.

Airflow through the canopy is the single highest-leverage control, which makes canopy training and defoliation a pest-management tool as much as a yield one. Watering practice matters too — see our irrigation and watering guide on overwatering and fungus gnats.

Our full protocols are in the Lost Leaf integrated pest management grow document, part of the complete cultivation guide collection.

Frequently Asked Questions

What is IPM in cannabis growing?

Integrated pest management combines cultural, biological, mechanical and targeted chemical controls in a hierarchy, prioritising prevention and monitoring over spraying.

How do I get rid of spider mites without pesticides?

Raise humidity and lower temperature to slow reproduction, improve airflow, remove affected material, and introduce predatory mites such as Phytoseiulus persimilis or Neoseiulus californicus.

When should I release beneficial insects?

Preventatively, before a population establishes. Predators introduced after an outbreak is visible are working from far behind.

Can I use neem oil in flower?

Avoid oils and soaps on flowering plants. They affect taste and can damage trichomes. Anything applied late in flower ends up in the finished product.

What is remediation and why avoid it?

Remediation treats contaminated flower so it passes testing. It is legal in many markets. We do not do it, because it addresses the test result rather than the underlying problem.

Building an IPM Routine

IPM fails most often not because the principles are wrong but because the routine lapses. Monitoring is boring, and it stops feeling necessary during the long stretches when nothing is wrong.

Frequency	Task
Daily	Visual walk-through; check for wilting, stippling, anything unusual
Weekly	Loupe inspection of leaf undersides; record sticky trap counts
Fortnightly	Review trap trend; top up beneficial predator populations
Per run	Full room sanitation between crops
On intake	Quarantine and inspect anything entering the space

Written records matter more than they seem to. A trap count means nothing in isolation; the same count compared against the previous four weeks tells you whether a population is building.

Educational content for adults 21+ growing legally in their jurisdiction. Check your local regulations before cultivating cannabis.

Related reading: Ruling out non-pest causes first.

Baijiu is a Lost Leaf in-house selection from Sherbcake × Garlic Cocktail, bred by Billytheroot. It is the outlier in our catalogue — garlic and citrus with a hint of blueberry, loud and genuinely complex, and a buzz that stays heady and clear.

Almost everything else we grow sits somewhere on the candy-to-gas spectrum. Baijiu does not sit anywhere near it, and that is precisely why we kept it.

Baijiu at a Glance

Attribute	Detail
Genetics	Sherbcake × Garlic Cocktail
Breeder	Billytheroot
Selection	Hunted from seed in-house by Lost Leaf
Terpene profile	Garlic, citrus, hint of blueberry — loud and complex
Buzz	Heady, clear
Pesticides / sterilizers	None
Remediation	Never
Availability	Sold out

Where the Garlic Comes From

Garlic Cocktail is a GMO × Mimosa cross, originally bred by Uprising Seed Co and circulated as a clone-only cut.

GMO — sometimes called Garlic Cookies — is the source of the savoury character. It is one of the few genuinely famous funk cultivars, known for a heavy garlic, onion and chemical-gas profile that divides opinion sharply. This GMO strain profile covers the parent line in more detail.

Mimosa pulls in the opposite direction, contributing sweet citrus and berry. Garlic Cocktail sits between them — funk on the inhale, orange-soda sweetness on the exhale.

Garlic Cocktail circulates as a clone-only cut, which makes it comparatively uncommon. Crossing it into Sherbcake was Billytheroot’s work, and the result keeps the tension between savoury and sweet rather than resolving it in either direction.

Sherbcake brings the dessert side — creamy, rounded, resinous — which stops the garlic sitting on its own. That balance is what makes the cultivar work rather than simply being unusual.

Component	Genetics	Contribution to Baijiu
GMO (Garlic Cookies)	Chemdawg × GSC	Garlic, onion, savoury funk
Mimosa	Clementine × Purple Punch	Sweet citrus and berry lift
Garlic Cocktail	GMO × Mimosa (Uprising Seed Co)	The funk-and-citrus tension
Sherbcake	Sherbert-line dessert cross	Creamy rounding, resin

A Savoury Cultivar in a Sweet Catalogue

Cannabis terpene fashion has run heavily toward dessert and candy profiles for years. Funk cultivars have persisted anyway, because for the people who like them nothing else substitutes.

Baijiu is not a subtle garlic note buried under sweetness. The garlic is present and forward, with citrus alongside it and a blueberry hint underneath. Loud and complex is the honest description.

Savoury cannabis divides people more sharply than almost any other characteristic. Nobody is ambivalent about GMO-line genetics — the reaction is either immediate recognition or immediate rejection, and both are reasonable.

We released it knowing it would not be for everyone. A catalogue where every cultivar is designed for broad appeal ends up tasting the same, and the whole reason to hunt from seed is to find things worth having an opinion about.

Consumer type	Likely reaction
Funk enthusiasts	Immediately at home
Dessert-profile regulars	Surprising, sometimes divisive
Flavour chasers	Compelling for the complexity alone
Newcomers	Unusual as a first impression of craft cannabis

The Effect

Heady and clear is how we describe it, and both words matter.

It is cerebral rather than physical, and it does not carry the fog that heavier cultivars bring. Of everything we have released, Baijiu is the one that works best when you still need to think.

• Character: heady, cerebral
• Clarity: high — minimal fog
• Body load: light
• Best for: daytime and creative work

Growing Notes

GMO-line genetics are vigorous and pungent well before harvest. Odour control is a genuine consideration with anything carrying this heritage.

1. Plan for smell. Funk cultivars announce themselves from veg onward.
2. Airflow. Sherbert-line density plus GMO resin needs moving air.
3. Do not over-defoliate. Vigorous plants still need their engine.
4. Cure patiently. The garlic-citrus tension only resolves properly in glass.

Our environmental protocols are in the LED grow room VPD guide, canopy work in plant training techniques, watering in the cannabis irrigation and watering guide, and the finish in harvesting, drying and curing.

Where Baijiu Sits

Cultivar	Genetics	Terps	Buzz
Baijiu	Sherbcake × Garlic Cocktail	Garlic, citrus, blueberry hint	Heady, clear
Sarcophagos	RS11 × Coffin Candy (gas)	Sour gas, Smarties backend	Strong, euphoric
Cherry Limetta	Moonbow 112 IX	Lime, cherry, gas backend	Heavy, cerebral
Kiwano	Zbx2 Z × (Z × Strawberry Zkillato)	Tropical sweet melon zest	Heady euphoric
Lou Bega	Moonbow 112 IX	Complex Z, doughy candy	Z that hits

Nothing else we grow is close to it. The nearest in clarity of effect is Kiwano; the nearest in loudness is Sarcophagos, though it is loud in a completely different direction. For the citrus side, Cherry Limetta.

Availability

Baijiu has sold through. Like the rest of our catalogue it was a single small batch rather than an ongoing production run.

Read more about our approach to micro-batch growing, follow the cultivation journal, or contact us about wholesale.

Frequently Asked Questions

What are Baijiu genetics?

Baijiu is a Lost Leaf in-house selection from Sherbcake × Garlic Cocktail, bred by Billytheroot. Garlic Cocktail itself is a GMO × Mimosa cross.

Does Baijiu really taste like garlic?

Yes, and it is forward rather than subtle. Citrus sits alongside it with a blueberry hint underneath. The profile is loud and complex.

What is GMO in cannabis?

GMO, also called Garlic Cookies, is a Chemdawg × GSC cross known for a savoury garlic, onion and chemical-gas profile. It has nothing to do with genetic modification.

Is Baijiu good for daytime use?

It is the clearest-headed cultivar we have released. The effect is cerebral with a light body load and minimal fog, which suits daytime and creative work.

Why is it called Baijiu?

Baijiu is a strong Chinese grain spirit known for a pungent, polarising aroma and considerable strength — a fitting reference for a loud, complex, high-clarity cultivar.

Savoury Terpenes and Why They Persist

The compounds behind garlic and onion character in cannabis are sulphur-containing volatiles rather than conventional terpenes, which is part of why they smell so unlike anything else in the plant.

They are also unusually persistent. Where bright citrus notes fade with time and heat, the savoury character in GMO-line cultivars holds up in the jar considerably longer.

Note	Source	Stability over time
Garlic / onion funk	Sulphur volatiles (GMO line)	High — persists well
Citrus	Limonene-dominant terpenes	Low — fades first
Blueberry hint	Secondary terpene interaction	Moderate
Creamy rounding	Sherbcake contribution	Moderate

The practical upshot is that Baijiu holds its character in storage better than most of what we grow. The citrus softens over months while the funk stays put, so the balance shifts savoury with age rather than fading to nothing.

Cultivars like Baijiu are also a useful reminder that cannabis flavour is far broader than the sweet end of the spectrum most menus advertise. Savoury, herbal and funk profiles have their own long history in the plant, and they reward anyone willing to look past the dessert names.

Educational content for adults 21+ in legal jurisdictions. Lost Leaf flower is available only through licensed Michigan provisioning centres.

Related reading: GMO, the source of the garlic funk.

Related reading: Mimosa, the citrus half of Garlic Cocktail.

Related reading: Purple Punch, behind Mimosa in the pedigree.

Starbury is the candy phenotype from Lost Leaf’s RS11 × Coffin Candy hunt, using Duke of Erb and Doja Pak genetics. It leads with strawberry Z and Smarties candy, and its defining trait is a delayed creeper effect that catches people out.

Its sibling from the same cross, Sarcophagos, went gas-forward and arrives fast. Starbury does the opposite in both respects, which makes the pair unusually useful for showing what a single cross is actually capable of producing when you grow enough plants to find out.

Starbury at a Glance

Attribute	Detail
Genetics	RS11 × Coffin Candy — candy phenotype
Breeder	Duke of Erb × Doja Pak
Selection	Hunted from seed in-house by Lost Leaf
Terpene profile	Strawberry Z with Smarties mixed in
Buzz	Strong, creeper
Sibling pheno	Sarcophagos (gas phenotype from the same cross)
Pesticides / sterilizers	None
Availability	Sold out

The Creeper Problem

A creeper is a cultivar whose full effect arrives well after you expect it. Instead of landing within a few minutes, it builds gradually and peaks considerably later.

The practical consequence is predictable. Someone consumes, feels little after ten minutes, concludes the flower is mild, and consumes more. Twenty minutes later both doses arrive together.

Royal Queen Seeds has a useful explainer on creeper strains and why onset varies so much between cultivars and individuals.

Time after consumption	Typical creeper experience	Common mistake
0–10 min	Little to nothing noticeable	Assuming it is weak
10–20 min	First subtle signs	Having already redosed
20–40 min	Full effect arrives	Both doses landing at once
40–90 min	Peak, stronger than intended	Waiting it out

How to approach it

1. Take one modest dose.
2. Wait a full 45 minutes before considering more.
3. Judge by the peak, not the first ten minutes.
4. Treat an unfamiliar cultivar from this cross as a creeper until proven otherwise.

Onset varies for reasons that have little to do with the flower itself. Metabolism, tolerance, whether you have eaten, and consumption method all shift the timeline substantially.

What makes a cultivar a creeper is that the delay is consistent across people rather than occasional. Starbury does this reliably enough that we consider it a defining characteristic rather than a quirk.

Two Phenos, One Cross

Starbury and Sarcophagos came from the same packs. Selecting both was deliberate — they demonstrate the range hiding inside a single cross.

	Starbury (candy pheno)	Sarcophagos (gas pheno)
Lead note	Strawberry Z	Sour gas
Backend	Smarties candy	Smarties candy
Onset	Delayed creeper	Fast
Buzz	Strong, builds	Strong, immediate
Suits	Patient consumers	Gas chasers

The Coffin Candy side supplies the confectionery backend in both. What separates them is how much RS11 fuel character each plant expressed on top of it. The full Sarcophagos profile covers the other half of this hunt.

The RS11 Background

RS11, or Rainbow Sherbert #11, came from Doja Pak working with Deep East Oakland and Wizard Trees. The Rainbow Sherbert line was developed out of OZ Kush seed, with phenotypes selected for sweet, fruit-forward expressions and heavy resin.

Starbury sits firmly on that fruity side of the family. The strawberry note is the RS11 heritage showing clearly, rather than being buried under fuel as it is in its sibling.

RS11 built its reputation on two things: extraordinary resin production and a sweet profile that stayed distinctive in a market crowded with dessert crosses. Both carried through into this selection.

The Coffin Candy side adds the Smarties-like confectionery note that sits behind the strawberry. It is the same backend Sarcophagos carries, which is the clearest evidence the two really did come from one cross despite how differently they present.

Growing Notes

RS11-line plants produce enormous amounts of resin, which is the attraction and the workload.

• Airflow is non-negotiable. Sticky, dense flower in still air invites botrytis.
• Handle gently at trim. Greasy cultivars shed trichomes easily.
• Do not push the feed. Candy and fruit notes fade under heavy late nitrogen.
• Dry slowly. Strawberry notes are volatile and a rushed dry removes them.

Environmental targets are covered in our LED grow room VPD guide, pest prevention without sterilizers in our integrated pest management guide, and the finish in harvesting, drying and curing cannabis.

Where Starbury Sits

Cultivar	Genetics	Terps	Onset
Starbury	RS11 × Coffin Candy (candy)	Strawberry Z with Smarties	Delayed creeper
Sarcophagos	RS11 × Coffin Candy (gas)	Sour gas, Smarties backend	Fast
Kiwano	Zbx2 Z × (Z × Strawberry Zkillato)	Tropical sweet melon zest	Fast
Pandemonium	Z × Sherbanger	Candy and gas	Quick, euphoric
Lou Bega	Moonbow 112 IX	Complex Z, doughy candy	Faster than expected

For another strawberry-adjacent Z cultivar, Kiwano shares Strawberry Zkillato in its pedigree. For candy with more immediate impact, Pandemonium.

Availability

Starbury has sold through. Our releases are small single batches, hunted, grown and moved on from rather than kept in continuous rotation.

Follow the cultivation journal for drop updates or contact us about wholesale enquiries.

Frequently Asked Questions

What are Starbury genetics?

Starbury is the candy phenotype from an RS11 × Coffin Candy cross using Duke of Erb and Doja Pak genetics, hunted from seed in-house by Lost Leaf.

What is a creeper strain?

One whose full effect arrives well after consumption — often 20 to 40 minutes rather than a few. The risk is redosing before the first dose has landed.

How is Starbury different from Sarcophagos?

Same cross, opposite phenotypes. Starbury is strawberry and candy with a delayed creeper onset; Sarcophagos is sour gas with a fast onset.

What does Starbury taste like?

Strawberry Z with Smarties-style candy mixed in. It is a fruit-forward, confectionery profile rather than a gas-driven one.

How long should I wait before redosing?

At least 45 minutes with any unfamiliar cultivar, and particularly with anything from this cross. Judge by the peak rather than the first ten minutes.

Why Creepers Get a Bad Reputation

Delayed onset is not a flaw in the flower. It is a mismatch between how the cultivar behaves and how people are used to consuming.

Most consumption habits are built around fast feedback — take some, assess, adjust. That loop works fine with a cultivar that lands in five minutes and fails badly with one that takes forty.

Habit	Works with fast-onset	Works with creepers
Assess after 10 minutes	Yes	No — nothing has happened yet
Redose when underwhelmed	Usually fine	Reliably too much
Wait for the peak	Unnecessary	Essential
Start low with new flower	Sensible	Genuinely important

Approached properly, a creeper is simply a longer, more gradual experience. Approached with a fast-onset mindset, it is an unpleasant surprise — and the flower gets blamed for the method.

Fruit-forward cultivars like this one have a particular appeal in a market where gas and dessert profiles dominate the shelf. Strawberry that reads as genuine fruit rather than confectionery flavouring is harder to find than it should be, and it is one of the reasons this pheno earned its place in the catalogue over its siblings.

Educational content for adults 21+ in legal jurisdictions. Lost Leaf flower is available only through licensed Michigan provisioning centres.

Related reading: RS11, the parent of both keepers.

Lou Bega is a Lost Leaf in-house selection from Archive Seed Bank’s Moonbow 112 IX, the same Zkittlez × Do-Si-Dos line behind Cherry Limetta — but it expresses completely differently. Where Cherry Limetta went citrus, Lou Bega came out complex and doughy: candy with hints of gas, and a buzz we can only describe as Z that hits.

Two keepers from one line, pulling in opposite directions. That is the argument for hunting seed rather than buying a proven cut.

Lou Bega at a Glance

Attribute	Detail
Genetics	Moonbow 112 IX — ((Z × Dosido) × (Z × Dosido))
Breeder	Archive Seed Bank
Selection	Hunted from seed in-house by Lost Leaf
Terpene profile	Complex Z, doughy candy with hints of gas
Buzz	Z that hits
Harvest date	5 June 2024
Pesticides / sterilizers	None
Remediation	Never
Availability	Sold out

The Moonbow 112 IX Line

Archive Seed Bank built Moonbow by crossing Zkittlez with a Do-Si-Dos phenotype. The goal was to keep the candy-fruit terpenes Zkittlez is famous for while correcting its weak yields and awkward structure.

The #112 designation marks a phenotype selected from a large hunt for resin density and candy aromatics. Moonbow #112 IX is a later intercross of that selection — Archive have kept refining the line rather than freezing it. The Archive Moonbow 112 IX listing covers the breeder’s own description of the cross.

Element	What it contributes
Zkittlez	Candy-fruit terpene base, dense resinous flower
Do-Si-Dos	OG-derived potency, improved structure and weight
#112 selection	Resin density and candy-forward aromatics
IX intercross	Stabilised expression across the line

One Line, Two Very Different Plants

This is the most interesting thing about Lou Bega, and the reason it is worth reading alongside our Cherry Limetta profile.

Both came from Moonbow 112 IX. Both were selected by the same people in the same room on the same criteria. They smell almost nothing alike.

	Lou Bega	Cherry Limetta
Lead note	Complex Z, doughy candy	Lime
Secondary	Hints of gas	Cherry
Finish	Sweet, rounded	Gas
Buzz	Z that hits	Heavy smoke, cerebral
Harvest	5 June 2024	Nov and Dec 2024
Character	Classic Z expression	Citrus outlier

If you want the citrus version of this line, read the full Cherry Limetta strain profile. Lou Bega is the plant that stayed closer to what the Moonbow name promises.

What “Z That Hits” Means

Zkittlez-dominant cultivars have a reputation for being pleasant and a little gentle. Excellent flavour, moderate impact.

Lou Bega is not that. The terpene profile reads classic Z — sweet, doughy, candy-forward — and then the effect arrives with considerably more weight than the nose suggests.

That mismatch between what you smell and what you get is exactly why we kept it. It is a more interesting plant than a straightforwardly loud one.

There is a broader point here about how people shop for cannabis. Nose is the first thing anyone judges, and a sweet, approachable jar sets an expectation of a gentle experience. Lou Bega breaks that assumption, which is either a pleasant surprise or a lesson depending on how much you took.

Do-Si-Dos is where the weight comes from. It is an OG-derived line with a reputation for genuine potency, and in this pheno it stayed dominant in effect even as the Zkittlez side won the argument over flavour.

• Nose: sweet, doughy, complex candy with gas underneath
• Onset: faster than expected
• Effect: substantial, physical, not subtle
• Best for: evening, experienced consumers

Growing Notes

Moonbow crosses inherit Zkittlez density. Everything about running them well comes back to airflow and restraint.

1. Airflow through the canopy. Dense flower in still air is how runs are lost.
2. Feed conservatively late. Heavy nitrogen flattens the candy notes first.
3. Train for an even canopy. Light distribution matters on a plant this dense.
4. Cure properly. Doughy candy notes need weeks in glass to separate and sharpen.

The environmental targets are in our LED grow room temperature and VPD guide, the feeding side in the cannabis nutrients guide, canopy management in topping, LST and SCROG techniques, and the finish in harvesting, drying and curing.

Where Lou Bega Sits

Cultivar	Genetics	Terps	Buzz
Lou Bega	Moonbow 112 IX (Archive)	Complex Z, doughy candy, gas hints	Z that hits
Cherry Limetta	Moonbow 112 IX (Archive)	Lime, cherry, gas backend	Heavy, cerebral
Kiwano	Zbx2 Z × (Z × Strawberry Zkillato)	Tropical sweet melon zest	Heady euphoric
Pandemonium	Z × Sherbanger	Candy and gas	Strong, euphoric
Starbury	RS11 × Coffin Candy (candy)	Strawberry Z with Smarties	Strong creeper

Almost everything we release carries Zkittlez somewhere in the pedigree. Kiwano takes it tropical, Pandemonium adds Sherbanger structure, and Starbury pushes it toward strawberry candy.

Availability

Lou Bega’s June 2024 harvest sold through and has not been re-run. We produce small single batches rather than keeping cultivars in continuous rotation.

That model has an obvious downside for anyone who finds something they like. It also means we are never sitting on ageing stock, and every drop reflects what the room was doing that season rather than a product line being maintained indefinitely.

A 1,000 square foot room only holds so much. Choosing to run a cultivar again means choosing not to hunt something new, and so far the hunting has usually won.

Follow the cultivation journal for drop announcements, read more about how we grow, or get in touch about stockist enquiries.

Frequently Asked Questions

What are Lou Bega genetics?

Lou Bega is a Lost Leaf in-house selection from Archive Seed Bank’s Moonbow 112 IX, an intercross of the Zkittlez × Do-Si-Dos Moonbow line.

How is Lou Bega different from Cherry Limetta?

They come from the same Moonbow 112 IX line but express very differently. Lou Bega is doughy candy with gas hints; Cherry Limetta leads with lime over cherry.

What does “Z that hits” mean?

Zkittlez-dominant cultivars are often pleasant but moderate. Lou Bega has the classic Z terpene profile with noticeably more physical impact than the nose suggests.

Is Lou Bega available?

No. The June 2024 harvest sold through. Lost Leaf runs small single batches rather than continuous production of one cultivar.

What is Moonbow 112 IX?

An Archive Seed Bank cultivar from crossing Zkittlez with a Do-Si-Dos phenotype, with #112 marking a selected pheno and IX indicating a later intercross of that selection.

Why the Name

The cultivar is named after the singer behind a famously inescapable 1999 hit. The joke is that both are sweeter and more cheerful on the surface than the impact suggests.

Our naming is not systematic. Cultivars get called whatever seemed appropriate in the room at the time, which is how a catalogue ends up containing Sarcophagos, Baijiu and Lou Bega without any obvious through-line.

Educational content for adults 21+ in legal jurisdictions. Lost Leaf flower is available only through licensed Michigan provisioning centres.

Related reading: The Zkittlez background to the Moonbow line.

Related reading: The Do-Si-Dos parent behind Moonbow.

Low-stress training (LST) adds roughly 20–40% yield with no cutting and almost no risk, topping adds 20–35% by creating multiple colas, and SCROG combines both to produce the highest yield per light by holding an even canopy. Defoliation supports all three but should stay under 20–30% of foliage at once.

Untrained cannabis grows one dominant cola and wastes light on everything below it. Training is simply the practice of turning one apex into many, at the same height.

The Techniques Compared

Technique	Stress level	Typical yield gain	Difficulty	Best for
LST (tying down)	Low	20–40%	Easy	Beginners, any grow size
Topping	High	20–35%	Moderate	Creating multiple colas
FIM	High	Similar to topping	Moderate	More tops, less predictable
SCROG	Low (with a net)	Highest per light	Moderate	Maximising a fixed footprint
SOG	None	High per plant count	Easy	Many small plants, fast turnaround
Defoliation	Moderate	Indirect	Easy to overdo	Light penetration and airflow
Lollipopping	Moderate	Improves quality	Easy	Removing weak lower growth

Low-Stress Training

LST means bending branches down and tying them in place so no single tip dominates. Nothing is cut, so there is no recovery period and effectively no risk of setting the plant back.

1. Start in early vegetative growth while stems are still flexible.
2. Bend the main stem gently to one side and secure it with soft plant ties.
3. As side branches rise, tie them outward to keep the canopy flat.
4. Adjust every few days — the plant will keep trying to reassert an apex.
5. Stop adjusting once flowering stretch finishes.

If you only ever learn one technique, learn this one. It works in any medium, at any scale, and costs nothing but attention.

Topping and FIM

Topping removes the growing tip above a node, which forces the plant to send energy to the two shoots below it. One cola becomes two, and repeated topping multiplies from there.

FIM (“F’d I Missed”) is a partial cut of the same tip that can produce four shoots instead of two, but results are less consistent.

	Topping	FIM
Cut	Clean, above a node	Partial — roughly 75% of the tip
Typical result	Two even colas	Three to four, uneven
Recovery	3–7 days	Shorter
Predictability	High	Lower
Best for	Structured, even canopies	Maximum tops, less symmetry

Timing matters. Top after the plant has at least four to five nodes, and stop topping well before the flip so the plant has time to recover.

SCROG

Screen of Green is LST with a trellis net doing the work. A horizontal screen sits above the plant and branches are tucked under and through it as they grow.

The screen forces a flat, even field of colas and then holds it there through flowering — which also solves the support problem when the flower gets heavy.

• Install the net early, before the canopy fills in.
• Tuck, do not force. Weave new growth under the screen every couple of days.
• Fill the screen before flipping. Roughly 70–80% coverage is a good trigger.
• Stop tucking once stretch ends; let the colas rise through.

Defoliation and Lollipopping

Defoliation improves light penetration and airflow, both of which matter enormously on dense cultivars grown without sterilizers.

It is also the technique most often overdone. Leaves are the plant’s engine, and stripping them sets growth back.

Rule	Detail
Maximum at once	20–30% of foliage
Best window	Early flower, weeks 1–3
Stop after	Week 3 of flower
Target leaves	Interior and downward-facing, clearly blocking bud sites
Leave alone	Healthy fan leaves receiving direct light

Lollipopping removes weak lower growth that would only produce airy, larfy flower. It concentrates the plant’s resources into the canopy where the light actually is. Do it just before the flip.

Combining Techniques

These are not alternatives. The standard indoor recipe stacks them.

1. Top once or twice in early veg to create multiple colas.
2. LST those colas outward to spread the canopy.
3. Install a SCROG net and weave growth through it.
4. Lollipop the understory just before flipping to flower.
5. Defoliate lightly in weeks 1–3 of flower for light and airflow.

Each step compounds the last. Topping creates the colas, LST distributes them, the screen locks the field in place, and lollipopping stops the plant wasting energy below it.

Training Affects More Than Yield

An even canopy is not only about weight. It changes airflow, light distribution and therefore disease pressure.

That matters more when you grow without pesticides or sterilizers, as we do. A flat, open canopy with air moving through it is a preventative measure, not just a productivity one.

Oregon State University’s extension service publishes practical horticultural guidance on pruning and plant training that generalises well beyond any single crop.

• Environment: grow room temperature, humidity and VPD targets — a trained canopy changes airflow requirements.
• Feeding: cannabis nutrients and deficiency diagnosis — more canopy means more demand.
• Propagation: cloning in rockwool versus aeroponic systems — uniform clones train far more predictably.
• Finish: harvesting, drying and curing.

Our full training procedures are in the Lost Leaf plant training grow document, available individually or in the complete grow document package.

Frequently Asked Questions

What is the best cannabis training technique for beginners?

Low-stress training. It requires no cutting, carries almost no risk of setting the plant back, and typically adds 20–40% yield on its own.

When should I top cannabis plants?

Once the plant has four to five nodes, during vegetative growth. Stop topping well before flipping to flower so the plant has time to recover.

How much can I safely defoliate?

No more than 20–30% of foliage at once, focused on interior and downward-facing leaves that block bud sites. Stop after week three of flower.

Is SCROG better than LST?

SCROG is LST with a net enforcing the canopy, so it is an extension rather than an alternative. It generally produces the highest yield per light in a fixed footprint.

Can I train autoflowering plants?

Low-stress training yes, carefully. High-stress techniques like topping are riskier because autoflowers run on a fixed timeline and may not recover before flowering begins.

Common Training Mistakes

Mistake	Consequence	Better approach
Topping too late	Plant flowers before recovering	Stop at least two weeks before the flip
Over-defoliating	Stalled growth, reduced yield	Stay under 20–30% at a time
Tying too tight	Stems girdle and snap	Soft ties, checked and loosened regularly
Installing the net late	Branches too rigid to weave	Screen goes up before the canopy fills
Training through stretch	Damaged flowering sites	Stop once stretch finishes

The thread running through all of these is timing. Training is a vegetative-stage activity, and the window closes once the plant commits to flowering. Work with that window rather than against it and most of the difficulty disappears.

Educational content for adults 21+ growing legally in their jurisdiction. Check your local regulations before cultivating cannabis.

Harvest cannabis when roughly 80–90% of trichomes on the calyxes are cloudy and 10–20% have turned amber. Dry at 60–70°F and 50–60% relative humidity over 7–14 days, then cure in sealed jars at 60–65% humidity for two weeks or more.

Everything you did in the room can be undone in the last three weeks. Harvest timing sets the effect, the dry sets the smoothness, and the cure sets the flavour.

Reading Trichomes

Pistils browning is a rough guide. Trichomes are the actual signal, and you need a jeweller’s loupe or a cheap USB microscope to read them properly.

Look at trichomes on the calyxes, not the sugar leaves. Sugar-leaf trichomes mature earlier and will tell you to chop too soon.

Trichome state	What it means	Effect if harvested here
Clear	Immature resin, cannabinoids still developing	Weak, often unpleasant
Cloudy / milky	Peak cannabinoid content	Most potent, energetic, cerebral
Mostly cloudy, some amber	Peak with early degradation	Balanced — the usual target
Amber	THC degrading to CBN	Sedative, heavier body
Mostly amber	Well past peak	Narcotic, dulled flavour

Choosing your window

• Cerebral, bright effect: harvest at mostly cloudy with almost no amber.
• Balanced: 80–90% cloudy, 10–20% amber. Most growers land here.
• Heavy, sedating: allow 30%+ amber.

The Dry

This is where most quality is lost. A fast, hot dry strips terpenes and leaves a harsh smoke no amount of curing will rescue.

Parameter	Target	Why
Temperature	60–70°F	Higher volatilises terpenes
Relative humidity	50–60%	Lower dries the outside before the inside
Duration	7–14 days	Slow and even beats fast
Airflow	Gentle, indirect	Direct fans on flower dry unevenly
Light	Complete darkness	Light degrades cannabinoids

The stem-snap test is the traditional readiness check: smaller stems should snap rather than bend. If they bend, it needs longer.

Resist the urge to speed things up with heat or a dehumidifier set aggressively. A dry finished in four days will smoke harshly regardless of how good the flower was on the plant, and no cure fully recovers it.

Whole-plant versus bucked

Hanging whole plants slows the dry because moisture has to travel further, which is usually an advantage. Bucking branches down speeds things up and suits smaller spaces.

Wet trimming before the dry is faster and produces tidier flower. Dry trimming preserves more trichomes but takes longer and needs more room. We hand-trim, which costs time and protects resin.

Machine trimming is the obvious efficiency at scale, and it is also where a great deal of trichome damage happens. A tumbler knocks resin off flower no matter how gently it is run.

At our size that trade is easy to refuse. Everything is trimmed by hand by the owner and his wife, which is slow, and which is the point — the flower reaching the jar looks the way it looked coming off the plant.

The Cure

Curing is a slow, controlled release of remaining moisture while enzymes break down residual chlorophyll and sugars. It is what removes the grassy note from freshly dried flower, and it is the stage most often cut short by growers impatient to see the result.

1. Jar at the right point. Too wet invites mould; too dry and the cure does nothing.
2. Target 60–65% RH inside the jar. A small hygrometer removes the guesswork.
3. Burp daily for the first two weeks. Open, let it breathe a few minutes, reseal.
4. Then taper. Weekly burps once humidity stabilises.
5. Keep it dark and cool. Light and heat undo the work.

Cure stage	Duration	What changes
Week 1–2	Daily burping	Moisture equalises; grassy notes fade
Week 2–4	Weekly burping	Flavour sharpens and separates
Week 4–8	Storage	Complexity develops; smoothness improves
Beyond 8 weeks	Long-term	Diminishing returns; stability is the goal

Terpenes are volatile compounds and their retention through drying and curing is an active area of plant science research — this Frontiers in Plant Science paper covers terpene biosynthesis and behaviour in more depth.

Troubleshooting

Problem	Cause	Fix
Grassy, hay-like smell	Under-cured, dried too fast	Longer cure; nothing else will fix it
Harsh smoke, black ash	Rushed dry or residual nutrients	Slower dry; taper feed late in flower
Mould in the jar	Jarred too wet	Discard affected flower; re-dry the rest
Flower crumbles to dust	Over-dried	Rehydrate slowly with a humidity pack
Smell faded after weeks	Heat or light exposure	Store cool and dark in sealed glass

Why This Stage Decides Everything

We select every cultivar we release primarily for flavour. That selection is worthless if the finish is rushed.

Our cultivars are hunted from seed in-house and grown without pesticides or sterilizers, on a nutrient program tuned for smoothness and smokability. The dry and cure are the last chance to protect all of it — and the easiest place to lose it.

You can taste the difference on gas-forward cultivars especially. Sarcophagos loses its sour top notes to a fast dry, and Cherry Limetta needs weeks in glass before the lime sharpens properly.

The stages before this one matter too: grow room climate and VPD determines terpene development, and feeding determines how clean the flower finishes. Our full procedures are in the Lost Leaf harvesting, drying and curing grow document.

Frequently Asked Questions

When should I harvest cannabis?

When roughly 80–90% of calyx trichomes are cloudy and 10–20% have turned amber. Check calyxes rather than sugar leaves, which mature earlier.

What temperature and humidity should I dry at?

60–70°F and 50–60% relative humidity, in complete darkness with gentle indirect airflow, over 7–14 days.

How long should cannabis cure?

Two weeks minimum, though flavour continues developing for four to eight weeks. Burp jars daily for the first fortnight, then weekly.

Why does my cannabis smell like hay?

It was dried too quickly or has not cured long enough. Chlorophyll has not broken down. A longer cure is the only fix.

Should I wet trim or dry trim?

Wet trimming is faster and tidier. Dry trimming preserves more trichomes but needs more space and time. Hand-trimming either way protects resin better than machine trimming.

Storing Flower After the Cure

A good cure can still be undone by careless storage. Cannabinoids and terpenes degrade with exposure to light, heat, oxygen and excessive handling.

Factor	Target	What goes wrong
Container	Sealed glass	Plastic leaches and holds static
Humidity	58–62% RH	Too dry crumbles; too wet risks mould
Temperature	Cool and stable	Heat accelerates cannabinoid degradation
Light	Complete darkness	UV breaks down THC quickly
Handling	Minimal	Every touch knocks trichomes off

Two-way humidity packs are worth using for anything kept beyond a few weeks. They hold the jar in range without the daily attention a fresh cure demands.

Educational content for adults 21+ growing legally in their jurisdiction. Check your local regulations before cultivating cannabis.

Related reading: How savoury terpene profiles age in the jar.

Related reading: Why terpenes fade and how to protect them.

Related reading: The hashish tradition behind solventless methods.

Related reading: Solventless hash and rosin explained.

Cannabis needs nitrogen-heavy feed in vegetative growth (around 3-1-2 NPK) and shifts to phosphorus and potassium in flower (around 1-3-4), running roughly 400–800 PPM in veg and peaking near 1,000–1,400 PPM in mid flower. Root-zone pH should sit at 6.0–6.8 in soil and 5.5–6.2 in coco or hydro.

That last number matters more than any product on the shelf. A large share of what growers diagnose as a deficiency is actually pH lockout — the nutrient is present, the plant simply cannot take it up.

NPK by Growth Stage

Stage	Approx. NPK ratio	Target PPM	Priority
Seedling	1-1-1 (quarter strength)	100–250	Root establishment
Early veg	3-1-2	400–600	Nitrogen for leaf mass
Late veg	3-1-2	600–800	Structure before the flip
Transition	2-2-2	700–900	Easing nitrogen down
Early flower	1-2-3	900–1,100	Phosphorus for bud set
Mid flower	1-3-4	1,000–1,400	P and K for density
Late flower	0-2-3 tapering	600–900	Finishing clean

Treat these as a starting point, not gospel. Cultivar, medium, light intensity and room temperature all shift the numbers. A plant under heavy LED light in a warm room eats more than the same cutting in a cooler, dimmer space.

Check pH Before You Change Anything

This is the single most useful habit a new grower can build. Before adding anything to fix a suspected deficiency, measure your root-zone pH.

Medium	Target pH	What happens outside the window
Soil	6.0–6.8	Iron, manganese and phosphorus lock out first
Coco coir	5.5–6.2	Calcium and magnesium issues appear rapidly
Hydroponic	5.5–6.2	Broad lockout, fast onset

Purdue University’s horticulture department publishes broadly applicable research on plant nutrition and controlled-environment crop production if you want the underlying agronomy.

Deficiency Symptom Chart

Work top to bottom on the plant. Mobile nutrients show symptoms on old growth first; immobile ones appear on new growth.

Nutrient	Where it appears	What it looks like	First action
Nitrogen	Older, lower leaves	Uniform yellowing moving upward	Increase N; check pH
Phosphorus	Older leaves	Dark, purple-tinged leaves, stunted growth	Lower pH to 6.0–6.3; check roots
Potassium	Older leaves	Brown spots, scorched leaf margins	Reduce overall EC; add K
Calcium	New growth	Rusty spots, distorted new leaves	CalMag; check coco buffering
Magnesium	Older leaves	Interveinal yellowing, veins stay green	CalMag; verify pH
Iron	New growth	Interveinal chlorosis on young leaves	Lower pH before adding iron

Deficiency or lockout?

1. Measure runoff or reservoir pH first.
2. Measure EC / PPM — overfeeding presents like deficiency surprisingly often.
3. Check root health; brown or slimy roots explain a lot of foliar symptoms.
4. Only then adjust the feed, and change one variable at a time.

Overfeeding Is More Common Than Underfeeding

Nutrient burn — crispy, clawed leaf tips working inward — is what happens when growers respond to every symptom by adding more.

Salt build-up in the medium raises EC beyond what the plant can handle, which then causes lockout, which then looks like a new deficiency. The cycle is easy to enter and slow to exit.

Symptom	Likely cause	Correction
Burnt, clawed leaf tips	Nutrient burn, EC too high	Flush; resume at lower strength
Dark green, glossy, clawing leaves	Nitrogen excess	Cut N immediately
Salt crust on medium surface	Accumulated salts	Flush with pH-corrected water
Symptoms worsening after feeding	Lockout, not deficiency	Stop adding; fix pH and EC

Flavour Over Yield

Feeding schedules built for maximum weight and schedules built for maximum flavour are not the same schedule. This is a genuine trade-off, not marketing.

Pushing nitrogen deep into flower adds bulk but blunts terpene expression and leaves a harsher smoke. Our nutrient program was built from scratch and tuned specifically for flavour, smoothness and smokability — which means accepting less weight than the room could technically produce.

We would rather take the loss than release something that is not up to our standards.

We also grow without pesticides or sterilizers, which raises the stakes on plant health. A well-fed plant resists pressure that a stressed one does not.

Nutrients Do Not Work in Isolation

Uptake depends on transpiration, and transpiration depends on your environment. A room sitting at the wrong VPD will show nutrient symptoms no feed change can fix.

• Environment: LED grow room temperature, humidity and VPD targets determine how much the plant drinks at all.
• Propagation: rockwool versus aeroponic cloning covers feeding cuttings before roots establish.
• Canopy: topping, LST and SCROG techniques change light distribution and therefore demand.
• Finish: harvesting, drying and curing determines whether the terpenes you fed for survive.

Our full protocols — feeding schedules, ratios and the reasoning behind them — are in the Lost Leaf cannabis nutrients grow document, part of the complete cultivation guide collection.

Frequently Asked Questions

What NPK does cannabis need?

Roughly 3-1-2 in vegetative growth and 1-3-4 in mid flower. Nitrogen drives leaf and stem mass early; phosphorus and potassium drive bud density and terpene synthesis later.

What pH should cannabis nutrients be?

6.0–6.8 in soil and 5.5–6.2 in coco or hydroponics. Outside those windows nutrients lock out regardless of how much you feed.

How do I tell deficiency from nutrient burn?

Deficiency usually starts as yellowing or spotting and spreads; burn starts at leaf tips as crisping and works inward. If symptoms worsen after feeding, suspect excess rather than shortage.

What PPM should cannabis run at?

Around 400–800 PPM in vegetative growth, peaking near 1,000–1,400 in mid flower, then tapering through late flower. Adjust to cultivar and environment.

Does feeding affect flavour?

Considerably. Heavy nitrogen late in flower adds weight but reduces terpene expression and smoothness. Flavour-focused programs feed more conservatively through the back half.

Organic, Synthetic, or Both

The argument between organic and synthetic feeding generates more heat than light. Both produce excellent flower in competent hands.

Approach	Strengths	Trade-offs
Synthetic / mineral	Precise control, fast correction, repeatable	Unforgiving of mistakes; salt build-up
Organic / living soil	Buffered, forgiving, strong flavour reputation	Slow to correct; harder to diagnose
Hybrid (our approach)	Hydroponic control with organic inputs	Requires understanding both systems

We run a hybrid, combining the responsiveness of hydroponics with organic inputs. It is more work than committing to either camp, but it gives us precise control without the harshness that heavy mineral feeding can leave behind.

Start Simple

New growers routinely run four or five additives before they can reliably read a plant. That makes diagnosis nearly impossible, because when something goes wrong there is no way to isolate the cause.

1. Use a single base nutrient line at manufacturer strength or below.
2. Add CalMag only if your water or medium actually requires it.
3. Learn to read pH and EC before adding anything else.
4. Introduce one additive at a time, and only to solve an observed problem.

Educational content for adults 21+ growing legally in their jurisdiction. Check your local regulations before cultivating cannabis.

Related reading: Irrigation frequency, runoff and salt management.

Related reading: The full diagnostic troubleshooting guide.

Sarcophagos is the gas phenotype from Lost Leaf’s RS11 × Coffin Candy hunt, using Duke of Erb and Doja Pak genetics. It leads with sour gas and finishes on a Smarties-like candy note, with a strong, euphoric buzz.

The same seed hunt produced a second keeper, Starbury, from the candy side of the range. Running both from one cross is a useful illustration of how far phenotypes can diverge.

Most growers never see this directly, because most flower reaching a shelf comes from an established clone rather than a fresh hunt. When you grow a pack out yourself, the variation is impossible to ignore — and it reframes what a strain name actually promises.

Sarcophagos is the darker of the two siblings in every sense: heavier on the nose, sharper on the exhale, and considerably more direct in how it arrives.

Sarcophagos at a Glance

Attribute	Detail
Genetics	RS11 × Coffin Candy — gas phenotype
Breeder	Duke of Erb × Doja Pak
Selection	Hunted from seed in-house by Lost Leaf
Terpene profile	Sour gas forward with a Smarties backend
Buzz	Strong, euphoric
Sibling pheno	Starbury (candy phenotype from the same cross)
Pesticides / sterilizers	None
Availability	Sold out

The RS11 Side

RS11, also called Rainbow Sherbert #11, came out of Doja Pak working with Deep East Oakland and Wizard Trees. The Rainbow Sherbert line was developed from OZ Kush seeds, with phenotypes selected for their sweet, fruit-forward expressions.

Doja Pak describes RS11 as OZK and Pink Guava crossed with Black Sherb. Reporting on the line varies by source — this RS11 strain profile covers the lineage and the disagreement around it.

Component	Origin	Contribution
OZ Kush (OZK)	Eddy OG × Zkittlez	Fuel backbone with candy undertone
Pink Guava	OZK backcross by Deep East Oakland	Sweet, fruity emphasis
Black Sherb	Sherbert line	Depth and colour
Coffin Candy	Duke of Erb	The confectionery backend

Two Phenos, One Cross

This is the part worth paying attention to if you are hunting seed yourself.

From the same RS11 × Coffin Candy packs we kept two very different plants. Sarcophagos went gas-forward. Starbury went the other way entirely, leading with strawberry and Z-candy notes.

	Sarcophagos (gas pheno)	Starbury (candy pheno)
Lead note	Sour gas	Strawberry Z
Backend	Smarties candy	Smarties mixed in
Buzz	Strong, euphoric	Strong, creeper
Onset	Fast	Delayed — easy to overdo
Best for	Gas chasers	Patient consumers

Neither is more correct than the other. They are simply different expressions of the same genetic material, which is exactly why pheno hunting takes room, time and a willingness to throw plants away.

The Coffin Candy side is where the confectionery note comes from in both. What differs is how much of the RS11 fuel character each plant expresses on top of it — Sarcophagos took nearly all of it, Starbury almost none.

This is why buying by strain name alone tells you less than people assume. Two growers running the same cross can produce flower that smells and behaves nothing alike, and both are being honest about what they have.

The Creeper Warning

Sarcophagos itself comes on fast, but its sibling does not, and the two get confused. If you are handed something from this cross without a label, give it time before reaching for more.

Creeper cultivars catch out experienced consumers more often than beginners, precisely because experience breeds confidence about how quickly something should land. Twenty minutes of nothing reads as weak flower right up until it very much does not.

The plants that hit hardest are rarely the ones that announce themselves quickly.

Growing Notes

RS11-line plants are resin factories. That is the appeal and also the maintenance burden, because everything that makes the flower desirable also makes it fragile and slow to finish properly.

• Airflow. Dense, sticky flower in still air is an invitation to botrytis.
• Handle gently. Trichome loss at trim is real on cultivars this greasy.
• Watch the feed. Gas expression fades fast if the plant is pushed too hard late.
• Slow dry. Sour gas notes are volatile and a fast dry strips them.

The environmental side is covered in our LED grow room VPD and climate guide, and the finish in harvesting, drying and curing cannabis — which matters more on gas-forward cultivars than almost anything else you do.

Where Sarcophagos Sits in the Range

Cultivar	Genetics	Terps	Buzz
Sarcophagos	RS11 × Coffin Candy (gas)	Sour gas, Smarties backend	Strong, euphoric
Starbury	RS11 × Coffin Candy (candy)	Strawberry Z with Smarties	Strong, creeper
Pandemonium	Z × Sherbanger	Candy and gas	Strong, euphoric
Baijiu	Sherbcake × Garlic Cocktail	Garlic, citrus, hint of blueberry	Heady, clear
Cherry Limetta	Moonbow 112 IX	Lime, cherry, gas backend	Heavy, cerebral

If gas is what you are after, Pandemonium is the nearest neighbour with more candy in the mix, while Cherry Limetta puts the gas at the back rather than the front. For something completely different, Kiwano goes tropical.

Frequently Asked Questions

What are Sarcophagos genetics?

Sarcophagos is the gas phenotype from an RS11 × Coffin Candy cross using Duke of Erb and Doja Pak genetics, hunted from seed in-house by Lost Leaf.

What is RS11?

RS11, or Rainbow Sherbert #11, is a Doja Pak cultivar developed with Deep East Oakland and Wizard Trees from the OZ Kush line. It is known for heavy resin and sweet fuel character.

What is the difference between Sarcophagos and Starbury?

They are two phenotypes from the same cross. Sarcophagos is gas-forward with a candy backend; Starbury leads with strawberry Z candy and has a delayed creeper effect.

Is Sarcophagos still available?

No. Sarcophagos is sold out. Lost Leaf runs small rotating batches rather than continuous production.

Why do two plants from the same seeds smell so different?

Every seed is a unique genetic combination of its parents. Pheno hunting means growing many plants and selecting the few worth keeping, which is why expressions from one cross can diverge sharply.

Why We Hunt From Seed

Buying a proven clone is faster, cheaper and lower risk. Most small producers do exactly that, and there is nothing wrong with it.

We stopped after our late-2022 rebuild. Every cultivar released since has been hunted from seed in our own room, which means the phenos are ours and are not available anywhere else.

The cost is real. A hunt occupies space that could be producing sellable flower, and most of what you grow gets discarded. Sarcophagos and Starbury were the two keepers from a run that produced plenty of plants worth nothing.

What you get in return is a catalogue nobody can replicate. When a Lost Leaf cultivar appears on a menu, it is genuinely a Lost Leaf cultivar rather than the same widely-distributed cut everyone else is running that season.

Educational content for adults 21+ in legal jurisdictions. Lost Leaf flower is available only through licensed Michigan provisioning centres.

Related reading: Starbury, the candy pheno from the same cross.

Related reading: The terpene vocabulary behind these profiles.

Related reading: The RS11 parent profile.