Breeding Records — Three Flagship Lines

From Landrace Root
to Terminal Node.

Three generations of documented crosses. Cannabinoid ratios, terpene shifts, and phenotype stability recorded at every filial stage.

Landrace
F1 Cross
F2 Selection
S1 Stable
Hindu KushLandraceAfghan #7LandraceDesert Star F1F1Desert Star F2F2Desert Star OGS1 — StableTHC 26% · CBD 0.2%Durban PoisonLandraceThai HazeLandraceSolar F1F1Solar F2F2Solar DriftS1 — StableTHC 24% · CBD 0.1%Lamb's BreadLandraceCannatonic IBLIBLVerdant F1F1Verdant F2F2Verdant CrossS1 — StableTHC 12% · CBD 11%LINE 1 — DESERT STAR OGLINE 2 — SOLAR DRIFTLINE 3 — VERDANT CROSS (1:1)PARENTF1F2S1
S1 — Stable
Desert Star OG
Hindu Kush × Afghan #7 → F1 → F2 → S1
THC 26%CBD 0.2%
MyrceneCaryophylleneLimonene
S1 — Stable
Solar Drift
Durban Poison × Thai Haze → F1 → F2 → S1
THC 24%CBD 0.1%
TerpinoleneLimonenePinene
S1 — Stable (1:1)
Verdant Cross
Lamb's Bread × Cannatonic IBL → F1 → F2 → S1
THC 12%CBD 11%
CaryophylleneLinaloolMyrcene
3 flagship lines · 12 documented nodes · 3rd-party verified
Download Full Breeding Archive
Transparent Process — Six Phases

How a cross becomes
a stable line.

The following pages are excerpted from our internal breeding protocols. We publish them because our clients deserve to understand what they are purchasing — and why it took three years to get here.

01
Hands sorting cannabis seeds on a wooden tray with field notebook open beside them
PHASE 01
01 /

Seed Selection & Provenance

Origin documentation begins before germination.

Each landrace source is catalogued with GPS coordinates of collection region, collector name, and year of harvest.

Seeds are stored at 8°C, 30% RH in amber glass vials. Viability tested at intake — minimum 85% germination rate required for inclusion.

Provenance documents are scanned and attached to each lot. No anonymous genetics enter the breeding program.

02
Cannabis seedlings in rockwool cubes under grow lights with ID labels visible
PHASE 02
02 /

Germination & Early Phenotyping

First observations logged within 72 hours of tap root emergence.

Germination occurs in sterile rockwool at 26°C, 70% RH under 18/6 photoperiod. Each seedling receives a unique alphanumeric ID stamped on its flat.

Cotyledon morphology, hypocotyl length, and internode spacing are measured at day 5, 10, and 18. Early phenotypes that deviate from parent characteristics are flagged for separate tracking.

Seedling health scored on a 1–5 scale (vigor, color, structure). Only scores ≥4 advance to vegetative screening.

03
Rows of cannabis plants in vegetative state with measurement stakes and data tags
PHASE 03
03 /

Vegetative Phenotype Screening

The field narrows here. Most phenotypes are retired in this phase.

Plants are grown to 45 days vegetative age under standardized conditions: 600W CMH, 24°C, 55% RH, REMO nutrients at EC 1.8.

Morphological data collected: internodal distance (cm), leaf blade width/length ratio, stem diameter at day 30, branching angle.

Tissue sampling at day 40 for early terpene screening via GC-MS. This is the first chemical fingerprint. Plants with terpene profiles diverging more than 25% from target are retired.

48
Avg. phenotypes screened per cross
6–8
Advance to pollination
~14%
Retention rate
04
Close-up of cannabis flower stigmas with pollen visible under controlled lighting
PHASE 04
04 /

Controlled Pollination

Pollen collection and application is conducted in isolated chambers.

Male plants are isolated in negative-pressure chambers 14 days prior to pollen collection. Pollen is harvested by gently shaking anthers over sterile glass collection dishes.

Pollen viability is tested using fluorescein diacetate staining. Minimum 60% viability required. Pollen lots are vacuum-sealed and stored at -20°C for up to 6 months.

Female receptors are pollinated at 21 days of flower by direct application with a fine artist's brush. Pollination window, pollen lot ID, and environmental conditions are logged to the minute.

-20°C
Pollen storage temp
60%
Min. viability threshold
Days 18–24
Pollination window
05
Cannabis seeds laid out on white paper with measurement ruler for size uniformity assessment
PHASE 05
05 /

Seed Harvest & Stability Assessment

Seeds are the output. Their uniformity is the proof.

Seeds are harvested at 6–7 weeks post-pollination when calyxes have fully swelled and bracts show slight browning. Immature seeds are discarded.

Each seed lot is weighed, counted, and photographed. Morphological uniformity within the lot is scored: size variance, color consistency, and surface sheen.

F2 and later generations are grown out in cohorts of 20 to assess phenotypic stability. Coefficient of variation for key traits must be <15% for a line to be designated "stable."

<15%
Stability CV threshold
20 plants
Min. grow-out cohort
120–180
Avg. seeds per pollinated plant
06
Laboratory chromatography equipment with cannabis extract samples in vials
PHASE 06
06 /

Third-Party Testing & Release

Nothing ships without a CoA. No exceptions.

Every stable line is tested by two independent ISO/IEC 17025-accredited laboratories. Panels include: potency (HPLC), terpenes (GC-MS), residual solvents, heavy metals, microbials, and mycotoxins.

Results are compared across labs. Discrepancies >5% in potency or terpene content trigger a third-party adjudication.

Passing lots receive a Certificate of Analysis, a lot number, and are entered into the Cultivar Breeding Archive. All CoAs are publicly accessible via QR code on each seed packet.

2 (min.)
Labs used
5%
Potency discrepancy threshold
6
Test panels per lot
Active Breeding Lines — 2026

Three stable lines.
Every terpene documented.

Each entry below represents a completed breeding program. The data shown is from the most recent third-party test batch.

Line 1

Desert Star OG

Hindu Kush × Afghan #7

Available
THC26%
CBD0.2%
Terpene Profile
Myrcene
0.82%
Caryophyllene
0.54%
Limonene
0.31%
Pinene
0.18%

Dense, resinous phenotype with a compressed internode structure. Consistent across 3 grow-out cohorts. Exceptionally stable terpene expression — myrcene dominant with a diesel-earth base.

Generation
S1 — F4 equivalent
Flower Time
63–70 days
Indica-leaningHigh THCStable

Get notified when Desert Star OG drops:

Line 2

Solar Drift

Durban Poison × Thai Haze

Limited Stock
THC24%
CBD0.1%
Terpene Profile
Terpinolene
0.71%
Limonene
0.48%
Pinene
0.29%
Ocimene
0.22%
Generation
S1 — F4 equivalent
Flower Time
70–84 days
Sativa-dominantPollen AvailableTerpinolene

Get notified when Solar Drift drops:

Line 3

Verdant Cross

Lamb's Bread × Cannatonic IBL

Available
THC12%
CBD11%
Terpene Profile
Caryophyllene
0.63%
Linalool
0.44%
Myrcene
0.38%
Pinene
0.21%
Generation
S1 — F5 equivalent
Flower Time
56–63 days
1:1 RatioMedicalCBD-balanced

Get notified when Verdant Cross drops:

Third-Party Test Results — All Batches

The numbers don't
require interpretation.

Every batch tested by two independent ISO/IEC 17025-accredited laboratories. CoAs available via QR code on each seed packet. Full raw data included in the Breeding Archive.

47
Total test batches
batches
100%
Pass rate — all panels
2
Independent labs per lot
labs
<2%
Max THC variance (same line)
CV

Recent CoA Results

Sorted by test date
Batch IDCultivarLabDateTHCCBDTotal TerpsTop TerpenePanelsGen.
CVR-2025-DSO-047Desert Star OGCascade Analytical2025-11-1426.3%0.18%2.84%Myrcene (0.82%)
S1-G3
CVR-2025-DSO-048Desert Star OGConfident Cannabis2025-12-0125.8%0.21%2.79%Myrcene (0.79%)
S1-G3
CVR-2025-SOL-031Solar DriftCascade Analytical2025-10-2823.7%0.09%2.41%Terpinolene (0.71%)
S1-G3
CVR-2025-VRD-062Verdant CrossConfident Cannabis2025-11-3011.9%10.8%2.12%Caryophyllene (0.63%)
S1-G4
CVR-2025-VRD-063Verdant CrossCascade Analytical2025-12-1812.2%11.3%2.18%Caryophyllene (0.66%)
S1-G4
Pass
Fail
· Panels: Residual Solvents · Heavy Metals · Microbials · Mycotoxins

Cross-Batch Stability Metrics

Desert Star OG
THC variance across batches
1.02%Excellent
Coefficient of variation — lower is more stable
Desert Star OG
CBD variance across batches
7.8%Good
Coefficient of variation — lower is more stable
Desert Star OG
Terpene profile consistency
2.1%Excellent
Coefficient of variation — lower is more stable
Solar Drift
THC variance across batches
2.4%Excellent
Coefficient of variation — lower is more stable
Verdant Cross
THC variance across batches
1.3%Excellent
Coefficient of variation — lower is more stable
Verdant Cross
CBD variance across batches
2.2%Excellent
Coefficient of variation — lower is more stable

"All terpene quantification performed via GC-MS with certified reference standards. Potency via HPLC-UV. Methods and instrument specs included in the Archive."

— Laboratory Methods Note, Cultivar Breeding Archive v2.4
View Full CoA Library
Breeding Archive — PDF Catalog

Download the complete
genetic record.

The Cultivar Breeding Archive is a 94-page PDF catalog containing full lineage charts, terpene profiles, cannabinoid data, cultivation notes, and CoA summaries for every stable line we have released.

⌘
Full lineage mapsSVG-quality charts from landrace to terminal node
◈
Terpene profilesGC-MS data for all terpenes above 0.05% threshold
◉
Stability metricsCV data across 3+ grow-out cohorts per line
◻
Cultivation notesGrow environment, nutrition, and timing observations
◎
Certificate of Analysis summariesAll CoAs indexed by batch number
94
Pages
3
Stable lines
Free
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