Weedstraindb™ Grower Genetics Library
Weedstraindb™ Grower Genetics Library
Start the right genetics record first.
The GGL helps growers organize seed stock, clone history, breeding projects, phenotype observations, lab results, QR labels, and backups. Start with the record you already have, then connect the rest over time.
- Browser-local records
- Backup recommended
- Built for repeatable genetics work
Start here
What are you trying to track right now?
Instead of showing every GGL tool at once, this page starts with the most common situations. Pick the card that matches the work in front of you.
I have seeds
Start by logging breeder, source, pack details, acquisition date, storage notes, and germination history.
Open Seed Vault → 02I have clones
Track mother plant, cut date, rooting status, tray movement, transplant timing, and clone lineage.
Open Clone Library → 03I am selecting phenos
Record structure, vigor, aroma, stretch, resin, flower notes, keeper decisions, and cull reasons.
Open Phenotype Tracker → 04I need to protect records
Use export and backup tools once your library has data worth preserving outside this browser.
Open Backup Tools →First-time setup
A genetics library becomes useful one record at a time.
The GGL feels clearer when users understand the order: source first, lineage and dates second, observations over time, then backup.
Add the genetic source
Begin with the seed pack, clone source, breeder, parentage, or strain profile that anchors the record.
Attach lineage and dates
Record the dates and relationships that make the record useful later: received, germinated, cut, crossed, flipped, harvested, or tested.
Add observations over time
Use phenotype notes, lab results, QR labels, and version history to connect what happened across the cycle.
Export before the data matters too much
Local browser storage is useful for fast tools, but serious genetics records need regular backups.
GGL workflow
Use the library in four lanes.
The tools below are grouped by the job they do, so users can move from simple inventory into selection, field data, and backup without feeling lost.
Inventory
Seeds, clones, and reference strain records.
View tools → BSelection
Breeding projects, lineage, phenotype notes, and version history.
View tools → CField Data
COAs, QR labels, batch records, and yield comparisons.
View tools → DBackup
Exports, summaries, reports, and long-term record protection.
View tools →Full tool directory
Browse the complete GGL workspace.
Once users know where to begin, the full directory becomes helpful instead of overwhelming.
Inventory records
Organize genetic inventory.
Start here when receiving seeds, keeping clones alive, or building strain-level reference records.
Seed Vault
Catalog seed packs with batch uploading, germination history, source details, and storage notes.
Best for: intake, storage, germination, seed lot records Open Seed Vault →Clone Library
Track cuts, mother lineage, rooting status, transplant dates, and environmental variables.
Best for: mothers, cuts, rooting, keeper clone records Open Clone Library →Strain Profiles
Explore strain traits, flowering times, grow observations, batch notes, and test results.
Best for: reference profiles, comparisons, recurring grow notes Open Strain Profiles →Breeding and selection
Track crosses, generations, and expression.
Use these tools when moving from inventory into selection decisions, pheno hunting, and lineage work.
Breeding Projects
Log genetic crosses, manage pollination windows, track generations, and document selection goals.
Best for: crosses, pollen work, parent selection, project notes Open Breeding Projects →Genetic Family Tree
Visualize lineage and ancestry trees across parent strains, child strains, and selected keepers.
Best for: lineage checks, ancestry mapping, parent-child records Open Family Tree →Phenotype Tracker
Document expressions, aromas, stretch, structure, vigor, resin, and harvest notes by generation.
Best for: pheno hunts, keeper selection, flower observations Open Phenotype Tracker →Version History
Track generational changes, breeding notes, selection decisions, and phenotype evolution over time.
Best for: F1-F5 tracking, selection history, breeding revisions Open Version History →Lab, labels, and field use
Connect plant records with real-world data.
Bring COAs, batch comparisons, QR access, and harvest projections into the genetics workflow.
Lab Result Manager
Upload COAs, compare batches, review cannabinoid data, and visualize lab trends over time.
Best for: COAs, batch proof, potency trends, test comparisons Open Lab Result Manager →QR Code Labeling
Create mobile-scannable labels for plant tags, clone trays, seed packs, and batch records.
Best for: plant tags, room walks, tray labels, field lookup Open QR Labeling →Yield Predictor
Estimate harvest weights and compare projected yields against actual results after harvest.
Best for: harvest planning, room estimates, performance tracking Open Yield Predictor →Backup and intelligence
Protect the records behind the work.
Use these tools once your library is active and you need exports, backups, or breeding support.
AI Breeding Assistant
Explore cross ideas based on internal traits, notes, lab trends, phenotype data, and breeding goals.
Best for: cross planning, trait matching, breeding direction Open AI Breeding Assistant →Data Export & Backup
Manually back up genetics data to JSON, export readable summaries, and restore known WSDB datasets.
Best for: offsite backups, spreadsheets, audits, long-term storage Open Data Export & Backup →Important record note
Local records are useful, but backups protect the library.
This section makes the browser-local nature of the GGL clearer for users before they rely on it for serious genetics memory.
Local means browser-local
The GGL can scan records saved by WSDB tools in this browser. Different devices or browsers may show different counts.
Backups matter
Export records before changing devices, clearing browser storage, or relying on the library for long-term lineage memory.
Start with one record
The library becomes easier to use once the first seed lot, clone line, or strain profile anchors the workflow.
Genetics with memory
Good records make better selections possible.
A genetics library is not just storage. It is the foundation for preserving lineage, learning from each cycle, and making better decisions over time.