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''This article is part of the [[Project Gorgon Genetics Research By Kaskrim|Project Gorgon Genetics Research]] series by Kaskrim.''

Revision as of 04:40, 1 May 2026

Written by Kaskrim • Scribed by AI Elara • Project Gorgon Genetics Research

This article covers the practical side of getting into Project Gorgon's breeding system: what to expect, how to unlock what you need, how the genetics window works, how genes are identified, how to manage your limited stable slots, and how to keep track of your specimens.

This article covers seven topics:

  1. Timelines and Expectations (read this first)
  2. Getting Started — the unlock path
  3. The Genetics Skill — how to see the genome
  4. How to Read the Genetics Window
  5. How Genes Are Named
  6. Stable Slot Management
  7. Specimen Naming: A Suggested Approach

Part 1: Timelines and Expectations

Breeding in Project Gorgon is a long game. Read this section before anything else so you know what you are signing up for.

How Long Does Each Generation Take?

  • Mating stage: 2.5 to 6 hours, depending on the fertility/virility of the pair, your Animal Husbandry skill level, and moon phase
  • Gestation period: approximately 2–3 days (lower-level specimens are faster)
  • One generation: roughly 3 days base, reducible to approximately 2 days with an incubator (bees), or blankets (horses)
  • Husbandry Buff: occasionally (roughly once per year of game time) a Husbandry Buff is active that cuts gestation time in half. This is rare and not something to plan around, but worth knowing about.

This means roughly 2–3 generations per week at best.

How Long Does Clarification Take?

Starting from two wild-caught parents with many mixed genes:

  • Full clarification can take 10–20+ generations depending on how many mixed positions exist and how lucky your rolls are
  • At 2–3 generations per week, that is roughly 4–10 weeks per clarification

How Long Does a Fold-In Take?

Once clarified, introducing a single new gene takes: Back-crossing method: 5–15 generations depending on luck

A single fold-in can take 3–8 weeks.

How Long for Maximum Stats?

The top breeders (Deldaron was first, Azizah was second to achieve a perfect bee) spent 2.5–3 years reaching all stats at 100. This involved full clarification, dozens of individual fold-ins (one gene at a time), thousands of generations, and dedicated daily breeding across years.

Knowledge can shave roughly 3 months off that timeline. But there is no shortcut around the generation timer. You cannot speed-run breeding.

Realistic Goals for New Breeders

Timeline Goal
Weeks 1–2 Tame your first pair, start breeding, learn the interface
Weeks 2–10 Level the Genetics skill — do this alongside breeding, not before it. Start clarifying while you level.
Weeks 1–6 Working on clarification of your first line
Months 2–3 First clarified line complete, start first fold-in
Months 3–6 Several fold-ins complete, stats noticeably improving
Month 6+ Building toward specialized goals (visual traits, max stats)

Do Not Compare Yourself to Veterans

Kaskrim has been doing genetics research since September 2021 — over 4.5 years as of this writing. Azizah wrote analysis tools and spreadsheets. Deldaron bred the first perfect 100-stat bee after years of dedicated work. These people are at the end of a very long road.

You are at the beginning. Every generation is progress. Every clarified gene is permanent. The work compounds over time.

What You Can Control

  • Breed every day. Do not let slots sit empty.
  • Make informed decisions about which offspring to keep.
  • Plan your fold-ins. Know which gene you want before you start.
  • Keep records. Know what your clarified line looks like.

The genetics system is probabilistic — every cross is a series of coin flips — but there is no permanent block, no pay wall, and no point of no return. Given enough generations, you will converge on your goal. The only question is how long it takes.

Part 2: Getting Started — The Unlock Path

Breeding is gated behind skill progression. Here is the path from zero to your first breeding pair.

Step 1: Level Animal Handling to 50

Animal Handling is a combat skill — you tame creatures and fight alongside them. You need AH 50 before you can learn the breeding skill.

  • Tame a pet (bee, wasp, bear, cat, rat, etc.) and fight with it
  • Your pet earns you AH XP when it participates in combat
  • Higher-level content gives more XP
  • Kaskrim recommends starting with a Freeze Wasp — it will be useful later when you reach the gene hunting stage of breeding

Step 2: Learn Animal Husbandry

Animal Husbandry is the breeding skill. It is separate from Animal Handling.

  • Trainer: Leah Bowman in Povus (requires Friends favor)
  • Build favor with Leah through hangouts and gifts

Step 3: Get Your First Breeding Pair

You need a male and female of the same species (bee + bee, wasp + wasp, horse + horse).

For bees and wasps, cross-species breeding is possible — a bee and a wasp can produce offspring that is one species or the other. For horses, same breed is required. Horse genetics uses a breed switch system where different gene sets activate or deactivate depending on breed; cross-breed offspring have unpredictable gene expression, making clarification impossible. See the Horse Genome Structure article for a full explanation.

Tame your pair via Animal Handling and register them at a stable.

  • Standard breeding stables are located at the Red Wing Casino and Povus
  • A third breeding NPC exists in Vidaria, but this is specialized for mutation breeding and not standard breeding

Step 4: Start Breeding

Register your pair at the stable.

  • Mating stage: 2.5 to 6 hours (varies by pair fertility/virility and your Animal Husbandry skill level)
  • Gestation stage: approximately 2–3 days
  • Cost: 500 to 5,000 councils per attempt (same factors as above)

Your first generations will be messy — ⦿ genes everywhere, mediocre stats. This is normal and expected. See the companion article on genetics basics (why first-gen stats drop and how clarification works).

Step 5: Unlock Genetics

The Genetics skill lets you see the genome. Without it you are breeding blind.

Skipping Genetics is only reasonable if your goal is modest — mildly improving stats over a few generations, or producing more of what you already caught. If you want to do serious breeding (targeted stat improvement, fold-ins, clarification work), Genetics is not optional. See Part 3 of this article for the full unlock path.

Summary

  1. Animal Handling 50
  2. Friends favor with Leah Bowman (Povus)
  3. Learn Animal Husbandry
  4. Tame a male + female of the same species
  5. Register at a breeding stable (Casino or Povus)
  6. Start breeding, start clarifying
  7. Unlock Genetics skill when ready

Part 3: The Genetics Skill — How to See the Genome

The Genetics skill allows you to view the actual gene states (⬤, 〇, ⦿) in your specimen's genome. Without it, you cannot see what genes your bee has — you can only infer from stats and visible traits.

At the time of this writing, there are two separate Genetics skills:

Feline, Bear, and Rat Genetics are planned but not yet implemented. Both current skills are unlocked through the same NPC (Gerrux) but require separate books.

Prerequisites

  • Arthropod Anatomy 25 (for Arthropod Genetics)
  • Non-Ruminant Ungulate Anatomy 25 (for Non-Ruminant Ungulate Genetics)

Unlock Quest Chain

  1. Kill Tumak the Betrayer in Povus (spawns 9am–10am in-game time). He drops a Ghostly Letter.
  2. Visit Kimeta's ghost at night (after 8pm, before 1:15am in-game) in the Sprawl district of Povus. The light outside her house must be OFF. If it is on, she will not appear. Trade the Ghostly Letter for a Ghostly Key.
  3. Give the Ghostly Key to Gerrux in Old Town (Povus). This starts a quest chain: find Errruka the Benefactor, wait one in-game day, trade 25 Frogs or 1 Black Pearl for Kimeta's Key, return to Gerrux.
  4. Completing the chain gives you "Secrets of Arthropod Genetics" and unlocks the analyzer barter with Gerrux. Reading the book unlocks the Arthropod Genetics skill at level 1.

For horses: the Non-Ruminant Ungulate Genetics book is bartered from Gerrux after completing the same quest chain. The chain must be done first — the barter is not available otherwise.

Alternative Unlock

Both Arthropod Genetics and Non-Ruminant Ungulate Genetics can also be unlocked through hangouts with Pitre Ferrence without completing the quest chain. However, this does not unlock the analyzer barter with Gerrux. If you want access to analyzers, do the quest chain.

How the Skill Levels

Reading the book unlocks the skill at level 1 — you can see some genes immediately. Others show as ? until your skill is high enough to read them.

The skill is leveled by using an Analyzer on creature corpses in the field. When you right-click a corpse, the Analyze option appears alongside skinning, butchering, or skull extraction. The Analyzer must be in your inventory. Each successful analysis grants Genetics skill experience.

At level 50, you unlock the "Analyze Arthropod Genes" ability, which allows you to analyze a living creature rather than a corpse. This is the ability used for gene hunting.

Genetics Analyzers

There are four analyzer types, all bartered from Gerrux (requires quest chain):

  • Arthropod Genetics Analyzer
  • Beginner's Arthropod Genetics Analyzer
  • Non-Ruminant Ungulate Genetics Analyzer
  • Beginner's Non-Ruminant Ungulate Genetics Analyzer

All analyzers cost Xogrite Chunks. The Beginner's versions cost more Xogrite but add +25 effective Genetics skill for the purpose of analyzing higher-level creatures, allowing you to gain more experience from tougher mobs. Note: this does not reveal gene positions you cannot yet read — the only way to uncover hidden genes is to level the Genetics skill itself.

All analyzers have a 5% chance to break per use.

The quest "Kimeta's Key" rewards 10 free Arthropod analyzers (one-time).

Xogrite sources: Povus repeatable quests, nightly invasion, Egg Runs in Aktaari Cave, bartering with Stephie Blackhammer.

Key Point

You can breed successfully without the Genetics skill and blind breeding works, but only to a point — where further improvement can no longer happen. The Genetics skill opens the full range of stat and cosmetic options to the breeder.

Part 4: How to Read the Genetics Window

Once you have the Genetics skill, opening a specimen's genetics window shows a grid of circles. Each circle is one gene position.

The Four Symbols

Symbol Name Meaning
⬤ Dominant Both alleles are dominant. Breeds true.
〇 Recessive Both alleles are recessive. Breeds true. For arthropods, this is where stat bonuses express.
⦿ Mixed One dominant, one recessive. Unpredictable — ⦿ × ⦿ = 25% ⬤, 50% ⦿, 25% 〇. This is what you want to eliminate through clarification.
 ? Unknown Your Genetics skill is too low to read this position. Level up to reveal it.

The Grid Layout

The genome is displayed as a grid. Each row is a chromosome (labeled CR 1, CR 2, etc.). Each chromosome is divided into gene groups, labeled A through J (or further for larger genomes). Each gene group contains a fixed number of individual positions (typically 4), and each position is one circle.

So when you look at the window, you are reading left to right across a chromosome, group by group, position by position within each group.

Not all chromosomes are the same length — some have more gene groups than others, and some groups at the end of a chromosome may have fewer than 4 positions. The specific layout for each species is covered in the genome structure articles.

This grid structure — chromosome, group, position — is also the basis for how individual genes are named. See Part 5.

The Genetics Window and Text Export

The game has two ways to view genome information. The genetics window displays genes as visual symbols: ⬤ (dominant), 〇 (recessive), ⦿ (mixed), ? (unknown).

Separately, the game can export a specimen's genome as plain text. The text export uses a different notation: D (dominant), R (recessive), x (mixed), ? (unknown). These are two distinct formats — the window and the export use different symbols for the same information.

Part 5: How Genes Are Named

Breeders need to reference specific gene positions precisely — "the gene that controls the tail light" is not useful when you are trying to track it across hundreds of specimens. Project Gorgon has a standard coordinate system for this, which is now built into the game itself.

The Coordinate System

Every gene position is identified by three pieces of information: 

[Chromosome Number] [Gene Group Letter] [Position Within Group]

Examples:

Coordinate Meaning
1A4 Chromosome 1, Gene Group A, Position 4
9E4 Chromosome 9, Gene Group E, Position 4 (last position on CR 9)
6C2 Chromosome 6, Gene Group C, Position 2 (last position on CR 6)
7D3 Chromosome 7, Gene Group D, Position 3

These labels are visible in the game itself — when you hover over an individual gene in the genetics window, the tooltip shows the coordinate for that position. You do not need to count manually.

This lets any breeder reference any gene position unambiguously. When someone says "I'm working on 3H3," every breeder who knows this system knows exactly which position they mean.

Origin of the System

This coordinate system was created by Deldaron — the first breeder to achieve a perfect 100-stat bee. The breeding community adopted it as the standard. Later, developer Nikodemus built it directly into the game's UI. What started as a community tool is now the official in-game notation.

The gene naming system is not optional or one person's preference — it is how genes are identified in the game. Learn it and use it.

Part 6: Stable Slot Management

Stable slots are your most precious resource. To free a slot, you can either cage the specimen (to sell or trade) if it has not yet been registered to breed, or release it (permanently deleted) if it has. Every slot decision matters.

Breeding Attempts vs. Stable Slots

These are two separate resources and it is important to understand the difference.

Breeding Attempts are per account. They represent how many active breeding pairs can be working simultaneously across your entire account. You start with a limited number and unlock more as Animal Husbandry is leveled, up to a maximum of 6.

Stable Slots are per character. They represent how many registered breeding specimens a single character can hold. Stable slots can be increased in several ways: purchasing additional slots, leveling Racing skill, leveling Animal Husbandry, and leveling Cartography. There may be other methods as well.

Critical Rules

  1. Caging neuters permanently. Any specimen removed from the stable into a cage can never breed again. This means you cannot import breeding stock from other players. All breeding stock must be self-caught or self-bred.
  2. Registered breeders cannot be caged. Once registered, the only way to remove a specimen is to release it (permanent deletion). There is no undo. Think carefully before registering.

Stable Slot Allocation Strategy

  • Keep your clarified line parents. These are your foundation. They took generations to build. Never release a clarified parent unless you have a strictly better replacement.
  • Keep one specimen from each active fold-in. If you are working to introduce a new gene, do not release the offspring carrying that gene until the fold-in is complete and the gene is locked.
  • Wild specimens are expendable once their genes are in your line — but not before. If you are still in the clarification process, keep the original wild-caught pair until clarification is finished and their unique genes are fully folded in. Releasing them too early means losing access to genes you may not have secured yet.
  • Do not hoard. If a specimen has no active breeding purpose, release it. Idle slots are wasted slots.

Slot Implications

Back-crossing (the standard method) requires a minimum of 4 slots: both parents, the offspring being bred back, and the slot for the active breeding attempt itself.

Slot management separates good breeders from frustrated ones.

Part 7: Specimen Naming — A Suggested Approach

When you have dozens of specimens across multiple generations, you need a naming system. Without one, you will quickly lose track of who is who, which line they belong to, and what genes they are carrying.

The following is Kaskrim's suggested naming convention. It is not a hard rule or the only valid approach — use it, adapt it, or build your own. The goal is consistency within your own records.

The Format

[Line][ID][Sex] [Target Gene 1] [Target Gene 2] ...

Example: BLH 2461 F ua1H3 3E4

Part Meaning
BLH Breeding line name (2–4 letters chosen by the breeder)
2461 Lifetime hatch count (the 2,461st specimen ever hatched)
F Female (M for male)
ua1H3 Target gene at position 1H3 (unique + being folded in)
3E4 Target gene at position 3E4 (actively breeding toward recessive)

Target Gene Prefixes

Prefix Meaning
(none) Established target. Breeding toward recessive (〇).
d Breeding toward dominant (⬤) instead.
a Adding / folding in. A new gene being introduced from outside.
u Unique. A rare or unusual gene worth tracking, not necessarily a breeding target.

Prefixes stack: ua1H3 = unique + adding (a rare gene being folded in).

Why a Hatch Count?

Using a running lifetime total (rather than per-line numbering) gives every specimen a unique ID across your entire breeding career. You will never have two specimens with the same name.

Why This Helps

With this system, a name like BLH 2461 F ua1H3 3E4 tells you at a glance: BLH line, specimen #2461, female, folding in a unique gene at 1H3, also working on 3E4 toward recessive. No need to open the genetics window to remember what you were doing with this specimen. The name carries the context.

Again: this is one approach. Adapt it to fit your own workflow.

Research and knowledge by Kaskrim. Compiled by AI Elara. Based on 4.5+ years of genetics research.

twitch.tv/kaskrim

This article is part of the Project Gorgon Genetics Research series by Kaskrim.

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