- Build a dinosaur by collecting fossil parts, assembling the skeletal frame, and incubating the rebirth egg.
- DNA sequencing is the core mechanic required to determine your dinosaur's traits and species viability.
- Habitat setup must be completed before initiating the rebirth process to ensure hatchling survival.
- Fossil rarity directly impacts the strength, size, and special abilities of your reborn dinosaur.
- Incubation time varies by species, ranging from 30 minutes for common types to several hours for rare tiers.
Understanding the Dinosaur Rebirth Cycle
The rebirth cycle is the foundational system that allows you to build a dinosaur from recovered genetic material and fossil fragments. This process is divided into three primary phases: Extraction, Assembly, and Incubation. Each phase requires specific resources and careful planning to execute successfully.
Always stockpile extra fossil fragments before beginning the assembly phase. The rebirth process has a chance to consume additional materials if the genetic sequence is unstable.
Core Rebirth Mechanics
| Phase | Primary Action | Key Resource | Success Factor |
|---|---|---|---|
| Extraction | Isolate DNA from amber | Amber samples | Lab level |
| Assembly | Connect fossil pieces | Fossil fragments | Manual precision |
| Incubation | Hatch the egg | Thermal energy | Habitat temp |
Extraction Phase
- Isolate genetic code
- Requires amber nodes
- Yields raw DNA strands
- Success depends on lab tier
Assembly Phase
- Build skeletal frame
- Uses fossil fragments
- Determines physical traits
- Requires player input
Incubation Phase
- Hatch the egg
- Needs thermal regulator
- Finalizes dinosaur stats
- Habitat must be ready
If the incubation environment drops below the required temperature threshold, the rebirth egg will fail and the genetic material will be lost permanently.
Fossil Gathering and DNA Extraction
Before you can build a dinosaur, you must gather the necessary fossil components. Fossils are scattered across various dig sites, each yielding different parts of the skeletal structure. The quality of your fossils directly influences the rebirth outcome.
Fossil Types and Drop Rates
| Fossil Type | Body Part | Drop Rate | Best Dig Site |
|---|---|---|---|
| Cranial | Skull and jaw | Rare | Northern Ridge |
| Vertebral | Spine and ribs | Common | Ash Valley |
| Appendicular | Limbs and claws | Uncommon | Coastal Bluffs |
| Dermal | Armor plates | Very Rare | Deep Quarry |
Each dig site has a primary fossil type associated with it. Focus your excavation efforts on sites that match the body parts you need to complete your skeletal blueprint.
DNA Extraction Process
Once fossils are collected, they must be processed through the DNA extractor. This machine breaks down the fossilized bone material and isolates the genetic code trapped within. The purity of the extracted DNA determines how many trait slots your dinosaur will have upon rebirth.
Use the centrifuge upgrade on your extractor to filter out impurities. Higher purity DNA results in stronger trait expressions and fewer mutations during the incubation phase.
Step-by-Step Rebirth Assembly
The assembly phase is where you actively build a dinosaur from the ground up. This step-by-step process requires attention to detail, as incorrect fossil placement can result in structural failure.
Prepare the Assembly Platform
Clear your lab table and ensure all fossil fragments are sorted by body region. Verify that your DNA vials are properly labeled and stored at optimal temperature before beginning the reconstruction.
Construct the Skeletal Frame
Start with the vertebral column as your central axis. Attach the cranial fossils to the anterior end, followed by the rib cage. Complete the frame by securing the appendicular fossils to their corresponding joint sockets.
Inject the DNA Sequence
Once the skeletal structure is stable, inject the purified DNA into the marrow cavities of the primary bones. The genetic material will begin to generate soft tissue and muscular frameworks around the fossilized core.
Form the Rebirth Egg
The regenerated tissue will naturally encapsulate the specimen in a synthetic shell. Transfer this egg immediately to the incubation chamber before the shell hardens completely.
Do not force fossil pieces into incompatible sockets. Misaligned bones will cause the DNA injection to destabilize, resulting in a failed rebirth sequence and lost materials.
Incubation and Habitat Setup
Proper incubation is the final and most delicate stage of the dinosaur rebirth process. The egg must be kept in a controlled environment that mimics the prehistoric conditions of your chosen species.
Incubation Parameters by Species Type
| Species Type | Temperature | Humidity | Duration | Egg Color |
|---|---|---|---|---|
| Theropod | 38-42C | 60% | 4 hours | Dark red |
| Sauropod | 34-37C | 75% | 6 hours | Pale green |
| Ceratopsian | 36-39C | 65% | 5 hours | Sandy brown |
| Raptor | 39-43C | 55% | 3 hours | Speckled gray |
Install backup heat lamps around your incubator. Power fluctuations can drop the temperature rapidly, and even a brief cold snap can ruin the rebirth egg.
Habitat Requirements
Your habitat must be prepared before the egg hatches. A newly reborn dinosaur placed in an inadequate enclosure will suffer stress penalties that can permanently reduce its stats.
Habitat Preparation Checklist:
- Install climate control system matching species temperature
- Build water source with filtration
- Place foliage matching the dinosaur's native era
- Construct reinforced fencing rated for species strength tier
- Stock feeder stations with appropriate diet type
Newly reborn dinosaurs require a 30-minute acclimation period. During this window, avoid interacting with the specimen directly. Allow it to explore the habitat and establish its territory naturally.
Advanced Rebirth Strategies
Once you have mastered the basic rebirth process, several advanced techniques can significantly improve the quality and power of the dinosaurs you build.
Trait Inheritance and Mutation
| Strategy | Method | Outcome | Risk Level |
|---|---|---|---|
| Selective Breeding | Pair high-purity DNA | Enhanced traits | Low |
| Catalyst Injection | Add chemical accelerators | Faster incubation | Medium |
| Cross-Species Splicing | Mix DNA from two species | Hybrid traits | High |
| Overcharging | Exceed max DNA capacity | Bonus stat slots | Very High |
Selective Breeding
- Safest advanced method
- Preserves desirable traits
- Takes multiple generations
- Best for stat optimization
Cross-Species Splicing
- High reward potential
- Creates unique hybrids
- Risk of genetic collapse
- Requires max-level lab
Cross-species splicing and overcharging carry significant failure risks. Always have backup fossil fragments before attempting these advanced strategies, as failed experiments destroy all injected materials.
Optimizing Your Rebirth Pipeline
To efficiently build a dinosaur at scale, establish a continuous pipeline that runs multiple rebirth cycles simultaneously. This requires upgrading your lab to support parallel extraction and incubation stations.
Dedicate one extraction station to common fossils for steady DNA production, while reserving a second station for rare fossil processing. This ensures you always have base materials flowing while working on high-value specimens.
Frequently Asked Questions
Q: What happens if my dinosaur rebirth fails during assembly?
A failed assembly destroys the DNA vials used in the attempt but returns 50% of your fossil fragments. You can recover the remaining fossils by using a fragment recovery kit from the lab supply store.
Q: Can I build a dinosaur without rare fossils?
Yes, common fossils can produce fully functional dinosaurs. However, rare fossils unlock higher trait slots and special abilities. You can upgrade a common dinosaur later through the gene-editing station.
Q: How do I increase my DNA purity during extraction?
Upgrade your extractor with the centrifuge module and maintain your lab temperature between 20-22C during the extraction process. Using preserved amber instead of raw fossils also boosts purity by approximately 15%.
Q: Is it possible to restart the rebirth process after incubation begins?
No, once the rebirth egg enters the incubation chamber, the process is irreversible. You must wait for the egg to either hatch successfully or fail naturally before reclaiming the incubator slot.