DNAAPPLIED RESEARCH
Connecting to the habitat…
Great things have
small beginnings
AURELIA · SHARED SPECIESArtist’s impression · discover its current form in the habitat
THE SHARED SPECIES · A NEW VIEW
Meet Aurelia.
A living colony. A shared history.
Evolution and contributions
Explore what changed — and what helped shape it.
INHERITED DEVELOPMENT
ENVIRONMENT
View recorded traits and evidence
Your next contribution
THE SHARED SPECIES / EST. 2026
Meet Aurelia.
One species. A world of possibilities. Its next chapter is ours to discover.
GENERATION 001Freshwater / founding lineage
AURELIA PRIMATHE SHARED ORGANISM
A LIFE IN MOTION
Aurelia prima
Representative trait portrait · not to scale
—Living organisms
—Births · completed cycle
—Deaths · completed cycle
—This generation
THE LIVING COLONY
ONE SPECIES · A LIVING COLONY
Life finds its balance.
Current carrying capacity: —
TODAY’S RESEARCH QUESTION
Test an adaptation ↗Why the colony changed · population history
| Generation | Population | Births | Deaths |
|---|
A life in the making
View recorded values as a table
Traits and inherited anatomy
Historical snapshots are shown here. The habitat and laboratory below remain on the current generation. Earlier three-trait portraits use neutral defaults for traits not yet recorded.
THE CURRENT BLUEPRINT
Nine traits. Endless trade-offs.
Longer tendrils represent sensing. Larger fins and quicker strokes represent movement. A fuller body and brighter reserves represent energy storage. A thicker outline shows protection, internal glow shows efficiency, and varied markings show diet flexibility. Inherited elongation, roundness and flattening gradually reshape the shared body; the lab shows the proposed fully developed outline.
DEVELOPING THIS GENERATION
An inherited change. A gradual transformation.
Structures express inherited traits; growth adds no extra performance bonus. Development is reviewed at each daily generation boundary.
A STORY STILL UNFOLDING
The evolution record
YOUR PERSONAL LABORATORY
A little change.
A different possibility.
Test a variation of the shared species. Discover what it gains—and what it gives up.
START WITH A QUESTION
Where will your adaptation thrive?
Choose a habitat, then compare both populations under identical conditions.
Change one trait at a time to understand its effect.
LIVE TRAIT PORTRAITS
One origin. Two possibilities.
Shape your experiment
01Adjust traits up to 20 points from the shared population. More of everything costs energy.
TEST ENVIRONMENT20 generations · 5 matched trials · 100 starting organisms
Guest experiments are temporary. Sign in to save your results.
Your findings
02Every discovery starts
with a small question.
Change a trait and run your experiment.
We’ll compare it with an unchanged population.
Your traits or habitat have changed. These findings belong to the last test. Run the experiment again to test and contribute this variation.
population difference
after 20 generations
after 20 generations
Your variationUnchanged population
Starting population: 100 Generation 20
Make this part of the story.
Submit one finding per cycle. Useful results count—even when an adaptation doesn’t help.
A biology-inspired simulation, not a scientific forecast. Trials share environmental noise for a fair comparison. Duplicate trait combinations are counted once when the species evolves.
YOUR FIELD JOURNAL
Leave a trace.
Follow its story.
Your experiments, contributions and the generations you helped shape.