Exobiology
Biological Signals, Sampling & Survey Strategy
Biological Signals
Detection, Classification & Surface Clues
How biological signals are detected from orbit, resolved into surface regions, and turned into practical search targets.
Stellar & Atmospheric Constraints
Star Type, Atmosphere & Species Niches
Why certain species appear under specific star, atmosphere, temperature, pressure, and chemical conditions.
Genetic Sampling
Distance Rules, Colonies & Sample Validation
How the Genetic Sampler validates colonies, why spacing between samples matters, and how commanders complete a species profile.
Lifeform Families
Bacterium, Stratum, Fonticulua, Tussock & More
A field guide to common exobiology genera, how they differ visually, and what search habits they reward.
Planetary Conditions
Gravity, Pressure, Temperature & Volcanism
How surface conditions affect biology, landing safety, search speed, and the practical feel of an exobiology run.
Exobiology Route Planning
Efficient Search Strategy & Survey Loops
How to plan efficient exobiology routes by combining candidate body filters, landing strategy, sample spacing, and turn-in safety.
This module treats exobiology as a survey discipline: detect likely habitats, read body conditions, land with intent, finish genetic samples, and protect the data.
It pairs naturally with ED:CS body and route data because exobiology value depends on environmental filters, surface conditions, and efficient travel choices.