04 — HUMAN IMPACT

SUSTAINABILITY AUDIT

Humans discover actinide-rich resources. Can extraction happen without dismantling the ecosystem?

👽 FICTIONAL PLANET

RESOURCEUNSUSTAINABLE PRACTICEENVIRONMENTAL CONSEQUENCESUSTAINABLE SOLUTION

Food

Overharvesting alien organisms

Population decline and food-web disruption

Sustainable quotas and seasonal harvesting

Water

Human waste and mining pollution

Contaminated underground water

Closed water systems and filtration

Land

Mining and construction

Destroyed caves and habitat loss

Protected zones and low-impact sites

Energy

Excessive energy/resource extraction

Thermal field and ecosystem damage

Controlled renewable/synthetic energy

Pollution

Mining waste and human activity

Toxic stress and biodiversity loss

Treatment, recycling and zero discharge

Biodiversity

All pressures combined

Species loss and lower resilience

Corridors, restoration and monitoring

SUSTAINABILITY STRATEGY

Redesign the settlement around limits

Protected ecosystem zones
Keep key habitats free from development. This reduces environmental damage by lowering extraction, contamination or fragmentation.

Controlled mining
Designate low-impact areas and restore sites. This reduces environmental damage by lowering extraction, contamination or fragmentation.

Recycling
Reuse extracted actinides instead of expanding mines. This reduces environmental damage by lowering extraction, contamination or fragmentation.

Closed water systems
Recycle wastewater; never release it underground. This reduces environmental damage by lowering extraction, contamination or fragmentation.

Artificial/synthetic resources
Make materials to reduce pressure on natural organisms. This reduces environmental damage by lowering extraction, contamination or fragmentation.

Wildlife corridors
Connect fragments so species can move safely. This reduces environmental damage by lowering extraction, contamination or fragmentation.

Sustainable food harvesting
Set quotas to prevent overharvesting. This reduces environmental damage by lowering extraction, contamination or fragmentation.