Planetary Bio-Restoration & Autonomous Diagnosis System
Select an available scenario (1–5). Each scenario supports a quota of up to 7 teams. Once selected, your assignment is permanently locked.
Claim one of the available scenarios above (1–5) to load your team's Part A Case Study dossier.
Restates the land description and image cues accurately (soil condition, cracking, puddles, crust, heat, rainfall, vegetation) without hallucinating or inventing details that were not given.
Identifies the specific soil archetype and diagnoses root causes — names what is missing (drainage, moisture retention, structure, organic matter, canopy/windbreak) and isolates dominant failure factors.
Delivers quantified, step-by-step stabilization and remediation measures (e.g. soil amendments per m², mulch depth, leaching cycles, loosening depth, channel specs) strictly prior to crop selection.
Establishes an empirical verification checkpoint that must pass before planting begins (e.g. soil moisture retention test, infiltration timing, crumb test, EC test) with clear pass/fail thresholds.
Offers multiple genuinely resilient crop options rationalized against the specific site signals (not a generic list), structured so the user can compare trade-offs and ecological advantages.
Provides realistic timeline accounting for both remediation buffer / soil recovery and true crop maturity under environmental stress (expressed as a realistic range, not a textbook single number).
Specifies tailored bed/substrate preparation, planting depth/geometry, and an irrigation setup matched to scarce water or drainage constraints (e.g., drip, clay pot, mulched basin, raised bed).
Multi-stage cultivation regimen covering organic fertility, abiotic stress mitigation (heat/wind/salt/waterlogging), pest & pathogen surveillance, and biological intervention options.
Clear ripeness indicators, harvesting protocol, and post-harvest soil regenerative practices (cover cropping, residue recycling, preserving windbreaks/beds) so land degradation does not restart.
The participant's system interface must clearly present soil preparation and readiness testing before crop recommendations. Order of execution is critical.
Every diagnostic observation and recommendation must be grounded in the provided environmental profile and image cues. Do not assume unstated factors.
The system must handle the full Range of Conditions within its scenario category, not just one memorized test sample. Flexibility under variance is tested.
Live unseen scenario evaluation is enabled team-by-team by event organizers. Your console will automatically activate when authorized.