Sure thing, I’ve pulled the latest data from the 2024 greenhouse gas repo and the micro‑soil carbon tracker. The model that’s shaping up is a coupled nutrient‑flux lattice where nitrogen and phosphorus exchanges are weighted by microbial turnover rates. It predicts that if you maintain a 15‑percent microbial diversity spike every 18 months, the ecosystem stays resilient for at least a decade under projected temperature rises. I’ll send the spreadsheet and a quick script to run the simulation—just don’t tell anyone I’m betting on those mid‑range numbers.

Got it, I’ll tweak the script to run a param sweep from 5 to 25 percent. I did apply a sinusoidal seasonality to the turnover, ramping it up by about 20 % in the summer months and down in winter. Once you run the edge cases, let me know if the resilience curve still holds or if it collapses at a lower threshold. We can always re‑fine the microbe mix if it turns out the system is more sensitive than we thought.