After prognostic biomass is merged, add new CI elements: steady-state vegetation C pools under pre-industrial forcings, ILAMB biomass, longrun plots, C conservation (change in state = integration of fluxes), etc.
(issue wip)
thoughts:
- distribution of precip (not just annual sum) as running mean, and predictor for LAI and biomass.
- use tree/grass fraction for LAI and biomass
- consider some seasonal dynamic for turnover rate, possibly also allocation to leaf growth, depend on GSL maybe
- consider latest datasets for C fluxes (new fluxcom? new nee inversion?)
- note that ultimately, we would want our loss to be atmospheric co2, with AMIP as forward model, co2 transport, and prescribed ocean sink and anthropogenic emissions
- have a longerrun (19 year) with optimal lai, prognostic biomass.
After prognostic biomass is merged, add new CI elements: steady-state vegetation C pools under pre-industrial forcings, ILAMB biomass, longrun plots, C conservation (change in state = integration of fluxes), etc.
(issue wip)
thoughts: