BROWSER-BASED RESEARCH SOFTWARE
Reproduce the teak carbon simulation.
A lightweight, transparent companion to the manuscript. Explore the supplied growth models, observations, and policy scenarios entirely in your browser.
01 / SIMULATION
Scenario calculator
Set the manuscript inputs, choose a growth model, and inspect deterministic outputs.
Model projections
Lines are model projections; coral points are empirical observations.
Model comparison
Reported fit statistics and current scenario outputs.
| Model | R² | RMSE | AICc | MPE | Mg C/tree | Mg C/ha | Use |
|---|---|---|---|---|---|---|---|
| Calculate a scenario to populate this table. | |||||||
Interpretation notes
Context for the current scenario.
No scenario calculated.
02 / POLICY SCENARIO
Scale the question
Apply the existing Richards-based policy transformation to an estate-level scenario.
Run the policy scenario to see estate-level results.
03 / SCIENTIFIC VALIDATION
Reference-case checks
The same deterministic cases used by the local Node test suite run in this browser panel.
04 / METHODOLOGY
What this simulation does—and does not do.
Purpose
TeakCarbon demonstrates that the manuscript’s supplied equations, coefficients, empirical observations, scenario transformations, and outputs can be reproduced without a server.
Models
Allometric, Gompertz, Richards, Logistic, and Weibull functions are ported from the validated implementation. Automatic selection is Allometric through age 26, Weibull through age 50, and Richards thereafter.
Assumptions
Predicted per-hectare stock equals predicted per-tree stock multiplied by stand density. The empirical per-hectare observations are already Mg C/ha and are retained unchanged.
Limitations
The supplied observations come from the project dataset (2,626 trees, 14 plots, seven age classes, Lewe Township, Myanmar). Model estimates do not replace field measurement, MRV, permanence analysis, or certification.