Concept Notes - Usual Intake and Flood Frequency
Routing Summary
Two concept notes with no raw source, covering topics in the PyMC examples for which no legally obtainable open primary paper was ingested: usual-intake estimation from repeated 24-hour recalls (E108) and log-Pearson III flood frequency with historic floods (E113). Each cites the standard literature and flags figures as from general knowledge.
- Need usual-intake deconvolution, Box-Cox, Gauss-Hermite back-transform? → Concept Notes - Usual Intake from Repeated Short-Term Measurements
- Need log-Pearson III, frequency factors, censored historic floods? → Concept Notes - Log-Pearson III Flood Frequency and Historic Floods
Concept Map
| Concept | Note | Type | Depends On | Key Result |
|---|---|---|---|---|
| Usual intake model | Concept Notes - Usual Intake from Repeated Short-Term Measurements | definition | Box-Cox, random effects | |
| Gauss-Hermite back-transform | Concept Notes - Usual Intake from Repeated Short-Term Measurements | definition | usual intake | mean not median |
| Log-Pearson III | Concept Notes - Log-Pearson III Flood Frequency and Historic Floods | definition | Pearson III | |
| Historic floods as censoring | Concept Notes - Log-Pearson III Flood Frequency and Historic Floods | definition | LP3 |
Notes
- Concept Notes - Usual Intake from Repeated Short-Term Measurements — CONTAINS: ISU/NCI model, back-transform, sampling issues, PyMC sketch, predictive checks.
- Concept Notes - Log-Pearson III Flood Frequency and Historic Floods — CONTAINS: LP3 definition, frequency factor, censored historic information, pitfalls, Python.
Sources
- No raw source (concept notes). Cited literature: Nusser et al. (1996); Tooze et al. (2006); Dodd et al. (2006); England et al. (2019, Bulletin 17C); Cohn et al. (1997).