dists_full: Subnational habitual nutrient intake distributions
In cfree14/nutriR: Nutritional intake functions for R

dists_full

R Documentation

Subnational habitual nutrient intake distributions

Description

This dataset contains the subnational habitual nutrient intake distributions estimated by Passarelli et al. (in prep).

Usage

dists_full

Format

A data frame with the following attributes::

continent: Continent
country: Country name
iso3: ISO3 code for country
hdi_category: Human Development Index (HDI) category
hdi: Human Development Index (HDI) category
iron_type: Iron bioavailability
zinc_type: Zin bioavailability
nutrient_type: Type of nutrient (i.e., macronutrient, vitamin, element)
nutrient: Nutrient name
nutrient_units: Nutrient name and units
sex: Sex (i.e., males, females, both)
age_group: Age group (5-yr intervals)
sex_ear: Sex used to assign EAR value
age_group_ear: Age group used to assign EAR value
ear_units: EAR units
ear_cv: Recommended coefficient of variation (CV) for the EAR value
ear: EAR value
sex_ar: Sex used to assign AR value
age_group_ar: Age group used to assign AR value
ear_units: AR units
ar: AR value
g_shape: Shape parameter for a gamma-distributed intake distribution
g_rate: Rate parameter for a gamma-distributed intake distribution
g_ks: K-S goodness-of-fit for a gamma-distributed intake distribution
g_mu: Mean of a gamma-distributed intake distribution
g_cv: Coefficient of variation (CV) of a gamma-distributed intake distribution
g_var: Variance a gamma-distributed intake distribution
g_skew: Skewness of a gamma-distributed intake distribution
g_kurt: Kurtosis of a gamma-distributed intake distribution
g_sev_ear: Summary exposure value (SEV) of a gamma-distributed intake distribution using EAR
g_sev_ar: Summary exposure value (SEV) of a gamma-distributed intake distribution using AR
g_above_ul: Proportion of population above the upper limit with the gamma distribution
ln_meanlog: Meanlog parameter for a lognormally-distributed intake distribution
ln_sdlog: Sdlog parameter for a lognormally-distributed intake distribution
ln_ks: K-S goodness-of-fit for a lognormally-distributed intake distribution
ln_mu: Mean of a lognormally-distributed intake distribution
ln_cv: Coefficient of variation (CV) of a lognormally-distributed intake distribution
ln_var: Variance a lognormally-distributed intake distribution
ln_skew: Skewness of a lognormally-distributed intake distribution
ln_kurt: Kurtosis of a lognormally-distributed intake distribution
ln_sev_ear: Summary exposure value (SEV) of a lognormally-distributed intake distribution using EAR
ln_sev_ar: Summary exposure value (SEV) of a lognormally-distributed intake distribution using AR
ln_above_ul: Proportion of population above the upper limit with the lognormal distribution
best_dist: Best distribution based on the K-S goodness-of-fit statistic
mu: Mean of the best intake distribution
cv: Coefficient of variation (CV) of the best intake distribution
var: Variance the best intake distribution
skew: Skewness of the best intake distribution
kurt: Kurtosis of the best intake distribution
above_ul: Proportion of population above the upper limit
sev_ear: Summary exposure value (SEV) of the best intake distribution using EAR
sev_ar: Summary exposure value (SEV) of the best intake distribution using AR
ear_use: EAR or AR
sev: Summary exposure value (SEV) of the best intake distribution using EAR
cutpoint_sev_ear: SEV calculated using cutpoint method and EAR
cutpoint_sev_ar: SEV calculated using cutpoint method and AR
cutpoint_sev: SEV calculated using cutpoint method

Source

Passarelli S, Free CM, Shepon A, Lee C, Moursi M, Cao L, Li Y, Crispim S, Schmidhuber J, Bromage S, Beal T, Golden CD (in prep) Global modeling of subnational habitual nutrient intake distributions. Near submission.

cfree14/nutriR documentation built on Oct. 31, 2024, 6:27 p.m.