Interval estimation of the population allele frequency from qPCR analysis based on the restriction enzyme digestion (RED)-DeltaDeltaCq method (Osakabe et al. 2017, <doi:10.1016/j.pestbp.2017.04.003>), as well as general DeltaDeltaCq analysis. Compatible with the Cq measurement of DNA extracted from multiple individuals at once, so called "group-testing", this model assumes that the quantity of DNA extracted from an individual organism follows a gamma distribution. Therefore, the point estimate is robust regarding the uncertainty of the DNA yield.

Tools for generating an informative type of line graph, the frequency profile, 
    which allows single behaviors, multiple behaviors, or the specific behavioral patterns 
    of individual subjects to be graphed from occurrence/nonoccurrence behavioral data.

Quickly make tables of descriptive statistics (i.e., counts, 
    percentages, confidence intervals) for categorical variables. This 
    package is designed to work in a Tidyverse pipeline, and consideration
    has been given to get results from R to Microsoft Word ® with minimal pain.

A maximum-likelihood implementation of the thermal-load-sensitivity
    framework for thermal death-time modelling introduced by Noble, Arnold and
    Pottier in the 'bayesTLS' package, providing the frequentist counterpart to
    that Bayesian workflow. The modelling idea and the four-parameter logistic
    parameterisation are theirs; 'freqTLS' contributes a 'Template Model Builder'
    ('TMB') likelihood whose midpoint is written directly in terms of critical
    thermal maximum ('CTmax') and
    thermal sensitivity (z) so both headline quantities are estimable, and reports
    uncertainty through a unified trio of frequentist intervals -- Wald (delta),
    profile-likelihood, and bootstrap -- for binomial and beta-binomial survival
    counts and beta-distributed proportions. Column and formula interfaces support
    fixed and grouped designs plus limited independent random intercepts; prediction
    includes survival curves and deterministic heat-injury scenarios. Equivalence
    claims are restricted to the matched relative-threshold, constant-shape
    'bayesTLS' configuration.