dplyr (>= 0.8.0), Matrix, nlmeU, ggplot2, ggdist, HLMdiag,
purrr, forcats, stats, statmod, tidyr, magrittr

c(person("Adam", "Loy", email = "loyad01@gmail.com",
role = c("aut", "cre"), comment = c(ORCID = "0000-0002-5780-4611")),
person("Spenser", "Steele", role = "aut"),
person("Jenna", "Korobova", role = "aut"))
dplyr (>= 0.8.0), Matrix, nlmeU, ggplot2, ggdist, HLMdiag,
purrr, forcats, stats, statmod, tidyr, magrittr, tibble
Adam Loy [aut, cre] (<https://orcid.org/0000-0002-5780-4611>),
Spenser Steele [aut],
Jenna Korobova [aut]

Functions for estimation and inference of selection in
age-structured populations
This R package provide methods for estimation and
statistical inference on directional and fluctuating selection
in age-structured populations.

Functions for Estimation and Inference of Selection in
Age-Structured Populations
Provides methods for estimation and statistical
inference on directional and fluctuating selection in age-structured
populations.

This R package provide methods for estimation and statistical
inference on directional and fluctuating selection in age-structured
populations.

Functions related to forest biometrics, including illustrative graphics, numerical computation, modeling height-diameter relationships, prediction of tree volumes, and recovery of tree diameter distributions. Datasets on tree height-diameter relationship and light response of moss photosynthesis are included.

Functions for different purposes related to Forest biometrics, including illustrative graphics, numerical computation, modeling height-diameter relationships, prediction of tree volumes, and modelling of diameter distributions. Datasets on tree height-diameter relationship,  light response of moss photosynthesis, and productivity of stump-lifting machines are included.

R (>= 2.10), stats4, nlme, spatstat, grDevices, graphics,
stats
Functions for different purposes related to Forest biometrics, including illustrative graphics, numerical computation, modeling height-diameter relationships, prediction of tree volumes, modelling of diameter distributions and estimation off stand density using ITD. Several empirical datasets are also included.