err_plot_data.Rd
A simulated dataset with mean absolute error and log sd for sample and
asymptotic Hill diversity estimates based on finite samples from simulated
species abundance distributions. Hill diversity was estimated with the naïve
estimator, rarity(sample_freq, l) and the Chao and Jost 2015 non-parametric asymptotic estimator
Chao_Hill_abu(sample_freq, l), and parameterized by
richness and evenness
err_plot_data
A data.frame with 2,196 rows and 15 variables:
evenness Factor, approximately the ratio of Hill-Simpson to richness
distribution Factor, family, one of "lnorm" or "gamma"
ell: Scalar, scaling parameter for Hill diversity
sample_sdlog: Numeric, standard deviation of natural log of sample Hill diversity
estimator_sdlog: Numeric, standard deviation of natural log of estimated Hill diversity of the SAD based on asymptotic estimator
sample_bias Numeric, mean log ratio of sample diversity to expected sample diversity
naive_bias Numeric, mean log ratio of sample diversity to true diversity
estimator_bias Numeric, mean log ratio of estimated asymptotic diversity to true diversity
sample_rmsle Numeric, square root of the mean squared log ratio of sample diversity to expected sample diversity
estimator_rmsle Numeric, square root of the mean squared log ratio of estimated asymptotic diversity to true diversity
estimator_rmsle Numeric, square root of the mean squared log ratio of estimated asymptotic diversity to true diversity
true_diversity Numeric, Hill diversity of the SAD
mean_sample Numeric, mean of sample diversity for combination of ell, evenness, distribution, and SS.
mean_asymptotic Numeric, mean of estimated asymptotic diversity for combination of ell, evenness, distribution, and SS.
sample_size Integer, number of individuals sampled
Chao A, Jost L (2015). “Estimating diversity and entropy profiles via discovery rates of new species.” Methods in Ecology and Evolution, 6(8), 873--882. ISSN 2041210X, doi:10.1111/2041-21 . Chao A, Ricotta C, Aldo P (2019). “Quantifying evenness and linking it to diversity, beta diversity, and similarity.” Ecology, 1--15. ISSN 0012-9658, doi:10.1002/ecy.2852 .