| avg_nn_dist | Compute average nearest neighbor distance |
| calc_biodiv | Calculate biodiversity statistics from sites by species table. |
| calc_chao1 | Estimation of species richness |
| calc_PIE | Calculate probability of interspecific encounter (PIE) |
| compare_samp_rarefaction | Compare all sample-based curves (random, spatially constrained-k-NN, spatially constrained-k-NCN) |
| fire_comm | Fire data set |
| fire_plot_attr | Fire data set |
| get_delta_stats | Conduct the MoB tests on drivers of biodiversity across scales. |
| get_mob_stats | Calculate sample based and group based biodiversity statistics. |
| get_null_comm | Generate a null community matrix |
| inv_comm | Invasive plants dataset |
| inv_plot_attr | Invasive plants dataset |
| kNCN_average | Construct spatially constrained sample-based rarefaction (sSBR) curve using the k-Nearest-Centroid-neighbor (k-NCN) algorithm |
| make_mob_in | Create the 'mob_in' object. |
| mobr | Measurement of Biodiversity in R |
| plot.mob_out | Plot the multiscale MoB analysis output generated by 'get_delta_stats'. |
| plot.mob_stats | Plot alpha- and gamma-scale biodiversity statistics for a MoB analysis |
| plot_abu | Plot distributions of species abundance |
| plot_N | Plot the relationship between the number of plots and the number of individuals |
| plot_rarefaction | Plot rarefaction curves for each treatment group |
| rarefaction | Rarefied Species Richness |
| subset.mob_in | Subset the rows of the mob data input object |
| tank_comm | Cattle tank data set |
| tank_plot_attr | Cattle tank data set |