Minor update
- Decrease the amount of redundant documentation text by using inherit
- Create functions get_samples
and calc_comm_div_ci
which together allow
the user to compute confidence intervals for diversity metrics
- Resurrect the old get_mob_stats
function for making comparisons in diversity
metrics between groups using confidence intervals and permutation tests.
Minor update
- Improve documentation by including more references in help files
- add argument extrapolate
to the function calc_beta_div
Major update
calc_comm_div
now replaces get_mob_stats
. The ancillary plotting function
plot.mob_stats
is now replaced with plot_comm_div
. We hope to eventually
add back in bootstrapping confidence intervals for the statistics but that is
not currently supported. If you would like to know more about this design
decision see the discussion here: https://github.com/MoBiodiv/mobr/issues/255. plot_rarefaction
is a bit more versatile with many new arguments
that provide options for smoothing or averaging rarefaction curves
when making comparisons within or between groups respectively. beta_C
by Thore Engel has now been absorbed into
the mobr
package. Use function calc_beta_div
or calc_comm_div
with beta
in the scales
argument to compute coverage based beta
diversity. Note the index in this case is S_C
(i.e., richness S for a
given level of coverage C)mobr
called beta_div_demo
data.frame
from the function plot_abu
which does not
change how this function behaves but adheres to CRAN standards.ref_level
can be specified in get_mob_stats
, plot_rarefaction
and plot_sad
which allows for the reference (i.e., control) group to be specified which all
others are compared to. This is similar to the implementation in the function
get_delta_stats
get_delta_stats
as
described in McGlinn et al. (2020get_delta_stats
-> plot.mob_out
sphere_dist
did not appear to be calculating great circle distances
from latitude and longitude coordinates correctly using the Haversine formula.
This was corrected with a new function this is correct according to comparisons
with fields::rdist.earth
and geosphere::distHaversine
.overlap_effects
which provided an overlapped image of the three components SAD, N, and agg across scale. This may be added back in the futureget_delta_stats
function which computes the
differences in richness across all possible scales. Add the following code to your website.
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