Interaction networks of nectar-feeding bats and plants in central Mexico

We used metabarcoding to identify plant taxa present in pollen from fur
and faecal samples collected across 1 year from three nectar‐feeding bat
roosts in central Mexico. We calculated the presence/absence of plant taxa
in pollen and faecal samples collected from each bat individual in each
month sampled and used these data to create a weighted adjacency matrix
showing the summed interactions between bat species and plant taxa. We
constructed bipartite interaction matrices, consisting of a year‐long
network, encompassing the entire period of sampling, two seasonal networks
comprising the wet and dry seasons, and six individual networks from
sampling at two‐month intervals across the year. Across the year, four
species of nectar-feeding bats interacted with 36 plant species from 16
families.  Here we provide the year-long, dry season, wet season,
and bi-monthly interaction networks (February, April, June, August,
October, December). The dry season months were considered February, April,
and December. The wet season months were considered June, August, and
October.