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Exotic plant infestation is associated with decreased modularity and increased numbers of connectors in mixed-grass prairie pollination networks data set

Dates

Publication Date
Start Date
2012-06-22
End Date
2012-07-17

Citation

Larson, D.L., P.A. Rabie, S. Droege, J.L. Larson, M. Haar, 2016, Exotic plant infestation is associated with decreased modularity and increased numbers of connectors in mixed-grass prairie pollination networks data set: U.S. Geological Survey data release, http://dx.doi.org/10.5066/F7H1302N

Summary

This data set consists of data collected during 2012 in Badlands National Park in South Dakota that were used in the analysis in support of the PLOS One article titled "Exotic plant infestation is associated with decreased modularity and increased numbers of connectors in mixed-grass prairie pollination networks". The data consist of three spreadsheets. An insect richness, interactions, and flower count data set is a summary of counts of individual flowers (by species) and insects captured on flowers (that were found to carry pollen) over the course of a study on the effects of infestation by Cirsium arvense on pollinator interactions with native plants. Three dominant exotic plants, C. arvense, Convolvulus arvensis, and Melilotus [...]

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ThistleStudy_IPPN_PlotLocations_2012_PLOSone.csv 410 Bytes text/csv
ThistleStudy_IPPN_PollenCarriers_2012_PLOSone.csv 144.92 KB text/csv
ThistleStudy_IPPN_FlowerCode_2012_PLOSone.csv 2.09 KB text/csv
ThistleStudy_IPPN_InsectRichInteractFlowerCount_2012_PLOSone.csv 2.13 KB text/csv

Purpose

The insect richness, interactions, and flower count data set provides context for the study of plant-pollinator interactions by describing the floral resources available and the richness and diversity of insects that visited them. The pollen carrier data set was collected to assess network and modularity characteristics of the plant-pollinator community as it is affected by infestation by an exotic plant.

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DOI https://www.sciencebase.gov/vocab/category/item/identifier 10.5066/F7H1302N

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