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Dataset for canopy specialist <i>Hylaeus</i> bees highlight sampling biases and resolve Michener’s mystery

dataset
posted on 2024-02-26, 04:09 authored by James DoreyJames Dorey, Olivia DaviesOlivia Davies, Karl N. Magnacca, Michael P. Schwarz, Amy-Marie Gilpin, Ramage, Thibault, Marika Tuiwawa, Scott VC Groom, Mark I. Stevens, Ben A Parslow
<p dir="ltr">Large parts of the Pacific were thought to host low bee diversity. In Fiji alone our recent estimates of native bee diversity has quickly increased by a factor of five (from four to >22). Here we show how including sampling of the forest canopy has quickly uncovered a new radiation of <i>Hylaeus</i> (Hymenoptera: Colletidae) bees in Fiji. We also show that <i>Hylaeus</i> are more common across the Pacific than previously thought and solve one of Charles Michener’s mysteries by linking the previously enigmatic French Polynesian <i>Hylaeus tuamotuensis</i> to relatives in Fiji. We use systematic techniques to describe eight new <i>Hylaeus</i> species in Fiji (6), Micronesia (1), and French Polynesia (1) and discuss impressive dispersal events by this genus. These clades also double the number of <i>Hylaeus</i> dispersals out of Australia to from two to four. Our discovery highlights the severe impact of bee sampling methods on ecological interpretations, specifically that canopy sampling is needed to correctly assess forest bee diversity even where there is a very long record of sampling. It further highlights the potential for forests to host higher than anticipated diversity and conservation value. This should have broad methodological and regulatory impacts for land managers seeking to make choices about pollination services and diversity. The new species are <i>Hylaeus (Euprosopoides) chuukensis</i><i> </i>Dorey, Davies, and Parslow 2023;<i> </i><i>H. (Prosopisteron) albaeus</i><i> </i>Dorey, Davies, and Parslow 2023;<i> </i><i>H. (P.) apertus</i><i> </i>Dorey, Davies, and Parslow 2023; <i>H. (P.) aureaviridis</i><i> </i>Magnacca 2023;<i> </i><i>H. (P.) breviflavus</i><i> </i>Magnacca 2023;<i> </i><i>H. (P.) derectus</i><i> </i>Dorey, Davies, and Parslow 2023;<i> </i><i>H. (P.) navai</i><i> </i>Dorey, Davies, and Parslow 2023; and <i>H. (P.) veli</i><i> </i>Dorey, Davies, and Parslow 2023<i>.</i></p>

Funding

2018 New Colombo Plan Mobility Program

Department of Foreign Affairs and Trade

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Research Training Program Scholarship

AJ and IM Naylon PhD Scholarship

Playford trust PhD Scholarship

Waterhouse Club

History

Primary contact

jbdorey@me.com

Access Rights

Please cite the paper for any usage of the data. Dorey, J. B., O. K. Davies, K. N. Magnacca, M. P. Schwarz, A.-M. Gilpin, T. Ramage, M. Tuiwawa, S. V. C. Groom, M. I. Stevens, and B. A. Parslow. (2024). Canopy specialist Hylaeus bees highlight sampling biases and resolve Michener’s mystery. Frontiers in Ecology and Evolution.