S1 Fig -

Figure presents a taxonomically arranged list of morphologically identified Hymenopterans insects: (A) Anthidium punctatum (B) Bethylidae sp. (C) Camponotus compressus (D) Ceropales seyrigi (D) Evaniidae sp. (F) Formicidae sp. (G) Lasioglossum sp. (H) Megachile leachella (I) Hymenoptera sp. (J) Sphecidae sp. (K) Tachysphex incertus (L) Tachysphex sp. The datasets presented in the study have been deposited to the NCBI GenBank repository (ncbi.nlm.nih.gov), and the obtained accession numbers are OR923389 (Cerceris rybyensis), OR924175 (Megachile leachella), OR923376 (Anthidium punctatum), OR924115 (Camponotus compressus), OR924210 (Tachysphex incertus), OR924219 (Tachytes freygessneri), OR939445 (Tachysphex sp.), OR924342 (Lasioglossum sp.), OR924339 (Bethylidae sp.), OR924340 (Formicidae sp.), OR924341 (Evaniidae sp.), OR939444 (Sphecidae sp.), and OR939995 (Hymenoptera sp.). (TIF)</p

Month-wise (April 2019 to November 2019) distribution of Hymenopteran insects.

Month-wise (April 2019 to November 2019) distribution of Hymenopteran insects.</p

Identification of Hymenoptera insect species through DNA barcoding method and their close matching results are presented.

Identification of Hymenoptera insect species through DNA barcoding method and their close matching results are presented.</p

For order Hymenoptera, the phylogenetic tree based on <i>cox1</i> partial fragments sequences was constructed via the Neighbor-Joining method with the Kimura 2-parameter model.

The bootstrap values (1000 replications) are shown at each node. Raphidioptera sp. (JN310548.1) from USA was selected as an outgroup. The obtained sequences of this study are marked in bold and also underlined.</p

Map shows the sampling sites of the study area.

This map was created using of software ArcGIS v 10.3.1 (https://www.esri.com/en-us/arcgis/products/arcgis-desktop/resources).</p

Collection sites, number of insects collected and their morpho-molecular characterization.

Collection sites, number of insects collected and their morpho-molecular characterization.</p