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Height of tropopause 9169 m, precipitable water content 0.9907 cm

This is the underlying dataset for the Seton Hall Law Center for Policy and Research paper "The January 6 Insurrectionists: Who They Are and What They Did." THIS DATASET IS ARCHIVED AT DANS/EASY, BUT NOT ACCESSIBLE HERE. TO VIEW A LIST OF FILES AND ACCESS THE FILES IN THIS DATASET CLICK ON THE DOI-LINK ABOVE

This dataset consists of the design and manufacturability data for twenty-six engineering design solutions for the COVID-19 pandemic spanning three categories: (1) face masks (N = 12), (2) face shields (N = 6), and (3) hands-free door openers (N = 8). The designs were collected from open-source websites and were then simulated for their manufacturability using Ultimaker Cura software (https://ultimaker.com/software/ultimaker-cura). This dataset comprises (1) the STL files for the designs, (2) the simulated manufacturability data, and (3) images representing the orientation used in these manufacturability simulations.

Despite the well-known visual attraction function of angiosperm petals, additional roles of these floral organs (e.g. the provision of landing-site platforms for pollinators) have rarely been examined. This is likely because most petals perform multiple functions, making it difficult to isolate the importance of landing sites in pollination success. We investigated the landing-site function of dull-coloured pinnately branched petals in Mitella pauciflora flowers, which are predominantly pollinated by fungus gnats. We conducted a field experiment, in which the effects of experimental petal removal on pollinators’ approach, landing and visit duration and floral reproductive success were examined in naturally pollinated flowers. According to direct and time-lapse camera observations, petal removal did not influence pollinators’ approach frequency or visit duration, but did significantly decrease their landings. Fruit set and pollen dispatch both significantly decreased with petal removal, indicating that petals promote female and male reproductive success in M. pauciflora by facilitating pollinator landing. This demonstrates that inconspicuous petals primarily have a landing-site function rather than a visual attraction function in M. pauciflora. Discriminating between diverse petal functions is a challenging problem, and new approaches are required to elucidate the functional features of angiosperm flowers. Katsuhara_et_al_data_for_FuncEcolAll data archived here were used for GLMM analyses in Katsuhara et al. "Functional significance of petals as landing site in fungus-gnats pollinated flowers of Mitella pauciflora (Saxifragaceae). Data is in six worksheets.