2875 research outputs found
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Replication Data for: A subdivision-stabilized B-spline mixed material point method
No full textSupporting data and figures for this publication
Volatile Organic Compounds during the San Antonio Field Study 2021
No full textThis dataset includes field measurement data of volatile organic compounds measured by proton transfer reaction mass spectrometry during the San Antonio Field Study (2021)
Edicto que prohíbe un baile llamado 'Jarabe Gatuno' y otros parecidos, 1802 diciembre 4
No full textDecreto de la Inquisición que prohíbe un baile llamado "Jarabe Gatuno," comparado con un baile previamente prohibido llamado "Chuchumbé." Los inquisidores consideraron ambos bailes altamente escandalosos y ofensivos. Ordena la prohibición total del baile y las canciones asociadas, así como cualquier baile o canción similar. Advierte de severas penas, incluida la excomunión, para aquellos que desobedezcan el decreto. Los inquisidores también expresan su preocupación por el atuendo indecente de las mujeres y su comportamiento provocativo en lugares sagrados. —— Decree from the Inquisition prohibiting a dance called the "Jarabe Gatuno," likened to a previously banned "Chuchumbé" dance. The inquisitors deemed both highly scandalous and offensive. It orders the total prohibition of the dance and associated songs, as well as any similar dances or songs. It warns of severe penalties, including excommunication, for those who disobey the decree. The inquisitors also express concern over women's indecent attire and provocative behavior in sacred places. 1 f. (2 p.
Replication Data for "The Ordovician Meteorite Event in North America: Age of the Slate Islands Meteorite Impact, northern Lake Superior, Ontario, Canada"
No full textThis set forms supplementary data for the Parisi et al. publication "The Ordovician Meteorite Event in North America: Age of the Slate Islands Meteorite Impact, northern Lake Superior, Ontario, Canada
Replication Data for: Single-Cell Phenotyping of Extracellular Electron Transfer via Microdroplet Encapsulation
No full textElectroactive organisms contribute to metal cycling, pollutant removal, and other redox-driven environmental processes. Studying this phenomenon in high-throughput is challenging since extracellular reduction cannot easily be traced back to its cell of origin within a mixed population. Here, we describe the development of a microdroplet emulsion system to enrich EET-capable organisms. We validated our system using the model electroactive organism S. oneidensis and describe the tooling of a benchtop microfluidic system for oxygen-limited processes. We demonstrated enrichment of EET-capable phenotypes from a mixed wild-type and EET-knockout population. As a proof-of-concept application, bacteria were collected from iron sedimentation from Town Lake (Austin, TX) and subjected to microdroplet enrichment. We observed an increase in EET-capable organisms in the sorted population that was distinct when compared to a population enriched in a bulk culture more closely akin to traditional techniques for discovering EET-capable bacteria. Finally, two bacterial species, C. sakazakii and V. fessus not previously shown to be electroactive, were further cultured and characterized for their ability to reduce channel conductance in an organic electrochemical transistor (OECT) and to reduce soluble Fe(III). We characterized two bacterial species not previously shown to exhibit electrogenic behavior. Our results demonstrate the utility of a microdroplet emulsions for identifying putative EET-capable bacteria and how this technology can be leveraged in tandem with existing methods
Replication Data for: Implementation of Effective Strategies for Reducing Student Resistance to Active Learning in College Science Courses
No full textObservation data from 24 introductory undergraduate-level STEM classes. Focus is on active learning, student responses such as level of participation, and instructor use of strategies to mitigate student resistance to active learning
Effects of group size on movement patterns and clustering dynamics in rats
No full textEnvironment is a determining factor that can facilitate or hinder social interactions. A precursor to meaningfully engaging with conspecifics is being exposed to opportunistic encounters with others. Increasing the number of individuals in a given space (thus increasing density) would, statistically speaking, increase the likelihood of accidental encounters. This might have consequences on the formation of social networks—an idea that has not reliably been explored. If true, we would expect that increasing density would lead to an increase in the number and the duration of “clusters” of animals. Here, we examined whether varying the number of rats in an open field environment differentially affected their movement dynamics or their propensity to aggregate into clusters and, if so, whether such effects are dependent solely on statistical factors due to increases in density, the potential for actively-sought social interactions, or both
