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Replication Data for: Extraction of Au(III) by Microbially-Reduced Metal-Organic Frameworks
No full textGold is a critical resource in the jewelry and electronics industries and is facing increased consumer demand. Accordingly, methods for its extraction from waste effluents and environmental water sources have been sought to supplement existing mining infrastructure. Redox-mediated treatments, such as Fe(II)-based platforms, offer promise for precipitating soluble Au(III). We hypothesized that microbial generation of Fe(II) in the presence of sorbent metal-organic frameworks could capitalize on advantages of both biological- and chemical-driven extraction approaches. Towards this aim, we tested Au(III) removal by Shewanella oneidensis cultured with Fe(III)-based materials (ferrihydrite, Fe-BTC, MIL-100, or MIL-127). Across all tested materials, S. oneidensis generated the highest levels of redox-active Fe(II) when cultured with MIL-127 as a respiratory substrate. This translated into superior Au(III) removal performance, both in terms of removal rate and capacity. Unlike other materials tested, MIL-127 also maintained cell viability following repeated Au(III) challenges, enabling the regeneration of Fe(II) in the framework. Together, these effects facilitated the treatment of multiple cycles of Au(III) by S. oneidensis-reduced MIL-127. Overall, this work demonstrates that microbial generation of Fe(II) can facilitate removal of Au(III), augmenting purely adsorptive platforms. Given the biological and chemical modularity of our system, our results suggest that future optimizations to microbial Fe(II) generation may offer promise for improving Au(III) extraction processes
August 2018 XRF Data
No full textHoriba XGT7000 micro x-ray fluorescence raw data files collected from sediment peels of trenches
0 Chronology Method Code
No full textPython code used to run the chronological method described in the paper
Henry VIII (both)
No full textData for both Shakespearean and non-Shakespearean portions of Henry VII
Pore network and flow pattern--figure 10
No full textPore network and flow pattern presented in figure 1
Replication Data for: Progesterone measurements from baleen whale earplugs predict reproductive parameters, patterns of senescence, and population rate of increase
No full textData from which one can replicate figures and statistical tests from "Progesterone measurements from baleen whale earplugs predict reproductive parameters, patterns of senescence, and population rate of increase" by Crain et al. 2021, Communications Biolog
Panel Report on Veteran, Race, and Gender Bias in Tech Hiring
No full textThis dataverse includes informational content obtained from the Panel Session on Veteran, Race, and Gender Bias in Tech Hiring, held as part of the Texas A&M University IEEI Workshop on Gender and Racial Bias in Tech Industry Hiring
Raw data for "Visualizing the double gyroid twin"
No full textRaw Data for Xueyan Feng, Mujin Zhou, Hua Guo, & Edwin L. Thomas, "Visualizing the double gyroid twin
NOx surface observation data
No full textDaily average NO2 concentrations for selected Chinese cities during the coronavirus disease 2019 (COVID-19) lockdown. Observations were obtained from the China National Environmental Monitoring Center. Original CMAQ model predictions were based on the 2017 Multiresolution Emission Inventory of China (MEIC). Optimized predictions were from a second CMAQ run using adjusted sectoral emissions of NO2 as described in the manuscript