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Reimagining Career Services\u27 Role in International Students\u27 Higher-Education-to-U.S.-Work Transition
Full text linkInternational students’ job search experience encompasses cultural and learning experiences from home and host country living. The higher education-to-work transition of international students to meet their career goal in working in the United States requires attention of both international students and higher education administrators. This literature review explores the intersection of the international student experience, their career development, and the advising/support received by career services professionals. A clearer understanding of international students through a six-dimension binary cultural lens (Hofstede, 2011) affords professionals the knowledge and work with students’ existing understanding of home and host cultural norms and job seeking
Part EM: Classical Electrodynamics
Full text linkIncludes: Electric Charge Interaction; Charges and Conductors; Polarization of Dielectrics; DC Currents; Magnetism; Time-Dependent Electromagnetism; Electromagnetic Wave Propagation; Radiation, Scattering, Interference, and Diffraction; Special Relativity; Radiation by Relativistic Chargeshttps://commons.library.stonybrook.edu/egp/1004/thumbnail.jp
Final Doctoral Recital
No full textDouble Bass, Benedetto Marcello, Johann Sebastian Bach, Vaclav Pichl, Ernesto Lecuona. Please see Additional Documents for Recital Progra
Woodchip-based Permeable Reactive Barriers for Groundwater Nitrogen Removal: Design Optimization to minimize Greenhouse Gas Release informed by Experimental Studies and Reaction-Transport Modeling
No full textSubmarine groundwater discharge of legacy nitrogen can significantly contribute to coastal eutrophication. Permeable reactive barriers (PRBs) that intercept contaminated groundwater and provide a carbon source for microbially mediated denitrification are increasingly considered to remove nitrate before it reaches coastal surface waters. While woodchips have been shown to efficiently remove nitrate, open questions remain regarding the nitrogen removal performance of PRBs with different woodchip arrangements (trench-type vs column arrays), woodchip types (hardwoods vs softwoods) and the potential formation, release and fate of secondary byproducts, specifically greenhouse gases and dissolved iron. This dissertation aimed to address these knowledge gaps through a combination of field PRB installation monitoring, laboratory experiments, and reaction transport modelling to ultimately help make more informed decisions on optimal PRB design. Nitrogen removal and byproduct formation of different PRB configurations were assessed by monitoring PRB test cells installed behind a marine bulkhead in Hampton Bays, NY. Over the monitoring period between 2020 and 2023, PRB test cells with trenches and column arrays consistently removed groundwater nitrate. Model simulations were consistent with field observations and indicated comparable nitrate removal efficiency per unit volume of woodchips of trench-type and column array PRBs. Laboratory column experiments were conducted to quantify nitrate removal rates for different woodchip types under varying nitrate loading regimes and temperatures. Hardwood woodchips consistently outperformed softwood woodchips and rates were highly temperature dependent. Nitrate removal was limited iii under high flow conditions when oxygen penetrated deep into PRB media. Experiments revealed an apparent tradeoff between under- and overtreated nitrate plumes, as these conditions were related to formation and release of nitrous oxide and methane, respectively, consistent with field observations. Follow-up experiments as well as porewater surveys downgradient of the PRB test cells, however, indicated that a significant portion of the mobilized iron and greenhouse gases are unlikely to be discharged to surface water and the atmosphere as they were removed by redox processes downgradient of PRBs. It is concluded that nearshore, woodchip-based PRBs offer promising and cost-efficient technology to mitigate surface water eutrophication and can be designed to minimize the risk of pollution swapping
Final Doctoral Recital
No full textCello, Joseph Haydn, Ludwig van Beethoven, Igor Stravinsky, Richard Strauss. Please see Additional Documents for Recital Program
Health Sciences Library Newsletter May-June 2024
Full text linkThis is the May/June issue of the Stony Brook University Health Sciences Library newsletter. It is a bimonthly publication
Final Doctoral Recital
No full textFlute, Claude Arrieu, Shulamit Ran, William Grant Still, Andre Previn, Mel Bonis. Please see Additional Documents for Recital Program
Final Doctoral Recital
No full textVoice, Edvard Grieg, Benjamin Britten, Reynaldo Hahn, Gustav Mahler. Please see Additional Documents for Recital Program
Data for GRL paper Using the Curvature of the Local Wind to Separate Energetics Contributions from Cyclones and Anticyclones is not Physically Meaningful
No full textThis is the data used for preparing Fig. 1 of the paper referenced in the title
The Ecosystem of Justice
Full text linkSocial Justice essay on criminal justice; MLK; Israel and Palestine conflict; Nazi Germany; Holocaust; Prophet Amos.https://commons.library.stonybrook.edu/writingbeyondtheprison/1060/thumbnail.jp