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mineralization and osteogenic processes on biomaterial surfaces using spectroscopic techniques (FT-IR, Raman). Publish research results and present project outcomes at consortium meetings, internal team meetings
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springtails, individually and in combination with each other, affect the proportion and formation of particulate and mineral-associated organic matter. The research will be conducted on various scales
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for postdoctoral associate to support, lead and invent projects at the intersection of sustainable energy, synthetic biology, physics and chemistry. The postdoctoral associate will join the growing Microbe-Mineral
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software, such as SAS, SPSS and other BI tools such as Enterprise Miner Excellent verbal and written communication skills Knowledge of statistics and research methodology Ability to conduct data needs
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, and Climate. Course description: Fundamental concepts in soil fertility and plant nutrition. Discuss dynamics of mineral elements in soil, plants, and the environment. Evaluation, interpretation, and
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forms part of the research project ‘Frontiers of natural resource and sustainability governance for a just energy transition’ (FRONTIERS, https://frontiers.cbs.dk/ ), located at the Department
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, implementing, and evaluating year-round programs and initiatives that promote student involvement, strengthen belonging, and celebrate Miner pride. In addition to supporting signature events such as St. Pat’s
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Grant Project “Material Authority: Managing Mineral Abundance in Early Modern Japan” (MMA), under the supervision of Dr. Joshua Batts (PI). S/he will implement an independent line of research within
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. Perform sample preparation of sediment, water, filter and extracts of biological sample matrices for analysis of major cation, trace minerals, stable isotopes and radionuclides. Perform gas chromatography
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and chemistry. The postdoctoral associate will join the growing Microbe-Mineral Atlas Center team to understand how microbes accelerate geology, and then leverage it for mining metals for sustainable