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basin by quantifying the relationship between the dynamics of soil moisture connectivity and streamflow response. This study will integrate satellite-, ground-, and simulation-based data on the landscape
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geography for monitoring variations in Earth’s biotic and abiotic resources. We integrate remotely sensed information with in-situ data, process-based models, and leverage satellite communication, IoT and
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university with very high research activity, and is a recipient of the Carnegie Classification for Community Engagement. The university is committed to recruiting and retaining top students and faculty
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investigate the hydrological connectivity in the Elbe River basin by quantifying the relationship between the dynamics of soil moisture connectivity and streamflow response. This study will integrate satellite
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postdoctoral training and career development; serve as the central resource office for postdoctoral questions and issues for faculty, supervisors, mentors, and prospective and current postdocs; build a community
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questions and issues for faculty, supervisors, mentors, and prospective and current postdocs; build a community for all UNLV postdocs; and provide professional development programs and networking events
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be developed and implemented in the GEOS-Chem chemical transport model, coupled to the Community Earth System Model. Standardized large wildfire events will be simulated based on historical data and
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, Reliability and Trust (SnT) at the University of Luxembourg is a leading international research and innovation centre in secure, reliable and trustworthy ICT systems and services. We play an instrumental role
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to work on next-generation electric propulsion concepts for very-low-Earth orbit (vLEO) satellites. The goal of this project is to improve the science and technology of electric propulsion concepts