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School of Ocean and Earth Science and Technology. Regular, Full-Time, RCUH Non-Civil Service position with the School of Ocean and Earth Science and Technology (SOEST), Hawai‘i Institute of Geophysics and Planetology (HIGP), located in Honolulu, Hawai‘i. Continuation of employment is dependent upon program/operational needs, satisfactory work performance, availability of funds, and compliance with applicable Federal/State laws.
DUTIES: The ‘Ike Wai project applies novel geophysical and other field assessment methods in a multi-disciplinary framework to generate data and new conceptual and refined numerical models that address the grand challenge of water sustainability. The project includes faculty from the University of Hawai‘i (UH) Manoa School of Ocean and Earth Science and Technology, the College of Engineering, The College of Natural Sciences, the Social Science Research Institute, the Water Resources Research Center, UH Hilo and Chaminade University. For additional project information, please visit www.hawaii.edu/epscor. Works as part of the geophysics team to help address the goals of the multi-disciplinary ‘Ike Wai project on understanding the complex hydrogeology and groundwater resources of Hawai‘i. Assists in designing and conducting land-based geophysical field data acquisition, using a variety of cutting-edge geophysical equipment and methods. Processes acquired geophysical land data, carries out imaging and inversion of different land data sets, possibly in a joint-inversion framework, and conducts data verification, data analysis/modelling and data interpretation. Conducts forward modeling studies using various methods, and inversion of synthetic and field land data, and provides geological interpretations. Develops and programs relevant modeling, imaging, and inversion algorithms, as needed. Delivers scientific peer-reviewed journal publications, submits conference abstracts to scientific conferences, and assists in preparing reports. ‘Ike Wai Postdoctoral Researchers will interact with scientists and students across disciplines and actively engage in professional development training in areas such as leadership, diversity, pedagogy and mentoring. ‘Ike Wai Postdoctoral Researchers will participate in a work environment that encourages knowledge of, respect for, and development of skills to engage with diverse communities in Hawai‘i and the Pacific on issues surrounding water sustainability. Successful candidates must be committed to working with diverse student and community populations that reflect the University’s Native Hawaiian Pacific Island-serving context.
For more information see: http://www.jobspider.com/job/view-job-7521182.html
The Department of Earth Sciences at Uppsala University will start coordinating and conducting research within a Europe-wide H2020 Research-Innovation-Action (RIA) project related to new exploration technologies for mineral resources. While the focus will be on geophysical instruments and methods (covering a wide range from electromagnetic to seismic methods), there are also aspects related to data (geological and geochemical) and target generations. The department is the largest and broadest as such in Sweden and includes Geophysics, Geology, Palaeontology, Hydrology, Meteorology and Natural resources programs. It is located next to the Geological Survey of Sweden (SGU) allowing a great level of interaction with researchers from SGU.
The advertised PhD student position in applied geophysics on three-dimensional inverse modelling of controlled-source electromagnetic data is open in the Geophysics Programme of the Department of Earth Sciences. This research project will focus on the further development of a three-dimensional finite-difference modelling algorithm for controlled-source electromagnetic data to inversion including field measurements and application of the modelling algorithm to the data collected as part of the H2020 project.
Duties/Project description: The PhD project aims at developing a general 3D inversion code for controlled-source electromagnetic (CSEM) data that can be applied to frequency- and time-domain measurements performed in the air, on the Earth’s surface and in boreholes. This code will be based on an existing CSEM finite-difference forward modelling code developed by a project partner at Aarhus University, Denmark, that is branched into frequency- and time-domain parts. The development of the inversion code will be performed jointly with Aarhus University. However, the focus of development at Uppsala University will be on 3D inversion of surface and borehole CSEM measurements, whereas Aarhus University will focus on inverse modelling of airborne CSEM data. As compared to other codes, the new 3D inversion code is envisaged to have advantages in terms of its general applicability and the possibility to perform joint inversions of airborne, ground-based and borehole frequency- and time-domain CSEM measurements. It will contribute to taking industry practice for inversion of airborne measurements and ground-based and borehole measurements from laterally constrained 1D inversion and thin-sheet modelling, respectively, to 3D inversion. Thus, it is expected to lead to more comprehensive models than currently available.
The successful candidate will be given ample opportunity to develop skills in electromagnetic field theory, numerical methods such as finite-difference and finite-element methods, numerical linear algebra and gradient-based inversion techniques (e.g. non-linear conjugate gradient methods or quasi-Newton methods), parallel programming, acquisition and processing of electromagnetic field data and interpretation of multi-dimensional resistivity models inverted from electromagnetic data.
More information can be found on here.
The Department of Geosciences at Virginia Tech invites applicants for a postdoctoral position in near-surface geophysics. The successful candidate will conduct research on the “critical zone,” the upper ~100 m beneath Earth’s surface, using a combination of near-surface geophysical methods (seismic refraction, electromagnetic, and DC resistivity, among others). The successful candidate will be expected to conduct original research leading to publications, participate in geophysical field work, and contribute positively as a member of an interdisciplinary team.
The successful candidate must have a Ph.D. in geophysics or a closely related field at the time of appointment. Demonstrated competence in near-surface geophysical instrumentation and methods (seismic, electrical, and/or electromagnetic) is required. In addition, evidence of research productivity in the form of peer-reviewed journal publications is required. Willingness to participate in geophysical field work in support of team goals is required.
Preferred qualifications include 1) demonstrated capacity to work productively in collaborative and interdisciplinary teams; 2) knowledge of critical zone geophysics; 3) demonstrated history of applying geophysical techniques to problems in hydrology, chemical weathering or surface processes at the watershed or hill-slope scale; and 4) experience in analyzing airborne geophysical (electromagnetic) data.
Qualified applicants must electronically submit online application, cover letter, resume/curriculum vitae, Research Statement and a list of 3 professional references to jobs.vt.edu. Apply to posting #SR0170340. Applicant screening will continue until the position is filled. Virginia Tech is committed to building a culturally diverse faculty and strongly encourages applications from women and minorities.