Some Selected Publications [*indicates student author]

1. Oware, E. K., J. Irving, and T. Hermans (2019), Basis-constrained Bayesian McMC difference inversion for geoelectrical monitoring of hydrogeological processes, Geophysics [pdf] 
2. Kharel, P., A. Maresma, K.J. Czymmek, E.K. Oware, and Q.M. Ketterings (2019), Combining spatial and temporal corn yield variability for development of management zones, Agronomy Journal [pdf]
3. Oware, E.K. , W. Haines, J. Ringland, T. Kharel, K. Czymmek, and Q. Ketterings (2019), Probabilistic prediction of soil nitrogen supply potential of a corn field from electromagnetic induction. Research Highlight in the SEG Near-Surface Geophysics Q2 Newsletter. [pdf]
4. *Fontaine, J.M., J. Fentzke*, E.K. Oware, E. Doe, S. Guug, and J.W. Lane (2019), Development of a precision irrigation framework to facilitate smallholder dry-season farming in developing countries: A case study in northern Ghana. SEG Technical Program, Expanded Abstracts, San Antonio 2019, pp. 1-5. [pdf]
5. Oware, E.K. , J. Caers, and T. Hermans (in-review), Efficient probabilistic hydrogeophyiscal prediction using maximum covariance analysis based metamodel of the forward problem, Geophysical Research Letters. [pdf]
6. Oware, E.K. , M. Awatey, T. Hermans, J. Irving (2018), Basis-Constrained Bayesian-McMC: Hydrologic Process Parameterization of Stochastic Geoelectrical Imaging of Solute Plumes. SEG Technical Program, Expanded Abstracts, Anaheim 2018, pp. 1-5. [pdf]
7. *Fontaine, J.M., A. Percy*, E.K. Oware, P. Bosompemaa, V. Gbedzi, and J.W. Lane (2018), Application of electromagnetic induction to develop a precision irrigation framework to facilitate smallholder dry season farming in the Nasia-Kparigu area of northern Ghana. SEG Technical Program, Expanded Abstracts, Anaheim 2018, pp. 1-5. [pdf]
8. Hermans, T., E.K. Oware, J. Caers (2016), Direct prediction of spatially and temporally varying physical properties from time‐lapse electrical resistance data. Water Resources Research. [pdf]
9. Oware E.K. (2016), Estimation of hydraulic conductivities using higher-order MRF-based stochastic joint inversion of hydrogeophysical measurements: The Leading Edge (Society of Exploration Geophysicists). [pdf]
10. Oware E.K. and S.M.J. Moysey (2014), Geophysical evaluation of solute plume spatial moments using an adaptive POD algorithm for electrical resistivity imaging. Journal of Hydrology 517, 471-480 [pdf].
11. Oware E.K., S.M.J. Moysey, and T. Khan (2013), Physically based regularization of hydrogeophysical inverse problems for improved imaging of process‐driven systems. Water Resources Research 49 (10), 6238-6248 [pdf].
12. Oware E.K., S.M.J. Moysey, and T. Khan (2012), Improved imaging of electrically conductive solute plumes using a new strategy for physics-based regularization of resistivity imaging problems. SEG Technical Program, Expanded Abstracts 2012, pp. 1-6 [pdf].

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Some Selected Abstracts [*indicates student author]

• *Awatey M.T., J. Irving, and E.K. Oware (2016), Hydrologic Process Parameterization of Electrical Resistivity Imaging of Solute Plumes Using POD McMC. 2016 AGU Fall Meeting Abstracts [pdf].

• *Zhang G. and E.K. Oware (2016), Application of MRF-Based Stochastic Joint Inversion of Transient Hydrologic Head and Electrical Resistivity Measurements to Identify 2-D Fracture Zone Connectivity. 2016 AGU Fall Meeting Abstracts [pdf].

• Oware E.K. and S.M.J. Moysey (2016), Hydrologic Process Regularization for Improved Geoelectrical Monitoring of a Lab-Scale Saline Tracer Experiment. 2016 AGU Fall Meeting Abstracts [pdf].

• *Adetokunbo P., T. Hermans, and E.K. Oware (2016), Electrical Resistivity Moniotroing of Heat Tracer to Charaterize Lab-Scale Aquifer Hydraulic Conductivity Distributions. 2016 AGU Fall Meeting Abstracts.

• E.K. Oware (2016), MRF-Based Stochastic Joint Inversion of Hydrological and Geophysical Datasets to Evaluate Aquifer Heterogeneities. 2016 AGU Fall Meeting Abstracts.

• Oware E.K. (2015), Bayesian Gibbs Markov chain: MRF-based Stochastic Joint Inversion of Hydrological and Geophysical Datasets for Improved Imaging ot Aquifer Heterogeneities. AGU Fall Meeting Abstracts.

• Oware E.K., S.M.J. Moysey (2013), Assessing the Robustness of a POD-based Inversion Framework for Resistivity Imaging of Solute Plumes.   AGU Fall Meeting Abstracts 1, 05.

• Oware E.K., S.M.J. Moysey, T. Khan (2012), Improved resistivity imaging of groundwater solute plumes using POD-based inversion. AGU Fall Meeting Abstracts 1, 1357.

• S.M.J. Moysey, Oware E.K., T. Khan (2012), Picture-based physics: Using POD derived process constraints to enhance imaging of groundwater systems. AGU Fall Meeting Abstracts 1, 1281.

• OWARE E.K. (2010) , The impact of storm on thermal transport in the hyporheic zone of a low-gradient third-order sand and gravel bedded stream. Diss. Illinois State University,  2010.

• Oware E.K. and E.W. Peterson (2010), THE IMPACT OF STORM ON THERMAL TRANSPORT WITHIN THE HYPORHEIC ZONE OF A LOW GRADIENT THIRD-ORDER SAND AND GRAVEL BEDDED. Geological Society of America Abstracts with programs, Vol. 42, No.2, p. 103.

• Oware E.K. and E.W. Peterson (2009), THE IMPACT OF STORM ON THERMAL TRANSPORT WITHIN THE HYPORHEIC ZONE OF A LOW GRADIENT THIRD-ORDER SAND AND GRAVEL BEDDED. Geological Society of America Abstracts with programs, Vol. 41, No.4, p. 14.