Mr. Terhemba Emberga

Lecturer
Federal Polytechnic, Nekede, Nigeria

Highest Degree
PhD Student in Applied Geophysics from Federal University of Technology, Nigeria

My URL
https://livedna.org/234.31269

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Area of Interest:

Physics
Geophysics
Applied Geophysics
Pure and Applied Sciences
Geospatial Technique

Selected Publications

  1. Emberga, T.T., A.I. Opara, S.O. Onyekuru, I.A. Omenikolo, O.R.N. Eluwa and N. Nchedo, 2019. Regional hydro-geophysical study of the groundwater potentials of the Imo River Basin Southeastern Nigeria using surficial resistivity data. Aust. J. Basic Applied Sci., 13: 76-94.
    CrossRef  |  

  2. Eluwa, N.N., T.T. Emberga, J.C.E.G.B. Azuoko, G.O. Otosigbo, I.M. Ikeazota, A. Nwachkuwu and I.M. Onwe, 2019. Geophysical investigation of groundwater potential in Akamkpa area cross river state southern, Nigeria using refraction seismic and GPR methods. World Applied Sci. J., 37: 574-583.

  3. Rock, O.M., G.I. Nwankwo, E.M. Abraham and T.T. Emberga, 2018. A Geographic Information System (GIS) based land suitability analysis and characterization for industrial siting in Abakaliki area, Southeastern Nigeria. Int. J. Dev. Res., 8: 20206-20209.

  4. Opara, A.I., V.U. Nwofor, H.N. Echetama, T.T. Emberga and G.E. Inyang, 2018. Magnetic basement depth and structure over parts of bida basin nigeria interpreted from 2-D spectral analysis and euler deconvolution. Aust. J. Basic Applied Sci., 12: 1-9.
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  5. Opara, A.I., G.E. Odumosu, C.Z. Akaolisa, S.O. Onyekuru, T.T. Emberga and N.N. Onu, 2018. Basement depth re-evaluation and structural kinematic analysis of part of the middle benue trough using high resolution aeromagnetic data. Futo J. Ser., 4: 409-436.
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  6. Akaolisa, C.C.Z., S.O. Onyekuru and T.T. Emberga, 2018. Determination of contaminant loads in the water supply aquifer system of new Owerri area, Southeastern Nigeria. IOSR J. Applied Geol. Geophys., 6: 27-35.

  7. Inyang, G.E., A.I. Opara, B.O. Ubechu, N.H. Gloria and E. Ndidiamaka et al., 2017. Geophysical appraisal of the aquifer geomaterials of Ugep and Environs, Southeastern, Nigeria using resistivity data. J. Geogr. Environ. Earth Sci. Int., 9: 1-24.
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  8. Paulinus, U.U., N.G. Ifedilichukwu, A.C. Ahamefula, O.A. Iheanyichukwu, E.T. Theophilus and I.G. Edet, 2016. Morphometric analysis of sub-watersheds in Oguta and Environs, Southeastern Nigeria using GIS and remote sensing data. J. Geosci. Geomatics, 4: 21-28.
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  9. Osaki, L.J., A.I. Opara, C.N. Okereke, U.P. Adiela, I.O. Njoku, T.T. Emberga and N. Eluwa, 2016. 3-D seismic interpretation and volumetric estimation of “Osaja Field” Niger Delta, Nigeria. Int. Lett. Nat. Sci., 59: 14-28.
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  10. Emberga, T.T., A.I. Opara, Onyekurus and A.. Selemo, 2016. Structural and tectonic interpretations from airborne magnetic and landsat etm data: a case study of yola arm of the upper benue trough,Nnigeria. Int. J. Sci. Res., 5: 1802-1808.

  11. Emberga, T.T., A.I. Opara, H.N. Echetama, O.P. Udoka and G.A. Inyang, 2016. Magnetic basement depth re-evaluation over the yola arm of the upper Benue Trough, Nigeria from 3-D euler deconvolution and spectral inversion of HRAM data. Int. J. Sci. Eng. Res., 7: 538-551.
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  12. Chiemela, N.K., O.A. Iheanyi, O.S. Okechukwu, O.C. Njoku, E.T. Theophilus, U.E. Ikechukwu and I.K. Chidubem, 2016. Linear features interpreted over parts of the younger granite complex, North Central Nigeria using HRAM and LANDSAT‐ETM data. Arabian J. Earth Sci., 3: 35-36.

  13. Opara, A.I., T.T. Emberga, O.I. Oparaku, A.G. Essien and R.A. Onyewuchi et al., 2015. Magnetic basement depth re-evaluation of Naraguta and Environs North Central Nigeria, using 3-D euler deconvolution. Am. J. Mining Metall., 3: 29-42.
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  14. Opara, A.I., S.O. Onyekuru, E.C. Mbagwu, T.T. Emberga, K.C. Ijeomah and K.C. Nwokocha, 2015. Integrating landsat-ETM and aeromagnetic data for enhanced structural interpretation over Naraguta area, North-Central Nigeria. Int. J. Scient. Eng. Res., 6: 186-195.
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  15. Opara, A.I., S.O. Onyekuru, A.G. Essien, R.A. Onyewuchi, A.C. Okonkwo, T.T. Emberga and O.P. Nosiri, 2015. Lineament and tectonic interpretation over Abakiliki area: Evidences from airborne magnetic and landsat-ETM data. Int. J. Res. Innov. Earth Sci., 2: 111-121.

  16. Opara, A.I., R.L. Udoete, T.T. Emberga, H.N. Echetama and I.E. Ugwuegbu et al., 2015. Structural interpretation of the Jos-Bukuru younger granite ring complexes inferred from Landsat-TM data. J. Geosci. Geomatics, 3: 56-67.
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  17. Opara, A.I., G.E. Inyang, S.O. Onyekuru, T.T. Emberga, A.C. Ekwe and D.R. Eke, 2015. Estimates of aquifer hydraulic characteristics and vulnerability from surface resistivity data: Case study of Ugep and Environs, Southeastern Nigeria. Int. J. Scient. Eng. Res., 6: 220-233.
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  18. Eke, D.R., A.I. Opara, G.E. Inyang, T.T. Emberga and H.N. Echetama et al., 2015. Hydrogeophysical evaluation and vulnerability assessment of shallow aquifers of the Upper Imo River Basin, Southeastern Nigeria. Am. J. Environ. Protect., 3: 125-136.
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  19. Agoha, C.C., A.I. Opara, C.N. Okereke, C.N. Onwubuariri and T.T. Emberga et al., 2015. Weathered layer determination and its effects on engineering structures: Case study of parts of the Niger Delta. World J. Environ. Eng., 3: 40-51.
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  20. Terhemba, E.T., O.I. Nsikan and C. Nwigwe, 2014. Large eddy simulation of turbulent flow in Rayleigh-Benard configuration. Adv. Phys. Theor. Applic., 36: 20-28.
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  21. Terhemba, E.T., O. Ibe, A.I. Omenikolo and C. Nwigwe, 2014. Renewable energy potentials and production in Nigeria. Standard Scient. Res. Essays, 2: 55-59.

  22. Opara, A.I., R.A. Onyewuchi, A.O.I. Selemo, S.O. Onyekuru and B.O.Ubechu et al., 2014. Structural and tectonic features of ugep and environs, calabar flank, southeastern nigeria: evidences from aeromagnetic and landsat-etm data. Mitt. Klosterneuburg, 64: 33-54.

  23. Opara, A.I., R.A. Onyewuchi, A.C. Okonkwo, O.P. Nosiri and T.T. Emberga, 2014. Structural interpretation of the Afikpo sub-basin: Evidences from airborne magnetic and Landsat ETM data. Elixir Earth Sci., 71: 24546-24552.

  24. Nwigwe, C. and T.T. Emberga, 2014. An assessment of causes and effects of flood in Nigeria. Standard Scient. Res. Essays, 2: 307-315.

  25. Emberga, T.T. and C. Nwigwe, 2014. Generation of small scale electricity from biomass. Standard Scient. Res. Essays, 2: 287-306.

  26. Ugada, U., A. Opara, T. Emberga, F. Ibim, A. Omenikoro and E. Womuru, 2013. Delineation of shallow aquifers of Umuahia and Environs, Imo River Basin, Nigeria, using geo-sounding data. J. Water Resour. Protect., 5: 1097-1109.
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  27. Emberga, T., E. Uhiara, C. Nwigwe and O. Amadi, 2012. Biomass conversion technologies. OIDA Int. J. Sustain. Dev., 4: 19-24.
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  28. Obot, N.I., T.T. Emberga and K.S. Ishola, 2011. 22 years characterized trends of rainfall in Abeokuta, Nigeria. Res. J. Applied Sci., 6: 264-271.

  29. Emberga, T.T. and M.E. Nwachukwu, 2007. Investigation of temperature dependent characteristics of compound TbCo2M using neutron powder diffraction technique. Niger. J. Phys., 19: 31-38.
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Member since November, 2019