Series-1 (May – June 2026) May – June 2026 Issue Statistics
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Abstract: The natural process of compaction serves as the main diagenesis process which results in reduced porosity and formation of pore systems and improved mechanical properties of sedimentary basins. The process has been identified but scientists have not yet found the particular textural features which control natural geological environment compaction efficiency. The research explores how the compaction characteristics of loose sandy sediments get controlled through the particle size distribution (PSD) and sorting characteristics which develop during their deposition process. The researchers performed standard......
Keywords: sieve analysis, PSD, compaction, sorting
[1].
Akpabio, Idara & Usen, W.S.. (2025). Carbon Sequestration In Sedimentary Formations: A Case Study Of The Niger Delta Basin, Nigeria. World Journal Of Applied Science & Technology. 16. 256-268. 10.4314/Wojast.V16i2.256.
[2].
Mode, Ayonma & Anyiam, Okwudiri & Ngala, EN. (2013). Compaction And Porosity Based Pore Pressure Prediction In The “Cappe Field”, Coastal Swamp Depobelt, Niger Delta, Nigeria. Global Journal Of Geological Sciences. 11. 10.4314/Gjgs.V11i1.6.
[3].
Nabage, N., Maigari, A., Umar, B., Aliyu, A., Kariya, I., Saidu, F., Mohammed, M., Lawal, A., & Aliyu, M. (2024). Compaction-Induced Porosity Loss In The Cretaceous Bima Formation Around Lakwaime And Dogon Dutsi, Yola Subbasin, Northern Benue Trough, NE Nigeria. Dutse Journal Of Pure And Applied Sciences, 10(1b), 231–242. Https://Doi.Org/10.4314/Dujopas.V10i1b.24
[4].
Rice-Birchall, Elliot & Faulkner, D.R. & Bedford, John. (2022). The Effect Of Grain Size And Porosity On The Nature Of Compaction Localisation In High-Porosity Sandstone. Journal Of Structural Geology. 164. 104740. 10.1016/J.Jsg.2022.104740.
[5].
Maju-Oyovwikowhe G. E And Okudibie E. J. (2023). Sedimentological And Petrographic Analysis Of Side Wall Samples From The Niger Delta Basin, Nigeria: Implications For Depositional Environments And Reservoir Quality. Journal Of Energy Technology And Environment, 5(2), 211–227. Https://Doi.Org/10.5281/Zenodo.8026291
