http://sites.nicholas.duke.edu/avnervengosh/files/2011/08/Souss_massa_Morocco.pdf

Application of multiple isotopic and geochemical tracers for investigation of recharge, salinization, and residence time of water in the Souss–Massa aquifer, southwest of Morocco

Salinization process and coastal groundwater quality in Chaouia, Morocco

Groundwater microbial communities and their connection to hydrochemical environment in Golmud, Northwest China.

Identifying groundwater degradation sources in a Mediterranean coastal area experiencing significant multi-origin stresses.

Groundwater resources play a crucial role in the domestic and industrial water delivery system in Ghana. Hydrochemical and multivariate statistical techniques were used to investigate groundwater flow and geochemical evolution in the Densu River Basin aquifer system in Ghana. The hydrochemical and multivariate statistical techniques are mutually supportive and extracted information was analysed together with environmental isotope data. The results reveal three spatial groundwater bodies with defined hydrochemical facies, residence times, stable isotopic signals and hydrochemical evolution. The zones are designated as group one in the northern portion, group two in the transmission zone and group three as discharge in the southern portion of the catchment. Some of the stable isotope data of the groundwater do not lie close to the local meteoric water line (LMWL) on the δD-δ18O plot and thus indicate that the meteoric water recharging the groundwater system has undergone some degree of evaporation.

/pdf/hydrogeochemical-evolution-and-groundwater-flow-in-the-densu-3gak0g6j9l.pdf

Hydrogeochemical Evolution and Groundwater Flow in the Densu River Basin, Ghana

Hydrochemical and isotopic characteristics of groundwater in the Souss Upstream Basin, southwestern Morocco

Summary Herein we discuss the direct integration of rock-physics models into the seismic inversion process to jointly estimate elastic properties, lithology units and petrophysical properties. We demonstrate the added value of this single-loop approach in the characterization of two different discoveries in the Norwegian Sea. Understanding the rock behaviour makes the seismic inversion process transparent and allows the interpreter to browse through a rich set of derived seismic attributes building confidence in the interpretation (or challenging it) by assessing the cascaded effects that seismic data quality and uncertainty associated to the facies classification and the reservoir properties estimation can play throughout the process. In the following analysis, we have developed an approach to balance conventional seismic interpretation and geological understanding with quantitative interpretation based on extracted litho-petro-elastic parameters and their reliability in light of seismic quality and the several assumptions made during their derivation from the current conditioned seismic database. The study provided insight about the distribution of main pay areas and potential upsides, with different levels of confidence. 

Building interpretation confidence with rock physics driven inversion to mature Iris and Hades discoveries

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Hydrochemical and isotopic characteristics of groundwater in the Souss Upstream Basin, southwestern Morocco

Building interpretation confidence with rock physics driven inversion to mature Iris and Hades discoveries