PUBLICATIONS

Sharing knowledge to shape sustainable solutions—one publication at a time.

Welcome to my publication profile. Over the past decade, I have contributed to a growing body of work at the intersection of hydrogeology, environmental science, and water quality monitoring. My research has appeared in international peer-reviewed journals, regional academic publications, and collaborative technical reports.

Publishing is more than a professional requirement for me—it's a way to share knowledge, foster collaboration, and inspire new research directions. I focus on topics that matter locally and globally, from aquifer behavior in France to groundwater quality in the Kurdistan Region of Iraq.

🔗 Browse My Full Academic Profiles

To access the complete list of my publications, citation metrics, and research network, please visit:

If you’re a fellow researcher, postgraduate student, or journal editor interested in my work, feel free to connect—I’m always open to collaboration and scholarly exchange.

📝 Featured Publications

Here is a sample of some of my most cited and impactful works:

Evaluation of pharmaceuticals in surface water: Reliability of PECs compared to MECs
Celle-Jeanton, H., Schemberg, D., Mohammed, N., et al.
Environment International, 73, 10–21. [Cited by: 70]
Isotopic and geochemical identification of groundwater sources in the Allier River Valley (France)
Mohammed, N., Celle-Jeanton, H., et al.
Journal of Hydrology, 508, 181–196. [Cited by: 44]
Water quality monitoring of Duhok Dam (Kurdistan Region of Iraq)
Mohammed, N.I., Bamarni, K.A.
ZANCO Journal of Pure and Applied Sciences, 31(1), 7–16.
Groundwater assessment at Domiz Refugee Camp, Duhok
Mohammed, N.I., Abduljabar, K.A., Mahdi, H.S., Abdullah, H.M.
ZANCO Journal of Pure and Applied Sciences, 32(4), 157–168.

In addition to these, I invite you to explore my PhD research, completed at the University of Bordeaux, where I investigated the dynamics of alluvial aquifers using isotopic and emerging tracers, as well as my MSc dissertation, which focused on drought resilience in Quercus robur seedlings under future climate scenarios.