GW1: Conjunctive use of transboundary surface and groundwater resources
9:00 AM - 11:30 AMTue
Thematic Area 1: Water, Energy, Food Nexus
Speakers
Mr. Stephen Kissane
Geologist
Dr. Zebene Lakew
Lead Executive Officer/ NILE-TAC
Ministry of Water and Energy, Ethiopia
Dr. Callist Tindimugaya (Moderator)
Commissioner, WRRD
Ministry of Water and Environment, Uganda
Prof. Gamal Abdo
Dean of Faculty of Engineering / Consultant
University of Khartoum, Sudan
Dr. Neno Kukuric
Scientific Researcher
Consultant
Dr. Michael Owor
Consultant/Lecturer
Makerere University
Dr. Abdalla Shigidi
Dean of Faculty of Engineering / Consulatnt
Sudan University of Science and Technology
Dr. Maha Abdelraheem Ismail
Groundwater Project Lead
Nile Basin Initiative
Documents
Conjunctive use of transboundary surface and groundwater resources - Dr. Callist Tindimugaya
Managed Aquifer Recharge Project Preparation - Mr. Stephen Kissane
Shared Aquifer Diagnostic Analysis (SADA) and groundwater flow models for the Mt Elgon Aquifer system Dr. Michael Owor
Enhancing conjunctive management of surface and groundwater resources in selected transboundary aquifers: Case study for selected shared groundwater bodies in the Nile Basin - Dr. Maha
The characterization and hydrogeological modelling of Kagera aquifer system for devising sustainable management strategies and guidelines - Dr. Shigidi
The characterization and hydrogeological modelling of Gedaref Adegrat aquifer system for devising sustainable management strategies and guidelines - Prof Gamal
Groundwater Monitoring for better Management of Shared Water Resources: the case of Gedaref-Adigrat Aquifer - Dr. Neno
Webinar lead questions ================ 1. What are the tools used to assess aquifer characteristics and suitability of the groundwater aquifers to support water demand across multiple sectors? 2. What is the potential of the groundwater aquifers to support water demand across multiple sectors? Host: NBI Caretakers: Maha, Yilma, Mwasiti, Callist Conveners: UNDP Rapporteurs: Mwasiti Total duration: 110 Mins