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07 September 2020 | Story Nitha Ramnath | Photo istock
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The Middle East and Africa are facing the highest impact on water and food security, with the potential to aggravate the existing conflict in both regions. Soaring temperatures are expected to exceed global norms, and an arid future and environmental catastrophe is looming.  Israel and South Africa are both arid countries challenged by water scarcity in the face of growing demand. Both countries are in some way water insecure and most of the water in both countries is transboundary.  There is a compelling need for leadership to provide strategic thinking on how to mitigate the impact of climate change on scarce water resources. 

Join our webinar, where a panel of international speakers will discuss the myriad challenges brought on by water scarcity and consider strategic initiatives to leverage expertise in order to improve resilience to water vulnerability.

Welcome:

Prof Heidi Hudson, Dean of the Faculty of Humanities, University of the Free State

Panellists:

Dr Theo de Jager, The Southern African Agri Initiative (SAAI)

Prof Kevin Winter, University of Cape Town

Mr Oded Diste, CEO Tal-Ya Agriculture Solutions

Monther Hind, Palestinian Wastewater Engineers Group, Palestine


Moderator:

Dr Clive Lipchin, Arava Institute for Environmental Studies

Closing remarks:  Prof Hussein Solomon, AHD, Department of Political Studies and Governance, University of the Free State

Date: 10 September 2020
Time: 17:00 (SAT) 

Registration: To register for the webinar, please go to https://forms.gle/PknmhZLsvjPh91N28

The webinar can be accessed at https://zoom.us/j/94893202166

 


News Archive

Groundwater management vital for groundwater sustainability
2016-11-09

Description: Dr Yolanda Kotzé Tags: Dr Yolanda Kotzé

Dr Yolanda Kotzé, Affiliated Researcher in the
UFS Institute for Groundwater Studies, is passionate
about the management of groundwater.
Photo: Rulanzen Martin

An interest in groundwater resource management ignited the spark for a PhD research thesis by Dr Yolanda Kotzé, Affiliated Researcher in the Institute for Groundwater Studies (IGS) at the University of the Free State (UFS).

Her PhD research thesis titled, A Framework for Groundwater Use Authorisations as Part of Groundwater Governance in Water Scarce Areas within South Africa, was the result of her interest in groundwater resource management. Dr Kotzé identified the agricultural sector as one of the major water users, and a decision was made to conduct research within this sector.  

Research funded by Institute for Groundwater Studies
Groundwater is water found underground in cracks and spaces in soil, sand, and rocks. It is stored in, and moves slowly through geological formations of soil, sand, and rocks (aquifers). The National Department of Water and Sanitation was indirectly the client for this research. The research project was funded by the IGS. Given the current drought, effective groundwater resource management can be achieved within all sectors through sustainable abstraction and use without over-abstraction.

“Groundwater can be effectively managed
in the agricultural sector by sustainable use,
monitoring the quantity of groundwater use,
and measuring groundwater levels,”
said Dr Kotzé.

Research addresses improvement of groundwater management
Her promotor, mentor, teacher, and friend, the late Prof Gerrit van Tonder, introduced her to the field of Geohydrology, and especially to groundwater resource management. “With my research, I made a significant contribution to the improvement of groundwater governance and groundwater resource management, as well as to the handling of groundwater use authorisations for irrigation purposes in South Africa,” said Dr Kotzé. With this significant contribution, she attempts to address the phenomenon of poor groundwater allocation and groundwater resource management by means of a framework. The development of this framework has shown the value of action research in an attempt to find a solution to a problem. “Groundwater can be effectively managed in the agricultural sector by sustainable use, monitoring the quantity of groundwater use, and measuring groundwater levels,” said Dr Kotzé.

The methodology of the research consisted primarily of action research, which has a five-phase cyclical process. The research was Dr Kotzé’s application for a PhD in Geohydrology at the UFS in 2012. The research was completed in 2015.

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