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30 January 2025 | Story Martinette Brits | Photo Barend Nagel
MASSTER Project
The University of the Free State (UFS) recently welcomed distinguished international partners for the MASSTER project.

The University of the Free State (UFS) recently hosted a group of distinguished international partners as part of the MASSTER project (Managing (South) Africa and Senegal Sustainability Targets through Economic-diversification of Rural-areas). Funded by the European Union Erasmus programme (Project ID 101129023), the project aims to support the agricultural sector in Sub-Saharan Africa (SSA) and Senegal by addressing pressing issues such as rural migration, food security, and sustainable development. 

 

What is the MASSTER Project? 

Launched in early 2024, the MASSTER project is an ambitious initiative designed to enhance agricultural development and economic diversification in rural areas across SSA, with a particular focus on Senegal and South Africa. According to Prof Corli Witthuhn from the Department of Sustainable Food Systems and Development at UFS, who serves as the project’s coordinator, researcher and trainer, MASSTER  seeks to make a lasting impact on the sector. 

“Agriculture plays a vital role in these regions, contributing up to 40% of GDP and providing livelihoods for over 70% of the population. However, challenges such as rural-urban migration and underutilised agricultural potential hinder the growth of this crucial sector,” explains Prof Witthuhn. 

By offering innovative training and educational tools to farmers and agricultural students, the project aims to bridge these gaps.  It involves higher education institutions (HEIs) in community development and focuses on the intersection of agriculture and migration. In doing so, MASSTER contributes to key Sustainable Development Goals (SDGs), including zero hunger, quality education, decent work, and economic growth.


Key objectives of the MASSTER Project

MASSTER collaborates with six partner HEIs in Senegal and South Africa to tackle pressing agricultural and migration challenges. The project focuses on: 

  • Assisting local farmers in implementing income-generating activities.
  • Supporting extension services in delivering relevant training programmes that emphasise economic sustainability.
  • Helping municipalities manage economic migration, particularly from rural areas.

To achieve these objectives, MASSTER analyses the risk factors that drive migration and those that prevent it, designing training programmes that empower current and future farmers to generate income. It also provides Training of Trainers (TOT) to HEIs and extension services, equipping them with skills to deliver impactful training sessions. Additionally, the project helps HEIs develop comprehensive migration management strategies that foster a whole-of-society approach linking agriculture and migration policies. 


A global collaborative effort

The MASSTER project brings together a diverse consortium of partners from Senegal, South Africa and Europe, including: 

  • Senegal: Université Du Sine Saloum El-Hâdj Ibrahima Niass Kaolack (USSEIN), Université Gaston Berger Saint- Louis (UGB), Université Assane Seck de Ziguinchor (UASZ), Interprofessional Center for Training in Agriculture (CIFA)
  • South Africa: University of the Free State (UFS), Stellenbosch University (SU), Tshwane University of Technology (TUT), South African Society for Agricultural Extension (SASAE)
  • Germany: Hochschule Weihenstephan-Triesdorf (HSWT)
  • France: Universite D’Aix-Marseille (AMU)
  • Italy: University of Naples Federico II (UNINA)
  • Serbia: Academy of Professional Studies South Serbia and Western Balkans Institute

Benefits for the University of the Free State

The MASSTER project presents significant opportunities for the UFS. It enables researchers to collaborate with international partners on groundbreaking research that addresses urgent agricultural challenges. Prof Witthuhn highlights that the project also provides valuable third-stream funding for the UFS research initiatives, strengthening the university’s broader academic and community development efforts. 

Additionally, UFS researchers gain hands-on experience in European Union grant administration, potentially paving the way for future EU-funded projects. The project fosters direct engagement with local farming communities by offering training that empowers farmers and promotes rural development. Moreover, it enhances the university’s expertise in agricultural sustainability and migration management.


Partners’ visit to UFS

The recent visit by MASSTER project partners to the UFS marked a key milestone in this collaboration. During their stay, the group participated in various activities, including farm visits and discussions aimed at advancing the project’s objectives.

News Archive

Mineral named after UFS professor
2017-09-29

Description: Mineral tredoux Tags: International Mineralogical Association, tredouxite, Prof Marian Tredoux, Department of Geology, Barberton 

Tredouxite (white) intergrown with bottinoite (light grey),
a complex hydrous alteration product. The large host
minerals are nickel-rich silicate (grey), maybe willemseite,
and the spinel trevorite (dark grey).


More than five thousand minerals have been certified by the International Mineralogical Association (IMA). One of these minerals, tredouxite, was recently named after an academic at the University of the Free State (UFS). 

Tredouxite was named after Prof Marian Tredoux, an associate professor in the Department of Geology, to acknowledge her close to 30 years’ commitment to figuring out the geological history of the rock in which this mineral occurs. The name was chosen by the team which identified the new mineral, consisting of Dr Federica Zaccarini and Prof. Giorgio Garuti from the University of Leoben, Austria, Prof. Luca Bindi from the University of Florence, Italy, and Prof. Duncan Miller from the UFS. 

They found the mineral in the abovementioned rock from the Barberton region in Mpumalanga, in May 2017.

In the past, a mineral was also named after Marie Curie
With the exception of a few historical (pre-1800) names, a mineral is typically named either after the area where it was first found, or after its chemical composition or physical properties, or after a person. If named after a person, it has to be someone who had nothing to do with finding the mineral.

Prof Tredoux said: “As of 19 September 2017, 5292 minerals had been certified by IMA. Of these, 81 were named after women, either singly or with a near relation. Marie Curie is named twice: sklodowskite (herself) and curite (plus husband). Most of the named women are Russian geoscientists.”

Another way to assess the rarity of such a naming is to consider that fewer than 700 minerals have been named after people. Given that there are by now seven billion people on the planet, it means that a person who is granted a mineral name becomes one in 10 million of the people alive today to be honoured in such a way. To date, over a dozen minerals had been named after South Africans, three of them after women (including tredouxite).

It contains nickel, antimony and oxygen
The chemical composition of tredouxite is NiSb2O6 (nickel antimony oxide). This makes it the nickel equivalent of the magnesium mineral bystromite (MgSb2O6), described in the 1950s from the La Fortuna antimony mine in Mexico.  

“This announcement is of great academic importance: the discovery by the Italian team of a phase with that specific chemical composition will undoubtedly help me and my co-workers to better understand the origin of the rock itself,” she said. She also expressed the hope that it may raise interest in the Department of Geology and the UFS as a whole, by highlighting that world-class research is being done at the department. 

The announcement of this new mineral was published on the International Mineralogical Association Commission on New Minerals, Nomenclature and Classification website, the Mineralogical Magazine and the European Journal of Mineralogy.

 

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