Latest News Archive

Please select Category, Year, and then Month to display items
Previous Archive
14 May 2025 | Story Precious Shamase | Photo Teboho Mositi
Motlalepula
Pictured: On the left, Prof Prince Ngobeni, Qwaqwa Campus Principal, with Motlalepula Tsotetsi, Principal of Maluti TVET College.

The University of the Free State (UFS) Qwaqwa Campus has formally cemented its commitment to regional engagement by handing over signed memoranda of understanding (MOUs) to key local stakeholders during a significant ceremony. The partnerships with Maluti TVET College, the HaMagriza’s Indigenous Restaurant and Co-working Hub, and the Agape Foundation signal a collaborative effort focused on enhancing education, fostering community upliftment, and driving regional development.

The handover, which took place in the Senate Hall of the UFS Qwaqwa Campus, was intentionally designed as a personal demonstration of the university’s dedication to building strong, enduring relationships. Prof Cias Tsotetsi, Vice-Principal: Academic and Research on the UFS Qwaqwa Campus, emphasised the significance of the face-to-face engagement.

“We chose not to simply email the signed MOUs,” explained Prof Tsotetsi. “We wanted to meet face-to-face and hand them over in person, because this is about building genuine, lasting relationships. These stakeholders align with the university’s vision of becoming a hub for research, a student-centred environment, and a regionally engaged institution.”

Representatives from each partner organisation expressed enthusiasm for the opportunities unlocked by these newly formalised agreements.

Motlalepula Tsotetsi, Principal of Maluti TVET College, hailed the MOU as a pivotal moment. “Although we have collaborated with various stakeholders in the past, this marks the first formal partnership with the University of the Free State. Given our proximity, it’s long overdue, and we welcome this development.”

Echoing this sentiment, HaMagriza Director, Sabata Lepele, highlighted the importance of mutual recognition and cooperation. “As Tom Ford wisely said, ‘Collaboration is the key to success.’ This partnership creates a shared space that benefits both the university and the broader community. We’re honoured to be part of it.” He further emphasised that this milestone was significant to their journey, embodying a synergy between academia and the community to achieve remarkable outcomes. Lepele expressed HaMagriza's commitment to fostering innovation, creativity, and community development through this collaboration, anticipating the co-creation of initiatives that will benefit both the university and the surrounding region. He also conveyed excitement about working together to share the unique culture and heritage of Qwaqwa.

Daniel Moloi, Director of the Agape Foundation, also warmly welcomed the formal partnership, expressing his organisation’s eagerness to collaborate with the UFS on initiatives designed to address pressing community challenges.

This ceremony marks a significant step forward in the UFS Qwaqwa Campus’ community engagement strategy, reaffirming its dedication to fostering inclusive development through strategic alliances within the local landscape. The university aspires to be a research-led, student-centred, and regionally engaged institution, viewing these partnerships as vital vehicles for achieving societal impact that extends beyond the continent.

News Archive

Well-established root system important for sustainable production in semi-arid grasslands
2015-02-24

Plot layout where production and root studies were done
Photo: Supplied

The importance of a well-established root system for sustainable production in the semi-arid grasslands cannot be over-emphasised.

A study of Prof Hennie Snyman from the Department of Animal and Wildlife and Grassland Sciences at the University of the Free State is of the few studies in which soil-water instead of rainfall has been used to estimate above- and below-ground production of semi-arid grasslands. “In the past, plant ecological studies have concentrated largely on above-ground parts of the grassland ecosystem with less emphasis on root growth. This study is, therefore, one of the few done on root dynamics in drier areas,” said Prof Snyman.

The longevity of grass seeds in the soil seed bank is another aspect that is being investigated at present. This information could provide guidelines in grassland restoration.

“Understanding changes in the hydrological characteristics of grassland ecosystems with degradation is essential when making grassland management decisions in arid and semi-arid areas to ensure sustainable animal production. The impact of grassland degradation on productivity, root production, root/shoot ratios, and water-use efficiency has been quantified for the semi-arid grasslands over the last 35 years. Because of the great impact of sustainable management guidelines on land users, this study will be continuing for many years,” said Prof Snyman.

Water-use efficiency (WUE) is defined as the quantity of above- and/or below-ground plant produced over a given period of time per unit of water evapotranspired. Sampling is done from grassland artificially maintained in three different grassland conditions: good, moderate, and poor.

As much as 86, 89 and 94% of the roots for grasslands in good, moderate and poor conditions respectively occur at a depth of less than 300 mm. Root mass is strongly seasonal with the most active growth taking place during March and April. Root mass appears to be greater than above-ground production for these semi-arid areas, with an increase in roots in relation to above-ground production with grassland degradation. The mean monthly root/shoot ratios for grasslands in good, moderate, and poor conditions are 1.16, 1.11, and 1.37 respectively. Grassland degradation lowered above- and below-ground plant production significantly as well as water-use efficiency. The mean WUE (root production included) was 4.79, 3.54 and 2.47 kg ha -1 mm -1 for grasslands in good, moderate, and poor conditions respectively.

These water-use efficiency observations are among the few that also include root production in their calculations.

We use cookies to make interactions with our websites and services easy and meaningful. To better understand how they are used, read more about the UFS cookie policy. By continuing to use this site you are giving us your consent to do this.

Accept