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16 July 2020 | Story Andre Damons | Photo Supplied
Prof Paul Oberholster and Prof Zakkie Pretorius


Two staff members from the University of the Free State (UFS) are nominated for the Science Oscars for their outstanding work and contributions to science over the years. 

Prof Pretorius is nominated in two categories, namely the Special Annual Theme Award: Research and development (R&D) and innovation in Plant Health as well as the Lifetime category.  The Special Annual Theme Awards are made in recognition of the International Year of Plant Health (2020), as declared by the United Nations.

Prof Oberholster is nominated for the NSTF-Water Research Commission Award. This award is for an outstanding contribution to science, engineering, and technology (SET) and innovation in South Africa in terms of sustainable water management, knowledge generation, and solutions over the past five to ten years, and is awarded in recognition of demonstrated leadership and impact.

Science Oscars of South Africa

The NSTF-South32 Awards are referred to as the ‘Science Oscars’ of South Africa and are the largest, most comprehensive, and sought-after national awards of its kind in the country. It was also the first science awards in South Africa.

Prof Oberholster says it is a privilege to be nominated and selected as a finalist in his specific field of interest.
“I always believe the best person will win the award. At this level of competition, it can go both ways. I was nominated by the university for my scientific contribution to water resource management in South Africa over the past 10 years, with special reference to the field of passive wastewater treatment,” says Prof Oberholster.

Although this is the first time that he has been nominated for the NSTF-Water Research Commission Award, Prof Oberholster has previously been nominated in the Innovation category.

Prof Oberholster, whose research focus area is the use of freshwater algae to treat acid mine drainage or domestic wastewater, has previously also won the Excellence Award: CSIR:NRE Outstanding team contribution: Project Leader: Coal tech, WRC and SANBI, Wetland restoration project; and the Excellence Award: CSIR:NRE Innovation: Algae technology for sewage treatment in South African rural areas.

Innovative technology 

This innovative, low-cost green technology assists in the effective and efficient removal of nutrients and bacteria in effluents discharged from wastewater treatment works to improve human health risk, create economic opportunities, and protect downstream ecosystem services. This technology is currently being rolled out to other SADC countries by the African Development Bank. In the case of acid mine drainage treatment, the technology provides a ‘walk-away’ solution for the mining industry. These systems are largely self-sustainable, using no electricity or chemicals, and can be maintained by a semi-skilled workforce.

Prof Pretorius, who has extensive expertise in diseases of field crops – more specifically the rust diseases of small grain cereal crops, has recently been awarded Honorary Membership by the Southern African Plant Breeders’ Association (SAPBA). His colleague, Prof Liezel Herselman, Associate Professor in the Department of Plant Sciences, was presented with a Fellow Award.

• A new, specially arranged virtual Awards Gala Event will be livestreamed on Thursday, 30 July 2020 at 18:45 for 19:00 until 20:30 to honour the finalists and announce the winners.

News Archive

Inaugural lecture: World on verge of agricultural revolution
2008-05-19

A changing economic climate and new technology will see to a number of interesting changes in the livestock industry in the next few years. This is according to Prof. Frikkie Neser of the Department of Animal and Wildlife and Grassland Sciences, who delivered his inaugural lecture at the UFS on the subject: “The quest for a superior animal”.

Prof. Neser focused on the future of animal breeding in the next few decades.

He said the world, but especially South Africa, stand on the verge of a revolution in the agriculture sector. The whole production scenario will probably change. The high fuel and food prices are the two biggest factors that will play a role.

“Increasing fuel prices opened the door for the production of bio-fuel. The fuel industry is in direct competition with humans and the livestock industry for the same resource that result in unbelievable high prices for maize, sunflower and soya. These prices can further increase with the worldwide shortage of food,” he said.

More profitable breeds could take the place of existing breeds because of the big increase in input costs, he said. “Selection for more effective, and not maximum production, will became more important.

“There are also indications of pressure on feed lots. If this industry downsizes, it could lead to a total turnaround in the beef industry. The feed lots prefer a later maturing animal that can put on a lot of weight before fat is laid down. If this industry declines, early maturing breeds and some of the synthetic breeds, as well as crossbreeding with early maturing breeds, will play a more prominent role in the meat industry.

“This will also lead to a decline in the total number of animals in order to prevent overgrazing. This can result in an increase in imports from neighbouring countries and especially Brazil, where production costs are much lower.

“One way to increase the profitability of meat production is to utilise niche markets. There is world-wide a shift to more natural products. The demand for grass-fed beef drastically increased. According to research it is healthier than meat from feed lots and usually free of hormones and antibiotics. If factors such as traceability are put in place, this could be a very profitable niche mark for the South African meat industry,” he said.

Prof. Neser also said: “In order for breeding societies to survive they need to increase the number of members and the animals that are being registered. This they do by replacing the word stud with recorded animals. Hereby they open the door for excellent commercial animals to become part of the seed-stock industry. Another benefit is that especially in the smaller breeds more information becomes available, resulting in more accurate breeding values.”

Prof. Frikkie Neser.

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