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08 October 2020 | Story Leonie Bolleurs | Photo Supplied
Dr Cornel Bender
Dr Cornel Bender received her PhD qualification at the virtual graduation ceremonies in October. The title of her thesis is: Stem rust resistance in South African wheat and triticale.

The rapid distribution of disease-causing organisms such as Ug99, a wheat stem-rust pathotype, pointed out just how vulnerable global cereal production is to disease outbreaks.

These cereals include wheat, barley, rye, oats, triticale, rice, maize, and millet and are one of the most important food sources for human consumption.

According to Dr Cornel Bender, the projected world population of 10 billion in 2057 requires a growth of more than 40% in cereal production. Wheat is grown on more hectares than any other cereal and is one of the most important sources of calories for humans. However, the growth rate of wheat yields has declined from the 1960s to the 1990s. Therefore, it is essential to increase global wheat production.

“With the regular appearance of more aggressive stem rust pathotypes in South Africa, there is a constant need to discover new sources of resistance, understand the genetic base of presently deployed sources in wheat, triticale and barley cultivars, and to manipulate the deployment of resistant sources through a more sustainable approach,” says Dr Bender.

Her PhD thesis, titled: Stem rust resistance in South African wheat and triticale, includes various fundamental aspects for the effective management of stem rust in South Africa.

Dr Bender is a Professional Officer in the Division of Plant Pathology in the Department of Plant Sciences, who received her PhD at the virtual graduation ceremonies in October.

Innovative and cost effective

Her promotors, Prof Zakkie Pretorius, Research Fellow, and Dr Willem Boshoff, Senior Lecturer in the Department of Plant Sciences, believe that she used an innovative approach to develop a cost-effective phenotyping method to select for more durable resistance types in a controlled greenhouse environment.

“In the past, results obtained from field trials used to assess adult plants for stem-rust resistance, were often influenced by abiotic factors, were seasonable in nature, expensive, and time consuming; therefore, the development of a dependable greenhouse screening system provides an important additional instrument for rust research,” says Dr Bender.

She adds that the greenhouse technique is used worldwide to screen for adult plant resistance and contribute to save time and money.

Broadening our knowledge

“Inheritance studies were undertaken to determine the genetic base of stem-rust resistance in selected South African wheat and triticale cultivars (developed from wheat/rye crosses) through seedling analysis as well as greenhouse and fieldwork,” she says.

Dr Bender believes the use and development of different resistance screening methods, the elucidation of host genetics, as well as the use of histological and microscopic methods to study early resistance responses, broaden our knowledge and understanding of stem-rust resistance in South African wheat and triticale cultivars.

Ultimately, rust researchers, grain producers, and also the general public – through access to their daily bread – will benefit from her study.

News Archive

Minister praises MUCPP initiative
2004-10-04

The Minister of Labour, Mr MMS Mdladlana, singled out the Mangaung University of the Free State Community Partnership Programme (MUCPP) for high praise during a conference at the MUCPP complex on 30 September 2004 .

“I am very pleased with what the partnership of different stakeholders can do and I thank all stakeholders for contributing to this initiative. This is the kind of energy that our country needs,” the minister told delegates to the conference.

He said the MUCPP was a very unusual and important partnership that is related directly to the mandate of government and supports two strategic objectives of government, namely halving poverty and halving unemployment.

The MUCPP was launched in 1991 as a partnership between the University of the Free State , the local community of Mangaung, local and provincial government and the private sector, in an effort to develop skills and contribute to fighting poverty.

Some of the existing projects of the MUCPP include:

  • Health centre (including a 24-hour maternity ward)
  • Dairy producing yoghurt and amasi
  • Sewing and knitting project
  • Indigenous food production (Tsa se tso)
  • Bakery
  • Bed and Breakfast accommodation
  • Etsa phapang (a hydroponic facility growing various vegetables)
  • Welding project
  • Low cost housing project
  • Sport and recreation facilities and programmes

According to the Minister, hundreds of young people, adult learners and people with disabilities have benefited from training and skills development and have become involved in carpentry, welding, painting, cleaning services, gardening and HIV / AIDS awareness programmes.

Minister Mdladlana said he was pleased that through partnerships with several Sector Education and Training Authorities (SETAs) which fall under the Department of Labour, the MUCPP could access hundreds of thousands of rands for such training and development.

“I can just salute those that have made it possible, and to encourage you to keep up the good work,” the minister said.

The MUCPP also provides a means for students of the UFS to render community service. The UFS was one of the first universities in South Africa to adopt a comprehensive community service policy in 2002. In terms of the policy, community service is integrated into curricula through service learning modules.

It is therefore of great importance that the UFS should support community sites such as the MUCPP where a holistic and integrated approach to mutual and reciprocal development of all partners is followed.

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