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04 January 2021 | Story Igno van Niekerk | Photo Francois van Vuuren (iFlair)
Anton Roodt

 The Afrikaans words, weerlose meganika, can be roughly translated as ‘vulnerable mechanics’. If you do not know the exact meaning of this, rest assured, you are not alone. At least one person does. Anton Roodt of Roodt Architects has been summoning a storm of positive reviews in the literary world with his debut offering, which is neither an environmentally friendly building nor creative historical restoration for which he is renowned, but a book.

Weerlose meganika was written as part of the requirements for Roodt’s fourth MA degree – all obtained at the University of the Free State (UFS), where the Roodts have been part of the UFS family for three generations. Anton’s father was the Head of the department of Architecture, and his son recently completed his studies in the same department. His wife, Zarine, has been involved as lecturer and research fellow in the Department of Communication Science. Roodt’s wide spectrum of interests shows in the variety of his MA degrees (Architecture, Town and Regional Planning, Environmental Management, and now – Creative Writing).

Roodt, renowned for his creativity and innovative manner of working, has barely stepped into the world of literature; yet the book, published by Tafelberg Publishers, is being described in words probably never used by critics: “verrassend vernuwend” (surprisingly refreshing), “baldadig,” (which I can only translate as ‘wildly playful’), and nostalgic science fiction.

In a Zoom conversation, Roodt shared that he wrote mostly in his spare time. Many hours of study in the buzz of architecture classrooms taught him to focus anywhere and anytime. According to Roodt, the chapters that had to be removed in the final edits of Weerlose meganika comprise sufficient material for a second book. 

Anton and his son, Leon-Pierre, both worked on the cover of Weerlose meganika: Anton designed it and Leon-Pierre was responsible for the graphics. Although publishers usually prefer to appoint their own designers, Tafelberg liked and kept the design as presented. This was no surprise, as design is not new to Anton who, as a student, was involved in the design of rag posters. During a particular rag, he realised that the poster design was extremely successful, as about 90% of them were stolen by students from lampposts and other areas. 

Roodt’s recipe for success? He is naturally curious and wants to learn more about many things. This allows him to connect with interesting people such as his fellow students and lecturers (Dr Francois Smith and Prof Henning Pieterse) in the Creative Writing course, where they kept on pushing each other to improve their work. It is clear that Roodt is on a lifelong journey of learning. And, in case you are wondering – yes, he recently started his PhD studies. At the UFS, of course.

When I asked Anton about the strange title, Weerlose meganika, he explained that he has always been fascinated by juxtapositions. He loves bringing seemingly unrelated elements together. 

Looking at the reviews, he has been successful once again. 

*** If you are curious to know more, Weerlose meganika is available at most bookstores, as well as online.

News Archive

Plant scientists address wheat rust diseases at SASPP congress
2015-02-02

Pictured from the left are: Prof Zakkie Pretorius, Dr Botma Visser and Howard Castelyn.
Photo: Supplied

In his research, Dr Botma Visser, researcher in the Department of Plant Sciences at the University of the Free State, highlighted the population dynamics of the stem rust fungus (Puccinia graminis f. sp. tritici) in Southern Africa. In recent years, two foreign stem rust races were introduced to South Africa, and a local virulence adaptation occurred in a third.

All of these races form part of the Ug99 group, a highly virulent collection of rust races endangering wheat production in many parts of the world. Despite the fact that half of the members of the Ug99 race group is prevalent in South Africa, Dr Visser’s work has clearly shown that Ug99 did not have its origin here. This emphasised the need to include neighbouring countries in the annual stem rust surveys, to proactively identify new races that could threaten local wheat production. In his research, Dr Visser also mentioned the way in which he has optimised modern molecular tools to accurately detect Ug99 isolates.

Dr Visser is one of three scientists from the Department of Plant Sciences that addressed delegates attending the biennial congress of the Southern African Society for Plant Pathology (SASPP) on the Bloemfontein Campus earlier this month on progress regarding research on wheat rust diseases conducted at the UFS.

Howard Castelyn, a PhD student in Plant Sciences, presented his research on quantifying fungal growth of the stem rust pathogen in wheat varieties displaying genetic resistance. This resistance, which is best expressed in adult plants, has the potential to remain durable in the presence of new rust variants. His presentation at the congress focused on optimising microscopic and molecular techniques to track fungal development in stem tissues of adult plants. These results now allow scientists to link rust infection levels and cellular responses with particular resistance genes expressed by the wheat plant, and contributing to the understanding and exploitation of durable resistance.

Prof Zakkie Pretorius presented his research, explaining how new genetic diversity for resistance to the stripe (yellow) rust fungus (Puccinia striiformis) is discovered, analysed and applied in South Africa. This research, conducted in collaboration with Dr Renée Prins and her team at CenGen, is unravelling the genetic basis of stripe rust resistance in a promising wheat line identified by Dr Willem Boshoff, a plant breeder at Pannar. The line and DNA markers to track the resistance genes will soon be introduced to South African wheat breeding programmes.

The rust research programme at the UFS contributes significantly to the successful control of these important crop diseases.

In addition to the contributions by the UFS, rust fungi featured prominently at the SASPP, with first reports of new diseases on sugar cane and Acacia and Eucalyptus trees in South Africa. A case study of the use of a rust fungus as a biological control agent for invasive plant species in the Western Cape, was also presented.

 

For more information or enquiries contact news@ufs.ac.za .

 

 

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