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06 December 2018 | Story Leonie Bolleurs | Photo Barend Nagel
Marcelle Vermeulen
Marcele Vermeulen, a graduate from the Department of Plant Sciences, explores possible threats to crop production; contributing to food security in South Africa.

Global food security is currently threatened both by climate change and the low diversity of crops relied on by humankind to feed a growing world population. Marcele Vermeulen, a graduate in the Department of Plant Sciences who will receive her PhD at the December graduation ceremonies at the University of the Free State (UFS), is part of a team that is working hard to add to the diversity of staple foods in South Africa.

In the drive to focus on alternative crops, Marcele is researching the crop, Amaranthus cruentus, (grain amaranth). It is more tolerant to environmental stress for large-scale production, thereby also diversifying staple crops.

Relatively new development

“Amaranthus cruentus is an excellent candidate due to its high nutritional value and tolerance to drought and high temperatures. It can be mixed with conventional maize meal, to increase the protein intake of its consumers,” said Marcele.

The production of A. cruentus as a grain crop in South Africa is a relatively new development.

In her research, exploring the possible threats to crop production and paying particular attention to dominant plant pathogens in the Amaranthus cruentus, Marcele found a correlation between fungal pathogens and insect pests. 

Insect pests can influence plant diseases

Although reports on fungal pathogens and pests specific to A. cruentus are limited to and information for South Africa is limited to this study, there is a possibility that by controlling insect pests such as weevils, one might also be able to control fungal pathogens of Amaranthus cruentus.

Marcele believes that control of weevil pests should thus be the focus of future pest and pathogen management strategies and breeding programmes in A. cruentus.  

“Knowledge gained in my thesis will hopefully aid in the development of future cultivation practices, integrated pest/pathogen management programmes, as well as for the registration of crop protection products for A. cruentus,” Marcele added.

Research Contributes to Food Security from University of the Free State on Vimeo.

News Archive

André Roodt leads European Crystallographic Association
2012-08-30

Prof. André Roodt, newly-elected ECA president.
30 August 2012

 Prof. André Roodt, Chairperson of the Department of Chemistry, made history in being elected as the first non-European president of the European Crystallographic Association (ECA). He was elected as the new president of the ECA for 2012-2015 at the 27th European Crystallographic Meeting held in Bergen, Norway, recently.

Other members of the current Executive Committee are from the UK, Italy, Belgium, Germany, Spain, Russia, Hungary and the Czech Republic. The ECA’s national membership includes more than 40 countries in Europe, the Middle East and Africa, and covers research on all aspect of pure and applied crystallography, including intersections with biology, earth sciences, mathematics, physics, chemistry and materials science.

It is the first time since its inception more than 40 years ago the ECA has a non-European president, and in particular the first one from Africa.
 

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