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22 February 2021 | Story Thabo Kessah | Photo Thabo Kessah
Prof Rodwell Makombe’s literary research focuses on a Facebook page that ‘reconstructs home away from home’.

Home is a complex concept, as it is not a physical place. This is according to Prof Rodwell Makombe’s recently published research article titled, Online images and imaginings of home: The case of Qwaqwa Thaba Di Mahlwa Facebook page

“The article looks at how migrants from Qwaqwa, now living in Johannesburg, Durban, Cape Town and elsewhere, imagine Qwaqwa as home. Because they spend a lot of time away from home, they always have a longing and a sense of loneliness, as they live in places that are not home. They also have to find ways of reminiscing about their homeland. This study is about how they reconstruct home away from home. There are two approaches towards the idea of home. Firstly, home can be conceptualised as a familiar place and a place of origin that offers stability. Secondly, home is within them and they carry it with them wherever they go,” said Prof Makombe. 

‘Qwaqwa Thaba Di Mahlwa’  

The study focused on a Facebook page created by Qwaqwa migrants, called ‘Qwaqwa thaba Di Mahlwa’. “We looked at the images that were posted on this page and how they seek to construct Qwaqwa as a home. When a person posts a picture from Qwaqwa, everyone from Qwaqwa associates with the picture and are reminded of certain things from home. Migrants make homes out of this Facebook page and the page becomes a place where all can rally together and construct their home,” he added. 

The study is part of a broader book project titled Visual Cultures of the Afromontane, funded by the Afromontane Research Unit. 

Prof Makombe is an Associate Professor in the Department of English on the Qwaqwa Campus. His areas of research include cultural studies, postcolonial literatures, and cultures of resistance. The article was co-written with Dr Oliver Nyambi.  

 

 

LISTEN: Prof Rodwell Makombe on Qwaqwa migrants and their connection to home

News Archive

UFS leads the way with GMO testing
2003-08-25

A formal agreement linking Africa’s first testing facility for genetically modified organisms (GMO) to an international organization was signed at the University of the Free State.

According to the manager of the GMO testing facility, Dr Chris Viljoen of the Department of Plant Sciences, the facility is now part of GeneScan, a world leader in food diagnostic testing, which has its headquarters in Germany with subsidiaries in the Unites States, Brazil and Hong Kong.

The facility at the UFS has been selected by the second largest international food company to do all its South African GMO testing for export products.

The GMO testing facility is the brainchild of Dr Viljoen, who is a specialist in the field of marker biotechnology and its applications in crop science.

He says the need for such a testing facility arose due to the international regulations on GMOs in food, especially Europe and Asia that requires South African exporters to certify whether their products contain any GMO.

“The regulations in Europe and Asia reflect a consumer need for choice in what they eat due to concerns over the safety of GMOs, as well as environmental and ethical issues. GMO testing and labelling allow consumers the right of choice to eat genetically modified foods or not. According to EU regulations, any product with a GMO content of 1% or higher is labelled as containing GMO.”

According to Dr Viljoen only four products in South Africa are currently GMO. They are white and yellow maize that have been made insect resistant, soya bean that is herbicide tolerant and insect resistant cotton. He says that the awareness of GMOs among South Africans is still very limited, especially in poorer communities, but it is likely to increase with the efforts being made in consumer education by government, seed companies and NGOs.

The testing facility has been established to accommodate the local as well as international market. The GMO testing at the UFS facility is performed using real time PCR, the most advanced means of GMO detection currently available, and using GeneScan developed technology that is recognized worldwide.
 

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