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02 August 2019 | Story Valentino Ndaba
Red Square Upgrade artist impression
Eco-friendly measures will ensure better water management at the University of the Free State.

The first phase of an exciting environmentally focused project to upgrade Red Square between the Johannes Brill Building and the H van der Merwe Scholtz Hall on the Bloemfontein Campus is currently underway.

The project forms part of the water-wise and grey-water initiative of the University of the Free State (UFS) implemented in 2018 in response to climate change and drought conditions in the Free State, and to save water in alignment with global standards of environmental efficiency.

Out with the old, in with the new

Modern architecture will be used at Red Square to project the image of a campus that cares for the environment and believes in sustainable solutions. Phases 1, 2, and 4 of the upgrade will be dealt with during the current project. This will take approximately three months to complete, with the remaining phases to follow. 

The initiative also entails the upgrading of areas with crucial focal points that have a visible impact, such as the traffic circles at the George du Toit and Francois Retief buildings. Vegetation such as artificial grass, stones and drought-resistant plants will be the new signature look for these and other areas. 

Going green 
 

More than 100 indigenous trees will be planted as part of the initiative. This will ensure that all available water sources are used for consumption and for maintaining a healthy ecological footprint.
 
Red Square

News Archive

Short course in Applied Conservation Genetics developed at UFS
2014-08-22

 

Photo: en.wikipedia.org

During discussions with stakeholders in Kenya in 2013, a need was identified for training in conservation genetics with an African emphasis. In answer, Prof Paul Grobler from the Department of Genetics developed a short course in Applied Conservation Genetics.

Some of the phenomena studied in this field include:
• hybridisation between species such as blue wildebeest and black wildebeest,
• wildlife poaching and
• potential inbreeding in small game-farm populations.

From the onset, the course has been developed as an international venture. To this end, Dr Frank Zachos from the Natural History Museum in Vienna, Austria, committed himself to the project. Dr Jamie Roberts from the Department of Fish and Wildlife Conservation at Virginia Tech University in the USA also came on board. Both pledged their time and expertise to the course – without any financial gain.

Subsequently, our Department of Genetics presented this short course at the National Zoological Gardens (NZG) in Pretoria earlier this year. The team of presenters included Prof Grobler, Dr Zachos and Dr Roberts. They were joined by Dr Desire Dalton from the Research Division of the NZG, who added valuable practical experience to the presentations.

The course assumes a degree of prior knowledge of population and molecular genetics. A strong emphasis is placed on practical applications. The programme includes a strong component of statistics and hands-on training in the many approaches and software used in population genetics.

The group that attended the course included a contingent from the Namibian Ministry of Environment and Tourism, Dutch postgraduate students currently working at the University of Johannesburg and delegates from across South Africa.

This successful meeting followed an experimental first round of the course presented in Nairobi during 2013, attended by representatives from Kenya, Malawi, Nigeria, Mexico and Belgium.


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