Student & Research Support
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The C·I·B is an inter-institutional Centre of Excellence established in 2004 within the DST-NRF
Centres of Excellence Programme. Its members undertake research on the biodiversity consequences of biological
invasions, largely through post-graduate student training. The principal aims of the Centre's work are to reduce
the rates and impacts of biological invasions by furthering scientific understanding and predictive capability,
and by developing research capacity.
The C·I·B has its physical home at the University of Stellenbosch, but comprises a network of senior
researchers and their associated postdoctoral associates and graduate students throughout South Africa.
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In support of our vision, we are offering bursaries to students who are studying towards an
Honours, Masters or Doctoral degree in biodiversity, environmental sociology or invasion biology.
Click on links to the left to find out more about the support and bursaries that are on offer.
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News |
| 28 November 2008 |
Between 12 and 14 November 2008, The Centre for Invasion Biology hosted some of the World’s top invasion scientists at its international symposium entitled ‘Fifty Years of Invasion Ecology – The Legacy of Charles Elton’.
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| 07 November 2008 |
Epidemic disease constitutes a substantial threat to the viability of species, especially of endangered, social species. In the latest issue of Bulletin of Mathematical Biology, a group of Chinese scientists together with C·I·B researcher Cang Hui explored the complex dynamics and spatial patterns related to this question.
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| 03 November 2008 |
It is not only history that repeats itself – nature does too. For example, the drainage system of the Okavango Delta in Botswana resembles the veins of a leaf. The phenomena that “in one grain of sand you can see the universe” is termed fractal behavior , or self-similarity and its discovery is credited largely to Benoit Mandelbrot.
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| 29 October 2008 |
Gram for gram, it costs about the same amount to live, whether bacterium or whale. Despite the enormous biological diversity on the planet- from bacteria to elephants, and algae to sapling trees- analysis of over three thousand species suggests that metabolism displays a striking degree of homeostasis across all of life.
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