Read more about the article Strong population genetic structuring for ocean island caecilian
The São Tomé caecilian, Schistometopum thomense

Strong population genetic structuring for ocean island caecilian

Long distance dispersal of animals with low vagility has been treated as an enigma in biogeography. Truly oceanic islands (those which arose without ever having contact with the mainland) are excellent places for these investigations as all flora and fauna must have dispersed over an oceanographic barrier (see le Roux et al 2014; de Queiroz 2014). The island of São Tomé in the Gulf of Guinea turns out to be particularly interesting as it has a number of endemic amphibians, themselves intolerant of sea-water, and for whom a particular form of rafting was postulated by CIB core team member, John Measey.

Comments Off on Strong population genetic structuring for ocean island caecilian

Protected areas proven to conserve biodiversity

Protected areas conserve biodiversity and more action is needed to ensure safeguards are in place to protect these areas, were two of the main findings of a recent study by C·I·B researchers. Published in the scientific journal, PLOS ONE, researchers from the Centre for Invasion Biology, Monash University (Australia), and the University of Exeter (UK), used meta-analysis - combining results from different studies - to look at the past 30 years of research into protected areas, to determine whether they actually protect biodiversity.

Comments Off on Protected areas proven to conserve biodiversity

Proactive land management can help reduce natural disasters

Climate change is predicted to have serious consequences for people, who will be exposed to natural disasters such as floods, droughts, fires and coastal storm surges that are linked to climate change. It is further predicted that climate change will be inevitable, even under the most optimistic of scenarios, as the world continues its commitment to the use of fossil fuels.

Comments Off on Proactive land management can help reduce natural disasters

C·I·B research predicts performance and survival of agricultural crop pests in the Western Cape

Predicting the impacts of climate change on biological systems is a difficult, but necessary, challenge of ecological research. This challenge is particularly important for agricultural pests that can cause damage to a region’s economy and food security. In the case of invasive pest insects, land managers require information on not only the presence of a species, but also its relative performance at a given location (i.e. potential damage to crops). To make such predictions under novel climates, an understanding of the processes through which climate constrains, or enhances, an organism’s survival and performance is required.

Comments Off on C·I·B research predicts performance and survival of agricultural crop pests in the Western Cape
Read more about the article Iimbovane a hit with young biodiversity enthusiasts
Learners attending the Big on Biodiversity workshops sharing what they have learnt during the week.

Iimbovane a hit with young biodiversity enthusiasts

In July this year, the Iimbovane Outreach Project introduced 30 Life Science learners to the wonders of biodiversity, during two workshops held at the Centre for Invasion Biology.

Comments Off on Iimbovane a hit with young biodiversity enthusiasts