The aim of the Karoo BioGap study was to better understand the interconnected ecosystems and sensitive habitats of the notoriously under-surveyed arid region. The endeavour led to the description of various new species of trapdoor spiders. Have a look at some pictures from the field here.
Watch carefully to see how a trapdoor spider catches its prey through its trapdoor.
Trapdoor spiders hide in underground burrows that are covered with a cork-like lid made of soil, silk and plants. Learn more about trapdoor spiders with this infographic.
Nine new trapdoor spider species have been discovered in the Great Karoo by researchers at the University of Pretoria’s (UP) Department of Zoology and Entomology, and the Agricultural Research Council (ARC).
In a study that signals potential reproductive and health complications in humans, now and for future generations, researchers at the University of Pretoria and Canada’s McGill University and Université Laval have concluded that toxins in the environment, notably DDT, modify the sperm epigenome at sites potentially transmitted to the embryo at conception.
This edition explores the theme of ‘Just Transitions’ which is generally characterised by ideas of sustainability and the greening of the economy, and supported by the ideas of resistance, rethinking and restructuring society for a better and more equitable future. As one of the most impactful producers of research in South Africa, UP has several specialised research teams that are on the...
This issue of RE.SEARCH looks at the impact of the University of Pretoria's research from early childhood interventions and the use of traditional medicines for holistic nursing to the role of women in peacekeeping efforts. The issue also provides insight into the critical question of coal power supply and how it will affect the economic opportunities of communities in the future.
Experts at the University of Pretoria (UP) are a step closer to finding a drug that could prevent transmission of the malaria-carrying parasite Plasmodium falciparum by thwarting its life cycle.
Researchers at the University of Pretoria have investigated Aloe marlothii and found that natural active ingredients in the roots of this aloe species have anti-plasmodial properties.
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