2020s
Vote for your favourite cover here: https://buff.ly/3ziieYt
*The 2020s... It's hard to talk about this decade without mentioning COVID-19 and its impact on all of us. For this throwback, we're highlighting the special issues we've published related to the pandemic. See our compilation issue, More Eyes on COVID-19 (https://buff.ly/4gzSCGX), and our full issue, How to Do Social Distancing in a Shack: COVID-19 in the South African Context (https://buff.ly/3t1iHYy). We've also published standalone papers in our regular issues, including COVID-19 Amplifies Urban Inequalities (https://buff.ly/3Xx2BEx), which received significant attention online. This paper provides original evidence of the unequal impact of COVID-19 on livelihoods and well-being across different types of urban areas.
2010s
Vote for your favourite cover here: https://buff.ly/3XkjfH6
2000s
Vote for your favourite cover here: https://buff.ly/3ML39Br
*Looking back at the early 2000s, Fairbanks et al. documented the procedures and results of the National Land-cover (NLC) Database project—a comprehensive land-cover database for South Africa, Swaziland and Lesotho. This project was designed to support various regional modelling, monitoring, and analytical efforts. Before the implementation of the NLC Database project, no standardised database of current land-cover information existed for South Africa as a whole.
Accurate and up-to-date land-cover and land-use information was crucial for strategic planning, sustainable resource management, and environmental research. The aggregated results from the NLC Database at that time revealed the following general surface types in South Africa:
34.1% shrubland and low fynbos; 21.3% grassland; 17.6% thicket and bush land; 12.2% cultivated lands; 5.8% forest and woodland; 4.9% degraded lands; 1.5% forest plantations; 1.1% urban/built-up lands; 0.5% wetlands; 0.4% water bodies; 0.3% forest; 0.2% herbland; 0.2% barren rock; and 0.14% mines and quarries.
The accuracy of the database ranged from 51% to 93%, depending on the geographical area, with kappa index values ranging from 35 to 88.
Read the full article here: https://buff.ly/4dT6NoR
Vote for your favourite cover here: https://buff.ly/4dDsw49
*In 1990, Henschel reported on dune spiders, Carparachne aureoflava, that have a unique escape strategy—wheeling. Use of the wheel by animals was not reported in scientific literature at the time. These spiders, found in the central Namib Desert, roll down sand dunes to evade predators. Their rolling motion blurs their outline, making it harder for predators such as wasps to catch them. This fascinating behavior showcases nature's ingenuity in survival tactics. Read the full article here: https://buff.ly/3MzdvUU
1980s
Vote for your favourite cover here: https://forms.gle/2uh1XyKJ8fG3gjYb7
*In 1985, Russell tells us more about PRECIS, the herbarium specimen database developed by the Botanical Research Institute. At the time, it was recognised as the largest of its kind in the world. This innovation provided the first complete inventory of all plant taxa in Southern Africa, including synonyms and literature references, as well as checklists for specific localities and regions. It also enabled the sorting of specimen data in various ways for different purposes. Read the full article here: https://buff.ly/4fZHaUQ
1970s
Vote for your favourite cover here: https://forms.gle/ddzNigXQnbRK7gFC7
*In 1978, Feast provides insights into the advancements in South African astronomy during this period. According to Feast, South Africa's involvement in astronomical research increased significantly, marked by the establishment of national observatories. The South African Astronomical Observatory and the Hartebeesthoek Radio Astronomy Observatory offered state-of-the-art facilities, paving the way for substantial research and future growth. Read the full article here: https://buff.ly/3AroSeR.