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Unique fauna and flora under siege on South Africa's west coast

Unique fauna and flora under siege on South Africa's west coast

Daily Maverick17-07-2025
The smallest tortoise in the world lives on South Africa's west coast, and a button-shaped succulent endemic to a tiny area of the Northern Cape can be found nowhere else in the world. But the area's unique fauna and flora are under threat from poaching, mining, farming and climate change.
South Africa's west coast, and the hinterland it borders, looks harsh and desolate, but a mere 30 years ago, if you were a naturalist seeking fauna and flora species endemic to specific regions, you would have unearthed a bubbling abundance in a vast, arid ecosystem.
Scanning the veld, you would have found a wonderland of curious dwarf succulents from the genus Conophytum, some covered in a fine film of fur like a baby's bottom (' baba boude ' in Afrikaans). You would have found living pebbles pushed into crevices – others in the form of 'waterblasies' (water blisters), dumplings, cubes, cones or tiny bowls.
Back then, if you stopped and sat for a while in the Richtersveld and parts of the Karoo – an ancient Khoi/San word that means 'dry' or 'thirsty place', you might have seen the smallest tortoise in the world amble past, ploughing a path through the plants in its bid to eat the little shrubs it likes.
Looking up, you might have seen giant tree-like plants stooped on the side of a koppie like a battalion of twisted wraiths from Lord of the Rings. Say hello to the half mens (half person) or Pachypodium namaquanum. The first word, denoting Genus, is Latin for 'big feet', due to the way the plant thickens at its base.
If you craned your neck further and looked up, you'd see – wheeling in a stark sky seared by the summer sun – the graceful looping arc of a bird of prey: the unmistakable sky dance of a male black harrier (Circus maurus) trying to attract a female.
Now the encroachment of mining and agriculture has denuded this bird to a mere 1,000 adults alive in the wild.
With extra patience in your repose, 30 years ago, perhaps in unison with the undulating breath of ancient Earth, a treasure trove of creatures and plants would slowly appear among the quartz-strewn vlakte (plains), such as bizarre bulbs busting out from rocky cracks, seemingly fused to the Earth by the blowtorch of an alien joker.
Larger four-legged predators and prey, such as leopard and gemsbok, might morph into view in the distance. And you'd spy, with your little eye, other creatures beginning with a lot of letters at your feet – an evolutionary carnival procession of insects and lizards scurrying about their business: feeding, procreating and avoiding being eaten – not always successfully.
In this unforgiving place, the food chain is a relentless dance of the hunted and the hunter. All species of fauna – eight, six, four or two-legged – are in it to win it, all the way up to the intemperate and nasty creature that lords over them all: humankind.
Many noteworthy species of fauna and flora have suffered critically damaging ailments caused by this apex predator.
Thirty years from when you parked off on a rock in the vlakte, marvelling at a wondrous collection of oddities, you must now wander increasingly bigger areas to find fauna and flora endemic to these spaces – many are rapidly becoming rare, if not extinct.
These life forms took millions of years to adapt to this unyielding land baked by ungodly heat, blasted by endless wind, and plunged into icy winter nights, and yet they now fall victim to the single-use greed of gangly, gormless two-legged man, with his cruel machinations and stinky machines.
Let's allow the sexist 'trope' of assuming the protagonist is male for a moment, because in this forsaken place that is so out of (over)sight and out of mind, it is mostly men who are responsible for the three main threats that face the west coast, the strip that lies along the western edge of this huge hinterland.
There is the black market theft of fauna and flora. There is the grim reality of climate change. There is habitat loss from the relentless metastasising of mining and agriculture. The ad hoc nature of multiple heavy mineral sand mining, and threats posed by diamond and phosphate mines, fragment the habitat that sustains life. So does overgrazing and agricultural activity.
If a mining company has cleared away a patch of veld that houses the plant Doll's Roses (genus Hermannia) favoured by our tiny tortoise, it would have nothing to eat. That's the problem with sensitive ecosystems. They're prone to collateral damage that sends ripples through the trophic levels of the food web, and that spells catastrophe if the delicate interconnection of things is severed. A small thing becomes a BIG thing.
Take the relatively confined area of the west coast beachside farm Waterval (Strandfontein 559) just north of the border between the Western and Northern Cape. The owners, Braam and Theresa Niewoudt, are fighting off attempts by Richwill Diamonds to mine on their farm. Their farm is a habitat where our dwarf tortoise can be found – but not if its food foraging range is erased.
And what impact do the much bigger mines have? The mind boggles at the sheer scale of, say, Tronox Namakwa Sands, whose mining concession was more than 19,000 hectares in 2022, according to their annual report that year. According to the Southern African Institute of Mining and Metallurgy, when at full capacity, Tronox mines 18 million metric tonnes of ore per annum.
The extent of the mine at Tronox is one of the most profoundly disturbing images you will see, barring possibly the ruined landscape south of the Orange River at Alexkor towards Port Nolloth, or the devastation you see at Trans Hex mines along and near the Orange River and elsewhere – vast moonscapes of upturned earth.
What chance do the little critters have against such a large-scale onslaught?
Apart from the giant excavations mining creates, there are smaller, but equally negative byproducts. Sand mines are crisscrossed with wide roads that carve up the veld to transport mined material to processing plants. Back and forth these giant machines thunder, their tyres as big as small houses, belching smoke and dust, disturbing vegetation and cleaving species habitats apart.
This becomes a potential suicide mission for fauna species, particularly if you're a very slow-moving tortoise, or an endangered red lark (Calendulauda burra) trying to breed in a dust bowl, your chirpy mating calls drowned out by the guttural roar of 16-cylinder behemoths.
According to Cape Nature, Van Zyl's golden mole (Cryptochloris zyli), exists in coastal dunes and sandy tracts in the temperate Succulent Karoo strandveld. These are the sands that heavy mineral and coastal diamond miners target. No wonder this mole is classified as endangered.
In one ray of hope, De Winton's golden mole (Cryptochloris wintoni) – an elusive mole that 'swims' through sand – was lost to science for 87 years until it was rediscovered in November 2023 by the Endangered Wildlife Trust. It survives precariously, threatened by ongoing mining near Port Nolloth.
The danger of the 'digging-up-sand' mining technique is scary when you consider that the Succulent Karoo, which spans the sandy climes of Northern and Western Cape, 'hosts a staggering 40% of plant species endemic to South Africa, with about 40% being unique to this region', according to the World Wildlife Fund.
Look at what a company called Fish by the Sea wants to do to beaches next door to the Tronox mine. Ignoring the almost sinister irony of the name, it has made an application to 'bulk sample' for diamonds, which is also adjacent to a declared Critically Biodiverse Area. Its earlier application was deemed inadequate, so it is trying again. Sit back and digest the horror movie numbers it proposes.
To 'prospect' for diamonds, it will dig up to 20 'prospecting pits', each comprising almost 6,000 cubic metres of beach sand, gravel and coastal topsoil. But that's a fraction of the four trenches backed towards the intertidal zone it will dig – each 10-15 metres deep, 300m long and 150m wide, comprising at least 450,000m³ in sand and soil, and a 'sand overburden' berm 5m high to keep the sea out.
Urgent message to golden moles De Winton and Van Zyl: Get the heck out of Dodge City!
While the nonprofit, Protect the West Coast, focuses on mining, in particular heavy sand and diamond mining, because of its uniquely negative impact on the environment, other threats are piling up.
Habitat loss also comes from farming and overgrazing. Take the red lark as an example. According to BirdLife SA, this native to the Northern Cape and Richtersveld, also known as the ferruginous lark, is classified as Vulnerable by the International Union for Conservation of Nature (IUCN). This means it faces a high risk of extinction in the wild due to habitat loss and degradation, primarily caused by overgrazing. Specifically, a mere 5% of its range contains suitable habitat.
Then there is climate change, which manifests in many ways as the natural world struggles to induce an evolutionary response that can keep up with the speed of the impact. Succulents do need some moisture, even if occasional mist, and heaven forbid, a spot of rain every year or three. But endless heat they cannot abide.
And of course, there is the scourge of poaching, which has already driven species to the edge of extinction, and in the case of some: well, they're gone forever.
According to South African conservationist and author of The End of Eden Adam Welz, writing on the Yale University website: 'Because of poaching, at least eight species of Conophytum are now considered 'functionally extinct', which means that a tiny number may still survive in the wild, but there are too few to sustain the species' population or fulfill their previous role in their ecosystem. All Conophytum species have been reclassified in higher IUCN Red List threat categories since 2019.'
According to this article in The Times of London, illicit sales of Conophytum rocketed during the Covid lockdown and continue unabated. The strange and otherworldly shaped succulents, some like 'cute little alien peas', are easily packaged due to their size, and are all the rage around the world.
'Search Reddit and you will find scores of fans showing off specimens bought for eye-watering sums,' cites The Times, with one species, Conophytum minimum (found near Lesotho), going for $325 on eBay (almost R6,000).
In one sting operation near the Richtersveld town of Steinkopf in April 2022, according to the article, police seized 22,000 individual Conophytum species from the area, with more than a million succulents intercepted generally by law enforcement over the past four years. A year earlier, police arrested a resident of the town for illegal possession of eight boxes of Conophytum worth R300,000 on the South African market (let alone overseas).
In a scary coincidence for this writer, and proof of the sheer fragility of some Conophytum species, the incredibly rare Conophytum crateriforme or 'dumpling', or 'bowl button' ('knoppie' in Afrikaans ) has literally ONLY been found in a 12km² area near Steinkopf, the very town The Times mentioned above, and the town that we have driven past many times on our mission to Protect the West Coast.
You don't find this plant anywhere else on Earth, and soon, you won't find it here either. DM
Over a journalism career spanning 40 years, Steve Pike has written, designed and edited for newspapers, magazines and websites in South Africa, Hong Kong and Melbourne. Over the last 20, he has managed the Wavescape Surf & Ocean Festival and is a keen conservationist who currently writes for nonprofit Protect the West Coast.
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Unique fauna and flora under siege on South Africa's west coast
Unique fauna and flora under siege on South Africa's west coast

Daily Maverick

time17-07-2025

  • Daily Maverick

Unique fauna and flora under siege on South Africa's west coast

The smallest tortoise in the world lives on South Africa's west coast, and a button-shaped succulent endemic to a tiny area of the Northern Cape can be found nowhere else in the world. But the area's unique fauna and flora are under threat from poaching, mining, farming and climate change. South Africa's west coast, and the hinterland it borders, looks harsh and desolate, but a mere 30 years ago, if you were a naturalist seeking fauna and flora species endemic to specific regions, you would have unearthed a bubbling abundance in a vast, arid ecosystem. Scanning the veld, you would have found a wonderland of curious dwarf succulents from the genus Conophytum, some covered in a fine film of fur like a baby's bottom (' baba boude ' in Afrikaans). You would have found living pebbles pushed into crevices – others in the form of 'waterblasies' (water blisters), dumplings, cubes, cones or tiny bowls. Back then, if you stopped and sat for a while in the Richtersveld and parts of the Karoo – an ancient Khoi/San word that means 'dry' or 'thirsty place', you might have seen the smallest tortoise in the world amble past, ploughing a path through the plants in its bid to eat the little shrubs it likes. Looking up, you might have seen giant tree-like plants stooped on the side of a koppie like a battalion of twisted wraiths from Lord of the Rings. Say hello to the half mens (half person) or Pachypodium namaquanum. The first word, denoting Genus, is Latin for 'big feet', due to the way the plant thickens at its base. If you craned your neck further and looked up, you'd see – wheeling in a stark sky seared by the summer sun – the graceful looping arc of a bird of prey: the unmistakable sky dance of a male black harrier (Circus maurus) trying to attract a female. Now the encroachment of mining and agriculture has denuded this bird to a mere 1,000 adults alive in the wild. With extra patience in your repose, 30 years ago, perhaps in unison with the undulating breath of ancient Earth, a treasure trove of creatures and plants would slowly appear among the quartz-strewn vlakte (plains), such as bizarre bulbs busting out from rocky cracks, seemingly fused to the Earth by the blowtorch of an alien joker. Larger four-legged predators and prey, such as leopard and gemsbok, might morph into view in the distance. And you'd spy, with your little eye, other creatures beginning with a lot of letters at your feet – an evolutionary carnival procession of insects and lizards scurrying about their business: feeding, procreating and avoiding being eaten – not always successfully. In this unforgiving place, the food chain is a relentless dance of the hunted and the hunter. All species of fauna – eight, six, four or two-legged – are in it to win it, all the way up to the intemperate and nasty creature that lords over them all: humankind. Many noteworthy species of fauna and flora have suffered critically damaging ailments caused by this apex predator. Thirty years from when you parked off on a rock in the vlakte, marvelling at a wondrous collection of oddities, you must now wander increasingly bigger areas to find fauna and flora endemic to these spaces – many are rapidly becoming rare, if not extinct. These life forms took millions of years to adapt to this unyielding land baked by ungodly heat, blasted by endless wind, and plunged into icy winter nights, and yet they now fall victim to the single-use greed of gangly, gormless two-legged man, with his cruel machinations and stinky machines. Let's allow the sexist 'trope' of assuming the protagonist is male for a moment, because in this forsaken place that is so out of (over)sight and out of mind, it is mostly men who are responsible for the three main threats that face the west coast, the strip that lies along the western edge of this huge hinterland. There is the black market theft of fauna and flora. There is the grim reality of climate change. There is habitat loss from the relentless metastasising of mining and agriculture. The ad hoc nature of multiple heavy mineral sand mining, and threats posed by diamond and phosphate mines, fragment the habitat that sustains life. So does overgrazing and agricultural activity. If a mining company has cleared away a patch of veld that houses the plant Doll's Roses (genus Hermannia) favoured by our tiny tortoise, it would have nothing to eat. That's the problem with sensitive ecosystems. They're prone to collateral damage that sends ripples through the trophic levels of the food web, and that spells catastrophe if the delicate interconnection of things is severed. A small thing becomes a BIG thing. Take the relatively confined area of the west coast beachside farm Waterval (Strandfontein 559) just north of the border between the Western and Northern Cape. The owners, Braam and Theresa Niewoudt, are fighting off attempts by Richwill Diamonds to mine on their farm. Their farm is a habitat where our dwarf tortoise can be found – but not if its food foraging range is erased. And what impact do the much bigger mines have? The mind boggles at the sheer scale of, say, Tronox Namakwa Sands, whose mining concession was more than 19,000 hectares in 2022, according to their annual report that year. According to the Southern African Institute of Mining and Metallurgy, when at full capacity, Tronox mines 18 million metric tonnes of ore per annum. The extent of the mine at Tronox is one of the most profoundly disturbing images you will see, barring possibly the ruined landscape south of the Orange River at Alexkor towards Port Nolloth, or the devastation you see at Trans Hex mines along and near the Orange River and elsewhere – vast moonscapes of upturned earth. What chance do the little critters have against such a large-scale onslaught? Apart from the giant excavations mining creates, there are smaller, but equally negative byproducts. Sand mines are crisscrossed with wide roads that carve up the veld to transport mined material to processing plants. Back and forth these giant machines thunder, their tyres as big as small houses, belching smoke and dust, disturbing vegetation and cleaving species habitats apart. This becomes a potential suicide mission for fauna species, particularly if you're a very slow-moving tortoise, or an endangered red lark (Calendulauda burra) trying to breed in a dust bowl, your chirpy mating calls drowned out by the guttural roar of 16-cylinder behemoths. According to Cape Nature, Van Zyl's golden mole (Cryptochloris zyli), exists in coastal dunes and sandy tracts in the temperate Succulent Karoo strandveld. These are the sands that heavy mineral and coastal diamond miners target. No wonder this mole is classified as endangered. In one ray of hope, De Winton's golden mole (Cryptochloris wintoni) – an elusive mole that 'swims' through sand – was lost to science for 87 years until it was rediscovered in November 2023 by the Endangered Wildlife Trust. It survives precariously, threatened by ongoing mining near Port Nolloth. The danger of the 'digging-up-sand' mining technique is scary when you consider that the Succulent Karoo, which spans the sandy climes of Northern and Western Cape, 'hosts a staggering 40% of plant species endemic to South Africa, with about 40% being unique to this region', according to the World Wildlife Fund. Look at what a company called Fish by the Sea wants to do to beaches next door to the Tronox mine. Ignoring the almost sinister irony of the name, it has made an application to 'bulk sample' for diamonds, which is also adjacent to a declared Critically Biodiverse Area. Its earlier application was deemed inadequate, so it is trying again. Sit back and digest the horror movie numbers it proposes. To 'prospect' for diamonds, it will dig up to 20 'prospecting pits', each comprising almost 6,000 cubic metres of beach sand, gravel and coastal topsoil. But that's a fraction of the four trenches backed towards the intertidal zone it will dig – each 10-15 metres deep, 300m long and 150m wide, comprising at least 450,000m³ in sand and soil, and a 'sand overburden' berm 5m high to keep the sea out. Urgent message to golden moles De Winton and Van Zyl: Get the heck out of Dodge City! While the nonprofit, Protect the West Coast, focuses on mining, in particular heavy sand and diamond mining, because of its uniquely negative impact on the environment, other threats are piling up. Habitat loss also comes from farming and overgrazing. Take the red lark as an example. According to BirdLife SA, this native to the Northern Cape and Richtersveld, also known as the ferruginous lark, is classified as Vulnerable by the International Union for Conservation of Nature (IUCN). This means it faces a high risk of extinction in the wild due to habitat loss and degradation, primarily caused by overgrazing. Specifically, a mere 5% of its range contains suitable habitat. Then there is climate change, which manifests in many ways as the natural world struggles to induce an evolutionary response that can keep up with the speed of the impact. Succulents do need some moisture, even if occasional mist, and heaven forbid, a spot of rain every year or three. But endless heat they cannot abide. And of course, there is the scourge of poaching, which has already driven species to the edge of extinction, and in the case of some: well, they're gone forever. According to South African conservationist and author of The End of Eden Adam Welz, writing on the Yale University website: 'Because of poaching, at least eight species of Conophytum are now considered 'functionally extinct', which means that a tiny number may still survive in the wild, but there are too few to sustain the species' population or fulfill their previous role in their ecosystem. All Conophytum species have been reclassified in higher IUCN Red List threat categories since 2019.' According to this article in The Times of London, illicit sales of Conophytum rocketed during the Covid lockdown and continue unabated. The strange and otherworldly shaped succulents, some like 'cute little alien peas', are easily packaged due to their size, and are all the rage around the world. 'Search Reddit and you will find scores of fans showing off specimens bought for eye-watering sums,' cites The Times, with one species, Conophytum minimum (found near Lesotho), going for $325 on eBay (almost R6,000). In one sting operation near the Richtersveld town of Steinkopf in April 2022, according to the article, police seized 22,000 individual Conophytum species from the area, with more than a million succulents intercepted generally by law enforcement over the past four years. A year earlier, police arrested a resident of the town for illegal possession of eight boxes of Conophytum worth R300,000 on the South African market (let alone overseas). In a scary coincidence for this writer, and proof of the sheer fragility of some Conophytum species, the incredibly rare Conophytum crateriforme or 'dumpling', or 'bowl button' ('knoppie' in Afrikaans ) has literally ONLY been found in a 12km² area near Steinkopf, the very town The Times mentioned above, and the town that we have driven past many times on our mission to Protect the West Coast. You don't find this plant anywhere else on Earth, and soon, you won't find it here either. DM Over a journalism career spanning 40 years, Steve Pike has written, designed and edited for newspapers, magazines and websites in South Africa, Hong Kong and Melbourne. Over the last 20, he has managed the Wavescape Surf & Ocean Festival and is a keen conservationist who currently writes for nonprofit Protect the West Coast.

SA children say they really like to read, despite dismal reading test results
SA children say they really like to read, despite dismal reading test results

Daily Maverick

time28-05-2025

  • Daily Maverick

SA children say they really like to read, despite dismal reading test results

A deep dive into the data behind the poor scores of South Africa's primary school learns in reading assessments – Part 2 Grade 3 is an interesting time to test children for reading ability in South Africa. Children are taught in one of the 11 official languages (ostensibly their home language) in their first years of school, known as the foundation phase, from Grade R to Grade 3. From Grade 4, the 'language of learning and teaching', or language of instruction, becomes predominantly English or Afrikaans, although there are moves to change this and extend home-language instruction. Research shows that there are benefits in teaching young children foundational reading skills in their home language, even if the results of the latest surveys don't appear to hold that up. In the past five years, two surveys have found that our Grade 3s and Grade 4s can't read for meaning. The first, the International Association for the Evaluation of Educational Achievement's (IEA's) 2021 Progress in International Reading Literacy Study (Pirls) tested Grade 4s and involved children in 57 countries. The second, a local survey called the South African Systemic Evaluation (SASE), involved 56,650 learners from 1,688 schools. It looked at the reading and mathematics abilities of Grade 3, 6 and 9 learners across the country. The Department of Basic Education released the results of the SASE only in December 2024. In both surveys, the children who were tested in Afrikaans and English scored higher than the children who wrote the test in the other nine languages. In Pirls, English and Afrikaans were the only two languages where the average scores were relatively close to 400, the minimum required to show an ability to read for meaning in easy texts. In the SASE, the reading skills and knowledge learners are expected to be proficient at are divided into four performance levels. The first level, named 'emerging', is where learners are just beginning to develop the skills required for grade 3-level reading. The next level up, known as 'evolving', is where learners are beginning to construct and adapt what they have learnt. The third level, called 'enhancing', is where learners demonstrate that they actually have the required skills, are able to apply those skills and show they are moving towards independent learning. At the highest, 'extending' level, learners show an advanced understanding of the knowledge and skills required, apply their knowledge in creative ways and can learn independently. Learners need to have 'enhancing'-level skills to meet the requirements of Grade 3. Only one in five of the Grade 3s who took part achieved that level. Mother tongue Seventy-five percent of the Grade 3s in South Africa's public schools are taught in their home language, according to the Department of Basic Education. Professor Abdeljalil Akkari, an expert in education at the University of Geneva, argues that 'pre-primary is the educational sector which has the greatest need to be based on local pedagogy, traditions and cultures'. South Africa was one of the few countries that ran the Pirls test in multiple languages. While in theory, students testing in their home language rather than only English should equalise the assessment playing field, results showed that this was not in fact the case. Researchers have pointed out some testing issues with Pirls, such as how translating a European test into African languages may create more issues than it solves. An example given by researchers at the University of Pretoria is how the isiZulu version of the Pirls test needed to use foreign words in translations such as 'i-Hammerhead shark'. They show that due to translations, the isiZulu and English texts used in Pirls aren't equivalent, resulting in a harder test for the isiZulu schools compared with the English schools. Language of instruction If you look in more detail at the data on the language of instruction at schools, about a third of South Africa's Grade 3s are actually taught in English, even though English is the home language of fewer than 10% of them. Not surprisingly, 98% of the Grade 3s whose home language is English are taught in English at school; 92% of Afrikaans-speaking children are taught in Afrikaans. The picture is different for African language speakers. Children whose home language is isiNdebele are the least likely to be taught in their home language at 50%, according to DBE data. Sesotho speakers fare marginally better at 52%. More than 70% of the children who speak isiXhosa, Siswati, Setswana, Sepedi and Tshivenda were taught in their home language, as were two-thirds of children who speak Xitsonga and isiZulu. Provincial differences Provincial reading scores from the SASE showed that in the Western Cape, close to half the Grade 3s could read up to the required standard. In Gauteng, that dropped to 28% and in all the other provinces, fewer than 20% of the learners had Grade 3-level reading skills. Six languages are of particular concern because more than 40% of Grade 3 learners managed to achieve only the most basic performance level in their reading skills in the reading assessments. They are Sepedi, Setswana, Sesotho, isiNdebele, Tshivenda and Xitsonga. Those languages are predominantly spoken in the four provinces that scored the lowest in the SASE reading assessment: the Northern Cape, Mpumalanga, North West and Limpopo, according to Nwabisa Makaluza, a researcher at Stellenbosch University, who contributed an advisory note for the Reading Panel 2025 Background Report. In these provinces, a high percentage of Grade 3 learners are taught in their home language. For example, 87% in the Northern Cape, 72% in Mpumalanga, 79% in North West and 92% in Limpopo. In comparison, in Gauteng, only two in every five learners (43%) are taught in their home language. Gauteng is the most linguistically diverse province. No home language is truly dominant. The most commonly spoken language is isiZulu, but only one in four Grade 3s speak isiZulu at home. More than 20,000 Grade 3 learners speak Sesotho, Setswana, Sepedi and English at home, more than 10,000 speak Xitsonga, Afrikaans and isiXhosa. This diversity makes teaching in all the home languages a complicated affair, requiring teachers trained to teach foundation phase learners in multiple languages. Despite its linguistic diversity, and the relatively low proportion of learners taught in their home language, Gauteng's Grade 3 learners did better in SASE reading tests than all but those in the Western Cape. The standard of education, quality of teaching and availability of resources in the public schools may also play a part in the poor reading assessment results of children. Not enough African language teachers South Africa's universities are not producing enough teachers to meet the demand for foundation phase teachers who can teach in African languages, according to a Department of Basic Education report by education economist Martin Gustafsson. The most recently available data, which was for 2018, shows the languages with the biggest undersupply of teachers are Sepedi, isiXhosa and Setswana. Only three languages are producing enough teachers for the foundation phase: Tshivenda, Siswati and isiNdebele. 'Some African languages are producing as little as 20% of the required number of language of learning and teaching-specific teachers,' according to the report. The language in which children are taught to read is just one factor. There are historical factors, such as the channelling of resources during apartheid to white schools where English and Afrikaans were the languages of instruction. Thirty years later, many of those schools remain better resourced. Access to learning material 'Children learn better and are more likely to pursue their subsequent studies when they have begun their schooling in a language that they use and understand,' says Professor Abdeljalil Akkari. South Africa's education policy states that the language of learning and teaching must be the learner's 'home language', but it is the school that chooses which language is to be regarded as the home language for their learners, so in many cases the official home language is not actually their mother tongue, says Sinethemba Mthimkhulu and other Pretoria University researchers. In addition, educational resources are primarily designed for English-speaking learners. The actual language profile of the country is not at all reflected in textbook publications. Since the Covid-19 pandemic, many countries have incorporated digital learning into their schooling. The 2024 SA Book Publishing Survey shows that 1,130 new digital textbooks were published in English, more than 600 in Afrikaans and fewer than 300 were published in all the other South African languages combined. More worrying is the lack of new print textbooks being published in Sepedi, Setswana, SiSwati, Sesotho, isiNdebele, Xitsonga and Tshivenda. It's not only textbooks, other reading materials also show an English and Afrikaans dominance in a country where two in five people speak isiZulu and isiXhosa. The National Reading Baromete r, through the National Reading Survey, found that access to books in home languages is still a huge problem in South Africa. The survey found that 72% of parents who read with their young children would prefer to read in an African language. It also found that schools are the most important source of reading materials in South African households. In many cases (40%), the books that adults read with their children at home are school textbooks and 33% are fiction books. Looking at all books in general, fewer than 10% of book sales are for African language books, according to data from the latest South African Book Publishing Industry Survey. In the period from 2021-2024, fewer than 1% of book sales in South Africa were isiNdebele or siSwati books, and Sepedi and Sesotho publications each accounted for only 1%. isiZulu publications account for just 3% of these book sales and, although English is the home language of fewer than 10% of the population, English books made up 80% of the total book revenue, the book publishing industry survey shows. Two out of three households (63%) do not have any fiction or nonfiction books at all (this excludes bibles, magazines, textbooks etc). Most speakers of Xitsonga, isiNdebele and Tshivenda don't have a single book in their language at home, and more than 40% of Setswana and Sesotho speakers don't have any books in theirs, according to the 2023 National Reading Survey findings. Let the children read Despite the immense problems with reading, inequality and lack of resources, these reading surveys also reveal a shining light of hope, which is that South Africa's children actually like reading. Along with the Pirls reading test were various surveys, for the parents, school teachers and principals, as well as the children themselves. In the children's questionnaire, one of the questions asked whether they enjoyed reading. More than 70% of South Africa's children enthusiastically said they enjoyed reading, the 11th highest percentage of the 57 countries participating in the survey. In an 'enjoyment of reading' index, which encompassed a range of questions, Pirls found that 90% of the South African children like reading to some extent, and 50% of those like reading 'very much'. DM

First fossil pangolin tracks discovered in South Africa
First fossil pangolin tracks discovered in South Africa

Daily Maverick

time15-05-2025

  • Daily Maverick

First fossil pangolin tracks discovered in South Africa

No fossilised pangolin tracks had been recorded anywhere in the world until a track was found in South Africa, dated to between 90,000 and 140,000 years ago. A team of scientists who study vertebrate fossil tracks and traces on South Africa's southern Cape coast have identified the world's first fossil pangolin trackway, with the help of Indigenous Master Trackers from Namibia. Ichnologists Charles Helm, Clive Thompson and Jan De Vynck tell the story. What did you find? A fossil trackway east of Still Bay in South Africa's Western Cape province was found in 2018 by a colleague and was brought to our attention. It was found on the surface of a loose block of aeolianite rock (formed from hardened sand) that had come to rest near the high-tide mark in a private nature reserve. We studied it but our cautious approach required that we could not confidently pin down what had made the track. It remained enigmatic. How did you eventually identify it? In 2023, we were working with two Ju/'hoansi San colleagues from north-eastern Namibia, #oma Daqm and /uce Nǂamce, who have been interpreting tracks in the Kalahari all their lives. They are certified as Indigenous Master Trackers and we consider them to be among the finest trackers in the world today. We had called on their expertise to help us understand more about the fossil tracks on the Cape south coast. One example of the insights they provided was of hyena tracks, and we have published on this together. We showed them the intriguing trackway, which consisted of eight tracks and two scuff marks made, apparently, by the animal's tail. They examined the track-bearing surface at length, conversed with one another for some time, and then made their pronouncement: the trackway had been registered by a pangolin. This was an astonishing claim, as no fossilised pangolin tracks had previously been recorded anywhere in the world. It also confirms that pangolins were once distributed across a larger range than they are now. We then created three-dimensional digital models of the trackway, using a technique called photogrammetry. We shared these images with other tracking and pangolin experts in southern Africa (like CyberTracker, Tracker Academy, the African Pangolin Working Group, wildlife guides and a pangolin researcher at the Tswalu Foundation). There were no dissenting voices: not surprisingly, it was agreed that our San colleagues were highly likely correct in their interpretation. There is something really special about a fossil trackway, compared with fossil bones – it seems alive, as if the animal could have registered the tracks yesterday, rather than so long ago. What are the characteristics of pangolin tracks? Pangolins are mostly bipedal (walking on two legs), with a distinctive, relatively ponderous gait. Track size and shape, the distance between the tracks, and the width of the trackway all provide useful clues, as do the tail scuff marks and the absence of obvious digit impressions. A pangolin hindfoot track, in the words of our Master Tracker colleagues, looks as if 'a round stick had been poked into the ground'. And being slightly wider at the front end, it has a slightly triangular shape. Our Master Tracker colleagues are familiar with the tracks of Temminck's pangolin (Smutsia temminckii) in the Kalahari, which was the probable species that registered the tracks that are now evident in stone on the Cape coast. Other trackmaker candidates, such as a serval with its slim straddle, were considered, but could be excluded or regarded as far less likely. How old is the fossil track, and how do you know? The surface would have consisted of loose dune sand when the pangolin walked on it. Now it's cemented into rock. We work with a colleague, Andrew Carr, at the University of Leicester in the UK. He uses a technique known as optically stimulated luminescence to obtain the age of rocks in the area. The results he provided for the region suggest that these tracks were made between 90,000 and 140,000 years ago, during the 'Ice Ages'. For much of this time, the coastline might have been as much as 100km south of its present location. What's important about this find? Firstly, this demonstrates what you can uncover when you bring together different kinds of knowledge: our Western scientific approach combined with the remarkable skill sets of the Master Trackers, which have been inculcated in them from a very young age. Without them, the trackway would have remained enigmatic, and would have deteriorated in quality due to erosion without the trackmaker ever being identified. Secondly, we hope it brings attention to the plight of the pangolin in modern times. There are eight extant pangolin species in the world today, and all are considered to be threatened with extinction. Pangolin meat is regarded as a delicacy, pangolin scales are used in traditional medicines, and pangolins are among the most trafficked wild animals on earth. Large numbers in Africa are hunted for their meat every year. What does the future hold? Our San Indigenous Master Tracker colleagues have just completed their third visit to the southern Cape coast, thanks to funding from the Discovery Wilderness Trust. The results have once again been both unexpected and stupendous, and their tracking skills have again been demonstrated to be unparalleled. Many more publications will undoubtedly ensue, bringing their expertise to the attention of the wider scientific community and anyone interested in our fossil heritage or in ancient hunter-gatherer traditions. We hope that our partnership continues to lead to our mutual benefit as we probe the secrets of the Pleistocene epoch by following the spoor of ancient animals. DM This story was first published in The Conversation. Charles Helm is a Research Associate at the African Centre for Coastal Palaeoscience, Nelson Mandela University. Clive Thompson is a Research Associate at the African Centre for Coastal Palaeoscience, Nelson Mandela University. Jan Carlo De Vynck is an honorary researcher at the Evolutionary Studies Institute, University of the Witwatersrand.

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