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Newly discovered parasite named after Prof Louis du Preez

Newly discovered parasite named after Prof Louis du Preez

Mail & Guardian3 days ago
Naming species after scientists is a long-standing tradition in biology.
Taxonomic immortality can take many forms. For Prof Louis du Preez of North-West University (NWU), it comes with a twist of humour and a splash of irony: a newly discovered parasite, Latergator louisdupreezi, now bears his name.
The organism, identified by American researchers, belongs to a group of ocular parasites that inhabit the eyes of freshwater turtles and the hippopotamus. Prof du Preez knows this family well, perhaps too well. 'I did my post-graduate studies on this group of parasites,' he says. 'I've been searching for a parasite on the eye of a crocodilian for 30 years. I always suspected that one day it would be found on the eye of a crocodile.'
His quest was nothing if not thorough. 'I've personally examined about 20 crocodiles, whether dissected or butchered on crocodile farms, looking for this parasite,' he recalls. The search extended beyond Africa. 'In the USA, I was part of a team that examined 105 alligators following an annual alligator hunt to control the numbers, to see if we could find this parasite, but we couldn't find any.'
The breakthrough came elsewhere. A team in the United States finally found the elusive creature, lodged, as suspected, on the eye of an alligator. In recognition of his decades-long pursuit, they named the species after him. 'We always suspected they would be found on the eye of an alligator. So I feel very honoured by this. But I think the public might sympathise with me for this honour,' he says with his tongue firmly in his cheek.
Naming species after scientists is a long-standing tradition in biology, both as a mark of respect and, occasionally, gentle mischief. In Prof du Preez's case, Latergator louisdupreezi is both a tribute to a lifetime spent studying the wriggling, often overlooked creatures that make their living in or on other animals, and a wink at the peculiar intimacy between parasite and parasitologist.
For Prof du Preez, the find is a reminder of science's patient grind and the serendipity that occasionally rewards it. For the rest of us, it is an insight into the strange corners of zoology where a decades-long search can end, not in a cure or a grand theory, but in a microscopic squatter with an illustrious new name.
* This is not the first time a new species has been named after Prof Du Preez. In 2023, he was honoured by having a newly discovered Malagasy frog species named after him. The honour was bestowed by a group of German scientists from the University of Braunschweig, Landesmuseum in Darmstadt, and the Zoological Museum in München, in recognition of Prof Du Preez's substantial contributions to understanding the flatworm parasites of Malagasy anurans. The new species is now formally named and described as Blommersia dupreezi.
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The Giyani Local Scale Climate Resilience Programme: Building Climate Resilience Through Water Innovation
The Giyani Local Scale Climate Resilience Programme: Building Climate Resilience Through Water Innovation

Mail & Guardian

timea day ago

  • Mail & Guardian

The Giyani Local Scale Climate Resilience Programme: Building Climate Resilience Through Water Innovation

Dr Jeniffer Molwantwa, Chief Executive Officer: Water Research Commission In the water-scarce landscapes of Giyani, Limpopo Province, climate change poses a severe threat to rural livelihoods and agricultural productivity. Increasing droughts and erratic rainfall have intensified water scarcity, jeopardising food security and economic stability for local communities. For years, Giyani has been described as being 'permanently on 'Day Zero'', underscoring the critical need for sustainable water solutions. This relentless pressure impacts the marginalised, the rural poor, and often creates further gender imbalances, exacerbating existing socio-economic vulnerabilities. In response, the Water Research Commission (WRC), with financial backing from the Government of Flanders, launched the Giyani Local Scale Climate Resilience Programme (GLSCRP) in 2022. This initiative delivers innovative, sustainable water solutions tailored to local needs. The programme empowers communities by improving access to reliable water sources while promoting climate-smart agricultural practices. Through the strategic implementation of solar-powered boreholes, advanced hydroponic farming techniques, and smart irrigation systems, the GLSCRP addresses the dual challenges of acute water scarcity and profound climate vulnerability. By uniting government partners, NGOs, academic institutions, and private sector actors, the initiative fosters a framework for collaborative climate resilience. Its foundation rests on scientific research, deep community engagement, and a strong commitment to local ownership. WRC CEO Dr Jennifer Molwantwa reaffirmed the organisation's commitment to research-led, community-driven solutions, stating, 'This project is a powerful example of what can be achieved when science, community knowledge, and strategic partnerships come together. It's not just about providing water, it's about restoring dignity, supporting livelihoods, and building climate resilience from the ground up. It's about securing a sustainable future for generations to come. By investing in people, innovation, and collaboration, we are laying the foundation for long-term water security and climate adaptation that endures well beyond the life of this project.' As climate pressures intensify across South Africa, the GLSCRP stands as a beacon of hope, demonstrating that community-driven water innovation can indeed drive sustainable development, enhance food security, and build a resilient future for Giyani and beyond. Its integrated approach serves as a national model for addressing climate change impacts in vulnerable rural areas, providing tangible results and inspiring widespread adoption. 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Thomas Castrel of the Government of Flanders, highlighted the importance of strategic funding: 'Financing is not just about infrastructure, it's about investing in people, in ideas, and in resilience that endures.' Empowering Farmers, Women, and Youth Through Climate Resilience At the very heart of the Giyani Local Scale Climate Resilience Programme (GLSCRP) lies a profound commitment to empowering local farmers, with a special emphasis on women and youth cooperatives. This initiative has transformed countless lives, most notably that of Sasavona Delina Ngamba, a retired teacher from Ndhambi Village under the Dzumeri Traditional Council. Her remarkable journey from struggle to resounding success epitomises the transformative impact of the programme. Ngamba's farming venture began in 2016, following her retirement from teaching and her husband's early retirement due to health issues. While her initial plan was to care for her husband, she soon felt a compelling urge to farm, recognising its potential to build a family legacy and ensure food security for her community. Her 10-hectare farm at Ndhambi presented immense challenges, particularly the arduous task of manually carrying water from a single borehole to the fields, a cumbersome and exhausting practice that severely limited productivity. In 2022, 'out of the blue,' representatives from the Water Research Commission arrived at her farm. They interviewed her about her operations and sought her input on how to best improve her farming practices. Ngamba, though initially sceptical, cooperated fully. The WRC and its implementing agents – Tsogang Water and Sanitation, AWARD, UWC, and TTO Enterprise Development – intervened decisively. They built a new reservoir, refurbished the existing borehole, installed a modern solar system to power the water supply, and introduced cutting-edge hydroponics technology. This comprehensive support drastically reduced her manual labour and significantly increased water availability and efficiency, enabling year-round cultivation. Beyond infrastructure, the GLSCRP provided invaluable skills training. Ngamba received extensive education in water management, entrepreneurship, and climate-smart agriculture tailored to local conditions. 'This programme didn't just change my farm, it changed my life. With the skills and support I received, I'm now growing crops sustainably and empowering my community,' expressed Ngamba, highlighting the holistic impact of the intervention. Her farm, Matsambo Ngamba Farm, now produces a diverse range of crops including tomatoes, ochre, and other vegetables, employing six local individuals in addition to her son, Lucky, who ensures continuity. Ngamba's transformation has been so profound that she is now a recognised force in the farming sector. 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By fostering women's leadership and engaging youth as active climate stewards, the GLSCRP ensures that the benefits of water security and climate adaptation are equitably shared and sustained. Training workshops cover diverse topics, including water conservation techniques, hydroponics, solar pump maintenance, and effective market access strategies, equipping all beneficiaries with the tools necessary to thrive amidst climatic uncertainties. Ngamba's inspiring journey exemplifies how targeted empowerment initiatives effectively create jobs, enhance food security, and inspire a new generation of farmers to become resilient leaders within their communities. Through sustained capacity building and profound community ownership, the GLSCRP is laying a robust foundation for a thriving, climate-resilient future driven by empowered local actors. As Ngamba aptly put it, 'To all the stakeholders, I do not have words to thank you. 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This innovation drastically reduces dependence on erratic electricity supply, lowers operational costs, and ensures consistent water availability, even in remote rural areas. Complementing this, the refurbishment of existing boreholes and water reservoirs has substantially improved water storage capacity and distribution efficiency, ensuring continuous access for both domestic use and irrigation. Smart irrigation systems, including advanced drip and precision irrigation technologies, have been widely adopted to optimize water use. These systems deliver precise amounts of water directly to crops, significantly reducing waste, conserving precious resources, and substantially improving agricultural yields. Furthermore, decentralized water treatment units have been installed to ensure clean and safe water for both agricultural and sanitation needs at the community level, directly supporting enhanced food security and improved public health outcomes. The integration of these renewable energy-powered water systems with highly efficient irrigation has dramatically enhanced the region's resilience against climate fluctuations. These technological interventions have transformed local agriculture, enabling farmers to cultivate crops year-round despite challenging weather conditions, thereby boosting local economies and improving livelihoods across the Mopani District. A prime example of this infrastructural transformation is the Mbhedle Community Water Scheme, also operating under the Dzumeri Traditional Council. This scheme is a testament to the power of community-WRC partnership, designed to alleviate the severe effects of water scarcity on over 500 impoverished households. Mackson Mabunda, the project chairperson for the Mbhedle scheme, vividly described the dire situation before the WRC's intervention: 'Water scarcity was the norm until the Water Research Commission touched the village to make a difference. 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Beyond the Mbhedle scheme, the project also refurbished a critical cattle trough and a dam, while a 5,000-litre water tank was provided to an individual farmer. Community members actively participated in various workshops, gaining essential knowledge and skills in water conservation techniques, water quality testing, and the effective use and maintenance of the new tools and infrastructure provided. Nwa Baloyi, a resident, proudly stated that the Water Research Commission had fundamentally transformed her village, creating numerous job opportunities by drawing the necessary workforce directly from the local community. Key innovations implemented across the programme include solar-powered boreholes, water reservoirs, smart irrigation systems and decentralised water treatment. Together, these integrated innovations have ensured a consistent and reliable water supply, markedly improved agricultural output, and contributed significantly to long-term climate resilience throughout the Giyani region. The projects have now been officially handed over to the Greater Giyani Municipality and Mopani District Municipality, who will serve as the primary water authorities. Economic and Social Outcomes: From Water Scarcity to Market Opportunities The Giyani Local Scale Climate Resilience Programme (GLSCRP) has catalysed economic and social transformation across Mopani District, addressing water scarcity and fostering entrepreneurship. It supported the establishment of over 20 small businesses, creating vital jobs and driving community upliftment. Reliable water access through solar-powered boreholes and refurbished infrastructure enabled continuous farming, strengthening food security and boosting incomes. Enhanced market access achieved by beneficiary farmers and cooperatives is central to the programme's impact. Sasavona Delina Ngamba's Matsambo Ngamba Farm secured critical market linkages with national retailers such as Spar, Pep, Boxer, and Kgotsiame. These partnerships offer sustainable revenue streams, reduce farming risks, and enable small-scale farmers to shift from subsistence to commercial operations. Entrepreneurship, market linkages, and training in water conservation and quality testing have empowered women, youth, and communities with practical skills and self-reliance. Local workforce participation in project implementation further created jobs and built local capacity. The Mbhedle Community Water Scheme, which benefits over 500 households, demonstrates how improved water access enhances daily life, sanitation, and public health. This integrated approach fosters a vibrant rural economy, strengthened by social cohesion and a shared vision for a climate-resilient future. Despite notable progress, Giyani and similar regions still face climate-related challenges such as droughts, erratic rainfall, and ageing infrastructure, requiring sustained maintenance and adaptive management. The GLSCRP experience highlights that full climate resilience demands ongoing commitment and collaboration. Local municipalities, traditional authorities, and the Limpopo Provincial Government have pledged continued support. The Mopani District Municipality allocated over R171 million in its adjustment budget for water infrastructure, focusing on boreholes and their operation and maintenance. Mayor Pule Shayi affirmed, 'We accept the projects as handed over and we commit to work with our communities and cooperatives to ensure sustainability.' Scaling GLSCRP's model to other water-stressed regions will require greater collaboration between government, academia, the private sector, and communities. Increased investment in research-driven, locally adaptable solutions is essential. Strengthening inclusive governance and empowering grassroots participation will be key to ensuring equitable access and long-term resilience. Community ownership and training remain critical to sustaining progress beyond initial funding. The Giyani Local Scale Climate Resilience Programme stands as a testament to how innovation, partnerships, and strong local leadership can create a sustainable, dignified future. Its continued success depends on enduring collaboration, investment, and a shared vision for water security for all.

'See you later, alligator' gets new meaning in science
'See you later, alligator' gets new meaning in science

IOL News

timea day ago

  • IOL News

'See you later, alligator' gets new meaning in science

A parasitic flatworm found in the eye of an alligator is named after North-West University's Professor Louis Du Preez. Image: Supplied. The parasitic flatworm found in the eye of alligator in the US has been named after South African parasitologist, Professor Louis Du Preez. Image: Supplied. WHO said science was dull? Not when a newly discovered parasite is named with a wink to the classic slang, 'See you later, alligator.' After decades of poking crocodilians in the eye, South African parasitologist Prof Louis du Preez has been honoured for his work by having a parasite named after him: Latergator louisdupreezi. Du Preez, from North-West University, is a parasitologist and herpetologist who focuses his research on amphibians and their parasites. Chuckling this week, Du Preez told the Independent on Saturday that he was honoured that a team of US researchers named a parasitic flatworm, which was found in the eye of an alligator, after him. 'Other people will probably have pity for me, but for me it's a great honour.' Video Player is loading. Play Video Play Unmute Current Time 0:00 / Duration -:- Loaded : 0% Stream Type LIVE Seek to live, currently behind live LIVE Remaining Time - 0:00 This is a modal window. Beginning of dialog window. Escape will cancel and close the window. Text Color White Black Red Green Blue Yellow Magenta Cyan Transparency Opaque Semi-Transparent Background Color Black White Red Green Blue Yellow Magenta Cyan Transparency Opaque Semi-Transparent Transparent Window Color Black White Red Green Blue Yellow Magenta Cyan Transparency Transparent Semi-Transparent Opaque Font Size 50% 75% 100% 125% 150% 175% 200% 300% 400% Text Edge Style None Raised Depressed Uniform Dropshadow Font Family Proportional Sans-Serif Monospace Sans-Serif Proportional Serif Monospace Serif Casual Script Small Caps Reset restore all settings to the default values Done Close Modal Dialog End of dialog window. Advertisement Next Stay Close ✕ 'The reason for that was I've been working on this group of flatworms for more than 30 years now, and for 30 years I've been looking for this parasite on the eye of a crocodile, because we find this type of parasite on the eye of freshwater turtles and on the eye of the hippopotamus. And I've always suspected that one day we will find it in the eye of a crocodilian.' Crocodilians include crocodiles, alligators and gavials. Determined to prove his theory, Du Preez dissected crocodiles at crocodile farms in South Africa and examined animals that had been removed from nature. In the US, he dissected more than a hundred alligators looking for the parasite. He even swam with alligators for some of his research. 'So it's living on the surface of the eye and it's living off the mucus on the surface of the eye. It doesn't harm the crocodile at all, or the turtle or the hippo, but it may irritate them a little bit. So they are parasites because they live off another animal, but they don't kill the animal, they don't harm them. It is just evolutionary, a very old association that developed over a very long time, and so we use the parasites. By studying the phylogeny of the parasites we learn more about the hosts and how the hosts evolved and spread over the world.' For example, they established that some of the parasites from turtles in America jumped onto turtles in Europe, because people imported turtles from America, and scientists were able to trace the route back to the turtles from America. 'But this one now in the crocodile or in the alligator, that's a very first. And maybe one day we will find one in Africa, but there are no guarantees.' So what does this discovery mean for science? 'For us as parasitologists, it will provide quite a lot of information regarding the evolutionary development of these parasites. And I suspect that the parasite got transferred or migrated from a freshwater turtle to a crocodile. It's the same type of parasite. The turtles are evolutionarily way out, and the crocodile is a bit younger. And we will have to confirm at the molecular level.' In May next year, Du Preez will join the US researchers who named the parasite after him and, he hopes, find more of these parasites. 'There will be a crocodile culling event, or alligator cull, because there are too many of them in this part of America. And then they will allow us to have a look at the carcasses.' Du Preez previously named two parasites, one after his supervisor in Bloemfontein, another after a well-known professor in France, and another person in the US. 'Science is great and even today we find new things. And that's the beauty of science, it's that search for the unknown. And I hope that through my work and research that I inspire young people. And I try to, with the projects that we give students, to create opportunities for students to not only to enjoy but also to appreciate nature.'

Guardians of the Green: Conserving South Africa's medicinal heritage through the pepper-bark tree
Guardians of the Green: Conserving South Africa's medicinal heritage through the pepper-bark tree

Mail & Guardian

time2 days ago

  • Mail & Guardian

Guardians of the Green: Conserving South Africa's medicinal heritage through the pepper-bark tree

The pepper-bark tree project incorporates collaboration with traditional healers, traders and harvesters (EWT Pepper-bark Project) For thousands of years, Africa's landscapes have yielded plants with healing powers, sustaining not only In South Africa, these Historically, cultural rituals, protocols and practices and a profound cultural reverence for nature helped manage plant harvesting sustainably, explains But as human populations have grown and rural populations migrated to urban areas, demand has increasingly outstripped the available sources of many plant species. This, together with the erosion of harvesting controls and extensive habitat transformation through other human activities, has placed considerable pressure on numerous medicinal plant species. South Africa alone One of the most iconic medicinal plant species among them is the ( Warburgia salutaris ), long revered in Southern Africa for its healing properties. It is used for everything from respiratory ailments to digestive issues. In 2019, the EWT launched an integrated conservation project focused on this species in Limpopo, later expanding the scope of the project to include additional species and geographic locations in KwaZulu-Natal, Mpumalanga and Gauteng. Native to montane forests, thickets and woodlands in these regions, the pepper-bark tree has also been found in Mozambique and eSwatini but is believed to be extinct in the wild in Zimbabwe. The Native to montane forests, thickets and woodlands in these regions, the pepper-bark tree has also been found in Mozambique and eSwatini but is believed to be extinct in the wild in Zimbabwe. Its bark, roots and rootbark have historically been in high demand for traditional medicine across Southern Africa. Encouragingly, more recently, many of its therapeutic properties have been corroborated scientifically. 'From a conservation perspective, its leaves were found to contain the same phytochemicals as the other plant parts that were traditionally used for medicine,' Botha says, noting that the substitution of leaves for bark, roots or rootbark significantly reduces harvesting impact. 'We're starting to see healers and others, also in the local markets, also start using the leaves because people are finding that they are as effective in medicinal treatments as the bark and the root in many cases … One species will be used for very diverse, different uses in many cases and the pepper-bark isn't an exception.' Over the past three decades, national and regional conservationists have partnered with traditional healers and private sector players to mitigate over-harvesting through cultivation. More than 80 000 seedlings have already been distributed to traditional practitioners and community members. The Pepper-bark Tree Project incorporates collaboration with traditional healers, traders and harvesters to increase the diversity of species that are being cultivated in many areas. 'In addition, we are implementing strategies alongside private and communal landowners to protect and restore habitats. A seed viability assessment has also been conducted as the species germination rates in some populations are low,' Botha says. To secure habitat for the pepper-bark tree and other species, the EWT has collaborated with the Limpopo department of development and tourism and private landowners to secure formal protection of land through South Africa's Biodiversity Stewardship Programme. More than 70 hectares of invasive vegetation has been cleared from pepper-bark tree habitats, an effort that has triggered the reappearance of tree seedlings in areas where they had long been absent. 'We are also engaging with several communities in areas where pepper-bark trees and other medicinal species are being intensively harvested to explore opportunities to support them to improve harvesting controls and remind people of the importance of their biocultural heritage.' Harvesters frequently come from outside the area 'and, where possible, we invite them to join this national effort' to improve the sustainability of medicinal plants for now and for future generations. The EWT has engaged with about 300 traditional healers from more than 20 communities in Limpopo to identify strategies to reduce threats to wild medicinal plant populations. Training and education are vital pillars of the programme. In February and March, the programme collaborated with the South African National Biodiversity Institute (Sanbi) to develop and implement training on the cultivation of medicinal plants. 'This training will gradually be implemented across all our project areas to support cultivation and lay the foundation for scaling up these production efforts over time.' Following visits to Sanbi's The training incorporated demonstrations of various cultivation and propagation techniques, discussions on legislation and the permitting system and engagement on challenges people are facing in accessing medicinal plants. Each participant received seedlings and a starter pack to begin growing medicinal plants immediately. 'Our team follows up with the groups regularly to monitor the survival of plants and any challenges that they may be experiencing. We are also in the process of sourcing additional species for them to start growing,' Botha says. She notes how, in many rural communities, traditional harvesting was once guided by strict controls to ensure wild plant populations thrived. While some of these have faded under modern pressures, the knowledge and values remain. 'There's also an open commons challenge. You'll find that people will go to a site that is open access and then they know that, if they don't harvest those plants, then somebody else is going to come in and do it.' Traditional healers themselves still try to follow very strict harvesting protocols and 'there are a lot of cultural protocols associated with harvesting that are very, very important'. 'There are some types of plants that need to be collected from the wild but a lot of the healers whom I knew were growing plants before we started, whether it was in this project or projects I've worked on in Mpumalanga or other areas.' Many medicinal plant species are slow-growing or 'sometimes the seed may be recalcitrant' and it can be difficult to actually propagate them. 'The work that we're doing is helping the healers and other stakeholders to strengthen their cultivation skills and then also to provide the diversity of species that they actually need.' This is because most healers use a very diverse suite of species, Botha says. 'It's really important that they're able to access them legally without having to worry about being arrested if someone is caught with a bag of plants.' Hope lies in collaboration and the pepper-bark project is proof that the EWT is not only conserving a species but also reinforcing community agency, cultural heritage and sustainable livelihoods. Crucially, this conservation initiative is not about imposing modern conservation ideas — it's about reawakening ancient knowledge and co-creating solutions. 'Traditional healers are as passionate about sustainability as we are and in fact, I found that most community groups are,' Botha says. 'It's a myth that people don't actually care about the environment because they come from a different background, whether it's socio-economic or cultural. The healers are as enthusiastic about the work we do as we are.' This deep ancestral and spiritual connection with nature runs through most traditional healers' views of the environment. 'People, generally, in our modern society are losing our connections to nature because of technological advancements etcetera. More of us are more fixated on our phones or the latest gadget than we are concerned about walking in nature and experiencing nature in the way that perhaps was more easily accessible to people in the past.' One part of the programme's mission is to help people reconnect with nature, whether through visiting a botanical garden or walking in a local nature reserve. 'That deep spiritual connection that people have with the land, in this case particularly the healers … it's a case of reconnecting with nature and rekindling those relationships so that we in that way are able to foster more care for the planet.' It's incredibly inspiring work, she says. 'I don't think there's been a day where I haven't learned something new or a day where I haven't met amazing people or reconnected with amazing people from all walks of life.' Plants have been valued for their curative powers for millennia, not only as traditional medicines, but also in conventional medicine. 'Achieving our goals to reduce threats to species of conservation concern at scale will clearly take time and collaborative efforts across partner organisations and sectors to enable us to synergise our resources and share the knowledge, understanding and collective effort that is required to avert extinctions.' Critically, the needs of the poorest consumers, who depend on these plants for their healthcare, must be at the forefront. 'Many simply cannot afford more expensive alternatives and it is vital that we co-develop strategies to cultivate plants that are both affordable and aligned to the cultural protocols associated with the use of these medicines, so that their therapeutic values are retained or even, in some instances, restored.' People from all walks of life, including traditional healers, don't want to see the loss of their own natural resources. 'They value them in most cases for the intrinsic value of the plant as well as the fact that it is part of their livelihoods,' Botha adds.

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