Concerted efforts are needed to mitigate widespread impacts of human activity on the planet’s ecosystems. However, figuring out how to restore biodiversity to degraded ecosystems at scale takes a monumental collaborative effort.

In early June 2024, a team of highly motivated individuals and organizations, led by Profs. Karen Esler and Pat Holmes of the Department of Conservation Ecology & Entomology, completed the active planting of 20 ecological restoration plots across 4 hectares in a threatened habitat. This phase focused on species of conservation concern and those that have proved challenging to reintroduce in the past.

It sounds simple, but there has been much behind the scenes to get to this point.

First, dense alien trees had to be removed. The team received assistance from VULA Environmental Services (a landscape restoration and rehabilitation company) and the City of Cape Town (which manages Blaauwberg Nature Reserve).

Second, areas needed to be pre-prepared and pre-sown with habitat companion species (all hand collected by the project participants, over several months).

Third (and this takes time and its own set of complexities) tricky rare Cape Flats Sand Fynbos species were propagated at scale using different methods. Since 2022, propagation has occurred across three nurseries: VULA, FynbosLIFE (an NPO concerned with Cape ecosystem recovery), and Stellenbosch University’s Botanical Garden.

Fourth, with the help of enthusiastic students, thousands of these plants were transported to the site, counted, planted, and watered.

Fifth, we will wait and watch. By doing so, we hope to develop best-practice guidelines for recovering this precious ecosystem.

Collaborative projects that link research and its application are key to scaling up ecological restoration efforts, as they ensure that best-practice applied work gets done. These collaborations combine the resourcefulness, creativity, and context-specific knowledge of natural resource decision-makers, managers, and practitioners with the research process, making the outcomes more likely to have traction. However, actionable research in the context of such long-term collaborations is rare. This makes the collaborative research in Sand Fynbos vegetation at Blaauwberg Nature Reserve a relatively unique endeavor. The partnership between Profs. Esler and Holmes at Stellenbosch University and the City of Cape Town has been underway since 2012.

Funding from the Anglo-American Nature Positive Fund (2022-2025), represents the third phase of this collaborative operational and academic research focused primarily on Blaauwberg Nature Reserve, a protected area north of the City. The reserve encompasses 1500 hectares of lowland vegetation including 500 hectares of critically endangered Cape Flats Sand Fynbos, the majority of which is highly degraded by dense stands of the alien Australian wattle, Acacia saligna.

For more information about the collaboration, contact kje@sun.ac.za

Article and Photos supplied by Prof Karen Esler

In May 2024, college lecturers from Elangeni, Capricorn, Coastal, Esayidi, Majuba, Mnambithi, Orbit and Vhembe continued their participation in training that focused on the successful production of horticultural crops under protected structures, at Elangeni TVET College (Mpumalanga Campus, in KwaZulu-Natal). The five days included topics of plant propagation, the importance of seed and substrates to establish a plant nursery, and the main aspects to consider when selecting a crop for a greenhouse.

Crop management and labour according to the phenological stages of a plant was also discussed in detail. In addition, the training included visits to agri-companies to understand how these businesses operate in South Africa. The training was facilitated by Miss Kholosa Nakani (Stellenbosch University) and Dr. Gracia Ribas (HAS University of Applied Sciences).

Article and photo supplied by: Stellenbosch University Platform of Vocational Excellence in Water

In June 2024, Marco Appel had an opportunity to participate in the Sun City AgBiz student case competition. Held in Sun City, this prestigious event brought together students from various universities to tackle real-world agricultural business challenges. The competition featured a case study regarding the South African Wine Industry. The topic of the case study was: “The Vine’s Winding Path: Navigating Change in the South African Wine Industry.” The focus of the case study was to present the CEO of SA Wine, Rico Basson, a strategy that would strengthen the brand identity of South African Wine and support the wine industry.

Competing for a spot in the final round and delivering a presentation in front of the entire congress, the competition was intellectually challenging and competitive, involving four teams of four students each. The teams were given six hours to prepare a 20-minute presentation regarding their own unique business strategy. Each team member brought unique skills to the table, from market analysis to financial modeling, and their collaboration was key to their success. The preparation for the presentations was stressful and challenging, especially when working outside their comfort zones and collaborating with different students who had their own ideas and ways of doing things.

Their presentation focused on enhancing the South African wine industry’s market share and customer trust through strategic marketing and the adoption of blockchain technology. It outlined objectives such as optimizing supply chain efficiency, gaining a competitive advantage, and leveraging data-driven marketing to boost sales and revenue. Key initiatives included expanding into major foreign markets, utilizing algorithms for targeted marketing, and engaging consumers through social media and influencers.

Their hard work paid off when they were awarded first place in the competition. This achievement was a testament to their dedication and teamwork. Marco gained a deeper understanding of the South African Wine Industry and honed his problem-solving skills. This opportunity gave him the ability to network with business owners, industry role players, and other students. He is excited to apply the skills and knowledge gained from this experience to his future endeavors. Marco extends his heartfelt thanks to AgBiz, who gave students the platform to showcase their talents. He highly encourages other students to participate in similar competitions, as they offer unparalleled learning experiences and opportunities for personal growth.

Article and photos supplied by: Marco Appel

Dr Malizukiswe Vincent Vacu is the recipient of a PhD in Genetics from Stellenbosch University,for research about the genes involved in photosynthesis in pigeon peas.
His 88-year-old grandmother, who raised, him, will be guest of honour at his graduation on 26 March 2024. She lives near Mount Frere in the Eastern Cape.

Just as plants need sunlight to photosynthesize and grow, so people need support, nurturing and motivation to blossom. For Stellenbosch University (SU) PhD graduate Dr Malizukiswe Vincent Vacu, his source of inspiration has always been his 88-year-old grandmother, Thembakazi MaKhuboni Vacu. That is why they just had to take an epic 1200km road trip together from the Eastern Cape to Stellenbosch, so that she could be guest of honour when he receives his doctorate in Genetics on 26 March 2024 during the annual SU March graduation ceremony. It was his grandmother’s first visit to the Cape region.

For his PhD in Genetics, the 36-year-old Dr Vacu identified and characterized which genes in pigeon peas (Cajanus cajan) are important to improve photosynthesis, and could subsequently be manipulated to improve the yield of this hardy legume crop.

He has since 2023 lectured in plant breeding and genetics in the Department of Plant Production, Soil Science, and Agricultural Engineering at the University of Limpopo in Polokwane. He enjoys the position thoroughly, as it allows him to pay forward many of the kindnesses shown to him over the years, by helping to chart the academic course of a next generation of scholars.

“I can pursue a career in academia because others before me made the decision to do the same. For that I am thankful. I want to help others to realise their goals too,” says the student-centred lecturer.

Earlier this year, he was appointed as a ministerial representative to the board of the South African Cultivar and Technology Agency (SACTA) by the national Minister of the Department of Agriculture, Land Reform, and Rural Development. SACTA is a national agency committed to ensuring food security through the development of new genetics and technology for open-pollinated crops.

Leadership roles seem to come naturally to Dr Vacu, who was Chairperson of the Science and Agriculture Student Society at Fort Hare in 2011, and who at SU served as a writing consultant at the Language Centre and is a former postgraduate representative of the SU AgriSciences Student Association (ASA).

“It’s probably because I am the eldest of four siblings. They often tell me that I’m very strict,” he reveals.

Family life

Their grandmother has been their constant pillar of strength, but especially so after their mother fell ill when Dr Vacu was still attending Mpindweni Junior Secondary School in Mpindweni village in Mount Frere. Money was always tight, with his grandmother working at a preprimary school before qualifying for a state-funded old age grant. She tried her best to raise them well according to her Christian principles, and to provide in their needs.

While Dr Vacu is the first among his siblings to complete a postgraduate degree, both of his brothers hold university degrees. His sister, the youngest, is currently completing her studies at Walter Sisulu University.

His academic life had a rocky start. First he went to school later than most – and then failed Grade 1. Through his grandmother’s support and motivation, he soon tackled schoolwork with flying colours, so much so that as a learner at Manzamnyama Senior Secondary he started dreaming of university. A magazine story he read while still a youngster, about the versatility of Malawi’s former president, Hastings Banda, further fuelled his aspirations and dreams.

Studies

Thanks to the financial support of a cousin, Masivuye Yaphi, who had already completed university studies, he could tackle his first year as a BSc Crop/Soil Sciences student at the University of Fort Hare. A NSFAS living allowance followed. Today Dr Vacu is paying this kindness forward too by supporting his three siblings’ respective university studies.

His decision to follow a career in agricultural sciences was motivated by conversations with an agricultural extension officer of the Eastern Cape Department of Agriculture who worked in Mpindweni and other villages around Mount Frere.

“To achieve optimal crop production, one must understand soils and to understand soils in an agricultural setup one must understand crops,” he says about the interplay between soils and crops.

Dr Vacu received his B.Sc. Crop/Soil Sciences degree cum laude from the University of Fort Hare in 2014.

“Given my family situation back home, I realized that I had no other choice but to study very hard,” says Dr Vacu, who always has a Plan A, B and Z ready when planning his life. “I early on realized that gaining a good education is the only sustainable solution to improve one’s position, and that you can very seldom move forward by merely trying to find a job after school.”

A bursary from the national Department of Agriculture, Land Reform and Rural Development (DALRRD) in 2015 took him to the northeastern parts of China where at the Jilin Agricultural University he completed a MSc in Crops Genetics and Breeding in 2018. His studies into the chilling tolerance of groundnuts (Arachis hypogaea L.) provided him with his first insights into ways to better breed legumes, and into plant genetics in general.

Pigeon pea research

He believes that classic breeding techniques that select for traits to be taken forward to improve aspects such as yield have reached a plateau, but that much can still be done by embracing the genetic aspects of plant biotechnology.

“New breeding technologies offer a targeted approach to crop improvement by precisely modifying crop genomes, ranging from single DNA base-pair alterations to the insertion or removal of multiple genes. One such option focuses on enhancing photosynthesis to increase crop yield, creating more water and nitrogen-efficient plant varieties,” Dr Vacu notes.

In 2020 he joined the ranks of the Institute for Plant Biotechnology (IPB) at the Department of Genetics in the Faculty of AgriSciences at Stellenbosch University to study the latter aspect in pigeon peas. He completed his PhD degree under the guidance of Dr Shaun Peters and Dr Bianke Loedolff.

His studies were funded by the National Research Foundation, as part of a project looking into ways to improve pigeon pea cultivation amid an increasingly warming world and growing global population. It is not yet farmed commercially in South Africa. He is already the 8th postgraduate student at SU to graduate thanks to this programme.

“Through our research, we want to show that there’s more to this hardy legume than we know at present. This pulse crop is eaten widely in Asia, the Caribbean and parts of Africa. It is also used as a forage or cover crop. It is called an ‘orphan crop’, because not much has yet been done in terms of research to understand which traits might be of importance to agriculture, food security and nutrition. Since its genome was sequenced, new avenues of research have opened up,” says Dr Peters, who is director of the SU IPB.

For media enquiries, please contact Dr Vacu at: + 2776 965 7551

Photo credit: Stefan Els

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This press release was written by Engela Duvenage, on behalf of the Faculty of AgriSciences at Stellenbosch University.

Figure 1: (Anika and Tristan walking in the orchard): Anika Kock and Tristan Dorfling recently completed their MSc degrees on the genotype-by-environment studies during the establishment years of the plum (Anika) and apple (Tristan) trees of the PHEPP. Photo: Provided by Provar.

In the light of climate change and sustainable fruit production, the Department of Horticultural Science has joined hands with Hortgro (SA’s deciduous fruit industry body) and Provar (independent cultivar evaluation company) to study the adaptability of apple, pear, plum and cherry trees to contrasting climatic conditions. Deciduous trees need exposure to sufficient low temperatures in winter for synchronized flowering in spring. If winter chill is inadequate, many aspects of the tree physiology are affected leading to delayed and decreased bud break affecting tree architecture and growth, and a protracted bloom period that culminates in lower yields and fruit quality. Producers have to rely on chemical rest breaking and special pruning techniques to ensure sustainable production. Deciduous fruit tree cultivars have varying degrees of response to environmental conditions and understanding this variability will assist producers in selecting cultivars that are better adapted to their specific growing conditions.

To study the adaptability of deciduous fruit trees under South African growing conditions, the ProHort-Ecophysiology Platform (PHEPP) was established as a multi-environmental field laboratory where the genotype-by-environment interactions can be studied. In 2019, ten different genotypes from each of the crop type (apple, pear, plum and cherry) were planted in three contrasting climatic areas. All phenotypical aspects of these trees are measured and quantified to generate a database from which the answers to many fundamental and applied questions can be mined. Hortgro serves as the funder and enabler for the PHEPP, while Provar is responsible for managing the data collection and mentoring of the student researchers.

Figure 2: (Apple adaptability sign)

PHEPP is a field laboratory created through the collaboration of academia and the deciduous fruit industry to study the adaptability of apple, pear, plum and cherry cultivars. Photo: Esmé Louw

The Department of Horticultural Science lead the academic footprint while training the postgraduate students. Currently there are six MSc students involved in the project. To date this collaboration has resulted in the graduation of four cum laude MSc students, presentations at national and international symposia and several feed-back sessions to the deciduous fruit industry. Recently, this project has also attracted the interest of international researchers with Prof Lee Kalcsits (Washington State University) completing a three-month sabbatical in the Department collaborating on a Hortgro-funded project utilizing the PHEPP to study the development of apple sunburn. In 2025, Prof Stefano Musacchi (Washington State University) hope to join the Department of Horticultural Science on a six-month sabbatical to investigate how climate influences tree architecture with a special focus on alternate bearing behaviour and the extinction of fruiting positions.

Figure 3: (Chad, Esme and Karel graduation): Chad van Wyk and Karel Vahrmeijer with their MSc supervisor, Dr Esme Louw, at their graduation.

Chad and Karel investigated the genotype-by-environment interactions of sweet cherry trees to diverse climatic conditions. Photo: Elke Crouch

As the trees are now coming into full bearing, the research will expand to include the complexities of producing high volumes of top-quality fruit in a changing and increasingly challenging environment. The establishment of the PHEPP is a success story with high impact made possible by the joining of hands of academia and industry to create a better future in agriculture.

Elephant lice (Haematomyzus elephantis) are dark-coloured small-bodied (<10 mm) insects that lives permanently on elephants. An interesting fact is that they look like little elephants, with a long truck-like mouth parts and a round chubby body. Elephant lice belong to a group or suborder of three louse species that occur on mammals with strong skins. Also included in this suborder are warthog lice (Haematomyzus hopkinsi) and Haematomyzus porci, a species that occurs on the red river hog of the forests of central Africa.

Based on morphology, current taxonomic records list a single louse species (H. elephantis) for both African (Loxodonta africana) and Asian elephant (Elephas maximus) species. However, the validity of this is questioned given the fact that the two elephant species are geographically separated and also belong to different genera.

This hypothesis was recently tested in an international collaborative study that made use of freshly obtained louse samples from an African elephant in Mpumalanga. The research team comprise of both local experts, represented by Prof Sonja Matthee (Department of Conservation Ecology and Entomology at Stellenbosch University) and Dr Jeanette Wentzel (Pretoria University) and international colleagues, Prof Lance Durden (Georgia Southern University, USA) and Dr Renfu Shao (University of the Sunshine Coast, Australia).

Because they are so tiny, it’s not the easiest thing in the world to spot lice on an elephant. Another confounding factor is that only some elephants have lice. “We were lucky to get lice on our first attempt” say Prof Matthee, a parasite ecologist. The samples (one adult female and four eggs) were molecularly analysed and compared with previously obtained sequences from Asian elephant lice. Based on extensive analyses it is confirmed that the lice on the two elephant species are molecularly distinct. The difference is so large that the lice can be regarded as genetically different species.

The next step will be to do detailed morphological comparisons to assess if the lice are cryptic species (i.e. morphologically undifferentiated). Additional fresh material is required for this step. In addition, further molecular examination will include sequencing of the genome.

Figure caption:
Figure 1. Louse specimen obtained from an African elephant
(photo credit: S Matthee)

Figure 1: Prof Johan van Rooyen, Dr Heinrich Jantjies, and Justice Edwin Cameron (SU Chancellor)

During the March graduation ceremony, the Department of Agricultural Economics celebrated the achievements of two exceptional PhD graduates, Dr Tsega Bekele and Dr Heinrich Jantjies both under the supervision of Prof Johan van Rooyen

Dr Bekele completed a groundbreaking study on the competitive performance of the Ethiopian coffee industry and its value chain. His research, driven by a profound passion for coffee, seeks to enhance the industry’s global competitiveness. Dr Bekele’s journey exemplifies the department’s commitment to producing scholars who make meaningful contributions to their fields. Another notable graduate is Dr Jantjies, whose research focused on the competitive performance of the South African deciduous fruit canning industry. Dr Jantjies’ work highlights the importance of competitiveness for industry sustainability and proposes strategic plans for further enhancement.

In addition to the two graduates, the Department of Agriculture also awarded seven MSc Agric degrees in Agricultural Economics, and two MAgric degrees in Agribusiness Management.

The department is immensely proud of these graduates and their dedication to advancing the field of agricultural economics with their research. We are also grateful for the time and effort that our academic supervisors dedicated to these students.

In 2020 a small table- and raisin grape vineyard was established on Welgevallen Experimental Farm as part of the Welgevallen vineyard re-establishment project. The idea behind establishing this vineyard was to have an on-site demonstration block which can be used in our undergraduate teaching to showcase different cultivars as well as the different trellis systems used in industry. This vineyard is a valuable resource and has enabled us to make students more aware of the table- and raisin grape industry as well.

Over the past four seasons the vines have been developed and in early 2024 we officially harvested our first grapes from these vines! This was a very exciting milestone for us. We have also had two intern students, Mr Phumlani Mhlongo and Ms Malesetsha Tleane, assisting in the management of the block in the 2023/24 season and they are very proud of their vineyard! All of this could not have been possible without the support of the Faculty of AgriSciences, Vinpro, the South African Table Grape Industry (SATI) and the numerous sponsors – a big, big thank you to you all! We are looking forward to the next harvest season!

Our proud vineyard team who has helped make this season a successful one. From left, Mr Brian Heathcote, Ms Malesetsha Tleane and Mr Phumlani Mhlongo.

The South African Table Grape Industry (SATI) is an important partner for the Department of Viticulture and Oenology. We strive to build and maintain industry relationships so that we can align our teaching and research endeavors with the needs of industry. Without the support of our funders and insights from producers this will not be possible. On 12 April 2024, the Department of Viticulture and Oenology (DVO) and the South African Grape and Wine Research Institute (SAGWRI) hosted members from SATI to discuss our future collaborations and opportunities for further enhancing our teaching in the field of table- and raisin grapes. This was also an opportunity to showcase the demonstration table- and raising grape block at Welgevallen to our guests – many of whom have not yet seen this block before. This meeting was the first of future interactions to come and we look forward to sharing our work with our industry partners along the way.

Members of the Department of Viticulture and Oenology and the South African Table Grape Industry.

Members of the South African Table Grape Industry (SATI) visit the table- and raising grape vineyard on Welgevallen Experimental farm.

The South African Grape and Wine Research Institute (SAGWRI) together with South Africa Wine and the Chenin Blanc Association of South Africa (CBA) has launched an exciting new project focusing on the premiumization and economic viability of South African Chenin Blanc. Chenin Blanc is the most widely planted cultivar in South Africa and there is much expertise in our industry for the making of high-quality wines from this cultivar.

A widespread media release by South Africa Wine on 19 March 2024 has put a spotlight on this project leading to great interest from readers across various fields. What makes the project unique is the use of a model Chenin Blanc vineyard planted with 19 different trellising systems which could generate scenarios ranging from very high to very low production. The collaborative effort between Stellenbosch University Vinpro to establish this vineyard and the generous financial input by Vinpro for this has made this project possible.

Prof Melané Vivier heads the team of academics involved in this project and has the following to say about this new exciting endeavor: “Adopting a market-centric approach, the project endeavours to tailor grape production and winemaking processes to align with consumer preferences and market demands. Integrated data analyses, economic evaluations, and demonstrated results will drive data-driven decision-making and foster industry-wide innovation. We are thrilled to embark on this collaborative journey to unlock the full potential of South African Chenin Blanc wines. By partnering with various industry stakeholders, we aim to drive sustainable growth and differentiation within the industry”.

Member from South Africa Wine and other stakeholders had an opportunity to visit the model vineyard site at Welgevallen with the project kick-off meeting held on 11 April 2024. We would like to acknowledge all the funders and stakeholders who are working together to make this project possible, especially South Africa Wine, the National Research Foundation (NRF) and the Chenin Blanc Association of South Africa (CBA).

The Plant Disease Clinic (PDC) Stellenbosch celebrated the official opening of its new laboratory at the Paul van der Bijl building on the Welgevallen experimental farm on 15 April 2024. The PDC consists of a team of skilled plant pathologists who employ diverse methods, including visual inspections, laboratory examinations, and molecular diagnostics, to pinpoint pathogens, pests, and environmental triggers associated with unhealthy plants. The Clinic thus plays a pivotal role in advancing plant disease diagnoses, and documenting and analysing emerging plant diseases. Altogether this fosters the development of sustainable agricultural production and safeguards local crop health and productivity.

Prof. Danie Brink, Dean of Stellenbosch University’s (SU) AgriSciences faculty, opened the event which was attended by guests from various agricultural industries as well as the University. He introduced the Faculty of AgriSciences, highlighting its research and innovation strategy, which spans across plant health, agricultural economics, animal production, sustainability, food systems, and plant improvement. Agri-informatics brings together all these focus areas.

Plant health specifically, is where the PDC plays a key role since it encompasses diagnostics, prevention and biosecurity. Prof. Brink emphasised the importance of the PDC, which has been a bottom-up initiative of the Department of Plant Pathology. The PDC is a good example of where the Faculty has invested in people (expertise and capacity), infrastructure and partnerships with industry. This has resulted in enhanced training, reliable services and purposeful partnerships and networks.

Sonja Coertze, manager of the PDC, provided a brief historical overview of the PDC. The PDC was the brainchild of Prof. Gustav Holz, head of the SU Department of Plant Pathology. The PDC had a small beginning in October 2000, receiving 36 diagnostic plant samples that were analysed by two staff members (Coertze and Lizeth Swart) who worked part-time in the clinic.

By 2006, diagnostic sample numbers had increased to 400 and Wilma van der Westhuizen was appointed, with departmental funding, to work full-time as a PDC diagnostician. Two years later, when sample numbers grew to almost 500, it was evident that the PDC had to become more financially independent as departmental funding was becoming increasingly limited.

This led to the establishment of a five-year PDC business plan that included financial sponsorships from a few agrochemical- and seed companies. This funding allows for the appointment of a new diagnostician – Tammy Jensens – and technical assistant – Brenda de Wee. The business plan was overseen by an advisory committee consisting of Bekker Wessels (ProCrop), Hugh Campbell (Hortgro), Michael Southwood (Hygrotech) and Ockie Oliver (Croplife).

Building on this success, sample numbers increased to an annual 1 000 by 2016, and the revenue generated allowed for the appointment of another full-time diagnostician (Ilze Beukes, followed by Lonette Smit).

The PDC staff currently consists of three staff members – De Wee, Doré De Villiers and Elaine Basson – who work full-time in the clinic, with their salaries being paid in full through the revenue generated from the approximately 1 200 diagnostic samples analysed annually. Coertze is currently, and has been, the manager of the PDC since 2000, which is a part-time responsibility in addition to her technical support position at the Department of Plant Pathology.

The PDC, prior to 2023 operated from a modest space first within the JS Marais Building and subsequently in the Lombardi building, before moving to the new new Paul van der Bijl building in September 2023. During her presentation, Coertze emphasised the historical significance of the Paul van der Bijl building to the Department of Plant Pathology and the PDC. The building is named after Paul Andries van der Bijl, the first Professor in Plant Pathology and Mycology in South Africa, at SU. He was also the first head of the department in 1921. The upgrading of the PDC laboratory at the Paul van der Bijl building to a state-of-the-art diagnostic facility was enabled through an SU Strategic funding grant obtained by the Faculty of AgriSciences, spearheaded by Brink.

Prof Adele McLeod, from the SU Department of Plant Pathology, joined the PDC team in 2022 as a part-time member when the PDC enrolled as an incubation company at Innovus. At the opening event, she presented the PDC advisory committee, established in 2022, with a token of appreciation, recognising their important role in guiding and supporting the PDC’s journey towards financial self-sustainability and commercialisation.

The PDC advisory committee consists of Wessels (ProCrop), Campbell (Hortgro), Anel Andrag (Wine South Africa), Albert Strever (SU Viticulture and Oenology Department), Dereck du Toit (private consultant), Rudolph Geldenhuys (private consultant and previous CEO of InteliChem), Kobus Serfontein (ICA), MJ Freeborough (AgriSciences Faculty Manager) and Dr Cheryl Lennox (SU Department of Plant Pathology). McLeod also presented thank-you gifts to representatives of the agricultural industries that have provided the financial means to purchase equipment for the new laboratory at Paul van der Bijl.

Representatives of the PDC’s gold sponsors included Cambell (Hortgro) and Marius Boshoff (Villa), the silver sponsors were Anel Andrag (South African Wine), Dawie Moelich (SATI), Retief Du Toit (Korkom) and Elzette Schutte (Berries ZA), and to the bronze sponsors were Suzel Serfontein (ICA) and Wilma van der Westhuizen (Nexus).