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Without food safety, there is no food security

AF FEAGAccording to EatSafe research, pandemic safety measures has been widely adopted in traditional food markets in Bangladesh, Kenya, and Nigeria

In 2015, the WHO reported that more than 400,000 people died annually from food borne diseases. In 2018, the World Bank estimated that food safety costs US$110bn a year in lost productivity through illness and health costs, with sub-Sahara Africa affected the most. But more reliable and current data is required to understand consumer values and perceptions as well as the impact of poor food safety.

The Interview Cruncher was hosted by EatSafe, the five-year research and learning programme sponsored by USAID and led by the Global Alliance for Improved Nutrition (GAIN). It was moderated by Bonnie McClafferty, director, Food Safety and EatSafe at GAIN.

The panel was made up of Mohamed Nasser, regional advisor Food Safety and Quality Assurance, World Food Programme, Dakar/Senegal; Prof Olugbenga Ben Ogunmoyela, executive director, Consumer Advocacy for Food Safety and Nutrition Initiative (CAFSANI); and Priya Prakash, founder and CEO of HealthSetGo and Youth Champion for Act4Food Act4Change.

Bonnie McClafferty, director, EatSafe, said, “The human and financial costs of poor food safety are appalling yet it is being widely ignored. That has to change and we need to take action now to achieve better health outcomes for the 600 million people who each year get sick from unsafe food.”

“We know the pandemic has promoted new food hygiene practices that can have a positive impact on food safety in traditional markets. EatSafe’s research shows that there is a lot more to do. We’re calling on governments and donor groups to provide resources and further research so that evidence-based decisions about food safety measures can be taken to strengthen traditional markets, to ensure safer foods,” continued McClafferty.

Traditional food market vendors apply COVID-19 measures

In parallel to EatSafe’s core mission of engaging consumers to demand food safety, the programme recently expanded efforts to include gathering key data from traditional markets to understand how they have been impacted by COVID-19 through GAIN’s Keeping Food Markets Working programme. EatSafe is interested in what is needed to ensure the availability of affordable, safe, nutritious food during the COVID-19 pandemic. Data was collected from traditional food markets in Nigeria, Kenya, Tanzania, Ethiopia and Bangladesh bi-weekly during the last quarter 2020. Interviews and focus groups are continuing throughout 2021 to learn how consumer behaviour has changed and how resilient the traditional market supply chains are.

“We can build on the fact that safety measures are now a reality in people’s lives. With better surveillance and education regarding food safety measures, consumers getting their foods from traditional markets can help create an enabling environment to start closing the system's gaps and upgrading markets to support the safety of foods,” concluded McClafferty. 

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Pottinger's V 6520 C. (Image source: Pottinger)

Event News

For farms bustling with foraging and complex logistics, Pottinger has launched a compact twin rotor rake without chassis, advancing manoeuvrability 

Its simple build keeps crude ash content to a minimum while maintaining high forage quality. 

Known as the Top V 6520 C, the rotor rake is equipped with a headstock that pivots and moves in line with the tractor while taking turns, seamlessly raking central swathes. The innovative headstock stays in place with support from high centring forced mechanical stabiliser. This also keeps the machine from going haywire while driving downhill.

The floating rotor suspension is designed to enable three-dimensional ground tracking. The rake can easily bypass bumpy situations, thanks to the option of a multitask jockey wheel mounted directly on the headstock. It always ensures smooth run even at high speeds, because of the tandem axles tackling uneven ground.

At the headland, the machine is lifted by the tractor linkage and gently moved into the centre position. The high ground clearance of the TOP V 6520 C makes headland turns easier and prevents disruption of the already-formed swaths. The TOP V 6520 C is also compact during transport with its centre of gravity close to the tractor.

The working width can be adjusted mechanically from 5.9 m to 6.5 m and can be adapted to the geometry of each tractor. This produces swath widths between 1 and 1.6 m. This makes the rake capable of handling heavy forage in combination with smaller harvesting machines.

Pottinger has made sure to give the rake a rock-solid design for maximum flexibility and reliability when dealing with the unpredictability of harvesting times. 

The pilot will serve as a review of the BCG vaccine.

Cattle

The Ministry of Agriculture in Tunisia has announced a pilot vaccination initiative against bovine tuberculosis to advance animal health and livestock sector

The pilot will serve as a review of the Bacillus Calmette-Guerin (BCG) vaccine’s performance under Tunisian farming conditions before it can be rolled out nationally on a wider basis.

Expressing big anticipations from the pilot project, the Ministry believes that the BCG vaccine can effectively reduce the spread of bovine tuberculosis. Officials stressed that vaccination would complement rather than replace existing disease control measures. 

The campaign will focus on epidemiological surveillance, biosecurity, animal movement controls and routine herd testing.

Caused by Mycobacterium, bovine tuberculosis largely impacts cattle, but can also infect people if they came into direct contact with infected animals or consumed contaminated meat or unpasteurised milk.

This vaccination drive will address rising human tuberculosis cases, which are reported to be 1500 annually, with almost 80% responsible for animal transmission, found Tunisia’s Order of Veterinary Surgeons. It is capable of spreading chronic illness, pneumonia, weight loss and death in infected cattle, limiting livestock productivity and affecting the supply of animal products.

In April 2026, veterinary authorities detected six cases of bovine tuberculosis in calves at a municipal slaughterhouse in Sousse, which pointed at the seriousness of the issue in adversely affecting the national cattle population.

The vaccination initiative is part of the government’s wider 2026-2030 livestock recovery strategy to restore cattle and small ruminant herds by improving forage production, digitising livestock monitoring systems and strengthening veterinary services.

The recovery programme will support Tunisia’s cattle, sheep and goat population, which has been seeing sharp decline since 2016 at 30%, going down to approximately 5.94 million head in 2022.

Officials believe that improving disease control will be essential to rebuilding livestock numbers, with successful vaccination potentially reducing losses associated with bovine tuberculosis by limiting the need for widespread culling of infected animals.

Ghana Opens Timbuktoo AgriTech Hub to Power Digital Agriculture.

Agriculture

Ghana has taken a bold step towards reshaping its agricultural future with the official launch of the Timbuktoo AgriTech Hub, a purpose-built initiative designed to bring digital innovation to the heart of the country's farming sector.

The hub arrives at a time when Africa's agricultural landscape is crying out for practical, technology-driven solutions, and Ghana is positioning itself as a serious contender in leading that charge.

The launch ceremony in Accra drew considerable attention, with the Minister for Communication, Digital Technology and Innovations, Hon. Samuel Nartey George (MP), lending his presence and voice to the occasion. His message to African entrepreneurs was unambiguous: technology holds the key to transforming agriculture and building stronger, more resilient food systems across the continent.

The hub is not operating in isolation. It brings together a compelling mix of innovators, investors, incubators, and ecosystem leaders from across Africa, with partnerships already in place with the United Nations Development Programme, 500 Global, and Seedstars. That kind of backing signals serious intent and gives the initiative a solid foundation from which to grow.

The problems the hub is set up to tackle are well known to anyone familiar with African agriculture. Climate pressures, fragmented supply chains, poor market connectivity, and restricted access to financing continue to hold farmers and agribusinesses back. The Timbuktoo AgriTech Hub aims to chip away at these barriers through data-driven tools, mobile platforms, artificial intelligence, and improved digital infrastructure, all geared towards boosting productivity and expanding market reach.

Beyond supporting startups directly, the hub will run a capacity-building bootcamp for incubator managers, investing in the institutions that nurture early-stage businesses. Access to both catalytic and commercial capital will be made available to participating startups, addressing one of the most persistent obstacles to scaling agricultural innovations across the continent.

The minister rounded off proceedings with a call to action, urging governments, investors, and innovators to work more closely together and turn promising ideas into tangible, lasting development outcomes. It was a fitting note on which to close a launch that felt less like a ceremony and more like the beginning of something genuinely significant.

The project is set to become an exemplary climate-smart agriculture.

Water & Irrigation

As part of the Transforming African Agricultural Universities to Meaningfully Contribute to Africa's Growth and Development (TagDev 2.0) programme that has been designed to boost high value crop yield and educate farmers on Artificial Intelligence, the Malawi University of Science and Technology (MUST) has introduced an AI-powered fertigation system that digitalises irrigation and fertiliser application by leveraging real-time data

The project is set to become an exemplary climate-smart agriculture, working wonders on boosting crop production.

The installation is already operational at a greenhouse built in MUST's main campus in Thyolo, which will be supporting the growth of tomatoes, bell peppers and cucumbers.

“We are using AI to make farming more efficient, productive and climate-resilient while providing students and communities with practical skills that can transform agriculture,” said Jabulani Nyengere, senior lecturer in geoinformatics and postgraduate coordinator at MUST, who has been spearheading the project. He explained that the system ensures sustainability by cutting down water and nutrient waste. It works from the combined effects of AI, precision irrigation and automated fertiliser management.

The advanced technology is designed to decode crop growth data without any breaks and automatically adjusts water and nutrient levels, ensuring plants receive the right inputs while conserving resources, he said. 

The project aligns with MUST's vision on advancing research and development on innovation and technology to address food security, climate change and sustainable agricultural development. 

The smart system combines irrigation and fertiliser application, automatically adjusting in real time the crop estimates according to their growth stage. As the right quantity of nutrients are secured for the crops at the right time, less waste is generated, ensuring boosted productivity, crop quality and efficient use of resources.