Category: Agriculture

  • Addressing public fears over the safety of GMOs

    Addressing public fears over the safety of GMOs

    The concerns raised by the public on the safety of genetically modified food crops have remained a topic of daily discussion. However, agencies responsible for ensuring that food crops in Nigeria are safe for humankind, animals and the environment have assured that the GMOs are safe for human consumption, writes JULIANA AGBO.

    The safety of food crops engineered by genetically modified organisms (GMOs) has become topical issues among the populace in the past few years since its adoption by the Federal Government.

    The adoption of GM technology in Nigeria came on the heels of the country’s shortfall in food production due to a myriad of challenges such as insect pests, low yielding seeds and effects of climate change.

    In July 2018, Nigeria commercialised BT Cotton, its first GM crop, a genetically modified pest resistant plant to combat bollworm.

    However, in 2019, the Federal Government also commercialised the first genetically modified food crop known as the Pod Borer Resistant (PBR) Cowpea.

    Unlike the conventional bean variety, the PBR cowpea is engineered to resist pests known as maruca vitrata which is responsible for up to 70 to 80 per cent crop loss.

    Having received farmers’ testimonies from the cultivation of PBR cowpea on increased yield, five years after, the Federal Government also launched another genetically modified food crop known as the Tela maize varieties which has the capacity to resist the effects of Fall Army Worm (FAW) and drought to close the deficit gap in maize production.

    The launch of this second GM food crop has led to a series of debates where some activists remain skeptical on the safety of GM crops.

     Much of the activists’ concern seems to stem from fears that gene editing could introduce new toxicity into old foods; make foods more allergic or lead to disease.

    Even though the National Biosafety Management Agency (NBMA), an agency under the Federal Ministry of Environment that regulates GMOs and ensure they meet food-safety standards, says they are safe, some activists have continued to doubt the safety of GMOs, thus creating fear in the minds of the public.

    To address concerns raised by some activists on the safety of GM foods, experts in the fields of research and biotechnology have explained that the technology has no adverse effect on humankind, animals and the environment.

    On how safe GMOs are, the Director-General of NBMA, Dr Agnes Asagbra said before granting approvals for any GMO, NBMA conducts rigorous risk assessments.

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    These assessments, she said, evaluate potential risks to human health, the environment and biodiversity.

    She explained that the process involves scientific experts who analyse data, conduct experiments and assess the safety of the GMO in question.

    She further said the NBMA considers factors such as allergenicity, toxicity and unintended effects resulting from genetic modifications.

    While explaining that the NBMA is Nigeria’s sole authority on biosafety matters, she said they enforce standards, guidelines and risk assessment procedures for GMOs.

    ‘’Our commitment is rooted in the National Biosafety Management Agency Act and its regulations. GMOs undergo thorough evaluation before approval. We consider their impacts on human health, animal welfare and the environment. Our goal is to strike a balance between innovation and safety.

    ‘’NBMA relies on scientific consensus to make informed decisions. This consensus is based on extensive research, peer-reviewed studies, and expert opinions. Independent scientific bodies, nationally and internationally, contribute to this consensus. Their evaluations guide the NBMA’s approach to GMO safety.

    ‘’NBMA doesn’t stop at approval. It monitors GMOs even after they enter the market. Surveillance systems track their impact on health, the environment and biodiversity. If any adverse effects emerge, NBMA takes appropriate action.

    ‘’We encourage dialogue with the public, scientists and stakeholders. Questions, comments and reservations are welcome. NBMA provides accurate information to address concerns.

    ‘’NBMA aligns its practices with global standards. It consults with international bodies such as the Codex Alimentarius Commission and the Cartagena Protocol on Biosafety. By staying informed about best practices, we ensure that Nigerian regulations are robust and effective,” she said.

    The Director-General of the National Biotechnology Research and Development Agency (NABRDA), Prof. Abdullahi Mustapha said the ongoing debate regarding the safety of GMO plants on human and environmental health in Nigeria has been reignited by the introduction of the Tela maize, sparking controversy, misinformation and misunderstanding, which has resulted in widespread fear and skepticism among the public.

    According to Mustapha, GMOs represent a crucial advancement in the field of biotechnology; offering a myriad of benefits that span across agriculture, food security, health, industry and the environment.

    He noted that the technology behind GMOs known as modern biotechnology or genetic engineering, allows for the transfer of selected individual genes from one organism to another.

    The Director-General added that the process has been thoroughly studied and tested, and there is no evidence or data to indicate that GMOs are harmful to human health. Therefore, Nigerians have nothing to worry about.

    These genetically modified organisms, he said, have the potential to revolutionise the country’s approach to addressing pressing global challenges such as food scarcity, malnutrition and environmental sustainability.

    His words: ‘’The World Health Organisation (WHO) and the Food and Agricultural Organisation (FAO) have stated that GMOs are safe for human and animal consumption. Similarly, the Nigerian government has taken a positive stance on GMOs and their safety.

    ‘’By adopting and adapting genetically modified crops, Nigeria can increase food security, improve crop yields and reduce the use of harmful pesticides. It is time to move past the fear and skepticism surrounding GMOs and embrace this cutting-edge technology for the benefit of all Nigerians.”

    Also, the Executive Secretary of Agricultural Council of Nigeria (ARCN), Prof. Garuba Sharubutu said the research has followed all the safety protocols as enshrined in the Biosafety regulations.

    He noted that biotechnology has been used successfully to increase productivity in corn, soybean and cotton by combating insect pests and drought in other parts of the world including the USA, Europe, Brazil, Argentina and South Africa.

    Sharubutu, who noted that GM food crops are safe for consumption, explained that research institutes have the mandate for genetic improvement of all staple and cash crops, livestock and fisheries.

    In achieving these mandates, he said the application of agricultural biotechnology in their research activities offers a novel way to develop varieties of crop plants and livestock breeds that are resilient to stresses arising from the impact of climate change and the quest to increase crop productivity by addressing farming problems.

    Also, the Acting Director-General of the National Agricultural Seeds Council (NASC), Dr Kahild Ishiak debunked insinuations relating to the viability and safety of GMO seeds.

    He said the technology is needed in Nigeria’s food system as it’s facing countless challenges, climate change and the invasion of crop fields by ravaging pests and diseases, unpredictable rainfall patterns, drought, population explosion, as well as insecurity in farming communities.

    All these conditions put together, he said, has severely impacted on our national food system thereby worsening Nigeria’s food security situation and resulting in skyrocketing food prices and food hyperinflation.

    He said: ‘’I assure the farmers and the seed community that the NASC as the third-party guarantor for seeds in Nigeria participated in the processes leading to the approval by the National Variety Release Committee for commercialisation of the GM materials so far developed in Nigeria.

    ‘’As the practice for the non-GMO seeds, the NASC will continue to exercise its mandate in regulating all classes of seeds produced for commercialization in Nigeria, including the conventional and GM materials. The NASC is prepared to take on this responsibility and we assure the farmers and other seed users of the best quality of seeds.

    ‘’In addition to having well trained field officers for the purposes of detection, inspection certification and quality control activities, the NASC have a molecular diagnostic facility capable of checking the stability of these materials to ensure, materials of biotechnology contain the right set of genes for farmers who would be using them for the purposes they have been bred.

    ‘’Again, we want to assure the farmers that it is safe to use these seeds and the seed council in collaboration with relevant institutions is open to addressing the concerns of farmers and seed producers as they may arise.”

  • Govt, regulators take centre stage in shaping future of carbon market

    Govt, regulators take centre stage in shaping future of carbon market

    As the world grapples with the escalating threats of climate change, governments and regulators have emerged as key players in the evolution of carbon markets. Netzence Sustainability Limited, a leading provider of sustainability solutions, delves into the multifaceted ways in which these stakeholders are shaping the landscape of carbon trading and driving the global transition towards a low-carbon economy.

    The Pivotal Role of Governments:Governments around the world are recognizing the transformative potential of carbon markets in mobilizing private sector resources for climate action. This involvement manifests in several critical ways:

    Establishing Carbon Pricing Mechanisms: National and regional governments are spearheading the implementation of carbon pricing schemes, such as carbon taxes and cap-and-trade systems. These mechanisms create a financial incentive for businesses and individuals to reduce their greenhouse gas emissions, thereby stimulating investment in clean technologies and sustainable practices.

    Developing Regulatory Frameworks: Regulators are crafting comprehensive regulatory frameworks to oversee the operations of carbon markets. These guidelines ensure the integrity, transparency, and environmental effectiveness of carbon trading, safeguarding the interests of all stakeholders.

    Promoting Carbon Offsetting Programs: Governments are actively supporting the growth of carbon offsetting programs, which enable companies to offset their residual emissions by investing in emission-reduction projects. These initiatives accelerate the deployment of clean energy, forest conservation, and other climate-friendly initiatives.

    Investing in Market Infrastructure: Governments are channelling resources into developing the necessary infrastructure to support thriving carbon markets. This includes establishing robust registries, tracking systems, and verification processes to monitor the flow of carbon credits and ensure their credibility.

    The Benefits of Government and Regulatory Involvement
    The increased involvement of governments and regulators in carbon markets brings about several crucial benefits:

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    Scaling Up Climate Finance: By creating favorable policy environments and supporting market mechanisms, governments and regulators can unlock significant private sector investment in climate change mitigation and adaptation efforts.

    Enhancing Market Integrity: Regulatory oversight helps to prevent greenwashing and ensure that carbon credits represent genuine emission reductions, bolstering the credibility and trustworthiness of carbon markets.

    Fostering Sustainable Development: Carbon markets, when properly designed and implemented, can promote sustainable development by supporting projects that not only reduce emissions but also contribute to social, economic, and environmental progress.

    Netzence Sustainability Limited recognizes the pivotal role that governments and regulators play in shaping the future of carbon markets. As the world continues to grapple with the challenges of climate change, the active involvement of these key stakeholders will be crucial in mobilizing private capital, enhancing market integrity, and driving sustainable development at a global scale.

  • Nigeria’s youths, key to addressing food insecurity – expert

    Nigeria’s youths, key to addressing food insecurity – expert

    Adebayo Adeleke, the founder of Supply Chain Africa, said Nigeria’s youths are the key players in the fight against food insecurity in the country.

    Adeleke said this in Abuja at a one-day workshop with the theme: “Beyond Agriculture, Creating change and solving problems in food Insecurity”.

    The News Agency of Nigeria (NAN) reports that the workshop was organised for students of University of Abuja.

    According to the Agriculture Expert, Adeleke, the fight against food insecurity needs the involvement of everyone, not only the government.

    “One of my initiative is Nigeria’s Food Security Project which brought me to the frontline, because the youths are the ones that will be the evangelists.

    “The youth don’t know about it, they don’t have a deeper understanding of what food security is all about.

    “It is important for us to bring the fight to the youths, because there is no reason why a country like Nigeria should not be food secured.

    “In the past six months, the prices of food is not what it was before. In the presence of huge abundance yet so much scarcity,” he said.

    The agriculture expert noted that agriculture had been abandoned for the old, adding that a research carried out showed that the average age range of farmers in Nigeria was 52 years.

    He said that the rural-urban migration going on in the country had made some farmlands desolate, adding that there was a deficit in the area of human capital.

    “If youths are not attracted to Agriculture, farmland will remain desolate and the average age of a farmer in Nigeria is 52 years, what will become of agriculture in Nigeria in 10 years to 20 years.

    “What we are experiencing now in terms of food insecurity has been accelerated with a lot of banditry and terrorism in the country,” he said.

    Adeleke noted that youths were not willing to move to the villages to engage in farming, saying that there was a need for them to understand that they are part of the fight against food insecurity.

    According to him, farming, however, is not the only way to bridge the food availability gap because there were a lot of opportunities in the agriculture value chain.

    Adeleke said that the effort of the organisation was to shine light on the areas affecting food security in Nigeria and to let people with solutions provide same.

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    He said that food security was a national issue which needed to be tackled by identifying the problem, adding that without identifying the problem the solution could not be proffered.

    On his part, the Dean, Faculty of Agriculture, University of Abuja, Prof. Akeem Oyerinde, said that Nigeria had over 93 million hectarage of arable land.

    Oyerinde said that if these arable lands could be developed, Nigeria would be able to feed the whole of West Africa conveniently.

    “What we need is to take the trends in Agriculture and develop our small-holder farmers to improve their storage, processing and others in order to add value to their production,” he said.

    He said that agriculture was the major thing in the world today and the only way to go out of food insecurity was to have secure food production, processing, marketing and storage.

  • Presidency rates NAQS high in latest PEBEC reform assessment

    Presidency rates NAQS high in latest PEBEC reform assessment

    The Federal Government has rated the Nigeria Agricultural Quarantine Service (NAQS) high in the latest Presidential Enabling Business Environment Council (PEBEC) Regulatory Reforms Assessment. 

    NAQS was lauded for attaining a 100% rating and ranking in first place out of 36 Ministries, Department and Agencies of government (MDAs).

    According to Senyamba Tanto, Head, Media Communications and Strategies of NAQS, the  recognition was announced by Dr Jumoke Oduwole, Special Adviser to the President on Ease of Doing Business, at the Inaugural PEBEC townhall meeting held at the State House Banquet Hall, Abuja. 

    Following the reappointment of Dr Vincent Isegbe as Director General of Nigeria Agricultural Quarantine Service in March 2024, his reappointment came with a charge from President Bola Tinubu to build on the service’s performance after it previously ranked among the top three agencies of the Federal Government in the efficiency and transparency index by the PEBEC. 

    Oduwole said: “NAQS’s performance sets a new benchmark for regulatory agencies in Nigeria. Their commitment to excellence and service delivery is exemplary and aligns with PEBEC’s mission to create a business-friendly environment.” 

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    Isegbe expressed gratitude for the recognition, stating, “Achieving a 100% PEBEC rating is a testament to our dedication and unwavering commitment to excellence and continuous improvement. 

    “We owe a significant portion of this success to the exceptional leadership and support of our Honorable Minister, Senator 

    Abubakar Kyari. His dedication to driving NAQS to the top has been invaluable. The Honorable Minister’s vigilance in monitoring our performance on the PEBEC tracker daily and his consistent reminders to maintain our rightful position at number one have kept us motivated and focused and it allows NAQS to align completely with the renewed hope agenda of the current administration.”

    Isegbe said the accomplishment was a collective effort of the fantastic NAQS PEBEC Team who engages him on a daily early morning briefings and consultation for performance appraisal and the general cooperation of the entire NAQS Officers. 

    He pledged that NAQS is committed to maintaining these high standards of excellence by raising the bar in Nigeria’s agricultural sector, sustaining this momentum and continuing to serve as Nigeria’s lead regulatory agency and first line of defense in agriculture and food security. 

    He said NAQS remained steadfast in its mission to protect Nigeria’s agricultural integrity and facilitate seamless agricultural import and exports. 

  • Tinubu’s strategy on food security, water commendable – Afenifere Group

    Tinubu’s strategy on food security, water commendable – Afenifere Group

    The Reformed Afenifere Youth Group (RAYG) has commended President Bola Tinubu for what it described as his exemplary leadership in addressing food security and water resources in the country.

    The group also applauded Minister of Agriculture and Food Security, Abubakar Kyari, and his counterpart in the Ministry of Water Resources and Sanitation, Professor Joseph Terlumun Utsev.

    In a statement by its President, Aare Yemi Adenifuja, the Afenifere youths said the Ministers’ stewardship and dedication have led to significant progress in the agricultural and water sectors, boosting the socio-economic growth and prosperity of Nigeria. 

    “Under Kyari’s visionary leadership, the agricultural sector has witnessed significant growth, with initiatives boosting production and ensuring food security,” he said. 

    “The successful launch of the 2023-2024 dry-season farming program has empowered thousands of farmers, while the distribution of 58,500 metric tonnes of milled rice has enhanced food availability.

    “Additionally, the development of 23 improved crop varieties has increased crop yields, and the enhancement of food security and nutrition has improved the overall well-being of Nigerians.

    “Furthermore, market access has improved, and employment opportunities have been generated, contributing to the sector’s growth.

    “The Agric ministry undertook significant measures to boost agricultural production and control food inflation which he itemised to include; the distribution of improved seeds, fertilisers, agrochemicals, and equipment to farmers.

    “The ministry has also partnered with the Central Bank of Nigeria (CBN) to distribute 2.15 million bags of fertiliser free of charge to farmers.

    “In rural infrastructure development, the ministry has constructed 77.8km of asphalt roads, including 130.9 km of earthen roads and boreholes, and installed solar street lights which have created nearly 60,000 jobs in rural areas with other initiatives to manage agricultural lands and address climate change including soil analysis, water conservation training, and climate-smart agriculture practices.”

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    Adenifuja said Utsev’s expertise and experience in water resources and environmental engineering have led to groundbreaking initiatives addressing the nation’s complex water challenges.

    “His strategic leadership has resulted in significant progress in water infrastructure development, irrigation projects, and water supply expansion, enhancing the nation’s water security,” he added. 

    “The implementation of innovative technologies and sustainable practices has ensured equal access to clean water and sanitation for all citizens, a critical step towards achieving the United Nations’ Sustainable Development Goals.

    “The adoption of cutting-edge technology has also boosted the agricultural sector and water resources with the use of precision farming to enhance crop yields and reduce waste. 

    “The use of advanced technologies like water management software and data analytics has optimized water distribution, reduced leakages, and improved efficiency in the water sector.

    “Moreover, the adoption of renewable energy sources like solar and wind power has reduced the carbon footprint of water treatment and pumping stations.”

    The group said adopting more innovative approaches will further enhance food security and water resources in Nigeria and urged the Federal Government to continue prioritizing these sectors.

    It stressed: “The FG should explore international collaborations to enhance food security and water resources, promote sustainable agriculture practices, develop innovative water management systems, improve access to clean water and sanitation, and support the growth of the agricultural sector,” the statement added.

    “We commend President Tinubu, Minister Kyari, and Minister Utsev for their dedication to the socio-economic growth and prosperity of Nigeria.

    “Their stewardship has led to significant progress in the agricultural and water sectors, and we look forward to continued success in these critical areas.

    “We also appreciate the efforts of farmers, agricultural extension workers, and water resources managers who have worked tirelessly to implement these initiatives.”

  • Scaling up AMR mitigation campaign to save livestock sector

    Scaling up AMR mitigation campaign to save livestock sector

    Antimicrobial Resistance (AMR) is a persistent global health concern that adversely impacts multiple sectors, including agriculture. The crisis is significant, as the United Nations Environment Programme (UNEP) estimates a potential annual loss of $3.4 trillion from the global gross domestic product (GDP). The financial impact is alarming and has the potential to push millions into extreme poverty. The Organisation for Economic Co-operation and Development (OECD) has also emphasised the various consequences of AMR such as decreased food production, concerns regarding food safety, economic losses for farmers and environmental contamination, DANIEL ESSIET reports.

    Antimicrobial Resistance (AMR) is a major issue in global health which affects various sectors such as agriculture, healthcare and the environment.  Farmers employ antibiotics to manage, prevent and combat animal diseases, thereby enhancing the efficiency of their livestock and operations.

    Nevertheless, there is apprehension about the potential impact of regular antibiotic use in livestock on the emergence of antimicrobial-resistant pathogens, which could adversely affect human and animal well-being.

    Numerous studies have shed light on the prevailing trends and behaviours of livestock farmers in terms of the use of antibiotics.The studies have revealed that many farmers do not seek professional guidance from veterinarians for disease management and antibiotic use. Instead, they tend to disregard instructions on correct dosage, hoard leftover antibiotics and even share them with others who seek advice from non-veterinarian sources. Unfortunately, such practices significantly elevate the risk of AMR.

    Currently, a considerable number of farmers view self-medication as a more cost-effective alternative to consulting a veterinarian, indicating a financial obstacle to obtaining proper veterinary care.

    In Africa, where population density is often high and agricultural practices intensive, the challenges posed by AMR are particularly profound. The use of antimicrobials in livestock farming, aquaculture, and crop production contributes to the emergence and dissemination of resistant microbes.

    For instance, the excessive and inappropriate use of antibiotics in animal husbandry can lead to the development of resistant bacteria that can be transmitted to humans through the food chain or environmental contamination.

    The Coordinator of the Economics Trade and Marketing Unit/Food Safety Officer of African Union Inter-Africa Bureau for Animal Resources (AU-IBAR), John Oppong-Otoo highlighted the challenges posed by the increasing antimicrobial resistance.

    “The rise of antimicrobial resistance complicates the treatment of infections in human and veterinary medicine; leading to much time spent in hospitals, increased mortality rates and higher healthcare costs.

    In countries that have limited resources and healthcare infrastructure, the burden of AMR can be challenging to manage.

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    “Furthermore, the environmental dimension of AMR cannot be overlooked. The discharge of antimicrobial residues from agricultural runoff, pharmaceutical manufacturing and improper disposal of unused medications can contribute to the spread of resistance genes in soil, water, and air, impacting ecosystems and potentially exacerbating the problem,” he said.

    The Africa Centres for Disease Control and Prevention (Africa CDC) and other African Union (AU) Agencies have recognised AMR as an urgent issue on the Continent. It is estimated that over two billion people in Africa, especially those in the agricultural industry, could be driven into extreme poverty as a result of the AMR threat. They emphasised that the spread of resistant bacteria does not respect borders and can present substantial risks to public health, food security and economic stability across the Continent.

    Nevertheless, they argued that the existing national frameworks are insufficient in combating the threat of AMR. Both organisations are warning that a failure to adequately control the threat could lead to catastrophic consequences for individuals and the economy.

    With data from various regions of Africa showing that marginalised communities are experiencing the adverse effects of pollution on agricultural lands, the AU has cautioned that lack of prompt interventions could result in severe repercussions for livestock production and food security.

    The issue of rising impact of AMR is, undoubtedly, increasing worldwide, including Nigeria; encountering difficulties that are worsened by various socio-economic factors.

    According to the Nigeria Centre for Disease Control, Nigeria and other low and middle-income countries are projected to suffer the most negative impact from AMR, potentially resulting in a loss of up to $100 trillion of global gross domestic product by 2050.

    In the North, small-scale farmers are facing the detrimental effects of AMR, including animal-borne diseases which severely hurt the economy, the ecosystem and livelihoods in farming communities.

    Overall, AMR is a threat to healthy and sustainable food systems, future economic growth and global public health, according to the Africa CDC and  AU-IBAR teams of the African Union (AU).  Both organisations   have called for bold action to prevent serious consequences associated with the spread of AMR.

    Ahead of the global leaders’ discussions at the High-level meeting on AMR of the United Nations General Assembly in September this year, it is critical to highlight the AMR progress. In 2020, African Heads of State and Governments demonstrated the highest political commitment toward addressing this issue by the Assembly/AU/Decl.3 (XXXIII) Declaration on African Common Position on Antimicrobial Resistance and further highlighting the political commitment of African countries to align their efforts and priorities in combating the effects of AMR.

    Since then, AMR has received increased attention at the national and regional levels in Africa. Member states were encouraged to allocate financial resources for interventions and provide training for personnel towards effectively preventing and managing AMR as reflected in revised-cost NAPs.

    Over the past several months, the Africa CDC and AU-IBAR have been actively developing a landmark report of African priorities and outcomes for AMR, ahead of a High-level meeting on antimicrobial resistance (AMR) to be convened by the UN General Assembly (UNGA) in New York in September.

    The meeting is crucial because it presents an important opportunity for world leaders to collectively address the looming threat that AMR poses to global health, food security and achieving the 2030 Sustainable Development Goals.

    Already, the Food and Agriculture Organisation (FAO) of the United Nations has unveiled a 10-year strategy to reduce the need for antimicrobials on farms.  This is in a bid to address the challenges posed by AMR in the agricultural sector.

    AU is currently engaged in consultation meetings with experts from various sectors to develop a robust response strategy following the One Health approach. The experts prioritised areas to address AMR based on feasibility and impact potential.

    The highest priority identified is mobilising funding and technical assistance for NAPs, followed by governance, coordination and clear ownership of AMR initiatives.

    Promoting the One Health approach by integrating AMR into broader agendas is ranked third, while creating equitable financing opportunities is the final priority. A recent expert dialogue workshop held in May this year discussed these findings.

    The forum was led by One Health Unit Lead, Africa CDC, Dr Yewande Alimi; Chairman of Nigeria Antimicrobial Resistance Coordination Committee and Infection Prevention and Control Programme Coordinator at Nigeria Centre for Disease Control, Dr Tochi Okwor and Executive Director, ReAct Africa, Dr Mirfin Mpundu.

    AMR experts across several countries discussed three crucial themes aimed at addressing the persistent issue of AMR in Africa. These include tackling AMR drivers, enhancing evidence and reporting methods and mobilising resources effectively.

    The meeting was aimed at achieving key objectives such as sharing planned outcomes for the AMR High-level meeting at UNGA, identifying major challenges, brainstorming actionable solutions and advancing the AMR agenda for Africa. Emphasis was placed on governance, coordination and promotion of the One Health approach to effectively combat AMR. The participants at the workshop stressed the importance of equitable financing opportunities to realise the vision of AMR-free Africa.

    The key messages from the workshop are being incorporated in drafting the African Union’s landmark AMR report, which will elevate the African voice at the UNGA’s AMR High-level meeting. Continued consultative engagements will be conducted in the coming months, ahead of the launch of the report this month.

    Dr Yewande Alimi highlighted the fact that Africa carries the highest burden of AMR, which necessitates the need to get countries to establish and implement National Action Plans.

    She also emphasised the importance of advocating for a One Health approach that integrates human, animal and environmental health sectors, as well as the need for robust surveillance and reporting systems.

    Additionally, she addressed the importance of ensuring equitable access to essential antibiotics, vaccines and diagnostics while preventing their overuse and misuse, particularly among vulnerable populations.

  • Nurturing a Nation: The journey of Aminat Amunigun in sustainable agriculture

    Nurturing a Nation: The journey of Aminat Amunigun in sustainable agriculture

    This edition of Nigeria Raising Stars spotlights an agricultural scientist whose work is redefining how vulnerable communities grow, access, and benefit from food. In a world grappling with rising food insecurity, climate disruptions, and widening rural inequality, Aminat Amunigun stands out as one of the promising leaders shaping the future of sustainable food systems and community nutrition. 

    Her journey began with witnessing how limited access to nutritious food and agricultural resources shaped the lives of families in rural and underserved communities. She recognized early that farming was far more than planting seeds, it was a gateway to food security, economic stability, and public health. “I saw agriculture not just as business, but as a bridge to equity,” she reflects.

    Aminat’s passion was born early. Growing up in Nigeria, she saw firsthand how families struggled when farming systems broke down and when nutritious food became a luxury rather than a right. 

    These experiences planted in her a conviction that agriculture is not simply about cultivation, but about dignity, survival, and opportunity. She understood that a single season of crop loss could push a family into hardship, and that true development begins with secure, equitable access to food.

    This conviction shaped her academic path. She began with a National Diploma in Agricultural Technology from the Federal College of Agriculture, Ibadan, a training that grounded her in the practical realities of field operations and farm management. 

    She then earned a Bachelor of Science in Agricultural Economics from the University of Ibadan, where she studied the economic and policy structures that determine who gain access to resources and who is left behind. 

    Seeking to strengthen the connection between food production and human health, Aminat pursued a Master of Science in Nutrition and Dietetics at Alabama A&M University, a degree that empowered her to merge agricultural knowledge with scientific nutrition research. This rare and interdisciplinary blend is what defines her expertise today.

    At Alabama A&M’s Small Farms Research Center, Aminat serves as an Agribusiness Management Specialist. In this role, she is leading rigorous research to map out agencies and support structures for small and limited-resource farmers, helping connect them with essential services, grant opportunities, and training. 

    She isn’t just analyzing data, she is translating it into actionable fact sheets on food safety, farm safety, and nutrition security, offering practical resources to farmers who often lack access to technical guidance. Her work is strengthening outreach and training programs that is directly improving farm practices, productivity, and community health.

    What distinguishes Aminat is not just her agricultural scientific training but her conviction that sustainable agriculture must be equitable, inclusive, and community centered. She bridges agribusiness, public health, and social impact. Her fact sheets and training initiatives are more than documents; they are lifelines for small-farm families striving for food security amid economic and structural challenges.

    Her contributions also extend beyond individual farms. 

    By documenting support networks, analyzing post-training data, and identifying grant pathways for farmers, she is helping streamline access to resources that had long been invisible or fragmented. This work aligns with key global priorities of promoting rural economic development, strengthening food security, and addressing inequities in agricultural and nutritional access.

    Aminat is widely recognized as a leader defined by purpose and clarity. She approaches every dataset not merely as numbers but as the lived realities of families, farmers, and communities whose futures depend on informed action. Her work has continue to transform the way smallholders understand and navigate agricultural uncertainty, equipping them with practical, science-based tools to improve food safety, increase productivity, and build long-term resilience. 

    Through her leadership, countless farmers shifted from struggling to survive to strategically planning for growth, sustainability, and economic stability.

    Today, Aminat stands at the intersection of science, community development, and social equity. Her journey from Nigeria to the United States, from student to specialist, reflects a deep commitment to transforming how we think about farming, nutrition, and opportunity. In a time when sustainable agriculture and food security are more critical than ever, she is not just cultivating crops, she is cultivating possibility.

    For Aminat, every acre tilled, every small farm supported, and every community empowered through better nutrition is a step toward a healthier, more equitable future. In doing so, she is not only contributing to agricultural science, but also shaping resilient, inclusive food systems that can nourish generations to come.

  • Harnessing the Power of Computational biology and Genomics to Secure the Future of Agriculture in Arid and Semi-Arid regions of the world

    Harnessing the Power of Computational biology and Genomics to Secure the Future of Agriculture in Arid and Semi-Arid regions of the world

    As the world grapples with the escalating challenges posed by climate change, arid and semi-arid regions are at the forefront of the crisis. These areas, characterized by limited water resources and extreme temperatures, are among the most vulnerable to agricultural losses. Yet, these regions are also where innovation in agriculture can have the most transformative impact. We recently spoke with Ekene Chosen Obih, A Nigerian who is conducting research focused on understanding how plants adapt to changing environments, about his work and the potential impact on agriculture. Ekene Chosen Obih is a  doctoral researcher in the School of Plant Sciences at the University of Arizona, is at the helm of research that leverages computational biology and genomics to uncover the regulatory mechanisms of drought and heat stress responses in crops. Faced with the escalating impacts of climate change crop production globally, his work delves into the inner workings of plant genomes to develop crops varieties that are resilient to extreme weather, ensuring that future generations won’t go hungry.

    Genomics for Resilience: A Path Forward

    By combining high-throughput computational approaches with field-based genomic studies, Obih and his team aims to identify and characterize genetic traits that make some varieties of crops like sorghum, rice, and durum wheat more adaptable to harsh climates. The global agricultural germplasm collections in gene banks include extensive genetic variety and serve as a rich store of advantageous alleles (one of two or more alternative forms of a gene) that may be utilised to create crop varieties with improved production and stress tolerance. His expertise in RNA-mediated regulatory mechanisms, including long non-coding RNAs (lncRNAs) and RNA modifications, has already shed light on the ways plants respond to stress at a molecular level.

    One of Obih’s key contributions is the development of advanced bioinformatics tools, including computational pipelines like HAMRLNC and PAMLINC, which allow for the efficient processing and annotation of large RNASeq datasets, to query plants’ transcriptome and enable the identification of stress-responsive mechanisms and molecular markers that can be targeted in crop breeding programs. By pinpointing these traits, Obih’s work is helping to accelerate the development of climate-resilient crop varieties that can thrive in arid and semi-arid regions.

    Ongoing Field Research in Arizona: Bridging field research and genomics

    In Maricopa, Arizona, Obih is leading field experiments on sorghum to understand how this versatile crop responds to the dual stresses of heat and drought. Arizona’s arid climate provides the perfect testing ground for this research, mirroring conditions in other semi-arid regions like the Sahel in Africa. Over two growing seasons, Obih has meticulously collected data on yield, biomass, physiological traits, and leaf samples for biochemical studies on a diversity panel of sorghum. This fieldwork is complemented by transcriptomics analyses, allowing him to correlate molecular findings with real-world agricultural performance.

    His research has identified high-performing sorghum genotypes that show promising resilience under water-limited conditions. These genotypes are now the focus of further studies aimed at uncovering the genetic networks and pathways that confer their stress tolerance. The insights gained from this work will inform breeding programs not only in the U.S. but also in Africa, where sorghum is a staple crop for millions of smallholder farmers.

    Transforming Agriculture in the U.S. and Africa

    In the United States, where semi-arid regions like Arizona are vital to agricultural production, Obih’s research contributes directly to national efforts to secure food systems against climate change. His work aligns with the goals of the U.S. Department of Agriculture (USDA), which emphasizes the need for climate-resilient crops to mitigate the economic impacts of agricultural losses. By developing sorghum varieties that can withstand extreme heat and drought, Obih’s research is not only safeguarding crop yields but also supporting sustainable farming practices in water-scarce regions.

    In Africa, the implications of Obih’s work are equally profound. Sorghum, a drought-tolerant crop, is a cornerstone of food security for communities in the Sahel and other arid regions. By applying the insights from his research in Arizona to African contexts, Obih is hoping to pave the way for the development of locally adapted, resilient crop varieties. His work offers a roadmap for tackling the challenges of food insecurity and poverty, empowering smallholder farmers with the tools to sustain their livelihoods in the face of climate change.

    Securing the Future of Agriculture and Capacity building

    As arid and semi-arid regions face unprecedented challenges, Obih’s research stands as a beacon of hope. By unlocking the genetic secrets of resilience, he is not only advancing the science of genomics but also addressing the urgent need for sustainable agriculture in some of the world’s most vulnerable regions. His work in Arizona, USA and its potential applications in Africa demonstrate the power of science to transform lives, ensuring that agriculture can endure in the face of climate change.

    Obih’s commitment to capacity building further amplifies the impact of his work. Through collaborations with institutions in the U.S. and Africa, he is training the next generation of scientists in bioinformatics and genomics. His efforts to make computational tools accessible ensure that researchers in both developed and developing regions can benefit from his innovations, fostering a global community dedicated to agricultural resilience.

    Obih’s journey is a testament to the role of innovation in securing the future of agriculture. Through his groundbreaking research, he is charting a path toward a more resilient and equitable world – one where the promise of genomics meets the pressing needs of farmers and communities around the globe.

  • Advancing Sustainable Forestry Practices through Non-Destructive Testing and Evaluation: Dr. Kayode Olaoye

    Advancing Sustainable Forestry Practices through Non-Destructive Testing and Evaluation: Dr. Kayode Olaoye

    Wood science plays a crucial role in promoting sustainable forestry practices and responsible management of forest resources. This field encompasses various disciplines, including wood acoustics and non-destructive testing and evaluation (NDT/E) techniques, useful for tree health assessment. Dr. Kayode Olaoye, a scholar in this field, has conducted extensive research on wood acoustics and NDT/E techniques, contributing significantly to the advancement of sustainable forestry practices in Nigeria and beyond.

    His research in this area has focused on employing acoustic techniques to evaluate the mechanical performance of various wood species, establishing a correlation between acoustic measurements and mechanical properties. This breakthrough has the potential to aid wood product manufacturers and engineers in selecting appropriate materials for construction and industrial use.

    One of his notable studies utilized electrical resistivity techniques to evaluate the health of tree species, identifying decay levels in standing trees. This research informs sustainable forestry management decisions and demonstrates the application of NDT/E techniques in assessing forest health.

    The limited adoption of NDT/E techniques in Nigeria’s forestry sector has been addressed through his recent research. Despite the benefits of these techniques, including reduced waste and improved resource management, many forestry professionals in Nigeria still rely on conventional destructive testing methods. Findings have demonstrated the potential of non-invasive techniques to provide accurate results comparable to traditional destructive testing methods, promoting a shift towards more sustainable practices.

    The impact of his research extends beyond Nigeria, aligning with international efforts to improve resource management strategies, reduce deforestation rates, and promote sustainable forest management. The application of NDT/E techniques can enhance forest health assessment, reduce waste, and improve the overall quality of wood products.

    Read Also: Sustainable industrial practices key to Nigeria’s long-term economic growth, says expert

    As a result of this work, forestry professionals and wood product manufacturers can adopt more sustainable practices, reducing environmental impacts and improving resource management. The continued development and adoption of NDT/E techniques will play a crucial role in promoting sustainable forestry practices and responsible management of forest resources.

    Dr. Olaoye’s work has been recognized through various awards, including his appointment as a life member of the prestigious Forestry Association of Nigeria (FAN) in 2021. His research has also been published in numerous national and international journals.

    The integration of NDT/E techniques into forestry operations can transform the sector, promoting sustainable practices and improving the quality of wood products. As research continues to advance in this area, it is likely that NDT/E techniques will become increasingly important for ensuring the long-term sustainability of forest resources. Dr. Olaoye’s contributions to this field have paved the way for future research and development.

  • Empowering Nigeria’s cashew farmers: A closer look at industry challenges, opportunities

    Empowering Nigeria’s cashew farmers: A closer look at industry challenges, opportunities

    Nigeria has a rich history in cashew production that dates back to the 16th century. Today, it stands as a significant contributor to the global cashew market, playing a vital role in the country’s economy. The central and southern regions, particularly states like Kogi, Kwara, Enugu, and Oyo, provide the ideal climate and soil conditions for cultivating high-quality cashew nuts, which are in high demand internationally.

    With over 600,000 hectares dedicated to cashew cultivation, Nigeria produces approximately 220,000 metric tons of raw cashew nuts annually. This substantial yield positions Nigeria to meet the growing global demand for cashews. 

    The country’s robust agricultural infrastructure and favorable growing conditions point to a promising future for its cashew industry, with substantial growth opportunities in both production and export.

    To gain deeper insights into Nigeria’s cashew industry, Tobiloba Olagbende, an Agro Entrepreneur  in Ogbomoso, shared knowledge and insights on the cashew farming in Ogbomoso, renowned for producing some of the best quality cashew nuts in the country. 

    “I have been in the business of Cashew procurement since i was only a child” He begun “I grew up in Ogbomoso and Ibadan, earned a degree in geology, and later obtained a master’s degree in business administration and an MSc in Project Management from the University of Sunderland in the UK”. 

    I started my business journey at age 15 by lending money to people,” Olagbende shared. “I then moved into frozen foods trading and sales of POP materials. My entry into the agro-commodity export sector was a result of a career shift when my plans to study Industrial Safety Management in the United States were thwarted due to visa issues. This led me to explore alternative career paths that combined business and politics.”

    Olagbende’s foray into the cashew nut business began with sourcing raw cashew nuts for a Chinese firm on a commission basis. “Meeting Chinese nationals involved in cashew procurement made me realize the potential of this sector,” he explained. “I decided to build a warehouse for cashew processing, which facilitated better market access and allowed me to earn commissions on the goods processed. Developing relationships with small aggregators, exporters, and large merchants gave me comprehensive knowledge of the production process, including harvesting, variety recognition, and pricing at various stages up to the export level.”

    Read Also: Nigeria cashew farmers plan output boost

    Through his involvement in the industry, Olagbende observed that local producers often earned only about 40% of the international price, which motivated him to address economic disparities. “I noticed that farmers, particularly women who constitute a significant portion of the rural workforce, were earning significantly less than they should,” he said. “This realization drove me to focus on empowering women to foster community growth and improve livelihoods.”

    He emphasized the importance of addressing core issues in the agro-commodity export sector more effectively. “The services offered in the cashew industry should be unparalleled,” Olagbende stated. “Deep-rooted problems in the agro-commodity export space should be tackled, not just the surface issues. The mission should be to revolutionize the industry, ensuring swifter, more efficient operations and better profits for all stakeholders involved.”

    Nigeria’s cashew industry holds immense potential for growth and development. With industry experts like Tobiloba Olagbende leading the way, the future looks promising for Nigerian cashew farmers and the broader agro-commodity sector. By addressing fundamental issues and empowering local producers, Nigeria can solidify its position as a major player in the global cashew market.