<strong data-start="55" data-end="80">WorldStage Newsonline – Professor Abdullahi Mustapha, Director-General of the National Biotechnology Research and Development Agency (NBRDA), has emphasized that biotechnology offers critical solutions for addressing the growing threats of drought and famine.
Speaking at a workshop in Abuja on Monday organized for the House of Representatives Press Corps, Mustapha, represented by Dr. Rose Gidado, Director of the Agricultural Biotechnology Department, highlighted biotechnology’s vital role in confronting global food insecurity.
“Biotechnology is more important now than ever, especially as the government faces the twin challenges of drought and a looming famine,” he stated.
To combat these threats, he explained, the government is adopting climate-smart and high-yield agricultural technologies such as drought-resistant maize, herbicide-tolerant soybeans, and bacterial blight-resistant potatoes.
Mustapha praised the achievements of Nigerian scientists in agricultural biotechnology, citing innovations like biotech cotton as evidence of progress in the field.
Recognizing the influential role of the media in shaping public perception, he said the workshop aimed to tackle the spread of misinformation, disinformation, and mal-information regarding genetically modified organisms (GMOs).
He underscored the power of accurate information in today’s interconnected world and urged journalists to remain committed to truth and integrity in reporting.
Mustapha encouraged members of the media to become advocates of scientific solutions, particularly in supporting the government’s initiatives to combat hunger by dispelling myths surrounding GMOs.
He added that the workshop serves as a forum for evidence-based discussions and the exchange of ideas, helping to build greater understanding of biotechnology in agriculture.
“In this era of information overload—where facts and falsehoods often coexist—the media’s role as guardians of truth and democracy is more critical than ever,” Mustapha concluded.
“You are entrusted with the responsibility to critically assess, interpret, and present issues, particularly those related to food security.”
Frequently Asked Questions (FAQs) and Concepts
What is Biotechnology in Agriculture?
Agricultural biotechnology involves the use of scientific tools and techniques, including genetic engineering, to modify plants for improved yield, resistance to pests, drought, and disease. In 2025, it plays a growing role in helping countries like Nigeria adapt to climate change and increase food production sustainably.
What are Genetically Modified Organisms (GMOs)?
GMOs are organisms whose genetic material has been altered using biotechnology to introduce desirable traits. In agriculture, this can mean creating crops that are more nutritious, resistant to drought or pests, and require fewer chemical inputs—important for food security in drought-prone regions.
What is Food Insecurity in 2025?
Food insecurity refers to the lack of reliable access to sufficient, affordable, and nutritious food. In 2025, global food systems are under stress due to climate change, population growth, and geopolitical instability. Many African nations, including Nigeria, are turning to science and technology to boost food resilience.
What are Climate-Smart Crops?
Climate-smart crops are plant varieties specifically developed to withstand changing climate conditions—such as higher temperatures, drought, and flooding. Examples mentioned in the article include drought-tolerant maize and disease-resistant potatoes, which are vital in ensuring consistent crop yields in 2025.
Why is Misinformation about GMOs a Concern?
In 2025, misinformation, particularly on social media, has increased public skepticism about GMOs, often based on myths rather than evidence. Educating the public and press about the safety and benefits of biotechnology is essential for public acceptance and policy support.
What is the Role of Journalists in Science Communication?
Journalists are key to shaping public understanding and trust in scientific advancements. In 2025, their role includes investigating, verifying, and clearly explaining complex topics like biotechnology, especially when governments rely on these tools to address national food crises.
What is Agricultural Innovation in Nigeria (2025 context)?
Agricultural innovation in Nigeria includes adopting advanced biotech methods, using data and digital tools for precision farming (subsistence farming), and developing climate-resilient crops. These innovations are critical for achieving national food security goals amid drought and other climate pressures.
What is Drought-Tolerant Maize?
This is a type of maize developed through biotechnology to survive with minimal water. In 2025, it is being promoted in countries like Nigeria where erratic rainfall threatens food production. Such crops ensure farmers can still produce yields despite dry seasons.
What is the Role of NBRDA (National Biotechnology Research and Development Agency)?
NBRDA is a Nigerian government agency responsible for driving research and innovation in biotechnology. In 2025, its role includes supporting farmers with biotech solutions, promoting GMOs, and combating hunger through science-backed agricultural advancements.
What is the Link Between Biotechnology and Government Policy?
In 2025, governments increasingly integrate biotechnology into national food security strategies. Policy support, including regulatory frameworks and funding, is essential for scaling innovations like GMOs, especially in countries vulnerable to famine and climate shocks like Nigeria
