FAO puts focus on importance of technology for International Day of Plant Health

This year's observance on May 12 focuses on the many innovations that cut across areas where plant health is crucial, such as plant pest monitoring to protect agricultural production and digital systems to ensure safe international trade in plants.

"We have no option but to leverage innovation, technological advancements and tools to protect plants," says FAO Deputy Director-General Beth Bechdol. "The unprecedented global challenges we face, such as the unrelenting climate crisis, demand innovative approaches and digital technologies to support countries with stronger pest surveillance and early warning systems," she added.

The UN-designated International Day of Plant Health (IDPH) is a key legacy of the International Year of Plant Health 2020. Ever since then, it has been raising global awareness on how protecting plant health can help end hunger, reduce poverty, protect biodiversity and the environment, and boost economic development. This year's celebrations at FAO include a high-level event on May 13.

Plant health should be prioritised, given that up to 40 per cent of food crops are lost due to plant pests and diseases every year. This affects global food security and agriculture, the main source of income for many vulnerable rural communities. Climate change and weather extremes are also impacting plant health, altering ecosystems, and creating new niches for pests to thrive in.

International travel and trade, which has tripled in volume in the last decade, has led to increased interconnectedness among countries and regions. This underlines the importance of ensuring that people, goods and commodities crossing borders do not carry pests and diseases affecting plants, animals and humans.

FAO's work on plant production and protection involves scientific approaches, innovation, and the latest technologies.

It includes supporting governments to conserve plant genetic resources and develop viable seeds and stress-resistant crop varieties to increase crop productivity. It also involves working towards sustainable pest and disease management, by closely collaborating with individual countries and communities, such as the International Plant Protection Convention (IPPC).

Through the IPPC, FAO is implementing the Africa Phytosanitary Programme to build capacities and support countries in using the latest scientific evidence and digital technology to detect plant pests.

Key to detecting plant pests, such as desert locusts, is the ability to transmit real-time data to national locust centres by using Geographic Information Systems to collect and manage data on pests, as well as a suite of smartphone apps. Early detection of these pests enables FAO to provide timely support for farmers, resulting in reduced losses to crops.

In Ecuador, FAO has also been promoting the use of biotechnology in crop production and protection, through the successful implementation of a fruit fly pest control system that uses the sterile insect technique. This involves the rearing and sterilisation of large numbers of male insects to mate with wild females, producing no offspring and thus reducing the insect population.

Meanwhile, the adoption of the IPPC ePhyto Solution, which provides electronic plant health certificates, is making international trade in agricultural products faster, safer and more efficient. More than 120 countries have adopted the solution, and more than three million ePhyto certificates have been exchanged. (ANI/WAM)