DOST is promoting precision agriculture and locally developed technologies to help farmers adapt to drought, protect crop productivity, and strengthen the country’s food resilience.

As the Philippines faces a very strong El Niño phenomenon projected to last through mid-2027, science and technology are taking on a bigger role in helping the country prepare for prolonged dry conditions and potential pressure on agricultural production.

In an announcement published on October 20, the Department of Science and Technology (DOST) highlighted homegrown technologies that can support food security, sustainable energy, and national resilience. These innovations are set to be showcased at the 2026 National Science, Technology, and Innovation Week (NSTW), scheduled for November 25–29 in General Santos City.

Among the featured solutions is a precision agriculture initiative that uses artificial intelligence (AI), drones, and mobile software to help farmers and agricultural stakeholders make more informed decisions about crop health and field conditions.

AI Helps Farmers Make More Informed Decisions

DOST’s Smart Approaches to Reinvigorate Agriculture as an Industry (SARAI) program provides site-specific, science-based crop advisories to support agricultural decision-making.

The initiative uses camera-equipped drones, AI, and mobile applications to improve the detection of crop diseases and assess field health. These tools can help users identify potential problems and better understand the conditions affecting their crops.

In periods of drought, timely information becomes particularly valuable. Farmers and agricultural planners need to make decisions about crop management and available resources while dealing with changing weather and limited water supplies.

By making agricultural information more localized, SARAI can help support decisions based on actual field conditions rather than relying solely on generalized recommendations.

However, digital tools are only part of the solution. Their effectiveness also depends on access to reliable data, connectivity, farmer training, and the availability of resources to act on the recommendations.

Preparing Agriculture for a Changing Climate

DOST has emphasized the need for government agencies and local government units to implement science-based strategies to reduce the effects of El Niño, particularly on food production, energy supply, and public health.

Precision agriculture and climate-smart technologies can help improve how agricultural resources are managed. Depending on the crop and local conditions, timely monitoring and targeted interventions may help farmers identify risks earlier and use available inputs more efficiently.

The challenge is especially important in a country where agricultural livelihoods depend heavily on weather conditions. Prolonged dry spells can affect planting schedules, water availability, and crop development, making preparation and access to useful information essential.

DOST’s approach also highlights the importance of connecting technology developers with farmers and local institutions that understand the challenges faced by their communities.

Beyond Farming: Clean Transport and Community Innovation

The upcoming NSTW will also feature technologies aimed at addressing energy and environmental concerns.

Among the solutions identified by DOST are converted electric tricycles, a hybrid electric train, an electric tranvia, and other electric vehicles. These technologies are intended to demonstrate alternatives that can support sustainable transport and reduce reliance on conventional fuel-powered systems.

The event will additionally feature the National Grassroots Innovation and Circular Economy Exposition, which highlights locally developed solutions shaped by communities’ experiences with environmental challenges, emergencies, and disasters.

These initiatives reflect a broader approach to innovation: combining advanced technologies with practical knowledge and solutions developed at the community level.

Bringing Filipino Innovation Closer to Communities

The 2026 NSTW is designed to bring together researchers, innovators, businesses, government agencies, academic institutions, and local communities to explore technologies that respond to national development priorities.

For agricultural communities, the value of innovation depends not simply on whether a technology exists, but on whether it is accessible, practical, and suited to local conditions.

Programs that connect research with end users can help bridge this gap by improving awareness, encouraging partnerships, and identifying opportunities to apply scientific solutions outside laboratories and technology centers.

As the Philippines prepares for the continuing effects of El Niño, these efforts underscore the importance of investing in locally relevant research and making science-based tools available to those who need them.

The long-term impact will depend on sustained implementation, continued research, and the ability of government agencies and local communities to translate technological advances into measurable improvements in food security and climate resilience.