Singapore Biosurveillance Research Programme 2026

Programme and funding

The National Parks Board (NParks) awarded grants for six research efforts under a S$15 million Biosurveillance Research Programme in Singapore's Research, Innovation and Enterprise 2025 Plan. NUS reported on 12 August 2026 that five of the projects, led by NUS and Duke-NUS Medical School, would study zoonotic-disease risks and support earlier detection and prevention of potential outbreaks. The six-project count is the set of funded research efforts announced by NParks; it is not a count of disease alerts, confirmed outbreaks or operational response teams. (NUS, 12 August 2026, accessed 10 September 2026.)

The programme sits within Singapore's RIE2025 research agenda and has a programme-level allocation, so the published S$15 million should not be read as an equal grant for each project. The announcement describes a national capability-building effort developed with agencies under the One Health framework. Its subject is biosurveillance: generating knowledge about pathogens, hosts, vectors and transmission routes so that public-health and animal-health agencies can make better-informed future decisions. (NUS, 12 August 2026, accessed 10 September 2026.)

One Health research scope

The programme brings together multidisciplinary teams under Singapore's One Health approach, which recognises that human, animal and environmental health are connected. That framing matters because a zoonotic risk can involve an animal host, an environmental setting and a possible route to people rather than a purely clinical question. The announced work therefore combines field sampling, laboratory testing, ecological and spatial data, epidemiology, modelling and genomic approaches. (NUS, 12 August 2026, accessed 10 September 2026.)

The research scope includes pathogen risks in urban birds such as pigeons and crows; tick-borne pathogens across Singapore; zoonotic transmission involving mammalian wildlife such as macaques and bats; transmission between domestic dogs, cats and people; and avian-influenza A viruses in wild and domestic birds. These are research targets selected for surveillance and preparedness. Their inclusion does not mean that the announcement identified an active outbreak, that every animal carries a pathogen, or that residents received a new clinical diagnosis or treatment rule. (NUS, 12 August 2026, accessed 10 September 2026.)

Projects and methods

The urban-bird project uses environmental sampling and modelling to investigate what pathogens pigeons and crows may carry and how those pathogens could reach human populations. The tick project, called the Singapore Integrated Network for Genomic and Epidemiological Tick-borne Pathogen Investigation and Connectivity (SINGETIC), combines field work and laboratory testing to map possible risk areas, identify spillover hotspots and examine how infections spread. These outputs are investigatory tools, not a public-facing disease-risk score or an automatic warning for a particular neighbourhood. (NUS, 12 August 2026, accessed 10 September 2026.)

The mammalian-wildlife project integrates spatial, ecological and biological data to improve surveillance for zoonotic pathogens and understand possible transmission from wildlife to people. The companion-animal project examines settings including veterinary clinics and pet establishments, looking at how pathogens may move between cats or dogs and humans and how spillover risks might be reduced. The avian-influenza project combines virus research with bird ecology and movement data, using phylodynamic and modelling approaches to understand how strains might be introduced and circulate in local wild-bird populations. (NUS, 12 August 2026, accessed 10 September 2026.)

Intended public-health contribution

NParks' funded research is intended to improve understanding of zoonotic diseases and their drivers in Singapore and to develop evidence-based strategies for mitigating future disease risks. The teams aim to strengthen early detection, surveillance and preparedness by studying how pathogens move through urban ecosystems and between wildlife, domestic animals, the environment and people. The work also supports longer-term public-health resilience and can inform future disease-monitoring or response measures as evidence develops. (NUS, 12 August 2026, accessed 10 September 2026.)

The announcement describes funded research and capability-building rather than a completed surveillance system, a guaranteed outbreak prediction, an alert service for households, or a change to clinical diagnosis and treatment protocols. Results from sampling and modelling would still need interpretation by the relevant public-health, veterinary and environmental authorities. The safest distinction is therefore between a programme that produces evidence about possible zoonotic pathways and a separate operational decision about whether a particular disease event requires public notification or intervention. (NUS, 12 August 2026, accessed 10 September 2026.)