原傳媒 AI
嘉義以南大雨觀察;萬里溪河道
AI-Driven Indigenous Township Economy and Policy WatchAI-assisted English translation

OECM Certification Is Open Through September: How Taiwan’s 55 Indigenous Townships Can Connect Ecological Monitoring, Traditional Knowledge, and Digital Governance

Original Chinese title: 保育共生地認證開放到9月底:55原鄉可把生態觀測、傳統知識與數位治理接成一張共生地圖

Taiwan’s Forestry and Nature Conservation Agency is accepting 2026 Conservation Coexistence Area certification applications through September 30, with Indigenous and local community organizations explicitly included among participating stakeholders. The 55 Indigenous townships can connect application navigation, ecological monitoring, traditional-knowledge tiers, GIS, and data governance into maintainable local services.

Yuan Media AI Editorial Desk

The Yuan Media AI Editorial Desk follows official notices across Taiwan’s 55 Indigenous townships, Indigenous education, language technologies, AIGC, Taitung agriculture, local economic resilience, traditional-knowledge governance, and digital public services.

Conservation coexistence areasOECMTraditional-knowledge governanceClimate resilienceGISRAG55 Indigenous townships
Conceptual view of a conservation coexistence area, community ecological monitoring, and data governance

# AI-Driven Indigenous Township Economy and Policy Watch | OECM Certification Is Open Through September

As of August 14, 2026, Taiwan’s Forestry and Nature Conservation Agency is accepting applications for the 2026 “Conservation Coexistence Area” certification through September 30. The program is Taiwan’s implementation pathway for terrestrial OECMs, or Other Effective Area-based Conservation Measures. It is not intended to create another category of statutory protected area. Instead, it identifies places where existing lawful use and governance already generate durable outcomes for biodiversity, habitats, and ecosystem functions. The program also explicitly recognizes government agencies, Indigenous and local community organizations, civil-society groups, and companies as stakeholders that can participate in collaborative conservation. For current eligibility, documents, and procedures, see the Forestry and Nature Conservation Agency | Conservation Coexistence Area certification program.

For Taiwan’s 55 Indigenous townships, the opportunity is to place everyday life, production, culture, and conservation on the same governance map without treating them as mutually exclusive. The agency’s examples span forests, farmland, rivers, wetlands, and blue-green corridors, and they include farmers who combine local traditional knowledge with wildlife-friendly practices to sustain habitat for threatened species. A township can therefore begin by organizing practices that already exist: cultivation records, community patrols, stream observations, understory management, seasonal changes, and species observations. When these records have clear dates, sources, management context, and access conditions, they become evidence that can be maintained over time rather than a one-off application package. The agency’s second-round announcement for Conservation Coexistence Area certification provides the current administrative context for this round.

International standards also define an important boundary. Target 3 of the Kunming-Montreal Global Biodiversity Framework calls for at least 30 percent of terrestrial and inland water areas, and of marine and coastal areas, to be effectively conserved and managed by 2030. It also calls for recognition of Indigenous and traditional territories, respect for the rights of Indigenous Peoples and local communities, equitable governance, full participation, and free, prior and informed consent where relevant. That means “digitization” should not be interpreted as permission to expose traditional territories, gathering places, ceremonial locations, or exact coordinates of vulnerable species to everyone. A more durable model separates public administrative information from community-governed information and assigns different access conditions before data enter a map, repository, or AI system. See the Convention on Biological Diversity | Target 3.

A township office can start with three small service layers. The first is application navigation: one trusted page that shows the September 30 deadline, application forms, management-plan templates, frequently asked questions, the responsible contact, and the date of the current version. The second is a “coexistence map” that displays only information suitable for public use, such as approximate area boundaries, broad habitat types, conservation actions, and non-sensitive monitoring indicators. Exact locations, personal information, vulnerable-species coordinates, and traditional knowledge that require community authorization remain in controlled data layers. Only after these two layers are stable should the service add GIS analysis, imagery interpretation, mobile field reporting, or retrieval-augmented generation. The technical goal is not to collect the maximum amount of information, but to let authorized users answer basic governance questions for every record: where did it come from, who can use it, when was it updated, and may it be disclosed?

Within this architecture, AI is most useful as an organizer rather than a decision-maker for the community. RAG can help staff retrieve official application rules, approved meeting records, non-sensitive species observations, and authorized management records; AIGC can turn long regulations into checklists or plain-language guidance for residents. But when data involve cultural, seasonal, ceremonial, or land relationships, the community should define usage conditions before retrieval or generation occurs. The CARE Principles for Indigenous Data Governance emphasize collective benefit, authority to control, responsibility, and ethics. The Local Contexts Traditional Knowledge Labels offer another practical model for carrying community-defined conditions—such as attribution to the source community, cultural sensitivity, seasonal restrictions, or non-commercial use—alongside digital records. In system design, these conditions should function as permissions and metadata, not as decorative notices added after data have already been opened.

A practical response for the 55 Indigenous townships is therefore to choose one site that already has a foundation in community patrols, wildlife-friendly cultivation, stream observation, understory economies, or cultural-landscape governance, and run a 90-day pilot. The pilot can move through five tasks: map rights holders and stakeholders, classify public and restricted data, organize existing conservation evidence, identify the smallest monitoring gaps that need to be filled, and build an application-navigation service. Even if the site is not submitted immediately, the process leaves behind a governed local record that can support future climate-resilience work, land governance, conservation management, and intergenerational transmission of community knowledge. The strongest digital outcome is therefore not a larger database; it is a system in which useful evidence remains findable while sensitive knowledge remains governed by the people who hold responsibilities for it.

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This article was prepared from public information issued by Taiwan’s Forestry and Nature Conservation Agency, the Convention on Biological Diversity, the CARE Principles, and Local Contexts. Eligibility, land rights, and application documents remain subject to the competent authority’s formal rules and agreements among local rights holders.

OECM Certification Is Open Through September: How Taiwan’s 55 Indigenous Townships Can Connect Ecological Monitoring, Traditional Knowledge, and Digital Governance | Yuan Media AI