Certification in West Java, Indonesia
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This case innovation has been analysed using the Transformative Intervention Mixes (TIMs) framework. The framework maps the regulatory, economic, social‑behavioural, technological and material interventions at play, clarifying how these elements interact and what this configuration suggests about the innovation’s capacity to support transformative change.
The case analysis draws primarily on evidence synthesised from:
Campera et al. (2021)
Overview
Wildlife Friendly Coffee Farming
Wildlife-friendly coffee programme with certification in West Java, Indonesia (Cipaganti and Pangauban)
Agroforestry-based coffee production; wildlife conservation in farm–forest mosaics; community-based land management
Programme delivered to approximately 400 coffee farmers connected to protected forest; focus on promoting wildlife-friendly practices, reducing hunting/ trapping pressures, and increasing shade-tree connectivity, culminating in certification.
Two municipalities in West Java with programme actions staged from pilot agroforestry support (from 2014) through certification obtained in October 2020.
Practical: adoption of agroforestry and shade-tree management actions, including nursery-supported tree provision and connectivity interventions.
Political: community agreement with fines proposed to address hunting and trapping; multi-stakeholder workshops involving government, NGOs and academics.
Personal: conservation education emphasising benefits of wildlife, shade trees and pollinators to shift farmer understanding and practices.
Potential is linked to scaling the certification-linked co-produced action model and associated training and nursery support; constraints include the need for sustained stakeholder coordination and ongoing compliance with certification requirements.
TIMs Summary
The intervention is strongly evidenced in the source material through a hybrid of market-linked and practice-based tools: wildlife-friendly certification, staged co-produced management actions, and sustained training and engagement with approximately 400 coffee farmers. Technology and biophysical resource tools are explicit through nursery-supported tree provision and installation of waterline bridges that link connectivity and irrigation, alongside efforts to increase shade-tree cover in sun-exposed plantations.
Information and education mechanisms are repeatedly used to emphasise wildlife benefits and to convene workshops with government, NGOs and academics. Regulatory elements are present as a proposed community agreement with fines to curb hunting and trapping, but the source material does not document consistent enactment and enforcement.
The configuration implies a practical transformative pathway driven by socio-technical practice change, supported by certification and multi-stakeholder coordination.
Implications for Intervention Mix Design
The documented pathway suggests that certification-linked milestones can coordinate diverse tools when coupled to tangible enabling infrastructure and ongoing learning. To broaden transformative scope, additional alignment would likely be needed with enforceable local governance and sustained financing for long-term maintenance and monitoring.
TIMs Matrix
| Tool Category | Examples | How it ENABLES (mechanisms) | How it HINDERS (barriers) | Opportunities to strengthen | Risks / caveats | Additional suggestions and resources |
|---|---|---|---|---|---|---|
| Regulatory | Farmers proposed a local law in the form of a community agreement with fines for offenders to stop hunting and trapping activities. | The community agreement creates locally binding expectations and sanctions that can directly reduce wildlife mortality pressures within the farming landscape. | [No explicit evidence in the source material that the proposed community agreement was enacted or enforced consistently across all farmers.] | Localised rule-making as a strengthening pathway where hunting pressure is a documented issue and collective agreement is feasible. | Enforcement disputes within communities may create conflict or uneven compliance if legitimacy is contested. | Formal alignment with existing protected-area regulations and wildlife protection enforcement to reduce regulatory gaps. |
| Financial / Market-Based | Certification from the Wildlife Friendly Enterprise Network (WFEN) for coffee products; plant nursery provision of approximately 2000 trees to farmers as part of the agroforestry project. | The initiative creates economic signalling via certified product positioning and material support for practice changes (tree inputs) that lower adoption barriers. | Certification processes require ongoing compliance and monitoring, which can impose costs and administrative burdens on farmers and facilitators. | Using certification as a platform to link conservation outcomes with local economic benefits is central to the programme design. | Premium expectations may not materialise or may be unevenly distributed, risking disillusionment and reduced participation. | Cooperative marketing and transparent benefit-sharing arrangements to stabilise incentives and reduce inequity – complemented by participatory price-setting and clear reinvestment rules for community conservation and farm-level improvements. |
| Information / Education | Repeated emphasis in meetings on the importance of wildlife and benefits of shade trees and pollinators; organisation of regional workshop with farmers, government representatives, NGOs and academics. | The initiative builds knowledge and capacity, supporting norm internalisation and collective problem-solving for wildlife-friendly farming practices. | If training is not sustained, behaviour change may weaken as short-term priorities (e.g., yields) reassert dominance. | Multi-stakeholder workshops and ongoing engagement for maintaining shared understanding and coordination. | One-way messaging that does not address farmer constraints can reduce credibility and uptake. | Peer-to-peer learning structures and farmer-led demonstration plots within the agroforestry system. |
| Choice Architecture | Co-produced staged ‘management actions’ linked to programme phases and certification milestones; identification of sun-exposed plantations as a trigger for prioritising shade-tree planting. | The ‘management actions’/ programme phases make desired practices more actionable by sequencing steps and linking them to clear milestones and diagnostics. | If milestones become the primary focus, actions may prioritise audit readiness over locally relevant ecological outcomes. | Iterative identification of problems and common solutions with stakeholders is described in the source material as part of the programme's adaptive approach. | Standardised certification pathways may insufficiently accommodate heterogeneous farm contexts. | Locally tailored action plans nested within certification standards to preserve context sensitivity. |
| Social Norms | General agreement among farmers to join the programme; collective development of community-level solutions to limit hunting and trapping. | The initiative creates shared expectations of participation and acceptable practice within the farming community. | Collective agreement processes to sustain shared compliance with wildlife-friendly norms. | If participation is perceived as externally imposed, norms may remain superficial, and compliance may be strategic rather than internalised. | Community-led governance structures for monitoring, feedback and dispute resolution. | |
| Emotional Appeal | Use of a Javan slow loris as a central conservation focal species within certification materials and programme framing. | Strengthens motivation through attachment to a flagship threatened species and local pride in conservation-linked production. | Flagship framing can narrow attention to a subset of biodiversity concerns if not coupled to broader ecological goals. | Emotive species framing may be contested if farmers experience costs without clear benefits. | Broader biodiversity narratives linked to ecosystem services valued by farmers (e.g., pollination, shade regulation). | |
| Technology | Installation of waterline bridges to improve connectivity for mammals and provide irrigation; use of plant nursery systems to supply trees. | The initiative enables physical connectivity and supports agroforestry establishment, making wildlife-friendly practices feasible in sun-exposed plantations. | [No explicit evidence in the sources on maintenance responsibilities and long-term functionality of installed structures.] | If infrastructure fails or is poorly maintained, it can undermine both irrigation and connectivity objectives. | Maintenance plans and monitoring protocols integrated into programme governance and certification compliance. | |
| Infrastructure (Hard/Soft) | Programme delivery structure coordinating meetings, workshops and staged actions; protected-forest adjacency shaping intervention site selection. | Governance infrastructure provides organisational capacity for convening, coordination and long-term engagement required for certification-linked behaviour change. | Coordination across multiple stakeholders increases transaction costs and can slow decision-making. | Dependence on project-based organisational capacity can create fragility if external support is withdrawn. | Institutional partnerships that embed programme functions within local agricultural extension and conservation organisations. | |
| Biophysical Resources | Agroforestry interventions increasing shade-tree cover and connectivity; linkages between coffee agroforestry system and protected forest landscape. | The initiative improves habitat structure and ecological connectivity in farm–forest mosaics while supporting agricultural production. | Sun-exposed plantations limit connectivity for animals, identified as a problem requiring additional shade trees. | If shade-tree species selection is poorly matched to local ecology, it may deliver limited biodiversity benefits. | Native species planting strategies and habitat connectivity planning coordinated across farms and forest edges. | |
| Knowledge | Identification of problems and common solutions with key stakeholders; adaptive management framing with iterative learning across project phases. | Participatory monitoring and review processes support evidence-informed adjustment of practices and alignment between farmer constraints and conservation goals. | Knowledge asymmetries between experts and farmers can shape whose priorities dominate action selection. | Participatory monitoring of biodiversity and farm outcomes to support shared learning and accountability. | ||
| Other | WFEN certification as a hybrid mechanism linking in situ conservation outcomes, transparent community involvement, and local economic impacts. | The initiative bundles multiple tool types into an integrated pathway where verified practice change is the basis for market positioning. | Certification can standardise interventions and may not capture all locally relevant conservation challenges. | Over-reliance on certification may marginalise non-certified but potentially effective local stewardship pathways. | Parallel locally governed stewardship recognition schemes that can interface with, but are not dependent on, external certification. |
Note: Blank cells reflect that the documentary evidence available for this case did not contain sufficiently explicit information to address these dimensions. This absence should not be interpreted as implying that such mechanisms were irrelevant or ineffective, but simply that they were not documented within the scope of the source materials.
References
Campera, M., Budiadi, B., Adinda, E., Ahmad, N., Balestri, M., Hedger, K., Imron, M. A., Manson, S., Nijman, V., & Nekaris, K. A. I. (2021). Fostering a wildlife-friendly program for sustainable coffee farming: The case of small-holder farmers in Indonesia. Land, 10(2), 121. https://doi.org/10.3390/land10020121