Unlocking Indonesia’s Oil Palm Productivity Potential: A Strategic Analysis of Germplasm Diversity and Seed Quality Enhancement through Advanced Breeding Research10.47363/JBRR/2026(3)113

Indonesia’s position as the world’s largest palm oil producer is increasingly threatened by a persistent productivity gap, with actual yields of 3-4 tons CPO/ ha significantly trailing technical potentials exceeding 10 tons CPO/ha. This qualitative literature review examines the strategic role of germplasm diversity and seed quality improvement in bridging this productivity chasm. Through thematic analysis of recent scholarly literature (2020-2025) and industry reports, this study reveals that Indonesia’s limited genetic resource base-sourced from only four countries compared to Malaysia’s eighteen-represents a critical bottleneck. The recent 2024 Tanzania germplasm expedition, yielding 82,000 seeds from 102 accessions, exemplifies emerging multi-stakeholder collaborations involving government agencies, industry associations, and research consortia. Our synthesis demonstrates that integrating marker-assisted selection (MAS) and genomic selection (GS) with conventional breeding can accelerate varietal development from 15-20 years to 10-12 years, while DNA tracing technologies enhance the integrity of seed certification. Thematic findings highlight three critical pathways: (1) international germplasm enrichment through Nagoya Protocol-compliant exchanges, (2) molecular breeding technology adoption with 0.33-0.66 prediction accuracies for clonal selection, and (3) policy frameworks strengthening seed certification and distribution systems. We identify systemic challenges including weak enforcement of seed standards, limited smallholder access to certified seeds, and inadequate research infrastructure. This review concludes that achieving productivity targets requires a paradigm shift toward germplasm-led innovation, supported by enhanced R&D funding, strengthened public-private partnerships, and regulatory reforms prioritizing genetic resource conservation. Evidence-based recommendations emphasize establishing a national germplasm bank, accelerating molecular breeding programs, and implementing targeted subsidies for certified seed adoption among smallholders.