Malaysia stands at a critical juncture, facing the dual challenges of achieving its Net Zero 2050 target and stimulating sustainable economic growth. Bamboo, with its remarkable properties of rapid growth, versatility, and significant carbon sequestration potential, emerges as a promising solution to simultaneously address both challenges. However, current policies in Malaysia need to fully leverage bamboo’s multifaceted benefits. The current study examines expert perspectives on utilising bamboo for carbon sequestration and other relevant applications in Malaysia. Two primary objectives of this study are (1) to examine the perspectives and existing practices of bamboo in Malaysia and (2) to enhance the bamboo value chain by strengthening relevant policies in Malaysia.
The current study employed a qualitative approach using in-depth interviews with selected expert panels in Malaysia. The panellists were selected through a purposive approach, with at least five years of experience in direct involvement with carbon sequestration management, bamboo planting, bamboo-based downstream products, and bamboo environmental management. The main finding shows that while bamboo presents a promising solution due to its carbon sequestration potential, the implementation of its capacity remains limited in the Malaysian context. The findings uncover two potential models: utilising bamboo for carbon sequestration on degraded tin mining land and producing high-value bamboo products. However, the experts highlight challenges such as land disputes, specialised knowledge gaps, carbon regulatory limitations, funding constraints, and public-industry engagement.
Despite bamboo’s recognised potential, there is no dedicated policy in Malaysia that integrates its cultivation for carbon sequestration on degraded lands, aligned with international standards. Stakeholders, including planters, carbon credit consultants, industry experts, and government bodies, possess valuable but fragmented expertise. For example, planters may understand bamboo cultivation but lack knowledge of its economic and carbon-sequestering potential, while carbon credit consultants can assess carbon capture yet are unfamiliar with optimal bamboo species and soil conditions. This fragmentation makes it difficult to develop a unified, holistic approach to solving the problem. Panel experts were unable to reach a consensus on which bamboo species are suitable for specific soil conditions, necessitating extensive field trials to identify the most appropriate species for different soil types and to avoid introducing invasive species. Land tenure disputes also present significant barriers, with many suitable plantation areas being contested between state, community, and commercial interests. Legal interventions are crucial to resolving ownership issues and promoting sustainable bamboo cultivation on these lands. Furthermore, funding challenges remain for small-scale planters and communities, who face difficulties securing financial support without a proven track record. Scientific research is needed to ensure that bamboo can contribute to ecosystem restoration in former mining areas without absorbing harmful contaminants.
The study recommends enhanced training programs, policy revisions, and further research into suitable bamboo species to enhance bamboo’s application in rehabilitation. This policy brief outlines a comprehensive strategy to strengthen Malaysia’s approach to bamboo utilisation, focusing on five key areas: policy integration, economic viability, community empowerment, value chain enhancement, and environmental restoration.
By establishing a dedicated bamboo development policy, developing specific carbon credit methodologies for bamboo-based projects, launching a national bamboo research program, creating a Bamboo Industry Development Fund, and integrating bamboo cultivation into national reforestation and land rehabilitation programs, Malaysia can unlock the full potential of its bamboo resources. These initiatives have the potential to sequester millions of tons of CO2 annually, generate revenue from bamboo products by 2030, rehabilitate substantial areas of degraded land, and create thousands of green jobs, particularly in rural areas. This holistic approach not only addresses climate change and economic development but also positions Malaysia as a leader in sustainable development on the global stage, especially in achieving Net Zero 2050. By embracing this innovative strategy, Malaysia can effectively combine climate action with robust economic growth, setting a new standard for the creative use of natural resources in the 21st century.
