PENGEMBANGAN INOVASI PRODUK KOMPOSIT MODUL SEKAT KANAL BERBAHAN BAKU SERAT SABUT KELAPA UNTUK PENERAPAN PENYEKATAN KANAL PADA LAHAN GAMBUT

Abstract

Peatlands in West Kalimantan, Indonesia, are an important ecosystem but are vulnerable to degradation caused by human activities. To overcome this problem, this research introduces a product innovation in the form of a canal-blocking module made from coconut fiber composite for the implementation of sustainable canal straightening. The study involved a series of methodological steps that included a literature study, prototype development, laboratory testing, and field case studies. The research results show that composite canal-blocking modules have significant potential to reduce land subsidence, increase land productivity, and improve the hydrological balance in peatlands. In addition to significant economic benefits for local communities, implementation of this module also has positive impacts on the environment, including habitat protection and reduced greenhouse gas emissions. These findings have important implications for policy-making and planning for peatland management in West Kalimantan, emphasizing the importance of sustainable solutions and community participation in overcoming the challenges faced by this ecosystem. This research highlights the potential for innovative canal block module composite products made from coconut fiber as an important step in efforts to strengthen peatland management in West Kalimantan. The next step is to encourage wider adoption and implementation of these solutions while pursuing further research to deepen our understanding of sustainable peatland management.