0
Article ? AI-assigned paper type based on the abstract. Classification may not be perfect — flag errors using the feedback button. Tier 2 ? Original research — experimental, observational, or case-control study. Direct primary evidence. Environmental Sources Marine & Wildlife Sign in to save

Distribution and Composition of Marine Debris in the Shoreline Area of Bone Bay Indonesia

Environmental Research Engineering and Management 2022 2 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Ridha Alamsyah, Andi Tenriawaruwaty A.R. Zulkifli, Irfan Fauzi, Andi Liswahyuni, Armita Permatasar, Hamzah Wahab

Summary

Researchers assessed the distribution and composition of marine debris along the shoreline of Bone Bay in Indonesia, finding plastic items constituted the majority of debris. The study documents the scale of coastal plastic pollution in this Indonesian bay and provides a baseline for monitoring and cleanup prioritization.

Indonesia is the world’s second greatest producer of plastic waste after China. The bulk of waste produced accumulates in metropolitan regions due to the increasing population, and the situation has spread to rural areas with a limited population. The residents of the Sinjai Regency have felt the impact of the growing amount of debris, and it is expected to worsen without immediate action. Coastal locations that accommodate waste from land and water are mostly affected by debris. The study was conducted in Bone Bay, Sinjai Regency’s coastline area. The bay’s condition is sheltered to decrease the current strength, but it varies from season to season. Furthermore, it used shoreline survey methodology, where debris grouping consisted of plastics, metal, rubber, glass, clothing, and others. The debris data were calculated and analyzed based on the seasons of the west (January) and east (July). The data were associated with the current pattern model in Bone Bay waters based on the season. In January and July, 86% of waste was plastic, 3% was metal, 4% was rubber, 2% was clothing, while 5% and 4% were glass. No other types of waste were identified in January, while 1% was detected in July. Garbage that enters through rivers, garbage deposited by local residents, and tourism activities at the four observation areas are all contributing to the presence of waste in Sinjai’s coastal area.

Share this paper