Shekh Mohammad Raeesh, Kumar Vivek
National Innovation Foundation (NIF), Grambharti, Gandhinagar, India.
Environ Monit Assess. 2025 Feb 10;197(3):264. doi: 10.1007/s10661-025-13723-1.
The primary source of the growing concern regarding marine, aquatic, and land pollution is plastic products, the majority of which are made of synthetic or semi-synthetic organic compounds. These combinations include materials like coal and natural gas that are obtained through petrochemical processes. As these two types of plastic-derived products are produced and disposed of, they have a major impact on the ecosystems. According to recent figures, around 400 million tons of plastic and related products derived from plastic are produced annually, and it became double in the last two decades. Plastic pollutants are introduced into ecosystems by a variety of stakeholders at different points in their daily lives, whether intentionally or accidentally. They have become a major source of adverse effects, toxicity development in natural entities, and problems. The aquatic, marine, and land ecosystems are vital to human existence, which emphasizes how difficult it is to stop pollution from it. This review highlights the adverse impacts of plastics, plastic-based products, and micro-nanoplastics on aquatic, terrestrial, and marine ecosystems while addressing advances in biodegradable plastics, recycling innovations, plastic-degrading enzymes, and sustainable solutions to reduce environmental risks.
对海洋、水生和陆地污染日益关注的主要源头是塑料制品,其中大部分由合成或半合成有机化合物制成。这些化合物包括通过石化过程获得的煤和天然气等材料。随着这两类源自塑料的产品的生产和处置,它们对生态系统产生了重大影响。根据最近的数据,每年约有4亿吨塑料及源自塑料的相关产品被生产出来,并且在过去二十年中翻了一番。塑料污染物在日常生活的不同阶段被各种利益相关者有意或无意地引入生态系统。它们已成为产生不利影响、导致自然实体毒性发展以及引发问题的主要源头。水生、海洋和陆地生态系统对人类生存至关重要,这凸显了阻止其污染的难度。本综述强调了塑料、塑料基产品和微纳米塑料对水生、陆地和海洋生态系统的不利影响,同时探讨了可生物降解塑料、回收创新、塑料降解酶以及降低环境风险的可持续解决方案方面的进展。