Microbial treatment of industrial effluents: future policy for aquatic biodiversity conservation

Sarkar S.; Meza, C.; Banerjee A.

Keywords: Microbial treatment; biodiversity; biogeochemical cycle; industrial effluents; microbial conservation; sustainability

Abstract

In an era of rapid industrialization, the discharge of contaminated effluent into natural environments has significantly increased with a direct, negative impact on aquatic biodiversity. It is not only discharged industrial effluent, but also products discharged from wastewater treatment plants, that disrupt biogeochemical cycles, which have direct relationships with aquatic biodiversity. Due to this situation, microbial biodiversity is also affected. Microbial wastewater treatment is a sustainable way to protect aquatic biodiversity, for which environmental microbiome conservation is very important. This article explores the delicate topic of biodiversity conservation, specifically aquatic biodiversity conservation, and is aimed at improving and informing aquatic biodiversity policies.

Más información

Título según SCOPUS: Microbial treatment of industrial effluents: future policy for aquatic biodiversity conservation
Título de la Revista: Biodiversity
Volumen: 23
Número: 3-4
Editorial: Taylor and Francis Ltd.
Fecha de publicación: 2022
Página final: 122
Idioma: English
DOI:

10.1080/14888386.2022.2137848

Notas: SCOPUS