Bacteria thriving in the mangrove ecosystem are major drivers of elemental cycles. Climate
change and environmental stressors (heavy metals) influence the performance of these …

The review paper, summaries the results of heavy metal concentration reported by several
authors in the soils of North Indian states viz. Punjab, Haryana, Rajasthan and Uttar …

This study aims to assess seasonal and spatial variations, contamination status, ecological
risks, and metal sources (Ni, Pb, Cr, Cu, Mn, and Zn) in human-afforested mangrove …

With the acceleration of industrialization and urbanization, increasing attention has been
paid to the problem of heavy metal pollution in mangroves and its ecological restoration …

To better understand heavy metal pollution and the potential ecological risk of mangrove
sediments in the Nanliu River estuary, the speciation and distribution characteristics of …

Contaminant vulnerability in the critical zones like groundwater (GW)-seawater (SW)
continuum along the entire Gujarat coast was investigated for the first time through an …

Heavy metals (HM) are the major proximate drivers of pollution in the mangrove ecosystem.
Therefore, ecological risk (ER) due to HM distribution/concentration in core-sediment of Puzi …

Mangroves as typical blue carbon ecosystems exhibit a high level of heavy metal
accumulation capability. In this study, we investigated how extreme rainstorm effects the …

Coastal basins are the world's largest ultimate natural system for productivity and more than
40% of the world's population prefers to live on the coastline. Thus, the coastal region is of …

Objectives The metal contamination levels in soil, water, and fish samples from the
Sundarbans in Bangladesh were thoroughly examined. Key pollutants were identified using …