[HTML][HTML] Soil particle size fraction and potentially toxic elements bioaccessibility: A review
Y Li, E Padoan, F Ajmone-Marsan - Ecotoxicology and environmental …, 2021 - Elsevier
In the last decade, extensive studies have been conducted to quantify the influence of
different factors on potentially toxic elements (PTE) bioaccessibility in soil; one of the most …
different factors on potentially toxic elements (PTE) bioaccessibility in soil; one of the most …
Effects of soil particle size on metal bioaccessibility and health risk assessment
Oral ingestion is the main exposure pathway through which humans ingest trace metals in
the soil, particularly for children. Metals in different soil particle size fractions may vary in …
the soil, particularly for children. Metals in different soil particle size fractions may vary in …
[HTML][HTML] Heavy metal speciation in surface sediments and their impact on the bioaccumulation of green mussels (Perna viridis) from the eastern part of the Straits of …
HA Hamzah, SA Kadhum, SZ Zulkifli, SA Abed… - Total Environment …, 2023 - Elsevier
Many aquatic ecosystems are vulnerable to many pollutants, particularly heavy metals that
are now a threat to public health. It may be more effective to manage pollution in waterways …
are now a threat to public health. It may be more effective to manage pollution in waterways …
Assessment of physicochemical parameters and heavy metals contamination in Korle and Kpeshie Lagoons, Ghana
CA CLOTTEY, D NUKPEZAH, SS KORANTENG… - Indo Pacific Journal of …, 2022 - smujo.id
Clottey CA, Nukpezah D, Koranteng SS, Darko DA. 2021. Assessment of physicochemical
parameters and heavy metals contamination in Korle and Kpeshie Lagoons, Ghana. Indo …
parameters and heavy metals contamination in Korle and Kpeshie Lagoons, Ghana. Indo …
Risk-based prediction of metal toxicity in sediment and impact on human health due to consumption of seafood (Saccostrea cucullata) found in two highly …
S Satapathy, CR Panda, BS Jena - Environmental geochemistry and …, 2019 - Springer
Estuarine ecosystems of the Bay of Bengal, India, are considered as the most productive
environment, which have been persistently threatened by substantial anthropogenic activity …
environment, which have been persistently threatened by substantial anthropogenic activity …
Heavy metal speciation in surface sediments and their impact on the bioaccumulation of green mussels (Perna viridis) from the eastern part of the Straits of Johor …
H Amirah Hamzah, SA Kadhum… - Total Environment …, 2023 - diva-portal.org
Many aquatic ecosystems are vulnerable to many pollutants, particularly heavy metals that
are now a threat to public health. It may be more effective to manage pollution in waterways …
are now a threat to public health. It may be more effective to manage pollution in waterways …
[PDF][PDF] Spatial distribution and migration of cadmium in contaminated soils associated with a geochemical anomaly: a case study in southwestern China
K Luo, H Liu, Z Zhao, J Long, J Li, C Jiang… - Polish Journal of …, 2019 - pjoes.com
Spatial Distribution and Migration of Cadmium in Contaminated Soils Associated with a
Geochemical Anomaly: A Case Study in South Page 1 Introduction Cadmium is both extremely …
Geochemical Anomaly: A Case Study in South Page 1 Introduction Cadmium is both extremely …
Investigating geochemical factors affecting heavy metal bioaccessibility in surface sediment from Bernam River, Malaysia
The present study applied the use of sequential extraction technique and simple
bioaccessibility extraction test to investigate the bioavailable fractions and the human …
bioaccessibility extraction test to investigate the bioavailable fractions and the human …
[PDF][PDF] Heavy metals contamination and potential health risk in highland river watershed (Malaysia)
Introduction: Extensive agriculture activities in the upstream area causes pollutants flow to
the downstream area and contaminate the drinking water resources. Methods: Water …
the downstream area and contaminate the drinking water resources. Methods: Water …
[PDF][PDF] Potentially toxic elements in urban soils: size-related bioaccessibility, potentially bioavailability, and risk assessment
Y Li - 2023 - iris.unito.it
Urban soils only take 3% of the global terrestrial surface but support 54% of the world's
population, a proportion that is likely to increase 66% by 2050. Urban soils are an essential …
population, a proportion that is likely to increase 66% by 2050. Urban soils are an essential …