Distribution of total mercury in coastal sediments of Honda Bay, Palawan Island, the Philippines
Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed sediment sampling conducted in between 2021 and 2022 where a total of 166 sediment samples were collected along the coast and analyzed for tot...
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| Published in | Marine pollution bulletin Vol. 207; p. 116912 |
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| Main Authors | , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
England
Elsevier Ltd
01.10.2024
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| Subjects | |
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| Abstract | Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed sediment sampling conducted in between 2021 and 2022 where a total of 166 sediment samples were collected along the coast and analyzed for total mercury (THg) concentration. The study assessed mercury toxicity using the geoaccumulation index and compared Hg levels to sediment quality guidelines. The findings revealed a wide range of THg concentrations, from 0.0040 to 11.4702 mg/kg, with hotspots identified at the Honda Bay wharf and Tagburos River mouth. Mercury spreads to a large coastal area brought by tidal currents and the wave energy actions. The geoaccumulation index indicated moderate to strong Hg contamination in the vicinity of the hotspots and around 24.7–36.1 % of samples exceeded the sediment quality guidelines suggesting adverse biological effects in aquatic biota will frequently occur.
•Honda Bay wharf and the mouth of Tagburos River have been identified as hotspots for Hg in Honda Bay.•Continuous dispersion of Hg within the sediments of Honda Bay from hotspots driven by tidal currents and local wave energy.•The study can serve as baseline data for proper assessment on the Hg contamination and exposure in Honda Bay. |
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| AbstractList | Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed sediment sampling conducted in between 2021 and 2022 where a total of 166 sediment samples were collected along the coast and analyzed for total mercury (THg) concentration. The study assessed mercury toxicity using the geoaccumulation index and compared Hg levels to sediment quality guidelines. The findings revealed a wide range of THg concentrations, from 0.0040 to 11.4702 mg/kg, with hotspots identified at the Honda Bay wharf and Tagburos River mouth. Mercury spreads to a large coastal area brought by tidal currents and the wave energy actions. The geoaccumulation index indicated moderate to strong Hg contamination in the vicinity of the hotspots and around 24.7-36.1 % of samples exceeded the sediment quality guidelines suggesting adverse biological effects in aquatic biota will frequently occur. Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed sediment sampling conducted in between 2021 and 2022 where a total of 166 sediment samples were collected along the coast and analyzed for total mercury (THg) concentration. The study assessed mercury toxicity using the geoaccumulation index and compared Hg levels to sediment quality guidelines. The findings revealed a wide range of THg concentrations, from 0.0040 to 11.4702 mg/kg, with hotspots identified at the Honda Bay wharf and Tagburos River mouth. Mercury spreads to a large coastal area brought by tidal currents and the wave energy actions. The geoaccumulation index indicated moderate to strong Hg contamination in the vicinity of the hotspots and around 24.7–36.1 % of samples exceeded the sediment quality guidelines suggesting adverse biological effects in aquatic biota will frequently occur. •Honda Bay wharf and the mouth of Tagburos River have been identified as hotspots for Hg in Honda Bay.•Continuous dispersion of Hg within the sediments of Honda Bay from hotspots driven by tidal currents and local wave energy.•The study can serve as baseline data for proper assessment on the Hg contamination and exposure in Honda Bay. Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed sediment sampling conducted in between 2021 and 2022 where a total of 166 sediment samples were collected along the coast and analyzed for total mercury (THg) concentration. The study assessed mercury toxicity using the geoaccumulation index and compared Hg levels to sediment quality guidelines. The findings revealed a wide range of THg concentrations, from 0.0040 to 11.4702 mg/kg, with hotspots identified at the Honda Bay wharf and Tagburos River mouth. Mercury spreads to a large coastal area brought by tidal currents and the wave energy actions. The geoaccumulation index indicated moderate to strong Hg contamination in the vicinity of the hotspots and around 24.7-36.1 % of samples exceeded the sediment quality guidelines suggesting adverse biological effects in aquatic biota will frequently occur.Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed sediment sampling conducted in between 2021 and 2022 where a total of 166 sediment samples were collected along the coast and analyzed for total mercury (THg) concentration. The study assessed mercury toxicity using the geoaccumulation index and compared Hg levels to sediment quality guidelines. The findings revealed a wide range of THg concentrations, from 0.0040 to 11.4702 mg/kg, with hotspots identified at the Honda Bay wharf and Tagburos River mouth. Mercury spreads to a large coastal area brought by tidal currents and the wave energy actions. The geoaccumulation index indicated moderate to strong Hg contamination in the vicinity of the hotspots and around 24.7-36.1 % of samples exceeded the sediment quality guidelines suggesting adverse biological effects in aquatic biota will frequently occur. |
| ArticleNumber | 116912 |
| Author | Gibaga, Cris Reven L. Samaniego, Jessie O. Quierrez, Rico Neil M. Reyes, Rachelle Clien G. Tanciongco, Alexandria M. Gervasio, John Henry C. |
| Author_xml | – sequence: 1 givenname: Jessie O. surname: Samaniego fullname: Samaniego, Jessie O. email: josamaniego@pnri.dost.gov.ph – sequence: 2 givenname: Cris Reven L. surname: Gibaga fullname: Gibaga, Cris Reven L. – sequence: 3 givenname: Alexandria M. surname: Tanciongco fullname: Tanciongco, Alexandria M. – sequence: 4 givenname: Rico Neil M. surname: Quierrez fullname: Quierrez, Rico Neil M. – sequence: 5 givenname: Rachelle Clien G. surname: Reyes fullname: Reyes, Rachelle Clien G. – sequence: 6 givenname: John Henry C. surname: Gervasio fullname: Gervasio, John Henry C. |
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| Keywords | Marine pollution Abandoned mine Marine sediment Mercury Palawan |
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| Snippet | Honda Bay is considered as one of the mercury hotspots in the world due to its proximity to the abandoned Palawan Quicksilver Mine. In this study, a detailed... |
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| SubjectTerms | Abandoned mine Bays - chemistry Environmental Monitoring Geologic Sediments - chemistry Islands Marine pollution Marine sediment Mercury Mercury - analysis Palawan Philippines Water Pollutants, Chemical - analysis |
| Title | Distribution of total mercury in coastal sediments of Honda Bay, Palawan Island, the Philippines |
| URI | https://dx.doi.org/10.1016/j.marpolbul.2024.116912 https://www.ncbi.nlm.nih.gov/pubmed/39217870 https://www.proquest.com/docview/3099855376/abstract/ |
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