| Title | Date | Views | Brief Description |
|---|
| Effects of forest fires on mercury biogeochemical cycling in terrestrial and aquatic ecosystems |
2020 |
145 |
Mercury (Hg), a persistent and toxic element, is largely stored in forests including forest canopy and surface soils. Therefore, forest disturbances such as wildfires (natural) and prescribed fires (anthropogenic, forest management practice) would in... |
| Investigating sources of seasonal variation in mercury exported from an upland-peatland ecosystem in northern Minnesota using mercury stable isotopes |
2016 |
178 |
Boreal peatland ecosystems are well known as an important sink of atmospheric mercury (Hg) as well as a source of highly toxic methylmercury (MeHg) to downstream ecosystems. Therefore, a thorough understanding on the complex Hg cycling in these north... |
| The impact of saltwater intrusion on mercury cycling in coastal plain wetlands |
2021 |
452 |
Coastal wetlands are considered hotspots and the primary source of mercury (Hg) to adjacent waters. Because of the global sea level rise and hurricanes low-lying coastal areas are experiencing saltwater intrusion causing alteration in Hg biogeochemis... |