| Impact ID | 10274 |
| Impact Type | Environmental Water Quality |
| Study Type | Observational |
| Study Location | Field |
| Impact Description | Blooms convert atmospheric CO2 to biomass and sink, contributing to a rapid release of DOC to the benthos, this promoted rapid bacterial growth, hypoxia and acidification (Chen et al. 2020), semi-labile DOC compounds persisted for 6 months and refractory DOC for 10 months driving successional changes to the benthos. |
| Reference | 45940 |
| Cost | |
| Location | Yellow Sea |