Assessment of the impact of copper mining and related industrial activities on aquatic macroinvertebrate communities of the Pek River (Serbia)
DOI:
https://doi.org/10.2298/ABS210314023CKeywords:
bioindicators, diversity depletion, macroinvertebrates, mining pollutionAbstract
Paper description:
- This study examined elements of mining pollution that negatively affect river biota. Suspended particles, metal ions and changes in water pH are considered as the main factors of mining pollution.
- Aquatic macroinvertebrate community structure was analyzed along the Pek River which is under considerable mining influence.
- A substantial decline in community structure parameters was recorded at the site under greatest mining influence compared to the upstream reference site.
- The Pek River could be a potential model for more comprehensive future investigations of mining impacts based on macroinvertebrate monitoring.
Abstract: The upper stretch of the Pek River is located in proximity to one of the largest mining sites in Serbia. To estimate the influence of copper mining on river biota, the quantitative and qualitative macroinvertebrate community structure was analyzed, and the ecological status of the river was assessed using standard biological indices. Data was gathered at 6 sites along the river. A total of 75 macroinvertebrate taxa were recorded. The reference site had the highest number of recorded taxa (48) and a high biodiversity (diversity index H=2.3). In contrast, the lowest number of taxa (8), a low diversity index value (H=1.15), and a very poor overall ecological status were recorded at site 2, which is heavily influenced by mining discharge. The Ephemeroptera, Plecoptera and Trichoptera group (EPT) constituted 46.30% of the community at site 1 but was completely absent at site 2 where Diptera (70%) and Oligochaeta (20%) were dominant, reflecting a strong impact of the mining industry on the upper river stretch. A gradual improvement of water quality downstream of the pollution sources indicates that this medium-sized river has the capacity to overcome intensive pollution and to revitalize itself along its course.
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