ASSESSMENT OF THE RESILIENCE OF BIODIVERSITY OF ECOSYSTEMS AROUND THE GANJA ALUMINUM PLANT DURING CLIMATE CHANGE
Abstract
Summary: Research work carried out to determine the level of environmental pollution in the city of Ganja and its surrounding areas, as well as to eliminate the negative effects, is of great scientific and practical importance. Studies show that industrial waste, especially heavy metals and radioactive strontium, spreads to the city of Ganja and its surrounding areas, polluting the soil and vegetation of the region. As a result of pollution, the biological and ecological state of the environment is disrupted, negatively affecting human health and creating conditions for the increase of various diseases. The ecologically rich natural environment of Ganja city is caused by industrial activity, anthropogenic impacts, weakening of ecosystem functions and reduction of biological diversity. Among the industrial enterprises operating in Ganja city, “Azeraluminium” MMC is of particular importance in terms of its serious negative impact on the environment due to heavy metals in its waste. It was found that the flora of Ganja city and surrounding areas consists of 43 families, 112 genera and 221 species. The flora is mainly composed of cereals (Poaceae-43 species), legumes (Fabaceae-38 species), asteraceae (Asteraceae-30 species), and perennial herbaceous plants (110) species. The article provides information on the results of the investigation of the environmental impact of “Azeraluminium” MMC and ways to eliminate them.
Keywords: Azeraluminum, biodiversity, ecosystem, species, genus, family