Formation of econetworks in the context of the impact of inorganic pollutants

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Comprehensive assessment reveals how inorganic pollutants affect biodiversity, indicating urgent need for ecological planning.

Inorganic pollution disrupts soil microbiological activity and leads to significant declines in biodiversity.
Heavy metal concentrations were analyzed, revealing decreases in species richness of phytocenoses by 40-50%.
Assessment utilized GIS analysis to identify spatial conflict zones between ecological network elements and pollution hotspots.
Practical recommendations include soil remediation, establishment of buffer zones, and implementation of long-term monitoring.

Совгіра et al. (2025) studied this question.

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View Full Paper

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Authors

Comprehensive assessment reveals how inorganic pollutants affect biodiversity, indicating urgent need for ecological planning.

Inorganic pollution disrupts soil microbiological activity and leads to significant declines in biodiversity.
Heavy metal concentrations were analyzed, revealing decreases in species richness of phytocenoses by 40-50%.
Assessment utilized GIS analysis to identify spatial conflict zones between ecological network elements and pollution hotspots.
Practical recommendations include soil remediation, establishment of buffer zones, and implementation of long-term monitoring.

Совгіра et al. (2025) studied this question.

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