military activity

DISSECTING BIOCHEMICAL MECHANISMS THAT MEDIATE TOLERANCE TO MILITARY CHEMICAL STRESSORS IN DIVERSE MALACOLOGICAL SYSTEMS

The ongoing military conflict in Ukraine has severely contaminated freshwater ecosystems with heavy metal pollutants including lead from ammunition and explosives. This study investigates the physiological and biochemical mechanisms of resistance in the freshwater mollusks. This study examines how freshwater mollusks, specifically Planorbarius corneus and Viviparus viviparus, resist lead compounds. Lead pollution from military activities poses a significant threat to aquatic life due to its toxicity and bioaccumulation.

ASSESSMENT OF THE INFLUENCE OF MILITARY ACTIVITY ON THE ENVIRONMENT AT THE INTERNATIONAL PEACEKEEPING AND SECURITY CENTER THROUGH THE EVALUATION OF ENVIRONMENTAL RISK

The article provides the estimation of the influence of military activity on the environment at the international peacekeeping and security centre. The assessment was carried out by determining the value of the environmental risk of the military activity impact on the indicator species of animals listed in the Red Data Book of Ukraine - white-tailed bald eagle and small snapper. It has been established that despite the exceeding contents of heavy metals in soils, the risk of deterioration of the health of birds feeding on the territory of the polygon is extremely small.