The European hare ( Lepus europaeus), ), commonly known as the gray hare, belongs to the Leporidae family. Widely distributed throughout Poland, it exhibits higher population density in the eastern regions. However, Europe has witnessed a significant decline in hare populations over the past 50 years, a trend also observed in most Polish areas. Contributing factors include intensified agriculture, habitat loss, urbanization, pollution (water, air, and soil), and climate change, all impacting population dynamics, including reproduction. Increased predation by foxes, raccoons, and birds of prey, along with poaching and hunting-related damage, further affect hare populations. Infectious and parasitic diseases play a crucial role in hare health, often leading to mortality. These animals constantly interact with various pathogens and vectors due to their natural environment. The objective of this study was to assess the health of the European hare population in the Lublin Upland based on macroscopic findings during autopsies. The research involved 85 hares from two hunting districts in the western part of the Lublin Upland. These animals were necropsied, and material was collected for laboratory tests. Macroscopic examinations revealed the presence of several diseases, including brucellosis (6 cases), rodentiosis (11 cases), tularemia (3 cases), echinococcosis (5 cases), and cysticercosis (11 cases). Most of these diseases are classified as dangerous zoonotic infections. The detection of multiple diseases underscores the gray hare's role as a reservoir in the natural environment. These confirmed diseases pose significant risks, often proving fatal for both hares and their predators. As a game species, European hares also pose a threat to hunters who handle infected animals. Moreover, meat from sick hares jeopardizes consumer health and safety. This research holds substantial importance for veterinary medicine and public health, aiding in early diagnosis and effective disease prevention strategies.

The storm Daniel and subsequent floods hit the Region of Thessaly (Greece) in early September 2023, causing extensive damage to the built environment (buildings, networks, and infrastructure), the natural environment (water bodies and soil), and the population (fatalities, injured, homeless, and displaced people). Additionally, the conditions and factors favorable for indirect public health impact (infectious diseases) emerged in the flood-affected communities. The factors had to do with infectious diseases from rodents and vectors, injuries, respiratory infections, water contamination, flood waste and their disposal sites as well as structural damage to buildings and the failures of infrastructure. The conditions that evolved necessitated the mobilization of the Civil Protection and Public Health agencies not only to cope with the storm and subsequent floods but also to avoid and manage indirect public health impact. The instructions provided to affected residents, health experts, and Civil Protection staff were consistent with the best practices and lessons learned from previous disasters. The emphasis should be on training actions for competent agencies, as well as education and increasing the awareness of the general population. Non-structural and structural measures should be implemented for increasing the climate resilience of infrastructures including the health care systems within a One Health approach.