EcoFuture 2025 - Advancing Biodiversity and Environmental Sustainability

Abdol Ghaffar Ebadi Profile

Abdol Ghaffar Ebadi

Abdol Ghaffar Ebadi

Biography

He Was Earned his Doctoral degree in Environmental Biology from the Tajik Academy of Sciences in Tajikistan. He is currently a researcher at the Tajik Academy of Sciences (TAS) in Tajikistan and a faculty member at the Islamic Azad University of Jouybar in Mazandaran, Iran. Dr. Ebadi has published over 400 scientific papers in high-impact international journals and has participated in more than 50 international conferences. He has collaborated on numerous research projects worldwide, including partnerships with institutions in China, Malaysia, and Thailand. His research interests include Medicinal plants, effective substances from plants, environmental biotechnology, biochemistry, and gene pathways involved in phytoremediation processes.
 

Research Interest

Biological and Environmental Sciences Researcher
Gene Pathways Involved in Phytoremediation Processes.
 

Abstract

Heavy Metals and Iran's Public Health: Environmental Inheritance and Consequences for Ecosystems
Abstract:
In the Majority of Developing world Nations, such as Iran, long-term Presence of heavy metals in food chains, water, and soil has become an underestimated contributor to environmental Deterioration and public health crisis. This lecture untangles complex mechanisms by which elements such as lead, mercury, arsenic, and cadmium gain entry into ecosystems, bioaccumulate in biological organisms, and lead to chronic morbidity among exposed populations. Based on inter-disciplinary data from environmental studies, epidemiology, and policy analysis, the lecture centers upon the spatial abundance of contamination in Iran's industrial and agricultural landscapes. Particular emphasis will be placed upon ecological impacts of bioaccumulation involving effects upon microbiota of soils, aquatic communities, and food transfer. The article proposes a conceptual model linking pollutant persistence to ecosystem function and public health impact, demanding integrative approaches in monitoring, remediation, and policy change. By reframing the emphasis on environmental pollution to health justice and conservation issues, this research hopes to enable serious consideration of resilience-building in vulnerable regions.