The Set of Courses within the "8D05108 – Geobotany" Educational Program Aligned with the SDGs)

8D05108 - Geobotany

The Educational Program "8D05108 - Geobotany" is designed to prepare highly qualified PhD graduates equipped with modern scientific knowledge, research skills, and professional competencies in the fields of geobotany, botany, ecology, biodiversity, and sustainable natural resource management. The program aims to educate a new generation of specialists capable of addressing current scientific and practical challenges related to the study, conservation, and sustainable use of vegetation cover, the assessment of natural ecosystem conditions, and the promotion of environmental safety.

During their studies, students acquire advanced knowledge of modern geobotanical, ecological, and biological research methods, including field and laboratory techniques, Geographic Information Systems (GIS), remote sensing technologies, biostatistical analysis, mathematical modeling, and digital methods for processing scientific data. Particular emphasis is placed on biodiversity research, the assessment of the structure and dynamics of plant communities, environmental monitoring of natural ecosystems, the analysis of anthropogenic and climate change impacts on vegetation, as well as the development of scientifically based recommendations for ecosystem conservation and restoration.

The program develops graduates' competencies in organizing and conducting fundamental and applied scientific research, environmental monitoring, geobotanical mapping, assessment of biological resources, forecasting changes in natural ecosystems, and designing projects aimed at biodiversity conservation and sustainable natural resource management. Students also develop skills in critical analysis of scientific information, academic writing, preparation of publications for international scientific journals, research project management, and the application of modern digital technologies in scientific research.

The educational program promotes the advancement of scientific research in biodiversity conservation, terrestrial ecosystem protection, restoration of degraded areas, sustainable use of natural resources, and adaptation of natural ecosystems to climate change. Particular attention is paid to environmental safety, biosafety, conservation of rare and endemic plant species, implementation of innovative environmental monitoring technologies, and the development of international scientific collaboration.

Graduates of the program are qualified to pursue professional careers in research institutes, higher education institutions, botanical gardens, national parks, state nature reserves, environmental protection organizations, governmental agencies responsible for natural resource management, consulting and project organizations, as well as international research centers and organizations implementing projects in the fields of ecology, biodiversity, sustainable development, and environmental protection.

The educational program complies with modern international standards for training specialists in the life sciences and ensures the integration of sustainable development principles into educational and research activities. The program contributes to the achievement of the United Nations Sustainable Development Goals (SDGs), particularly SDG 3 - Good Health and Well-being by promoting environmental safety and preserving environmental quality; SDG 14 - Life Below Water through the study of the relationships between aquatic and coastal ecosystems and vegetation; and SDG 15 - Life on Land through biodiversity research, conservation of plant resources, and restoration of natural ecosystems. In addition, the program integrates SDG 4 - Quality Education and SDG 13 - Climate Action by implementing modern educational technologies, ensuring equal opportunities, fostering international academic cooperation, and promoting interdisciplinary scientific research.