Biological Systems: Theory and Innovation

The journal aims to promote the advancement of scientific research in the fields of ecology, biology, biotechnology, agricultural sciences, and related disciplines, as well as to disseminate innovative knowledge that contributes to sustainable development, biodiversity conservation, and environmental safety. It serves as a platform for the exchange of experience among researchers, practitioners, educators, and students, encouraging interdisciplinary studies and applied solutions to contemporary ecological and agricultural challenges.

The main research areas include:

Regional and global environmental issues. Analysis of the causes, consequences, and solutions to global climate change, ecosystem degradation, biodiversity loss, as well as research into local environmental challenges and adaptation strategies.

Ecology and environmental protection. Studies on the impact of anthropogenic factors on the environment, development of environmentally safe technologies, management of protected areas, and sustainable use of natural resources.

Environmental monitoring, forecasting, and assessment. Application of modern methods and technologies (geoinformation systems, remote sensing, mathematical modelling) for evaluating the state of air, water, and soil resources, and forecasting environmental risks.

Microbiology, biology, and ecology in the agro-industrial sector. Research on the role of microorganisms in improving soil fertility, biological plant protection, and the production of environmentally friendly agricultural products.

Plant and animal bioengineering. Use of genetic engineering and cell technologies to enhance productivity, stress resistance, and the quality of agricultural products.

Biotechnologies in crop and livestock production. Development of innovative technologies for plant cultivation and animal husbandry, including biopreparations, feed additives, and growth biostimulants.

Plant cultivation practices. Improvement of cultivation techniques for field, vegetable, ornamental, and medicinal crops, taking into account climatic and soil conditions.

Biochemical characteristics of plants. Research into metabolism, biochemical processes, and mechanisms of plant adaptation to environmental stressors.

Plant diseases and their treatment. Study of plant pathogens and development of effective methods for disease diagnosis, prevention, and treatment.

Pest and parasite control. Development of biological and integrated systems for protecting agricultural crops and animals against pests and parasites.

Zoology and animal husbandry. Research on the biology of wild and domestic animals, ecological aspects of livestock farming, breeding, and management practices.

Biodiversity assessment. Inventory, monitoring, and conservation of natural ecosystems, rare and endangered species of flora and fauna, and evaluation of environmental risks affecting biodiversity.