JINAS covers a wide range of topics in the natural sciences, including both basic and applied research. The journal's scope includes, but is not limited to, the following fields:

1. Biological and Environmental Sciences:

• Zoology: Research on animal behavior, ecology, and biology of species.

• Ecology: Study of the relationship between organisms and their environment, and the impact of environmental changes on ecosystems.

• Plant Science: Research on plant biology, including genetics, physiology, and crop management.

• Microbiology: Study of microorganisms, both prokaryotic and eukaryotic, and their applications in industry and health.

• Agricultural Science: Innovations in agriculture, including sustainable farming techniques, crop breeding, and agricultural processing technologies.

• Environmental Science: Research on human-environment interactions and the development of solutions for global environmental challenges.

• Biomolecular Science: Study of biomolecules, including their structure, function, and applications in biotechnology and medicine.

• Medical and Health Science: Interdisciplinary studies in biomedicine, public health, and medical technologies.

• Forestry: Research on forest management and conservation, as well as innovations in sustainable forest resource utilization.

2. Chemical and Material Sciences:

• Inorganic Chemistry: Research on inorganic compounds and their applications in various industries.

• Organic Chemistry: Study of carbon compounds and chemical interactions, including the synthesis of new materials.

• Analytical Chemistry: Development and application of analytical techniques for identifying and measuring chemical substances.

• Electrochemistry: Research on chemical reactions involving electron transfer, including developments in batteries and fuel cells.

• Physical Chemistry: Study of the mechanisms and thermodynamics of chemical reactions and molecular interactions.

• Computational Chemistry: Use of computer simulations to model chemical interactions and predict material properties.

• Catalysis: Research on catalytic materials and the development of efficient catalytic technologies.

• Ceramics and Composite Materials: Study of ceramics and composite materials, as well as their applications in advanced manufacturing technologies.

• Nanoscience and Nanotechnology: Research in nanotechnology, including the synthesis, characterization, and application of nanomaterials.

• Electronic, Optical, and Magnetic Materials: Study of materials with electronic, optical, and magnetic properties, and their applications in advanced technologies.

• Polymers and Plastics: Research on polymers and plastics, including developments in sustainable and environmentally friendly materials.

3. Physical Science:

• Dielectrics, Ferroelectrics, and Multiferroics: Research on materials with dielectric, ferroelectric, and multiferroic properties and their applications in data storage and sensors.

• Optics: Study of light phenomena and the development of optical technologies for communication and information processing.

• Condensed Matter Physics: Research on the properties of solid and liquid materials and physical phenomena at macroscopic and microscopic scales.

• Instrumentation: Development of scientific instruments and measurement tools for research and industrial applications.

• Devices and Sensors: Research on devices and sensors for various applications in fields such as healthcare, industry, and the environment.

• Soft Matter, Fluids, and Biophysics: Study of soft matter, fluid dynamics, and biophysics in solving challenges in medical and technological fields.

• Thin Films, Interfaces, and Surfaces: Research on the properties and applications of thin films and interfaces in advanced materials.

• Quantum Science and Technology: Research on quantum phenomena and their application in quantum computing and advanced technologies.

• Artificial Intelligence and Machine Learning: Development of algorithms and machine learning applications in natural sciences and interdisciplinary research.

• Nonlinear Physics, Complex Systems, Pattern Formation, Econophysics, and Sociophysics: Study of nonlinear systems, pattern formation in nature, and the application of physical principles to economics and sociology.

4. Mathematical Science:

• Applied Statistics: Use of statistical methods to analyze experimental data and develop scientific models.

• Mathematical Economics: Research on the application of mathematics in economics, including decision theory and market modeling.

• Mathematical Biology: Development of mathematical models to address biological problems, such as epidemiology and ecology.

• Mathematical Chemistry: Use of mathematical techniques to model chemical systems and predict chemical reactions.

• Mathematical Physics: Application of mathematics to understand physical phenomena and develop theoretical models.

• Experimental Mathematics: Experimental methods in seeking mathematical solutions and verifying theorems.