This track focuses on the development and application of biomaterials in the field of botany and plant science. It aims to explore how these materials can enhance plant growth, health, and resilience.

This session will delve into the use of artificial intelligence technologies for monitoring and managing environmental conditions affecting plant ecosystems. Participants will discuss case studies and innovative approaches to data analysis in botany.

This track examines the impact of non-ionising electromagnetic fields on plant biology and growth. Researchers will present findings on how these fields influence physiological processes in various plant species.

This session will explore the biomechanics of plant structures and their adaptations to environmental stresses. Discussions will include the mechanical properties of plant materials and their implications for growth and survival.

This track highlights the integration of biomedical sensor technologies in the monitoring of plant health. Participants will share insights on sensor applications for detecting plant diseases and optimizing growth conditions.

This session focuses on biotechnological innovations that promote sustainable agricultural practices. Topics will include genetic engineering, tissue culture, and other biotechnological methods that enhance crop yield and resilience.

This track will cover advanced imaging techniques used in plant research, including microscopy and remote sensing technologies. Participants will discuss how these techniques can provide insights into plant structure and function.

This session aims to present physiological models and simulations that help in understanding plant responses to environmental changes. Researchers will discuss the implications of these models for predicting plant behavior.

This track explores the intersection of clinical engineering and plant science, focusing on the application of engineering principles to solve botanical challenges. Discussions will include innovative solutions for plant health and productivity.

This session examines the role of human performance engineering in enhancing agricultural practices. Topics will include ergonomics, workflow optimization, and the design of tools and equipment for improved efficiency.

This track focuses on the applications of bionanotechnology in enhancing plant growth and health. Researchers will discuss the potential of nanomaterials and nanotechnology in addressing challenges in botany and agriculture.