Abstract Submission Deadline: December 15, 2025 - Don’t Miss Out – Early Bird Registration Deadline: December 16, 2025 - Submit your Abstract and Secure your Spot Today!
Abstract Submission Deadline: December 15, 2025 - Don’t Miss Out – Early Bird Registration Deadline: December 16, 2025 - Submit your Abstract and Secure your Spot Today!
Plant Science is the study of plants, including their growth, development, reproduction, and interactions with the environment. It focuses on understanding plant biology, improving crop production, managing plant health, and promoting sustainable use of plant resources.
Plant Molecular Biology is the branch of plant science that studies the molecular mechanisms controlling plant growth, development, and responses to the environment. It focuses on understanding genes, DNA, RNA, proteins, and signaling pathways in plants, and applies this knowledge to improve crop traits, enhance stress tolerance, and develop advanced biotechnological solutions.
Plant and Environment is the study of how plants interact with their surrounding environment, including factors like soil, water, light, temperature, and climate. It focuses on understanding how these environmental conditions affect plant growth, development, productivity, and survival, and how plants adapt to stresses such as drought, salinity, or extreme temperatures.
Plant Biotechnology is the field of plant science that uses biological techniques and molecular tools to improve plants. It involves genetic engineering, tissue culture, and molecular breeding to develop disease-resistant, high-yielding, or stress-tolerant crops, and to produce valuable plant-based products for agriculture, medicine, and industry.
Plant Nutrition and Soil Sciences is the study of how plants obtain and use nutrients from the soil and how soil properties affect plant growth. It focuses on nutrient cycles, soil fertility, soil health, and sustainable management practices to enhance crop productivity and maintain environmental balance.
Plant Physiology and Biochemistry is the study of the functional processes and chemical reactions in plants. It explores how plants carry out photosynthesis, respiration, nutrient uptake, growth, and stress responses, as well as the biochemical pathways and molecules that regulate these processes to maintain plant health and development.
Plant Diseases is the study of disorders in plants caused by pathogens such as bacteria, fungi, viruses, and nematodes, as well as environmental stresses. It focuses on disease identification, understanding infection mechanisms, and developing methods to prevent or control diseases to protect plant health and ensure crop productivity.
Plant Ecology and Taxonomy is the study of plants in relation to their environment and their classification. Plant ecology examines how plants interact with each other and with factors like soil, water, light, and climate, while plant taxonomy involves identifying, naming, and classifying plants based on their characteristics and evolutionary relationships.
Plant Genetics and Genomics is the study of genes, heredity, and the complete genetic makeup of plants. Plant genetics focuses on how traits are inherited and expressed, while plant genomics involves analyzing and manipulating the entire genome to understand gene function, improve crop traits, and develop plants with better yield, disease resistance, or stress tolerance.
Plant Pathology and Mycology is the study of plant diseases and fungi. Plant pathology focuses on understanding the causes, development, and control of diseases in plants caused by pathogens like fungi, bacteria, viruses, and nematodes. Mycology specifically studies fungi, including those that harm plants as pathogens and those that benefit plants as symbionts, helping in disease management and ecological balance.
Plant Sciences and Research is the comprehensive study of plants, encompassing their biology, physiology, genetics, ecology, and interactions with the environment. It involves both fundamental and applied research aimed at understanding plant growth, improving crop production, managing plant health, and developing sustainable agricultural and biotechnological solutions.
Agriculture and Horticulture is the study and practice of cultivating plants for food, fiber, and ornamental purposes. Agriculture focuses on large-scale crop production, soil management, and sustainable farming practices, while horticulture deals with the cultivation of fruits, vegetables, flowers, and ornamental plants, emphasizing quality, aesthetics, and productivity.
Plant Tissue Culture is a technique in plant science where small plant cells, tissues, or organs are grown in a controlled, sterile environment on nutrient media. It is used for plant propagation, genetic improvement, conservation of rare species, and production of disease-free plants, enabling rapid multiplication and research on plant development at the cellular level.
Agronomy and Agricultural Research is the study of crop production, soil management, and farming practices to improve agricultural productivity and sustainability. Agronomy focuses on optimizing plant growth, yield, and resource use, while agricultural research involves developing new technologies, crop varieties, and farming techniques to address challenges like pests, climate change, and soil fertility.
Medicinal and Aromatic Plants Research is the study of plants that have therapeutic, pharmaceutical, or aromatic properties. It focuses on identifying bioactive compounds, understanding their effects, improving cultivation methods, and developing sustainable uses for medicine, cosmetics, and the food and fragrance industries.
Forest Science and Silviculture is the study of forests, their ecosystems, and the management of tree growth. Forest science focuses on understanding forest ecology, conservation, and biodiversity, while silviculture deals with the cultivation, planting, and care of trees to maintain healthy forests and ensure sustainable timber and non-timber resources.
Crop Science is the study of cultivated plants and their management to improve yield, quality, and resilience. It involves understanding plant genetics, physiology, breeding, pest and disease management, and soil-plant interactions to optimize crop production and support sustainable agriculture.
Marine Science is the study of the oceans and marine ecosystems, including marine plants, animals, microorganisms, and their interactions with the environment. It covers areas such as oceanography, marine biology, ecology, and conservation, aiming to understand marine life, protect biodiversity, and sustainably use ocean resources.
Plant Health and Photobiology is the study of how plants maintain their well-being and respond to light. Plant health focuses on protecting plants from diseases, pests, and environmental stresses, while photobiology examines how light affects plant growth, development, photosynthesis, and physiological processes. Together, they help improve plant productivity and stress resilience.
Plant Water Relations is the study of how plants absorb, transport, and use water. It focuses on processes like water uptake by roots, movement through tissues, transpiration, and water use efficiency, as well as how plants respond to drought, salinity, and other water-related stresses. Understanding plant water relations is essential for improving crop growth and managing water resources efficiently.
Plant Pest Management and Entomology is the study of insects and other organisms that affect plant health, along with strategies to control them. Entomology focuses on the biology and behavior of insects, including both pests and beneficial species. Plant pest management develops methods such as chemical, biological, and cultural controls to prevent or reduce damage, ensuring healthy crops and sustainable
Plant Microbiology is the study of microorganisms that interact with plants, including bacteria, fungi, viruses, and other microbes. It focuses on how these microorganisms affect plant growth, health, and productivity, either by promoting growth, causing diseases, or helping plants adapt to environmental stresses.
Climate Change and Environmental Sustainability is the study of how changes in the climate, such as rising temperatures and altered rainfall patterns, impact ecosystems, agriculture, and human life. It focuses on developing strategies to reduce environmental impact, conserve natural resources, and promote sustainable practices that ensure long-term ecological balance and resilience.
Plant Molecular Breeding is the use of molecular biology tools to improve plants by selecting or modifying specific genes. It combines traditional breeding with techniques like marker-assisted selection, gene mapping, and gene editing to develop crops with better yield, disease resistance, stress tolerance, and quality traits more efficiently and accurately.
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