Plant energy processes, growth, development, hormones and responses to stress.

Choose a topic below. Lessons are grouped by subject sequence, so you can build from foundations towards specialist material.

42 available study resources

Water properties and water potential

  1. Molecular Structure and Properties of Water
  2. Pressure Chamber Method
  3. Pressure Probe Method for Measuring Water Potential
  4. Psychrometry Method for measuring water potential
  5. The Soil-Plant-Atmosphere Continuum
  6. Unveiling the Dynamics of Turgor Pressure Changes: A Comprehensive Exploration of the Hofler Diagram
  7. Water in Cells: Organelles, Biomolecules & Cellular Functions
  8. Water in the Soil and its Potentials: An In-Depth Exploration
  9. Water Potential: Components & Movement in Biological Systems

Water uptake and transport

  1. Aquaporins: Unveiling the Molecular Marvels of Water Transport in Living Systems
  2. Hydrological Dynamics: Unraveling the Pathways and Driving Forces of Water Absorption in Plants

Mineral nutrition and symbiosis

  1. Introduction to Mycorrhizae: Unveiling the Symbiotic Nexus Between Fungi and Plants
  2. Comprehensive Analysis of Plant Nutrition: Unraveling the Roles, Functions, and Deficiency Symptoms of Essential and Beneficial Elements
  3. Exploring the Dynamics of Inorganic Composition in Soil-Plant Interactions: Nutrient Essentials, Soil Fertility Optimization, and Sustainable Agriculture Practices
  4. Interplay of Soil pH and Nutrient Availability in Plant Physiology: A Comprehensive Scientific Exploration
  5. Ion Uptake Mechanisms in Plant Roots: Unraveling the Complex Pathways of Nutrient Absorption and Environmental Interactions
  6. Molecular Mechanisms of Mineral Transport in Plants: Unraveling the Role of Membrane Carriers
  7. Navigating the Intricacies of Mineral Nutrient Absorption by Plant Roots: A Comprehensive Exploration of Pathways
  8. Optimizing Crop Nutrient Management for Sustainable Agricultural Productivity: A Comprehensive Scientific Exploration of Fertilizer Types, Functions, and Environmental Considerations

Plant growth regulators

  1. Introduction to Ethylene: A Gaseous Plant Hormone
  2. Abscisic Acid: A Comprehensive Exploration in Plant Physiology
  3. Auxin Physiology: The Architect of Plant Development
  4. Cytokinins: Orchestrating Plant Growth and Development
  5. Gibberellins: Unveiling the Growth Elixir
  6. Jasmonates: Unveiling the Multifaceted Plant Hormones
  7. Salicylic Acid: Unraveling the Biochemical Tapestry
  8. Master Paratonic Movements: 30 MCQs on Plant Tropisms & Hormonal Control

Seed dormancy and germination

  1. Seed Dormancy: Definition, Types, and Significance
  2. Exploring the Types and Physiological Mechanisms of Seed Germination in Plants
  3. Strategies and Mechanisms for Breaking Seed Dormancy in Plants

Light perception, rhythms and movements

  1. Comprehensive Exploration of Nastic Movements in Plants
  2. Elucidating the Molecular Foundations: Physical and Chemical Properties of Phytochromes in Plant Photobiology
  3. Exploring Circadian Rhythms in Plants: Nature's Timekeepers
  4. Photoreceptor Proteins: Unveiling the Molecular Tales of Phytochromes and Cryptochromes in Light Signaling Pathways
  5. Phytochromes: Distribution Patterns and their Crucial Biological Roles in Plants
  6. The Central Role of Phytochrome in Gene Expression: Illuminating the Pathways of Plant Growth
  7. Tropic Movement: Phototropism, Gravitropism, and Their Mechanisms

Flowering and environmental responses

  1. Floral Organ Identity Genes and the ABC Model: An In-Depth Analysis
  2. Photoperiodic Classification of Plants: Understanding Growth and Flowering Responses
  3. Regulatory Mechanisms of Flowering: Interplay Between Autonomous and Environmental Pathways
  4. Understanding Photoperiodism: Mechanisms, Signaling Pathways, and Biological Implications
  5. Vernalization: Cold-Triggered Flowering in Plants

This collection shows available resources, not a claim of complete syllabus coverage. Use your institution’s current outline to confirm the required depth and assessment.

← Explore all Advanced Botany Courses