Plant Tissues PDF

Tissues and Energy Transformation Quarter 2 1. What is the importance of having a tissue level in the hierarchy of biological organization? 2. How do ATP work in energy coupling and transfer? 3. How can photosynthesis and respiration undergo fermentation?  LESSON 4: Cell Types of Plant...

Tissues and Energy Transformation Quarter 2 1. What is the importance of having a tissue level in the hierarchy of biological organization? 2. How do ATP work in energy coupling and transfer? 3. How can photosynthesis and respiration undergo fermentation?  LESSON 4: Cell Types of Plant and Animal Tissues Objectives: Explain that the structure of plant tissues relate to their function; differentiate meristematic and permanent tissues of plants; describe some plant cell modifications that lead to adaptation to carry out specialized functions; characterize some plants and animal tissues.  ACTIVITY 1: Form Fits Function Match the descriptions that suits on the images 1. It covers the outside of a plant in a single layer of cells called the epidermis. 2. Makes up much of the interior of a plant and carries out basic metabolic functions, storage and support activities. 3. It functions for the transport of water and dissolved substances inside the plant. 4. It is composed of embryonic cells (capable of undergoing active cell division). Plant and Animal Tissues Lesson 4  What is a Tissue? Cell Division Cell Differentiation Plant Tissues Plant Tissues- Meristematic Tissues -Apical -Lateral -Intercalary Plant Tissues- Permanent Tissues A. The Dermal Tissue or Surface Tissue Plant Tissues- Permanent Tissues The Dermal Tissue or Surface Tissue -Epidermis - Cuticle Plant Tissues- Permanent Tissues The Dermal Tissue or Surface Tissue Plant Tissues- Permanent Tissues The Dermal Tissue or Surface Tissue Guard Cell Plant Tissues- Permanent Tissues The Dermal Tissue or Surface Tissue Guard Cell Plant Tissues- Permanent Tissues The Dermal Tissue or Surface Tissue -Periderm -for woody plants - cork, cork cambium Plant Tissues- Permanent Tissues B. Vascular Tissue System Plant Tissues- Permanent Tissues Ground Tissue Pith Cortex A botanist is examining two different plants to understand how they transport water and nutrients. Plant A grows in a dry, waterless region and has thick, fleshy stems, while Plant B grows in a tropical forest with ample rainfall. The botanist notices that Plant A has an unusually thick layer of tissues on its stem compared to Plant B. Based on this observation, which plant tissue is likely more developed in Plant A than in Plant B to help it survive in dry conditions? A) Xylem – Responsible for transporting water from roots to other parts of the plant. B) Phloem – Carries nutrients and organic compounds throughout the plant. C) Cork – Provides a protective outer layer that prevents water loss. D) Parenchyma – Involved in photosynthesis, storage, and tissue repair.