PPT-Plant Transport

Plants Plant terrestrial mostly multicellular photoautotrophic eukaryote true tissues and organs Plant Structure Tissue Basic Tissue Types pg 717 give rise to specialized cells. 13.4 Gas exchange in the leaf of a plant. Learning outcomes. Students should be able to understand the following:. How plants exchange gases?. How the leaf of a dicotyledonous plant is adapted for efficient gas exchange. Biology 10(B). Learning objectives. Identify . major systems in plants. Describe the interactions that occur among systems to carry out vital plant functions. Interactions Among Plant Systems. Organ systems:. Warm up (11-23-15). Explain what you know about plants.. Try to be specific and use scientific terms if possible.. Outline. Objectives. Plant Background Info. Objectives. To gain background information about plants and how they colonized land. 13.4 Gas exchange in the leaf of a plant. Learning outcomes. Students should be able to understand the following:. How plants exchange gases?. How the leaf of a dicotyledonous plant is adapted for efficient gas exchange. Nonvascular plant. Vascular tissue that carries food from leaves to the other parts of a plant.. phloem. A plant with tubes to carry nutrients and water throughout the plant. Vascular plant. A vascular plant that produces seeds that are not surrounded by a fruit.. . CHARACTERISTICS. INSTRUCTIONAL OBJECTIVES. 1.. Identify adaptations of marine plants.. 2. . Describe the habitats of . marine . plants.. 3. List benefits of marine plants to the oceans . Types of Plant Systems | Plant Transport . |. . Plant Growth & Reproduction | Plant Response. Learning Objectives. Understand how the different types of plant systems interact. Explain transport of water, minerals, and carbohydrates in plants. Grade 8 biology. Diffusion . A type of passive . transport(not requiring energy) . involving the movement . of particles . from an area . of higher concentration . to an area . of lower concentration.. Page 107-108. FUNCTIONS OF STEMS. Mechanical support. Position leaves for maximum sun exposure. Bear flowers and fruit favorably for pollination. Fruit distribution – exposed to wind/ birds. Transport water. (Overseas) . January. 2017. Inet data. inet. TMS ( = . inet. Transport Management System). inet. TM (. inet. Transport Management . is. . that. . part. . of. . inet. TMS . to. . schedule. 1. Overview of Transport in a Vascular Plant. 2. TERMS TO BE REVIEWED. 1. passive transport 10. chemiosmosis. 2. transport proteins 11. proton pump. 3. active transport 12. membrane potential. 27.1: carbon sequestration. By the process of photosynthesis, plants naturally remove carbon from the. a. tmosphere and incorporate it into their tissues. Carbon that is locked in . m. olecules of wood and other durable plant tissues can stay out of the. DIAGRAMS OF PARTS OF THE PLANT. XYLEM TISSUE. Form a continuous system for the transport of water and minerals in one direction. They consist of:. dead lignified tracheids. vessels. supporting fibres. Unit 12. Tek 9b. compare the reactants and products of photosynthesis and cellular respiration in terms of energy, energy conversions, and matter. Photosynthesis . https://www.youtube.com/watch?v=uixA8ZXx0KU.