PPT-Transport in plants

Grade 8 biology Diffusion A type of passive transportnot requiring energy involving the movement of particles from an area of higher concentration to an area of lower concentration. Botany is the study of plant life, including sunflowers. What is Botany?. Botany, also called plant science or plant biology, is the science of plant life and is part of biology. A scientist who studies plants can be called a ‘botanist’ or a ‘plant scientist’. Power Plants . Prof. Nickolas J. . Themelis. , . Director, and. Olivier L.R. Morin, Research Associate. . Keynote Presentation . at . WASTEENG 2014. . Rrio. de Janeiro, August 25-28. . . O. rigin of this study: . 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. Seaweeds and Plants. Seaweeds. NOT PLANTS!. Multicellular. algae. No roots, stems, leaves. Primary producers. Important for Habitat . More accurately, . MACROPHYTES. or. MACROALGAE. Seaweed Structure. . 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 . Why is it not possible to use ATP for long-term energy storage? If ATP cannot be used for this purpose, how can cells store energy long-term?. Yeast can withstand the lack of oxygen for an extended period of time. What type of organism is yeast? How does it obtain sufficient ATP under these conditions?. AICE Biology 2017 . Introduction. Plants use photosynthesis to convert light energy to chemical energy . Simple organic substances, such as CO2, H2O and ions are used in their raw form to produce glucose and other carbohydrates.. Plant Cell. Plants are:. Eukaryotic. Autotrophic. . – . have. . chloroplasts. Multicellular. Cell walls of . cellulose. BRIEF HISTORY OF PLANTS. Theory. : many scientists believe that. photosynthetic . https://. www.youtube.com/watch?v=DGpPHrLF-5M. Plant Structure Introduction. Parts of a Seed. Seed. Each seed contains a plant embryo. Each seed also contains food for the embryo. A tough outer case protects the embryo, known as a seed coat. 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. Plant Kingdom. Flowering Plants. Non-flowering Plants. Ferns. Mosses. Gymnosperms. Non - flowering Plants. Do NOT produce flowers. A plant can be divided into 3 parts. Moss. spores. Spore-producing capsule. 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. Chapter 4 pp. 47 -54. Lecture Outline. :. Evolution of vascular tissue. The xylem transports water and nutrients. The phloem transports sugars and other organic compounds. Xylem and phloem structure and function.