'Long distance transport' diaporamas de présentation

Chapter 36 Transport in Plants

Chapter 36 Transport in Plants. How do plants move materials from one organ to the other ?. Question ?. Levels of Plant Transport. 1. Cellular 2. Short Distance 3. Long Distance. The transport of solutes and water across cell membranes. Types of transport: 1. Passive Transport

1.01k views • 83 slides

Chapter 36 Transport in Plants

Chapter 36 Transport in Plants. How do plants move materials from one organ to the other ?. Question ?. Levels of Plant Transport. 1. Cellular 2. Short Distance 3. Long Distance. The transport of solutes and water across cell membranes. Types of transport: 1. Passive Transport

1.17k views • 83 slides

Chapter 36

Chapter 36. Resource Acquisition and Transport in Vascular Plants. Overview: Underground Plants. The success of plants depends on their ability to gather and conserve resources from their environment. The transport of materials is central to the integrated functioning of the whole plant.

754 views • 75 slides

PLANTS

PLANTS. Chapters 26, 28 - 30. Characteristics of Kingdom Plantae. Multicellular Eukaryotic Cell Walls of cellulose Photosynthetic containing chlorophyll a & b Contain peroxisomes (organelles with enzymes to degrade hydrogen peroxide) Surplus carbohydrates stored as starch.

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Combining Global and Local Virtual Lights for Detailed Glossy Illumination

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Sedimentary Rocks

Sedimentary Rocks. Transportation of sediments and formation of sedimentary rocks by mode of river water- deposition on the continent and on the ocean floor. Fluvial deposits. Marine deposits.

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Transport (in the phloem)

Transport (in the phloem). Land colonization. Prompted greater shoot growth to reach and compete for sunlight Prompted development of a deeper root system SEPARATES PHOTOSYNTHESIZING REGIONS FROM AREAS WHERE SUGARS ARE USED REQUIRES A DRIVING FORCE FOR THIS LONG-DISTANCE TRANSPORT.

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Plant Structure

Plant Structure. By Kolby Lundgren. Objectives. to understand the concept of phenotypic plasticity to know the three main plant organs and be able to recognize the adaptations that each separate organ can display to know the economic importance of plant organs

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Plants

Plants. Transport and Tissue. Transport in plants. H 2 O & minerals transport in xylem transpiration Sugars transport in phloem bulk flow Gas exchange photosynthesis CO 2 in; O 2 out stomates respiration O 2 in; CO 2 out roots exchange gases within air spaces in soil.

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Transport in Plants and Plant Nutrition

Transport in Plants and Plant Nutrition. Fred Searcy BSC1011C. Three Levels. Uptake & release of water and solutes by individual cells short distance transport (sugar in leaf to phloem) long distance transport. Factors. Membrane Transport proton pump cotransport chemiosmosis cohesion

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Future development of Czech railway infrastructure

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AIR

AIR . Marco, Nicholas & Kana . Aeroplanes . In 1903 the Wright Flyer biplane was the first successful plane. There were other types of planes at the time for example monoplanes, however biplanes became increasingly popular during the first world war although a

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Reducing Carbon Emissions

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