'Casparian strip' presentation slideshows

Intro to Lab #9 / Chpt. 36 Plant Structure and Transport pg. 744 - 753

Intro to Lab #9 / Chpt. 36 Plant Structure and Transport pg. 744 - 753. Transport in Plants. Did you know, an average size maple tree looses 200 L of water per hour during the summer via. transpiration. What would happen if this water were not replaced by the roots???. Question ?.

754 views • 59 slides

Transport in Plants

Transport in Plants. Explain the need for transport systems in multicellular plants in terms of size and surface area:volume ratio; Describe, with the aid of diagrams and photographs, the distribution of xylem and phloem tissue in roots, stems and leaves of dicotyledonous plants;

718 views • 40 slides

Plant Form and Function

Plant Form and Function. Learning Goal: How are plants structurally adapted for survival? Analyzing how water and nutrients move through a plant (Ch 36 and Investigation 11) Refer to pg 202-207, 314-319 in Holtzclaw Ch 36 in Campbell Media resources AP Inv 11.

726 views • 31 slides

Plant Structures

Week 3:. Plant Structures. Key (6pts) Create a dichotomous key for these shapes: circle, rectangle, hexagon, triangle Leaf Morphology (4pts) 1. This type of leaf has several blades per axillary bud. (simple/compound)

438 views • 30 slides

Plant transport

Plant transport. Chapter 36. Plant transport. Evolutionary changes Roots, Leaves, Stems Water Carbohydrates Minerals Light energy CO 2 O 2. Water transport. Roots Xylem Stomata Transpiration Cohesion & adhesion. Water transport. Flaccid: Limp Water loss Plasmolysis:

284 views • 27 slides

plants (External & Internal Structures)

plants (External & Internal Structures). (Part 1). shoot apical meristem. terminal bud. leaf. axillary bud. blade. vascular tissue. petiole. node. Shoot system. internode. vascular tissue. vascular tissue. Root system. root hair. dermal tissue. root apical meristem.

778 views • 26 slides

Plant nutrition

290 views • 18 slides

ADAPTATIONS FOR PLANT TRANSPORT

ADAPTATIONS FOR PLANT TRANSPORT. 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 living parenchyma Features of the xylem:

349 views • 15 slides

Transport in Plants

Transport in Plants. Transport in plants. H 2 O & minerals transport in xylem transpiration evaporation, adhesion & cohesion negative pressure Sugars transport in phloem bulk flow Calvin cycle in leaves loads sucrose into phloem positive pressure Gas exchange photosynthesis

431 views • 15 slides

Plant Transport

292 views • 12 slides

Water Transport in a Plant

Water Transport in a Plant. By: Ghaida Odah 8C. Introduction.

251 views • 12 slides

Water Transport in a Plant

Water Transport in a Plant. By: Ghaida Odah 8C. Introduction.

480 views • 12 slides

Transport in Plants

Transport in Plants. AP Biology Crosby High School. Transport at the Cellular Level. Overview of transport Passive Facilitated diffusion Selective channels Active Proton pumps K + enters cells Cotransport NO 3 - and Sugar. Differences in Water Potential. Water Potential ( ? )

278 views • 12 slides