Slide show by Kim Foglia

Slides:

Advertisements

Similar presentations

Osmosis Osmosis is the net movement of water molecules over a partially permeable membrane from an area of less osmotic potential to an area of more negative.

Advertisements

36.3 Transpiration drives transport of water and minerals from roots to shoots Amarisa Miles.

Chapter 36 Vascular System in Plants. Three ways water moves through root hairs 1)Apoplast: water moves through cell walls and never enter cells 2)Symplast:

Chapter 36 Reading Quiz What is the diffusion of water called?

BIO 113 Unit #2 TEST REVIEW Hormones Plant Structure.

Transport in plants. Transport mechanisms –Passive transport –Active transport Osmotic active transport Osmotic active transport Non osmotic active transport.

Chapter 29 Stomata. You Must Know Mechanisms by which plant cells communicate with other cells.

36 Resource Acquisition and Transport in Vascular Plants.

Question ? u How do plants move materials from one organ to the other ?

Transport in Plants.

Transport in Plants  What are the 3 levels of transport?  Transport of materials into individual cells  Cell to cell transport  Long distance transport.

Transport in Plants Chapter 36.

Transport In Plants – Chapter 36 I – Surface Area Adaptations II – Cell to Cell Transport III – Radial (Lateral) Transport IV – Bulk Flow (Longitudinal)

Chapter 36: Transport in Plants.

Ch. 36 Warm-Up 1. Describe the process of how H 2 O gets into the plant and up to the leaves. 2. Compare and contrast apoplastic flow to symplastic flow.

NOTES: CH 36 - Transport in Plants

Transpiration. Slide 2 of 32 Transport Overview  Plants need CO 2, Sunlight and H 2 O in the leaves  ONLY H 2 O needs to be transported to the leaves.

Transport in Plants What are the 3 levels of transport? Transport of materials into individual cells Cell to cell transport Long distance transport.

Chapter 36 Transport in Vascular Plants. Physical forces drive the transport of materials in plants over a range of distances.

Review: Root Anatomy Three regions – Meristematic – Elongation – Maturation.

Also Known As Chapter 36!! Transpiration + Vascularity.

Packet #55 Chapter #36 6/2/2016 1:53:02 AM1. Reasons for Transport Within Plants Absorption of water and minerals by roots Transport of xylem sap Control.

Water Transport in a Plant By: Ghaida Odah 8C. Introduction We all know that plants need water to grow and live. What we might not know is how that water.

WATER TRANSPORT IN PLANTS. An Overview of Transport in Plants.

Chapter 35: Transport in Plants CHAPTER 35 Transport in Plants.

Transport In Plants. Cellular Transport Diffusion Osmosis Facilitated Diffusion Active Transport Proton Pump.

Resource Acquisition & Transport in Plants Chapter 36.

Chapter 36: Transport in Vascular Plants 1. Where does transport occur in plants? Start with water….

Plant transport Chapter 36. Plant transport Evolutionary changes Roots, Leaves, Stems Water Carbohydrates Minerals Light energy CO 2 O2O2.

PLANT TRANSPORT “WATER POTENTIAL” Remember Osmosis???

Lecture 7 Movement across membranes Dr. Angelika Stollewerk

Transport in Plants

AP Biology Transport in Plants AP Biology Transport in plants  H 2 O & minerals  transport in xylem  transpiration  evaporation, adhesion.

AP Biology Transport in Plants AP Biology General Transport in plants  H 2 O & minerals  transport in xylem  transpiration  evaporation,

Transport in Plants. Introduction What are plants made of?

Transport in Plants Chapter 36

Resource Acquisition and Transport in Plants

Ch. 36 Warm-Up Describe the process of how H2O gets into the plant and up to the leaves. Compare and contrast apoplastic flow to symplastic flow. Explain.

Label and draw in Symplast/Apoplast Pathway

Water potential Using your knowledge from KS4 and your understanding of water potential write down how water travels into a root. (remember a plant cells.

Ch. 36 Warm-Up Describe the process of how H2O gets into the plant and up to the leaves. Compare and contrast apoplastic flow to symplastic flow. Explain.

CHAPTER 36 TRANSPORT IN PLANTS.

Transport in Plants part 2

Plant Transport.

Chapter 36: Resource Acquisition and Transport in Plants

Resource Acquisition and Transport CO2 O2

Ch. 36 Warm-Up Describe the process of how H2O gets into the plant and up to the leaves. Compare and contrast apoplastic flow to symplastic flow. Explain.

Lecture #16 Date ______ Chapter 36~ Transport in Plants.

Transport in Vascular Plants

AP Biology Chapter 36 Transport in Plants.

Ch. 36 Warm-Up Describe the process of how H2O gets into the plant and up to the leaves. Compare and contrast apoplastic flow to symplastic flow. Explain.

Ch. 36 Warm-Up Describe the process of how H2O gets into the plant and up to the leaves. Compare and contrast apoplastic flow to symplastic flow. Explain.

Plant Transport Chapters 28 & 29.

Membrane Structure and Function

Water, Water Everywhere: Tales of Transport

Resource Acquisition and Transport in Vascular Plants

Passive & Active Transport

Transport in Plants Chapter 36.

Plant Cells.. Membrane.. Nutrients traffic.. Regulation..

The Chapter 29 Homework is due on Thursday, March 14

Settler Xylem exam question.

Ch. 36 Transportation In Plants

Ch. 36 Warm-Up Describe the process of how H2O gets into the plant and up to the leaves. Compare and contrast apoplastic flow to symplastic flow. Explain.

Chapter 36: Transport in Vascular Plants

3.4 Diffusion and Osmosis KEY CONCEPT Materials move across membranes because of concentration differences.

Chapter 29 Phloem and Stomata.

Chapter 36: Transport in Vascular Plants

Cell Transport Chapter 7, section 3

Presentation transcript:

Slide show by Kim Foglia (modified)

ACTIVE TRANSPORT Proton pump generates membrane potential EXTRACELLULAR FLUID CYTOPLASM http://www.bio.miami.edu/~cmallery/150/memb/electrogenic.jpg

Chapter 36 Transport in Plants

HYPERTONIC ENVIRONMENT HYPOTONIC ENVIRONME

AQUAPORINS Transport water molecules across membranes http://www.bio.miami.edu/~cmallery/150/memb/water_channel_lg1.jpg

Transport of K+ into/out of guard cells controls opening/closing of stomata http://www.phschool.com/science/biology_place/labbench/lab9/images/stoma2.gif http://www.phschool.com/science/biology_place/labbench/lab9/images/stoma1.gif

CASPARIAN STRIP Belt made of SUBARIN (waxy material) Blocks water moving via APOPLAST pathway Must enter SYMPLAST pathway to get into XYLEM http://www.mhhe.com/biosci/pae/botany/uno/graphics/uno01pob/vrl/images/0668.gif