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Stomata Lab. Click video to play Begin your flow chart. water droplets.

Date post: 21-Jan-2016
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Stomata Lab
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Page 1: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Stomata Lab

Page 2: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Click video to play

Page 3: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Begin your flow chart.

water droplets

Page 4: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Plants have special pores called stomata to allow passage of gases into and out of the plant leaf. This is the site where carbon dioxide is taken into the leaf and oxygen is released from the leaf. Water can also exit the leaf through these pores.

Page 5: Stomata Lab. Click video to play Begin your flow chart. water droplets.

The stomata pores are surrounded on both sides by jellybean shaped cells called guard cells. These cells expand or contract to open or close the stomata. Guard cells also close when the plant is dehydrated or in dry weather to keep more water in the plant.

Page 6: Stomata Lab. Click video to play Begin your flow chart. water droplets.

The number of stomata on the underside of a leaf can tell a lot about a plant. Usually, a high concentration of stomata indicates fast growth and a wet climate. Lower concentrations of stomata indicate lower rates of photosynthesis and growth and are adaptations for dry weather.

Page 7: Stomata Lab. Click video to play Begin your flow chart. water droplets.

What could you ask after seeing the video?

Where is the water coming from?

Page 8: Stomata Lab. Click video to play Begin your flow chart. water droplets.

With the information you have, what is your hypothesis?This is done by yourself.

Page 9: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Predict what you will find on the underside of the leaf.

Page 10: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Use the microscopes to explore the different leaves.

Page 11: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Complete this portion while you are looking at the leaves

Page 12: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Open and Closed Stomata

Page 13: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Open and Closed Stomata

Page 14: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Chlorophyll

Page 15: Stomata Lab. Click video to play Begin your flow chart. water droplets.
Page 16: Stomata Lab. Click video to play Begin your flow chart. water droplets.
Page 17: Stomata Lab. Click video to play Begin your flow chart. water droplets.
Page 18: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Describe what you saw.

Page 19: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Based on what you saw, how would you answer your original

question?

Page 20: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Circle one of these based on whether your hypothesis was correct or incorrect.

Page 21: Stomata Lab. Click video to play Begin your flow chart. water droplets.

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body tube

nosepiece

objectives

stage clips

diaphragm

light source

base

fine adjustment

course adjustment

stage

arm

eye piece

Page 22: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Complete this question on your own.

Page 23: Stomata Lab. Click video to play Begin your flow chart. water droplets.

Complete these questions

Page 24: Stomata Lab. Click video to play Begin your flow chart. water droplets.

These questions are the MOST important


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