The benefits of brushing the seedlings every day for a few weeks for their transition from the greenhouse to the field. Introduction: The thigmotropism is the response by the plants or their organs by the stimulus of touch. This response causes the growth of the plant in the direction of the stimulus of touch. The response is made when the plant organ senses the touch of an object, animal, and many more.

Question

Want to see the full answer?

Answer 1

Question

Chapter 40, Problem 4S

Summary Introduction

To determine:

The benefits of brushing the seedlings every day for a few weeks for their transition from the greenhouse to the field.

Introduction:

The thigmotropism is the response by the plants or their organs by the stimulus of touch. This response causes the growth of the plant in the direction of the stimulus of touch. The response is made when the plant organ senses the touch of an object, animal, and many more.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Engineers have designed a smaller version of such a container that can be used to seal off a small part of the plant. One version of this device, called a leaf chamber, is shown below. When a scientist uses this device on a plant, they don’t need to break the leaves off the branch or stem they are attached to. The leaf chamber makes an airtight seal around the stem or branch even though it is sticking out of the chamber. Using this device, scientists detected the most change in O2 and CO2 levels inside the chamber when a leaf is in the chamber. They only detected a small change in O2 and CO2 levels in the chamber when a green stem was placed in the chamber. No change was detected when a root or a brown stem was placed in the chamber. Why do you think a scientist would prefer not to remove the leaves from a tree or a plant in order to take these sorts of measurements?

Why is clay a challenging soil for plants to grow into? Group of answer choices The field capacity point is really low, causing water to seep through the soil quickly Both the wilting point and field capacity are really low, causing the soil to be immediately oversaturated The distance between field capacity and wilting point is extremely small, which makes the plants highly susceptible to changes in precipitation It has a high wilting point, a lot of rain has to fall before plants can access the water

leaves fall off when growers place plastic sleeves to cover the plant because of poor circulation and the lack of oxygen causes the plants not to breathe. Even though, the sleeves are a temporary fit for transport and shipping, what other items do you think the growers can use instead of the plastic sleeves to help?