answersLogoWhite

0


Best Answer

Grafted plants also have shown effective tolerance to soil temperature extremes, and grafting with certain rootstocks can allow the growing season to be extended ...

User Avatar

Sebastian Martinez

Lvl 5
3y ago
This answer is:
User Avatar
More answers
User Avatar

AnswerBot

4mo ago

Grafting is to plants as transplants are to animals or humans. Both processes involve moving a portion of one organism to another to facilitate growth or recovery.

This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: Grafting is to plants as transplants is to...?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Continue Learning about Natural Sciences

What are the disadvantages of grafting?

Some disadvantages of grafting include the risk of disease transmission between the donor and host plants, the need for skilled labor and specific tools, and potential compatibility issues between the rootstock and scion. Additionally, grafting can be a time-consuming process and not all plants are suitable for grafting.


What is grafting in vegetative propagation?

Grafting is a vegetative propagation technique in which a scion (desired plant) is attached to a rootstock (host plant). The two plants grow together, allowing the scion to obtain nutrients and water from the rootstock. Grafting is commonly used to propagate fruit trees, roses, and other plants with desired traits.


What does grafting produce?

Grafting produces a plant with features from two different plants. It involves joining a shoot or bud from one plant (scion) onto the rootstock of another plant, resulting in a plant that exhibits qualities from both parent plants. This technique is commonly used in horticulture for reproducing plants with specific desired characteristics.


What are some examples of grafting plants?

Examples of grafting plants include: Creating fruit trees such as apple, pear, and peach trees by grafting the desired variety onto a rootstock. Producing ornamental trees like flowering cherries and camellias through grafting. Growing grapevines for wine production by grafting specific grape varieties onto rootstocks to enhance disease resistance. Improving the vigor and yield of tomato plants by grafting them onto disease-resistant rootstocks.


How does grafting affect maturity of plants?

Grafting can impact the maturity of plants by accelerating or delaying the time it takes for a plant to reach maturity. By grafting a scion onto a compatible rootstock, the root system can influence the growth and development of the scion, leading to variations in maturity timing. Additionally, grafting can also enhance traits like fruit production or disease resistance, which may indirectly affect the overall growth and maturity of the plant.

Related questions

Grafting is to plants as transplants is to?

Possibly organs, not completely sure. They probably just use the words plant and transplant to trick you.


What has the author Kaj Holmstrand written?

Kaj Holmstrand has written: 'Biophysical investigations of bone transplants and bone implants' -- subject(s): Bone-grafting


What are the disadvantages of grafting?

Some disadvantages of grafting include the risk of disease transmission between the donor and host plants, the need for skilled labor and specific tools, and potential compatibility issues between the rootstock and scion. Additionally, grafting can be a time-consuming process and not all plants are suitable for grafting.


How plants reproduce from stems?

Plants reproduce from stem in many ways, like grafting, budding,marcotting.


What is the process by which cuttings from seedless plants are attached to normal plants to produce new generations of seedless fruit?

grafting


What is grafting in vegetative propagation?

Grafting is a vegetative propagation technique in which a scion (desired plant) is attached to a rootstock (host plant). The two plants grow together, allowing the scion to obtain nutrients and water from the rootstock. Grafting is commonly used to propagate fruit trees, roses, and other plants with desired traits.


What does grafting produce?

Grafting produces a plant with features from two different plants. It involves joining a shoot or bud from one plant (scion) onto the rootstock of another plant, resulting in a plant that exhibits qualities from both parent plants. This technique is commonly used in horticulture for reproducing plants with specific desired characteristics.


What are some examples of grafting plants?

Examples of grafting plants include: Creating fruit trees such as apple, pear, and peach trees by grafting the desired variety onto a rootstock. Producing ornamental trees like flowering cherries and camellias through grafting. Growing grapevines for wine production by grafting specific grape varieties onto rootstocks to enhance disease resistance. Improving the vigor and yield of tomato plants by grafting them onto disease-resistant rootstocks.


How does grafting affect maturity of plants?

Grafting can impact the maturity of plants by accelerating or delaying the time it takes for a plant to reach maturity. By grafting a scion onto a compatible rootstock, the root system can influence the growth and development of the scion, leading to variations in maturity timing. Additionally, grafting can also enhance traits like fruit production or disease resistance, which may indirectly affect the overall growth and maturity of the plant.


What is the process by which cuttings from seedless plants are attached to normal plants to produce new generations of seedless fruit is?

The process is called grafting. Cuttings from seedless plants, known as scions, are attached to normal plants, known as rootstocks. The scion will grow and produce seedless fruit due to the genetic makeup it inherited from the parent plant.


What are some methods that man use to grow new plants?

cuttage,grafting and layering are the methods man use to grow new plants


What is the grafting?

Grafting is method in which the cut stems of two different plants (one with roots and other without roots) are joined together in such a way that the two stems join and grow a single plant. The new plant will have characteristics of both the original plants.