Home
Class 11
BIOLOGY
Would a defoliated plant respond to phot...

Would a defoliated plant respond to photoperiodic cycle? Why?

Text Solution

Verified by Experts

A defoliated plant will not respond to the photoperiodic cycle.
It is hypothesised that the hormonal substance responsible for flowering is formed in the leaves, subsequently migrating to the shoot apices and modifying them into flowering apices. Therefore, in the absence of leaves, light perception would not occur, i.e., the plant would not respond to light.
Promotional Banner

Topper's Solved these Questions

  • PHOTOSYNTHESIS IN HIGHER PLANTS

    NCERT ENGLISH|Exercise EXERCISE|9 Videos
  • PLANT KINGDOM

    NCERT ENGLISH|Exercise EXERCISE|12 Videos

Similar Questions

Explore conceptually related problems

Most of the plants are seasonal due to (a) Photoperiodism (b) Phototropism (c) Photosynthesis (d) Photolysis

The given figure shows flowering responses of three plants A,B and C to the photoperiod. Select the correct option regarding this.

The plant which shows flowering in both the conditions, 'either they are exposed to a photoperiod shorter than a critical period or longer than the critical period', is

Types of plants that come to flower after exposure to short photoperiods followed by long photoperiods

What is the site of perception of photoperiod necessary for induction of flowering in plants? Leaves

An individual was on a fast for a long period of time. Which cell organelle would be the most likely one to respond to the distress signal?

Mention if the following statements are true or false, Some organs of plants do not respond to geotropic stimulus and are called Ageotropic.

Mention if the following statements are true or false, Some organs of plants do not respond to geotropic stimulus and are called Ageotropic.

Assertion : Soyabean and sugarbeet flower when they are exposed to a photoperiod shorter than critical period. Reason : Most of winter flowering plants are LDP.

the term "photoperiodism" was proposed by or the phenomenon of photoperiodism in plants was discovered by