A plant hormone promotes bolting in rosette plants and is also antagonistic to the effects of abscisic acid on alpha-amylase activity. This hormone also plays a key role in apical dominance. Which of the following hormones fits this description?

Which plant hormone is primarily responsible for inducing dormancy in seeds and buds, enabling them to withstand unfavorable environmental conditions?

I. Antagonist to GA

II. Promoted bud dormancy

III. Promoted stomatal closure

IV. Promoted abscission layer

Identify the hormone/s which promote/s all these events in plants and choose the correct option

Identify two physiological processes induced by two different phytohormones having a common precursor, which is formed due to the catalytic activity of pyruvic dehydrogenase complex.I. more female folwers in cucumber.II. a-amylase production in barley grain.III. Acceleration of fruit ripening in tomato.IV. Delay in sprouting of potato tubers.The correct combination is

Among the following features of ethylene, how many are antagonistic to abscisic acid?

a) Horizontal growth of seedlings b)Promotes abscission of plant organs

c) Effective in fruit ripening d) Breaking seed and bud dormancy

e) Initiates germination in some seeds

Which hormone is called the dormancy hormone?

Leaf abscission, fruit fall, and bud dormancy occurs by which phytohormone?

Which plant hormone promotes seed dormancy, bud dormancy and causes stomatal closure?

Which hormone promotes seed dormancy?

I. More female flowers in cucumber

II. α-amylase production is barley grain

III. Acceleration of fruit ripening in tomato

IV. Delayed in sprouting in potato tubers

From the given effects find, out the effects of ethylene and choose the correct option accordingly

Abscission and dormancy are caused by