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Naturally occurring plant growth regulators and their physiological roles in fruit trees






Acta Horticulturae (34): 33-40

Naturally occurring plant growth regulators and their physiological roles in fruit trees

A review of the roles of auxin, gibberellins, cytokinins, abscisic acid and ethylene.


Accession: 000142948



Related references

Fleming, W.; Howden, M., 1972: The chemistry of naturally occurring plant growth regulators. Reviews of pure and applied chemistry: 22 67-77

Yopp, Jh, 1985: Bioassays for plant hormones and other naturally occurring plant growth regulators. CRC handbook of natural pesticides: methods editor N Bhushan Mandava: 477

Abe, H., 2001: Studies on brassinosteroids and naturally-occurring novel plant growth regulators. Brief information is presented on the isolation, chemical structure, structure activity relationship, and physiological activity of 3 novel natural plant growth regulators: brassinosteroids (from Distylium racemosum), chloroindole auxins (from Pis...

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Primo, E.; Hernandez, J.; Cunat, P., 1969: Plant growth regulators in fruit cultivation. Increase of fruit setting in plum trees (Prunus triflora), variety Formosa. The effects of 2 compounds on fruit setting of Formosa plums in an area without pollinators were studied. Treatments were applied both at blossoming and at petal-fall at concentrations of 0, 500, 1, 000 and 2, 000 p.p.m. of CCC, and 0, 200 and 400...

Williams, M.W., 1978: Use of plant growth regulators on fruit trees to promote early yields and sustained annual production of high quality fruit. The use of growth substances to thin fruit, delay fruiting, improve fruit colour, advance fruit maturity, improve the shape and increase yields of cv. Red Delicious, control sprouts and sucker growth, and for chemical pruning are discussed.

Schaller, Cc, 1982: Plant growth regulators for fruit trees and grapes. Leaflet EL Arkansas University Cooperative Extension Service: 982 (648)

Ben Tal, Y.; Wodner, M., 1993: Absorption of plant growth regulators by fruit trees. Studies were carried out with 14C-ethephon in olives and superscript 3H-GA3 in Thompson Seedless grapes in order to quantify the amount of applied plant growth regulator that was absorbed by the plant tissues and to determine the amount that was r...

Intrieri, C., 1975: The use of plant growth regulators for controlling flowering in fruit trees. A discussion mentioning lemons, apples, pears and peaches.