Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

EFFECT OF IRRIGATION AND SHADING AT THE STAGE OF FLOWER BUD APPEARANCE

Article number
547_29
Pages
245 – 251
Language
Abstract
Macroscopic observations showed that the stem length as well as the time to reach the different stages of rose development externally was affected by the irrigation and shading treatments applied.
Although there was not any effect due to irrigation or shading on the first stages of development acceleration of flower bud appearance was observed on the flowering shoots under the most severe irrigation treatment.
Flowering shoots under this treatment, irrespective of shading, reached the stage of flower bud appearance earlier with a shorter stem length compared to the flowering shoots under the less severe treatment.
However, observations under the scanning electron microscope of samples originated from different irrigation and shading treatments, showed that the subsequent development was the same under all irrigation and shading treatments.
It appears that water stress imposed, affected only growth and not development.

Publication
Authors
D. Chimonidou-Pavlidou
Keywords
Full text
Online Articles (53)
A. Dohm | C. Ludwig | D. Schilling | T. Debener
T. Debener | B. Von Malek | L. Mattiesch | H. Kaufmann
L. Crespel | D. Zhang | J. Meynet | Y. Jacob | S. Gudin
C. Poncet | G. Bonnet | S. Pionnat | D. Héricher | A. Bettachini
J.F. Karlik | J.O. Becker | U.K. Schuch
C. Poncet | M. Offroy | G. Bonnet | R. Brun
H. He | Y. Ueda | T. Kurosawa | S. Ogawa | E. Nishino | B. Wang | K. Liao
J.M. Costa | H. Challa | U. van Meeteren | P.A. van de Pol
M. Kopyt | Y. Ton | Z. Ben – Ner | A. Bachrach
J.F. Karlik | U.K. Schuch | J.O. Becker
Z. Plaut | A. Dayan | A. Grava | E. Matan | I. Dori | Y. Presnov | L. Ben-Yunes | Y. Mujeira | N. Pines
T. Debener | L. Mattiesch | B. Vosman
H. El Mokadem | L. Crespel | J. Meynet | S. Gudin | Y. Jacob
J. de Hoog | M. Warmenhoven | B. Eveleens-Clark | N. van Mourik | N. MARISSEN
H. Pien | E. Bobelyn | R. Lemeur | M.C. Van Labeke
A. Dohm | C. Ludwig | K. Nehring | T. Debener
T. Debener | B. von Malek | L. Mattiesch | H. Kaufmann
M. Kaminska | D. Dziekanowska | M. Wisniewska-Grzeskiewicz
F. Ferrero | P. Cadour-Marvaldi | E. Guilloteau | Y. Jacob | A. Coudret | H. Sallanon
F. Ferrero | P. Cadour-Marvaldi | Y. Jacob | A. Coudret | H. Sallanon | L. Urban
H. Eijkelboom