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

PREHARVEST CONDITIONS THAT CAN IMPROVE THE POSTHARVEST QUALITY OF ORNAMENTALS

Article number
970_1
Pages
23 – 28
Language
English
Abstract
Before being sold, cut flowers are transported or stored for several days or even weeks.
The postharvest conditions affect the quality of the flowers at the final consumer.
Post-harvest technology therefore is very important in reducing quality loss and the control of temperature, ethylene, relative humidity, etc. in the storage and transport environments is imperative.
Additionally, pre-harvest conditions can greatly affect the post-harvest flower quality.
The factors involved include the control of light, temperature and relative humidity in the greenhouse, defense against pathogens, fertilization, the use of specific substrates, avoiding nutrient and drought stresses, etc.
This paper discusses some of the pre-harvest factors that can be controlled to improve the post-harvest quality of cut flowers.

Publication
Authors
G. Burchi, D. Prisa
Keywords
cultivation, cut flowers, pot plants, vase life, flower color
Full text
Online Articles (45)
M. Saniewski | A. Saniewska | A.J. Boncela | J. Góraj | E. Węgrzynowicz-Lesiak | H. Urbanek
S. Philosoph-Hadas | Y. Perzelan | S. Droby | I. Shtein | S. Salim | S. Meir | A. Bar-Tal
S.F. Wang | X.M. Li | S.X. Liu | S.B. Wu | Y.Y. Lan | Y.Y. Chen | X.F. Guo | Y.B. Wu | Z.F. Hong | J.L. Dong
U. van Meeteren | R. Schouten | H. Harkema | S. Bastiaan-Net | E. Woltering
W. Lu | W.B. Miller
X.M. Geng | J. Liu | Y.F. Ding | H. Okubo | I. Miyajima
S. Yoodee | K. Chanjirakul | K. Obsuwan | K. Seraypheap
K. Obsuwan | W. Changpun | A. Thongpukdee | K. Chanjirakul | C. Thepsithar
S.F. Wang | Y.Y. Lan | Y. Li | J.L. Dong | S.B. Wu | S.X. Liu | Z.F. Hong | X.F. Guo | Y.B. Wu | T.Y. Ma
M.A. Lessa | J.P.R.A.D. Barbosa | P.D.O. Paiva | C.M. Paglis | J.V.C. Barbosa | D.A. Nogueira
M.A. Lessa | U.K. Schuch | P.D.O. Paiva | C.M. Paglis | J.P.R.A.D. Barbosa | R. Paiva | D.A. Nogueira
E.F.A. Almeida | M.A. Lessa | I.C.S. Curvelo | T.C. Taques | S.S. Barbosa | A.M.P. Nascimento | J.V.C. Barbosa | D.A. Nogueira
L.M. Carvalho | E.F.A. Almeida | K. Almeida | M.A. Lessa | T.C. Taques | S.N. Reis | I.C.S. Curvelo | S.S. Barbosa
M.A. Lessa | E.F.A. Almeida | S.N. Reis | S.S. Barbosa | S.G. Resende | D.A. Nogueira