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 PLANTING METHODS AND CORM DENSITY IN SAFFRON (CROCUS SATIVUS L.) YIELD

Article number
850_20
Pages
131 – 136
Language
English
Abstract
A factorial experiment with randomized complete block design, was used to investigate the effect of planting methods and different mass density on yield of saffron.
The experiment was carried out in a farm located in Homondabesard- Damavand in Tehran province from July 2000 till July 2004. The corms of saffron were brought from Birjand, one of the main saffron producing areas in southern Khorasan.
Two planting methods were used: mass (group) planting (A1) and row planting (A2) with three corm densities.
The results showed that in the first two years of the experiment, the mass planting had higher yield than row the planting method.
However, in last two years the results changed so that the row planting method (A2) had a significantly higher yield than the mass planting.
It is worth mentioning that from the second year and after, treatments with 10 and 15 corms in the row, has become more close to group farming and in the 4th year row planting with 15 and 10 corms had the highest yield.
The answer to doubt whether saffron plants are suitable for the area around Damavand or not is that saffron yield in Damavand has been exactly twice as much as the national yield.

Publication
Authors
M.R. Behnia, M. Mokhtari
Keywords
saffron, planting methods, row planting, mass planting, corm density, saffron yield
Full text
Online Articles (54)
M. De-Los-Mozos-Pascual | O. Santana-Méridas | M.F. Rodríguez-Conde | R. Sánchez-Vioque | T. Pastor-Férriz | J.-A. Fernández | M. Santaella | R.A. Sánchez | T. Verwulgen | M. Palacios | B. Renau-Morata | E. Sanchís | A. García-Luis | J.L. Guardiola | R.V. Molina
S. Fluch | K. Hohl | M. Stierschneider | D. Kopecky | B. Kaar
F.A. Nehvi | M.A. Khan | A.A. Lone | M.I. Maqhdoomi | S.A. Wani | V. Yousuf | S. Yasmin
S. Imran | F.A. Nehvi | S.A. Wani | G. Zaffar | M.A. Khan
M.I. Maqhdoomi | F.A. Nehvi | S.A. Wani
R.V. Molina | B. Renau-Morata | S.G. Nebauer | A. García-Luis | J.L. Guardiola
I. Suárez-Ambriz | M. González-Ronquillo | A. Domínguez-López | A. Trejo-González | L. Riverón-Negrete
A.S. Tsaftaris | K. Pasentsis | A. Kalivas | A. Argiriou | A.N. Polidoros
F. Gresta | G.M. Lombardo | G. Avola
S. Aimo | F. Gosetti | G. D'Agostino | E. Gamalero | V. Gianotti | M. Bottaro | M.C. Gennaro | G. Berta
F.A. Nehvi | M.A. Khan | A.A. Lone | M.I. Maqhdoomi
N. Esmaeili | H. Ebrahimzadeh | V. Niknam | M. Mirmasoumi | K. Abdi | S. Safarian
C.D. Kanakis | P.A. Tarantilis | M.G. Polissiou | H.A. Tajmir-Riahi
S.A. Ordoudi | K. Tsioga | M.Z. Tsimidou
M. Akbari | M.H. Haddad Khadaparast | A. Hemati Kakhki
M. Lage | F. Gaboun | K. Bakhy | H. Dakak | A. Zouahri | C.L. Cantrell
M. Ahmadi | R. Abbasi Alikamar | M. Tatari | A. Hosseini
S. Argento | F. Branca | L. Siracusa | T. Strano | E.M. Napoli | G. Ruberto
A.M. Sánchez | M. Carmona | J.E. Pardo | G.L. Alonso
L. Maggi | M. Carmona | A. Zalacain | G.L. Alonso | M. Martínez Tomé | M.A. Murcia | L. García Diz
A. Nicolosi | S. Cosentino | M. Strazzulla
M. De-Los-Mozos-Pascual | O. Santana-Méridas | M.F. Rodríguez-Conde | R. Sánchez-Vioque | T. Pastor-Férriz | J.L. Guardiola | A. García-Luis | R.V. Molina | E. Sanchís-Duato | J. Medina-Alcázar | J.-A. Fernández