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

DETERMINATION OF GAS EXCHANGE CAPACITY OF SOME BREBA FIG CULTIVARS

Article number
798_14
Pages
117 – 122
Language
English
Abstract
Determination of gas exchange capacity is important especially for the plants grown in arid and semi-arid conditions.
Fig tree which is generally grown under marginal conditions is well adapted to drought and salinity in Turkey as in many countries.
Furthermore, measuring gas exchange capacity of breba fig producing cultivars could provide information related to their adaptation to a certain agroecology or bring solutions to improve their lower yield levels.
For this reason, a study was carried out to determine gas exchange capacity of some breba fruit producing parthenocarpic fig cultivars originating from Turkey, Israel and France.

Publication
Authors
H.Z. Can, K.B. Meyvacı, B. Balci
Keywords
gas exchange, photosynthesis, transpiration, water use efficiency, breba fig
Full text
Online Articles (49)
M. Mars | K. Chatti | O. Saddoud | A. Salhi-Hannachi | M. Trifi | M. Marrakchi
B. Khadari | J.P. Roger | M. Ater | H. Achtak | A. Oukabli | F. Kjellberg
L. Chalak | A. Chehade | E. Mattar | B. Khadari
M. Ater | A. El Oualkadi | H. Achtak | A. Oukabli | B. Khadari
A. Oukabli | A. Mekaoui | M. Ibnouali-El-Aloui | A. Bari
M.A. Flaishman | Z. Yablovich | S. Golobovich | A. Salamon | Y. Cohen | A. Perl | S.D. Yancheva | Z. Kerem | E. Haklay
M. Trifi | K. Chatti | O. Saddoud | A. Salhi-Hannachi | M. Marrakchi | M. Mars
P. Resta | M. Roselli | M.A. Palasciano | F. Lamaj | G. Fanizza | E. Ferrara
O. Saddoud | K. Chatti | M. Trifi | M. Marrakchi | A. Salhi-Hannachi | M. Mars
K. Chatti | O. Saddoud | A. Salhi-Hannachi | M. Marrakchi | M. Trifi | M. Mars
A. Salhi-Hannachi | K. Chatti | O. Saddoud | M. Marrakchi | M. Trifi | M. Mars | A. Rhouma
B. Laddomada | C. Gerardi | G. Mita | D. Lumare | F. Minonne | S. Marchiori | F. Fiocchetti
E. Giraldo | M. López-Corrales | J.P. Roger | B. Khadari | I. Hochu | S. Santoni | J.I. Hormaza
M.A. Doster | T.J. Michailides | L. Doster | P.J. Cotty
L. Serrano | A. Benito | V. Medina | M.A. Achón
M.A. Gonçalves | L. Andrade | L. Almeida | M.C. Pica
T.J. Michailides | D.P. Morgan | D. Felts | M.A. Doster
M.D.C. Antunes | P. Costa | M.G. Miguel | D. Martins | M.A. Neves | M.A. Martins | C. Gomes
F. Şen | K.B. Meyvacı | U. Aksoy | M. Cakir
A. Piga | A. Del Caro | G. Milella | I. Pinna | V. Vacca | S. Schirru
H. Karaca | S. Nas
H. Chimi | A. Ouaouich | M. Semmar | S. Tayebi