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

Fruit mineral content of apricot and kiwifruit in relation to transpiration

Article number
1177_42
Pages
295 – 300
Language
English
Abstract
The paper examines the relationship between fruit transpiration and the accumulation of some minerals in the fruit.
Fruit transpiration determined by the main factors affecting skin conductance.
Most of those factors have their largest effect early in fruit development when large amounts of phloem-immobile nutrients (e.g., Ca) are accumulated.
In apricot, which has a low-transpiring fruit, Ca accumulation is about 1/5 of that accumulated in other fruits under similar vapor pressure deficit (VPD) conditions, while K and Mg (phloem-mobile nutrients) accumulate independently of VPD. Similarly in high transpiring kiwifruit, Ca may reach 40 mg fruit-1. In this paper we report an overview of the main fruit and environmental factors affecting transpiration and in turn the accumulation of minerals into apricot and kiwifruit fruit.
Possible actions to increase fruit transpiration and, in turn, accumulation of certain minerals are considered.

Publication
Authors
C. Xiloyannis, G. Montanaro, A.N. Mininni, B. Dichio
Keywords
mineral accumulation, phloem and xylem transport, fruit transpiration
Full text
Online Articles (59)
L. Corelli Grappadelli | G. Lopez | L. Manfrini | M. Zibord | B. Morandi | R. Bastias | P. Losciale
T. Deckers | H. Schoofs | W. Verjans | D. Bylemans | P. Janssens
F. Scandellari | G. Liguori | G. Caruso | F. Meggio | P. Inglese | R. Gucci | A. Pitacco | G. Celano | M. Tagliavini
R.P. Marini | R.M. Crassweller | W. Autio | R. Moran | T.L. Robinson | J. Cline | D. Wolfe | R. Parra-Quezada
N. Dallabetta | F. Costa | M. Giordan | A. Guerra | J. Pasqualini | R. Wehrens | G. Costa
H.F. Rapoport | S.B.M. Hammami | A. Rosati | R. Gucci
L. Rufato | A.F. Brighenti | A.D. Rufato | L.I. Dominguez | T.L. Robinson
A.-L. Krasniqi | M.M. Blanke | A. Kunz | L. Damerow | A.N. Lakso | M. Meland
C. Zhou | B. Liu | A.N. Lakso | T.L. Robinson | S. Gan
C. Hernández | M. Bravo | P. Pimentel | M. Pinto | M.T. Pino
F.P. Marra | A.A. Roxas | R. Lo Bianco | G. Marino | T. Caruso
C. Xiloyannis | G. Montanaro | A.N. Mininni | B. Dichio
N. Hias | K. De Dauw | M.W. Davey | L. Leus | M.C. Van Labeke | J. Van Huylenbroeck | J. Keulemans
S.A. Bound | A. Eyles | G. Oliver | S. Paterson | J. Direen | R. Corkrey | M. Hardie | D.C. Close