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

Climate influence on the phenology of table grapes in Stefanesti, Romania

Article number
1385_23
Pages
181 – 188
Language
English
Abstract
In the context of climate change, this paper presents an analysis of the phenophases evolution of four vine cultivars, ‘Argessis’, ‘Gelu’, ‘Italia’, and ‘Victoria’, over the period 2019-2022. The observations were conducted at the National Institute of Research & Development for Biotechnologies in Horticulture Stefanesti-Argeș, Romania.
The study relies on climatic and phenological data, recorded in accordance with BBCH scale, to describe the growth stages of grapevine cultivars.
Climate change has a significant impact on viticulture in many wine regions around the world, and the study highlights the key role that temperature plays on phenology, particularly during spring season.
Significant differences were found between cultivars and within the cultivar, from one year to another.
Given the significant trends observed, phenological changes may occur over the long-term, emphasizing the need to assess varietal characteristics and temperature responses to changes.

Publication
Authors
A.M. Ilina Dumitru, A.E. Manolescu, D.I. Sumedrea, A.C. Florea, S.N. Cosmulescu
Keywords
grapevine, temperatures, climate change, BBCH scale
Full text
Online Articles (25)
H. Mahmoudzadeh | A. Davodi | V. Rasouli | M. Rajabzadeh | J. Ahmadi | F. Karami | A. Atak
M. Kikvadze | S. Kikilashvili | N. Bitsadze | T. Maghradze | G. De Lorenzis | R.O. Rubio | D. Rivera | R. Bacilieri | O. Failla | D. Maghradze
M.M. Miazzi | L. Piarulli | C. Pirolo | P. La Notte | V. Roseti | D. Bellin | C. Montemurro
J. Merheb | C. Roux | V. Laucou | N. Ouaini | M. El Beyrouthy | Y. Ghorra Chammoun | J.A. Touma | P. This | L. Chalak
D. Rusjan | A. Jež Krebelj | K. Šuklje Antalick | F. Čuš | T. Vaupotič | Z. Zorenč | A. Škvarč
A. Hilha | C.E.L. Andrade | M.R. Burin | R.F. Medeiros | M.P. Almeida | F.B. Orlandi | F.R. Freitas | M.A. Dalbó | A.L.K. Souza | L.L. May-de-Mio | R.O. Nodari
L. Nerva | M. Sandrini | A. Spada | G. Paradiso | A. Cometto | I. Bevilacqua | L. Moffa | R. Balestrini | W. Chitarra
Z. Göksel | S. Kayahan | A. Atak | A. Şen | C. Tunçkal
A. Svyantek | J. Stenger | C. Auwarter | A. Shikanai | B. Köse | Z. Wang | V.R. Kadium | M. Brooke | H. Delavar | R. Pilli | S. Bogenrief | H. Hatterman-Valenti
A. Svyantek | B. Köse | H. Delavar | V.R. Kadium | S. Bogenrief | Z. Wang | M. Brooke | C. Auwarter | H. Hatterman-Valenti
G. Valentini | G. Allegro | C. Pastore | I. Filippetti
D. Taranyi | N. Mikóczy | T. Deák | Zs. Varga | D.A. Nyitrainé Sárdy | P. Bodor-Pesti
A.M. Ilina Dumitru | A.E. Manolescu | D.I. Sumedrea | A.C. Florea | S.N. Cosmulescu