International Fair INTERPOMA-2016, 24th, 26th November 2016

This biannual and international fair is the reference for technology of production of apple with the contribution of the main apple producing countries from over the world. The main topic of this fair is the innovation on new cultivars of apple but also the development of more sustainable and efficient production systems, including training systems. One of the sessions of the edition of 2016 was devoted to the development of bidimensional systems in apple orchards and was organized by Interpoma-2016 and Mazzoni Vivai (Italy) with the participation of different institutes from Spain, Italy, Germany and United Kingdom, among them the IRTA from Spain. The different speakers explain the experiences in each respective countries with the development of bidimensionals orchards and mechanization for pruning, thinning and harvesting.

Documents

Interpoma 2016 y actividades paralelas: congresos y simposio BIBAUMĀ® ()
The results obtained about the evaluation of fruiting wall and in particular the 2D system named "Bibaum" were presented by in INTERPOMA'2016 by different speekers of Spain, Belgium, United Kingdom and Germany. The bassis of the sytem is abetter distribution of tree vigour, a more bidimensional shape compared with the central axis, a lower deensity of plating (lower cost) and a more efficient mechanization in the case of pruning, thinning and harvesting, becuase the shape of the trees is more adapted to it. The experiences presented were mainly in apple but also in Spain and Italy this systems (V axys) has been used over the last two decades for the same reasons.
Activity type
Organising/holding seminar/lecture-based workshop
Activity work package
Performance of new fruit varieties
Activity number
IRTA-WP2-A15
Activity contact
Dr. Ignasi Iglesias
+973-702579
IRTA-Fruitcentre, Parc de Gardeny
25003-Lleida (Spain)
Activity partner
IRTA
Activity country
Spain
Last edit
19-07-2019
The EUFRUIT thematic network has received funding from the
European Union's Horizon 2020 research and innovation programme
under grant agreement No 696337.