project - Research and innovation

APMed - Managing Water Scarcity in Apple and Peach Orchards in a Mediterranean environment for Profitable Fruit Production and Exploring its Interest
APMed - Managing Water Scarcity in Apple and Peach Orchards in a Mediterranean environment for Profitable Fruit Production and Exploring its Interest

Completed | 2012 - 2015 Other
Completed | 2012 - 2015 Other
Affichage actuel du contenu de la page dans la langue maternelle, si disponible

Objectives

NA

Objectives

The main issue afforded is how water restriction can be managed in Apple and Peach orchards. Research has been carried out i) to deepen our knowledge of the genetic ability of apple and peach to survive in water stressed environment and ii) to to better define irrigation thresholds to reduce water use while maintaining high fruit quality

Activities

Studies have been carried out on a large range of genotypes, especially on progenies so to get a broad view of the genetic variability of morphological and ecophysiological (at leaf and xylem hydraulics levels) traits. This aspect, developed in the Apple only, has provided a contribution to marker assisted selection on these traits. - Research on the right irrigation thresholds to apply in the two species has been done using appropriate plant water stress indicators and taking into account crop load and the phenological cycle.

Project details
Main funding source
Other EU research and development funds
Agricultural sectors
Fruits

EUR 1 million

Total budget

Total contributions including EU funding.

Affichage actuel du contenu de la page dans la langue maternelle, si disponible

1 Practice Abstracts

Results showed how in peach and apple water and N supply can be significantly reduced without afftecting yield and quality compared to the actual amounts of water and N commonly used by growers. Reduction in water and N management reduces some post-harvest diseases. Studies on the relationships between crop load and crop water needs were carried out. Results provided improved thresholds to adjust crop load depending on the water available. Also, results demonstrated how 50% shading significantly reduced water use in apple orchards without decreasing yields

Affichage actuel du contenu de la page dans la langue maternelle, si disponible

Contacts

Project coordinator

Project partners

  • IRTA (Spain)

    Project partner

  • UNIBO (Italy)

    Project partner

  • Golan research centre (Israel)

    Project partner

  • INRA Kenitra, Morocco

    Project partner

  • ENA Meknes, Morocco

    Project partner