MANSO: Soil and vineyard management for drought control

MANSO: Soil and Vineyard Management for Drought Control: Techniques, Methodologies and Standardisation

Project co-financed by the European Union through the intervention 7161 of the CAP Strategic Plan (PEPAC) 2023-2027.

 

Project formed by INNOVI as coordinator of the group, Llopart as leader, Bodegas Sumarroca, Masía Vallformosa, Bodega Kripta and Juvé&Camps, with INCAVI, IRTA and the URV as research centres.

The MANSO project (Soil and vineyard management for the fight against drought) addresses the challenges of climate change to rainfed viticulture, especially in the Penedès region. The main objective is to deepen the knowledge of soil, water and vegetation management strategies for the best use of water resources in rainfed vineyards and to evaluate their effect with soil and physiological measures, but also using a series of new technologies based on soil/plant sensors and remote sensing.

Specifically, the MANSO project aims to provide answers to the following questions:

  • How to make better use of rainwater?
  • How to reduce, if not avoid, water losses through evaporation during the summer period?
  • If it does not rain, how to manage the vineyard to ensure its survival?
  • If small quantities of water are available in reservoirs, when and how much water should we provide?

 

So that practical and transferable solutions can be offered to ensure the sustainability of wine production in an increasingly challenging climatic context

 

The primary objective of the project is to deepen the knowledge of soil, water and vegetation management strategies for the best use of rainfed water resources and to assess their effect with soil, physiological measures, but also using a range of new technologies based on soil/plant sensors and remote sensing.
The secondary objectives are:

 

  • Establish a digital network to monitor the factors affecting water availability:
    • Meteorological conditions.
    • Soil water content.
    • Plant water status.
  • Implement remote sensing technologies as a method for spatial assessment of water stress in rainfed vineyards.

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