17 Basajaun y la variabilidad intravarietal
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LUIS GONZAGA SANTESTEBAN GARCÍA
VITIS NAVARRA
EL PROYECTO BASAJAUN / BASAJAUN PROIEKTUA
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| La clave del proyecto Basajaun, que se empezó con garnacha en un proyecto de colaboración entre Vitis Navarra y la UPNA el objetivo era la recuperación de la variabilidad intravarietal. Se busca conservar ese material y esa diversidad porque será de ahí de donde se pueda obtener el material que necesitemos en el futuro, ya que no habrá viñedos viejos tan variables como los que había antes en los que recoger ese material. Visto en retrospectiva, más que cometer errores en el pasado se asumieron decisiones que fueron parcialmente acertadas solo que a veces hay que reflexionar y ver cómo hacer para recuperar o mantener lo que se pueda. |