Italy: Camelina sativa, an alternative for rotations

Published 2022년 5월 13일

Tridge summary

Research from the University of Teramo, University of Bologna and Crea into the oilseed Camelina sativa, presented in Torremaggiore, is exploring its potential as an oil crop and feed. The crop, native to Europe and Central Asia, has piqued farmers' interest as a cover crop and alternative income source. The collaboration between the universities and the Confederation of Italian agromechanics highlights the crop's sustainability and agronomic benefits, despite challenges like water stagnation and temperature sensitivity. The research aligns with European strategies like the EU Green Deal and emphasizes the need for more structural interventions and cooperation between researchers and field operators. Findings from the 4CE-MED European project detail the crop's low input requirements, drought tolerance, and adaptability, but also note its challenges with water stagnation and collection systems.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

The results of the research carried out by the University of Teramo, University of Bologna and Crea on this emerging oilseed have been presented in Torremaggiore (Fg). The possibility of using it as an oil crop and the validity of the cake as feed are being examined. There is a strong interest in the possibility of integrating the farm income using Camelina sativa as with a cover crop in an arid environment "Agriculture, as never before in this period, must provide goods and services: finding crops that help farmers perform both these functions now a clear political need ". So Michele Pisante, coordinator of the scientific committee of Edagricole, wanted to welcome the participants, mostly farmers, to the training and dissemination day, held in Torremaggiore (Fg), on the Camelina sativa, an oil plant of the Brassicaceae family. An alternative crop native to Europe and Central Asia characterized by a spring-summer cycle of limited length (85-100 days). The research conducted in ...
Source: Terraevita

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