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EUBCE 2024 - Tommaso BARSALI - Co-Composted Biochar Improves Barley Yield, Manure Use Efficiency and Offsets Chemical Fertilizer Demand in Organic Agriculture Under Low Rainfall Conditions

Co-Composted Biochar Improves Barley Yield, Manure Use Efficiency and Offsets Chemical Fertilizer Demand in Organic Agriculture Under Low Rainfall Conditions

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Processes for bio-based chemicals and materials 3

Co-Composted Biochar Improves Barley Yield, Manure Use Efficiency and Offsets Chemical Fertilizer Demand in Organic Agriculture Under Low Rainfall Conditions

Short Introductive summary

Co-composted biochar with manure has been successfully used to increase organic barley yield cultivated on marginal land in a low-rainfall year, offsetting the use of conventional inorganic fertilizers, while maintaing organic carbon in soil. This is an encouraging win-win-win result for organic farmers on how to optimize the nutrient value of on-farm manure.

Presenter

Tommaso BARSALI

RE-CORD

Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited


Co-authors:

T. Barsali, RE-CORD, Scarperia e San Piero, ITALY
F. Tozzi, RE-CORD, Scarperia e San Piero, ITALY
D. Stefanucci, RE-CORD, Scarperia e San Piero, ITALY
D. Casini, RE-CORD, Scarperia e San Piero, ITALY
S. Baronti, IBE CNR, Firenze, ITALY
F.P. Vaccari, IBE CNR, Firenze, ITALY
M Valagussa, MINOPRIO, Como, ITALY
D Chiaramonti, POLITO, Torino, ITALY

Session reference: 6CV.7.1