{"id":126314,"date":"2017-06-11T14:55:11","date_gmt":"2017-06-11T12:55:11","guid":{"rendered":"https:\/\/test.mcmecosistemi.com\/?p=126314"},"modified":"2026-02-13T19:27:04","modified_gmt":"2026-02-13T18:27:04","slug":"incremento-della-produttivita-e-conservazione-della-sostanza-organica","status":"publish","type":"post","link":"https:\/\/mcmecosistemi.com\/en\/2017\/06\/incremento-della-produttivita-e-conservazione-della-sostanza-organica\/","title":{"rendered":"

INCREASE IN PRODUCTIVITY AND CONSERVATION OF THE ORGANIC SUBSTANCE<\/p>"},"content":{"rendered":"

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The first production data of the experiment, carried out in a farm in Podenzano (PC) in 2016, on the contribution to soil fertility and productivity, showed significant increases<\/span><\/h3><\/div>
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The use of reconstituted soils \u2013 in the form of \u2018oversoils\u2019 on tomato crops \u2013 has allowed production to increase by more than 10 %.%; Here below, in summary, the results compared between natural soils (Witness: zero) untreated and treated natural soils (Witness: dose 2) with reconstituted soils<\/p>\n

The data
\nWitness: zero dose (without reconstituted soils)
\n1. Harvested 3230 m2 ? 27,47 t ? 850,5 q\/ha
\n2. Harvested 3230 m2 ? 28,00 t ? 866.9 q\/ha
\nAverage Witnesses Dose 0: 858,7 q\/ha (66.1 qli\/pp) with Brix 3.96 and color 1.80<\/p>\n

Witness: dose 2 (with reconstituted soils on agricultural land)
\n1. Collected 2805 m2 ? 26,30 t ? 1017.8 q\/ha
\n2. Collected 2584 m2 ? 26,16 t ? 1012,4 ql\/ha
\nMean Witnesses Dose 2: 1015,1 q\/ha (78,1 q\/pp) with Brix 4,2 and color 1,91.<\/p>\n

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the first experiments<\/h2>