To test the effectiveness of using hydrogels to increase the tolerance of the vineyard to summer water crises;
To reduce the mobility of nitrogen and its leaching towards deep and/or surface bodies of water, through the use of super-absorbent polymers capable of binding to nitrogen forms and then making it available to the plant gradually over time;
Improving the adherence of copper-based plant protection products on canopies, reducing the application doses and containing the phenomena of copper accumulation in the soil;
Develop management protocols for the proposed solutions that can improve the competitiveness of the viticulture sector and reduce the environmental impact of hillside viticulture.
Cookies are pieces of information that are stored on your device that you can delete or block at any time. The information we collect allows us to improve the service we offer you. No data is disclosed to third parties.
Technical cookies are necessary for the functioning of the site and take into account your browsing preferences, such as language.
Technical cookies
Analytical cookies refer to systems for statistical analysis, in anonymous and aggregate form, relating to the running of the site and user behaviour.
Analytical cookies
Failure to accept the optional cookies will not eliminate the display of any advertisements. You can change your preferences at any time by clicking on the icon in the bottom right-hand corner.
