GiESCO 2019 banner
IVES 9 IVES Conference Series 9 GiESCO 9 First company results and for the territory on the application of the “bio-Métaéthique 4.1c” in italy. Cultural, socio-economic, technical and productive aspects

First company results and for the territory on the application of the “bio-Métaéthique 4.1c” in italy. Cultural, socio-economic, technical and productive aspects

Abstract

In this work the first results obtained in the application of the “Charter of Sustainability Universal Holistic MetaEthic 4.1C” or “Sustainability BIO-MétaÉthique 4.1CC” of GiESCO (Carbonneau, Cargnello, 2017) will be exposed “Direct Certification and Direct Warranty of Sustainability 4.1C” applied in about twenty structures located in the hills and in the plain of the of Italy (North East).
The application of the ” Charter of the Sustainability Universal Holistic MetaEthics 4.1C” or “Sustainability BIO-MétaÉthique 4.1CC” of GiESCO was shared by more than 65% of compilers of the charter and this without any specific communication to the interviewees. This sharing rose more than 95% if the compilers of the form were titled or well-off and with a correct and appropriate communication and allowed us to overcome the imposition of sector limited protocols, unsustainable according to the “Viticulture Bio-MétaÉthique 4.1CC”, inconsistent with the main objective of the same certification, not applicable and/or difficult to apply anywhere.
We cite as an example the eco-friendly, organic and biodynamic viticulture we were able to eliminate the conflict of interests, unacceptable bureaucracy, unacceptable direct and indirect costs, the “confusion” in relation to “Sustainability”, “Certification”, “Guarantee” , to simplify the system and to identify and/or create peculiarities “Sustainable 4.1C”. We also contribute to the indexed harmonic growth “4.1C”: cultural, moral, civil, relational, “Policy” “MetaEthics 4.1C”, ethics, existential, social, occupational, environmental, economic, technical , as well as the growth of the self: choice, determination, responsibility, declaration, control, discipline, and the growth of process and product, rationalizing and containing costs “MetaEthically 4.1C”.
Important is also to make sure that everyone and everything are directly responsible for the role that is right and put their face directly. Hence the acronym of this certification: “CartaBIOSOSDIR4.1C of the Face” or “Let’s Put All the Face 4.1C” or “Certification by putting the Face” or “Certification of the Face 4.1C” or “Certification from the Face” or “Face Certification”, between a “Company BIO-MétaÉthique 4.1C” compared to a “Conventional Company”: the cost containment has fluctuated between 4% and 21% with peaks exceeding 25%.
The buyers willingness to pay more the wine has fluctuated between 6% and 21% with peaks of over 35%. The increase in total profit ranged from 9% to 21% with peaks that duplicated it.

DOI:

Publication date: September 21, 2023

Issue: GiESCO 2019

Type: Poster

Authors

Giovanni CARGNELLO1*, Gianni TEO1,2, Ruggero LUNARDELLI1, Giuseppe COFFELE1, Giorgio CECCHETTO1, Cesare FERRETTI1, Sergio FORNO1, Valerio BORTOLIN1, Lionello DA RIOS1, Daniele GIGANTE1, Stefano LUNARDELLI1, Sasha RADICON1, Edi KANTE1, Andrej SKERLJ1, Andrej BOLE1, Alessio PICININ1, Antonio KININGER1, Davide DANAU1, Marco RUPEL1, Renzo BONA1, Franco GIACOMIN1, Ivan RONCHI1, Gianmaria RIVA1, Danilo FERRARO1, Francesco DONATI1, Luigino BARISAN1,2, Matteo MASIN1,2, Claudio BONGHI1,2, Cristian BOLZONELLA2, Stefano SCAGGIANTE2

1 Conegliano Campus 5.1C, Conegliano (Italy)
2 University of Padua – Seat of Conegliano, Treviso (Italy)

Contact the author

Keywords

first results BioMétaÉthique sustainability 4.1CC, company, territory, BIO – MétaÉthique 4.1C district

Tags

GiESCO | GiESCO 2019 | IVES Conference Series

Citation

Related articles…

Fully automated non-targeted GC-MS data analysis

Non-targeted analysis is applied in many different domains of analytical chemistry such as metabolomics, environmental and food analysis. In contrast to targeted analysis, non-targeted approaches take information of known and unknown compounds into account, are inherently more comprehensive and give a more holistic representation of the sample composition.

Water is the most abundant active compound in wine!

Proton relaxation in model and real wines was investigated by fast field cycling NMR relaxometry. Albeit protons of wine are largely belonging to water molecules, their magnetic relaxation rates actually depend on various physico-chemical parameters related to the state of the wine and to its composition.

Mechanization of pre-flowering leaf removal under the temperate-climate conditions of Switzerland

Grapevine leaf removal (LR) in the cluster area is typically done between fruit set and cluster closure to create an unfavorable microclimate for fungal diseases, such as Botrytis cinerea and powdery mildew. Grape growers are now turning their attention to pre-flowering LR, which has additional benefits under certain conditions. When applied before flowering, LR strongly affects fruit set and thus the number of berries per cluster. It is therefore a good yield control tool, replacing time-consuming manual cluster thinning (Poni et al. 2006). It also improves berry structure, that is, skin thickness, skin-to-pulp ratio, and berry composition (total soluble solids, titratable acidity, and polyphenols) (Palliotti et al. 2012; Komm and Moyer 2015). By exacerbating competition for assimilates between reproductive and vegetative organs, pre-flowering LR also poses some risks. Excessive yield loss at the same year’s harvest due to a too low fruit set rate is the main concern: intensive pre-flowering LR (100% of the cluster area) can induce up to 50% yield loss in potted vines (Poni et al. 2005). Other parameters, such as cool climatic conditions during flowering, also affect fruit set rate and make it difficult to predict potential yield at harvest. Repeated and overly intensive preflowering LR can have repercussions over time and induce a decline in bud fruiting and plant vigor (Risco et al. 2014).

A NEW STRATEGY AND METHODOLOGY FOR THE CHARACTERIZATION OF POLYPHENOLS IN FINING PRECIPITATE

Polyphenols are secondary metabolite widely distributed in plant kingdom such as in fruits, in grapes and in wine. During the winemaking process, polyphenols are extract from the skin and seed of the berries. Fining is an important winemaking step just before bottling which has an impact on wine stabilization and clarification. Most the time, fining agent are animal or vegetal protein while some of them can be synthetic polymer like PVPP or natural origin like bentonite.

Correlation between grape and wine quality, landscape diversity, on-field biodiversity, in doc gioia del colle, italy

Analysis of aerial photos by using GIS tools and on-field surveys of flora are used to characterize territories from an agro-ecological point of view and to assess the level of diversity of given agro-ecosystems. More and more correlations between landscape characteristics, sustainability and quality of agriculture production were speculated. In last three years a study was carried out in the area of DOC “Gioia del Colle” in Apulia, South Italy, in order to characterize and investigate different vineyards and sites and find out possible interactions and correlations between the landscape diversity, the biodiversity of fields and the quality of grapes and wines.