GiESCO 2019 banner
IVES 9 IVES Conference Series 9 GiESCO 9 Bees, climate changes, and “environmental sustainability 4.1c” in viticulture and the territory for a new global multiproductive “biometaethical district 4.1c”

Bees, climate changes, and “environmental sustainability 4.1c” in viticulture and the territory for a new global multiproductive “biometaethical district 4.1c”

Abstract

The use of bees as pollinators in vine varieties with physiologically female flowers (Picolit, Bicane, Ceresa, Moscato rosa, etc.) (Cargnello, 1983) and as bio-indicators for biodiversity and environmental sustainability is well-known. Furthermore, there are interests in: 1-a. Making the viticulture of Belluno (Province of Veneto in North-eastern Italy, which is also famous for the Dolomites -a UNESCO World Heritage-) regain the socioeconomic role which it is entitled to and which it had got in its past by aiming at the enhancement of local grape variety in harmony with others, for example with the neighboring area of the Conegliano and Valdobbiadene Prosecco Superiore DOCG; 2-a. Maintaining and further improving the important natural and healthy environment of Belluno, and making its territory and the “lookout” means of the environmental sustainability, including its vineyards, even more naturally original and sustainable 4.1C.
The environmental sustainability 4.1C, -in accordance with the known applied philosophy and methodology of the “Great Chain MetaEthics 4.1C”, an algorithm by the Conegliano Campus 5.1C,- has to harmonize in-Chain with all the other indexed aspects within the territory, technical, economic, social, occupational, existential aspects -for humans and all other living and non-living entities (including biodiversity and landscape), as well as ethical, and “MetaEthical 4.1C” aspects, in order to create, by taking “a step back to the future 4.1C”, not a “Bio District”, but indeed a “Bio MetaEthical District 4.1C Multiproductive” as indicated by the “Charter of Sustainability BIO – MetaEthics” of GiESCO. (Carbonneau and Cargnello, 2017). All of the foregoing is related to the known climate changes that are already underway in this area, as well as to the current and future paradigms 4.1C. Those paradigms are existential, social, occupational, economic, they relate to lifestyles and to styles of wellness, well-being, being well when being, and psycho-physical well-being for all, according to the varying sensibilities,… as well as to the ethical and “MetaEthical 4.1C” paradigms for the territory. These innovative, original, sustainable 4.1C activities and researches on beekeeping in viticulture for the territory come within the above context, where beekeeping is intended as: 1- A productive activity of a “Bio MetaEthical District 4.1C Global Multiproductive” with its corresponding original, innovative, sustainable 4.1C “Bio MetaEthics4.1C” certification, and 2- an impressive, innovative, sustainable 4.1C, natural “lookout” and as an index of the pollution of the environment, including the vineyard and the wine.

DOI:

Publication date: September 21, 2023

Issue: GiESCO 2019

Type: Poster

Authors

Giovanni CARGNELLO1,  Manlio DOLIONI2, Gianni TEO1, Cristian BOLZONELLA3

Conegliano Campus 5.1C
2 Consorzio Vitivinicolo. Apicultore
3 Università di Padova – Seat of Conegliano – Treviso (Italy)

Contact the author

Keywords

bees, vineyard, methaethic 4.1C , sustainability 4.1C

Tags

GiESCO | GiESCO 2019 | IVES Conference Series

Citation

Related articles…

Improvement of the red wine AOC Grignolino d’Asti typicality using some technological innovations

L’AOC Grignolino d’Asti (20000 hl environ de production) est un vin de la province de Asti, produit avec le raisin rouge du cépage de même nom originaire du Piémont (Nord-Ouest d’Italie).

Impact of polyclonal selection for abiotic stress tolerance on the yield and must quality traits of grapevine varieties

The effects of climate change in viticulture are currently a major concern, with heat waves and drought affecting yield, wine quality, and in extreme cases, even plant survival. Ancient grapevine varieties have high intravarietal genetic variability that so far has been explored successfully to improve yield and must quality. Currently, there is little information available on intravarietal variability regarding responses to stress. In the current work, the intravarietal genetic variability of several Portuguese varieties was studied for yield, must quality, and tolerance to abiotic stress, through indirect, rapid, and nondestructive measurements carried out in the field.

Evaluating the greenness of wine analytical chemistry: A new metric approach

Wine is a complex matrix whose composition depends on climatic, agricultural, and winemaking factors, making quality control and authenticity assessment critical in the global market.

AROMA AND SENSORY CHARACTERIZATION OF XINOMAVRO RED WINES FROM DIFFERENT GREEK PROTECTED DESIGNATIONS OF ORIGIN, EFFECT OF TERROIR CHARACTERISTICS

The quality of wines has often been associated with their geographical area of production. The aim of this work was to characterize Protected Designation of Origin (PDO) Xinomavro red wines from different geographical areas of Amyndeon and Naoussa in Northern Greece, elaborated with variables that contribute to their differentiation, such as soil characteristics, altitude, monthly average temperature and rainfall.
Xinomavro fruit parcels from different vineyards within the two PDO zones (5 PDO Naoussa and 6 PDO Amyndeon) were vinified following a standard winemaking process. A total of 25 aroma compounds were quantified using gas chromatography-mass spectrometry (GC-MS) with simultaneous full scan and selected ion monitoring for data recording, and odor activity values (OAVs) were determined.

Raffinose: a sweet solution for grapevine drought tolerance

Water tolerance in plants is often associated with the accumulation of osmotic protectants, which are secondary metabolites that can help the plant to cope with water stress. One of the key osmotic protectants is a sugar called Raffinose, which is synthesized by a family of enzymes called Raffinose synthases. In this work, we focused on one of these enzymes, VviRAF2, which is a gene that shows different expression levels and genetic variants (SNPs) among different grapevine cultivars, ranging from tolerant to susceptible to water stress, and the transcription factors that may regulate the expression of this gene family.