Terroir 1996 banner
IVES 9 IVES Conference Series 9 Influenza del sito di coltivazione nella espressione aromatica del Moscato liquoroso di Pantelleria

Influenza del sito di coltivazione nella espressione aromatica del Moscato liquoroso di Pantelleria

Abstract

ln 1997, twenty six cultivation sites of cv. Muscat of Alexandria different for pedological conditions, altitude and exposition were selected through ail Pantelleria isle. ln each site, described and classified according to USDA Soil Taxonony and FAO Soil Classification methods, grapes, collected at technological ripening, were microvinificated, following a standard procedure which allowed to obtain the naturally sweet wine DOC Moscato di Pantelleria. Wines, five months after vinification, were analysed by gaschromatography. Moreover they were described by sensorial analysis using a non structured parametric card. The different pedological substrates, but above ail, the expositions, summarised in some landscape units, determined important differences in the accumulation process which delayed up to 40-50 days the ripening among the early and late sites. Wines produces in the early sites presented a particular sensorial profile either in quantity and in quality, with sensorial descriptors linked to citrus, white flowers and green legumes, while in wines produces with grapes of late sites, sensorial descriptors were linked to fruit jam and stone fruits. Different mixture of wines comingfrom the two different origins resulted in complex and elegant wines.

DOI:

Publication date: March 2, 2022

Issue: Terroir 1998

Type: Article

Authors

BRANCADORO L. (1), PILENGA C. (1), SCIENZA A. (1), LANATI D. (2), GUAITOLI F. (3), PERCIABOSCO M. (3), PUMO A. (3)

(1) lstituto di Coltivazioni Arboree – Università degli Studi – Milano
(2) ENOSIS, Cuccaro Monferrato – Alessandria
(3) Assessorato Agricoltura e Foreste – Regione Sicilia

Tags

IVES Conference Series | Terroir 1998

Citation

Related articles…

LC-MS based metabolomics and target analysis to study the chemical evolution of wines stored under different redox conditions

Oxygen is a key player in oenology, since its effects can be a blessing, benefiting wine quality, or a curse causing irreversible damage.

Sensory and chemical phenotyping of wines from a F1 grapevine population

The European Green Deal, a concept of the European Commission, aims at the reduction of pesticides in EU agriculture for 2030 by 50%. Viticulture uses the largest amounts of fungicides in the EU

Keg wine on tap: a sustainability-oriented innovation

How could the wine industry be more sustainable? To answer this, an Interreg French-Swiss project gathered researchers to help a French keg producer and a Swiss wine distributor make their innovation more ecological, social and economical. What innovation? A reusable plastic keg with a disposable airtight pouch inside.

Optical visualization of embolism spread in drought‐induced leaves: revealing differences across three grapevine genotypes

‐Evaluation of xylem embolism is an important challenge in identifying drought tolerant genotypes within the context of climate change.

Impact of varying ethanol and carbonation levels on the odor threshold of 1,1,6-trimethyl-1,2-dihydronaphtalene (petrol off-flavor) and role of berry size and Riesling clones

1,1,6-trimethyl-1,2-dihydronaphtelene (TDN) evokes the odor of “petrol” in wine, especially in the variety Riesling. Increasing UV-radiation due to climate change intensifies formation of carotenoids in the berry skins and an increase of TDN-precursors1. Exploring new viticultural and oenological strategies to limit TDN formation in the future requires precise knowledge of TDN thresholds in different matrices. Thresholds reported in the literature vary substantially between 2 µg/L up to 20 µg/L2,3,4 due to the use of different methods. As Riesling grapes are used for very different wine styles such as dry, sweet or sparkling wines, it is essential to study the impact of varying ethanol and carbonation levels.