Terroir 1996 banner
IVES 9 IVES Conference Series 9 Cultivation site effect on the quality of Moscato di Pantelleria

Cultivation site effect on the quality of Moscato di Pantelleria

Abstract

In 1997 and 1999, sixteen cultivation sites of cv. Muscat of Alexandria different for pedological conditions, altitude and exposition were selected through all Pantelleria isle. In 1997 in each site, described and classified according to USDA Soil Taxonomy 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. In 1999, grape maturation trend was observed in the same cultivation sites, At harvest time, productive parameters were collected for the vines of each site; furthermore grapes of each site were collected and microvinificated and the main juoce parameters were determinated.
The different pedological substrates, but above all, 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 coming from the two different origins resulted in complex and elegant wines.

DOI:

Publication date: February 24, 2022

Issue: Terroir 2000

Type: Article

Authors

Brancadoro L. and Scienza A.

Dipartimento di Produzione Vegetale sezione di Coltivazioni Arboree, Università di Milano

Tags

IVES Conference Series | Terroir 2000

Citation

Related articles…

Identification of novel aromatic precursors in winemaking grapes using an optimized fractionation and UHPLC-MS analysis

Winemaking grapes contain a diverse array of non-volatile precursors that become noticeable only after hydrolysis reactions or molecular rearrangements, during which aroma compounds are generated and released [1]. Among these, glycosidic precursors are the most abundant and play a key role in the development of wine aroma [2].

The estimation of the clear-sky effective PAR resources in a mountain area

Irrigation of vineyards is a matter of controversial arguments at areas of high quality wine production. Besides, the effects of the water in the plant are closer related to the water availability than to the irrigation regime.

To what extent does vine balance actually drive fruit composition?

Context and purpose of the study ‐ Vine balance is a concept describing the relationship between carbon assimilation (usually estimated using a measure of vine vigour, e.g. pruning weight) and its utilisation for fruit production (usually estimated using harvest yield). Manipulating vine balance through leaf area or crop load adjustments affects the proportion of the vine’s total carbohydrate production required to mature the fruit. It is commonly considered that composition of the berry, and resulting wine, is strongly affected by vine balance.

Oak wood influence on the organoleptic perception of red wine

Some wood substances such as ellagitannins (vescalagin, castalagin, grandinin, roburins (A, B, C, D, E)…) can be extracted during wine ageing in oak barrels. The level of these hydrolysable tannins in wine depends of the species and origin of oak wood as well as its treatment during barrel realization.

Rootstock effects on Grüner Veltliner ecophysiology in the Kremstal wine region of Austria

Understanding the impact of rootstocks on grapevine water relations is crucial to face climate change maintaining vineyard productivity and sustainability.