Aknowledgment and management of vocational units in Chianti Rufina

Abstract

In Tuscany region the Rufina is a district of Chianti D.O.C.G. positioned in Val di Sieve, 20 km north east from Florence. During the three years period (2002-2004) a study for a viticultural zoning has been carried in order to characterize the productions. By a pedological survey it was possible to characterize Rufina territory in 13 Landscape Units in which the choice of the vineyards was made. The variety mainly used for the study was the autochthonous Sangiovese with 29 vineyards; also some vineyards of Merlot have been characterised in order to assess its suitability to the studied area. Climate study has been realised using the historical data that have been processed by the main climatic indexes to characterize the different environment in relation to grape grown. For each of the 36 vineyards maturation dynamics were assessed in the pre-harvest period and, at harvest, data about quality and production have been collected; moreover microvinifications for each vineyard were made and the obtained wines have been chemically and sensorial analyzed. Data processing showed al lot of differences that made possible to identify and classify the territory of Chianti Rufina in 11 Vocational Units. Publications of a Manual of good practices, allowed to give technical advices, from planting agronomical management of vineyard, of identified Units with the aim to optimize productive activities depending on the oenological target set.

DOI:

Publication date: December 8, 2021

Issue: Terroir 2008

Type : Article

Authors

TONINATO Luca (1) CRICCO Jacopo (1) SCIENZA Attilio (2)

(1) Ager Sc – Via Tucidide, 56 – 20134 Milano, Italy
(2) Università di Milano – Dipartimento di Produzione Vegetale, Via Celoria,2 – 20133 Milano, Italy

Contact the author

Keywords

Zoning, Rufina, Sangiovese, Vocational unit

Tags

IVES Conference Series | Terroir 2008

Citation

Related articles…

Predatory Arthropods associated with potential locally-adapted native insectary plants for Australian vineyards

Three locally-adapted native plants were evaluated to determine their capacity to provide insectary benefits to predatory arthropods in association with vineyards, and thereby to enhance biological control of insect pests. Native plants are preferred as supplementary flora, as they are naturally adapted to Australia’s climatic conditions.

Risposte enologiche del Nero d’Avola su suoli a diverso grado di salinità

Vengono riportati i risultati enologici di uno studio condotto sul Nero d’Avola in un tipico ambiente viticolo siciliano, in cui insistono suoli che presentano un diverso grado di salinità.

Wine racking in the winery and the use of inerting gases

The O2 uptake in the different winemaking processes is generally considered to be negative for the sensory characteristics of white and rosé wines. Wine racking is a critical point of O2 uptake, as the large surface area of the wine exposed during this operation and the inability to maintain an effective inert gas blanket over it.
The objective was to study O2 uptake during the racking of a model wine without using inert gases and to compare it with the purging of the destination tank with different inert gases.

HOLISTIC APPROXIMATION OF THE INFLUENCE OF SACCHAROMYCES STRAINS ON WINE AROMA PRECURSORS

Wine varietal aroma is the result of a mixture of compounds formed or liberated from specific grape-aroma precursors. Their liberation/formation from their specific precursors can occur spontaneously by acid catalyzed rearrangements or hydrolysis or by the action of the yeast enzymatic activities. The influence of yeast during fermentation on the production of these volatile compounds has been widely studied however, the effect of this influence during aging is not fully understood. In order to evaluate these processes several indirect strategies have been used to study aroma precursors although they are not useful to understand the chemistry of the process.

Application of UV-B radiation in pre- and postharvest as an innovative and sustainable cultural practice to improve grape phenolic composition

Ultraviolet radiation (UVR) is a minor part of the solar spectrum, but it represents an important ecological factor that influences many biological processes related to plant growth and development. In recent years, the application of UVR in agriculture and food production is emerging as a clean and environmentally friendly technology.
In grapevine, many studies have been conducted on the effects of ambient levels of UVR, but there are few considering the effects of UV-B application on grape phenolic composition under commercial growing or postharvest conditions.