Terroir 1996 banner
IVES 9 IVES Conference Series 9 Diversificazione e valorizzazione di produzioni tipiche sul territorio: I cesanesi

Diversificazione e valorizzazione di produzioni tipiche sul territorio: I cesanesi

Abstract

The zone in which the Cesanese vines are cultivated has a secular tradition of red wine­making. This zone is placed between the Simbruini mountains slopes and the surrounding hills and has pedologicai variability but a very homogeneous microclimate.
These conditions favour high quality of Cesanese grapes and wines. The investigations started for some time, with the contribution of “Regione Lazio”, regarding the characteri­zation and improvement of vine-growing and wine-producing of this zone, pointed out the presence of some “Cesanese di Affile” clones.
Among them will be choosed the best for colour, typicalness and quality. The Cesanese wines, with typical flavour and mellow taste are specially suitable for sweet or dry young wines and for dry wines short-middle aged.
The mixing of grape with high and constant antocyanins content and the grape withering technique, are both able to produce very good wine diversifications.

DOI:

Publication date: March 2, 2022

Issue: Terroir 1998

Type: Article

Authors

ALDO GAROFOLO

lstituto Sperimentale per l’Enologia, Via Cantina Sperimentale 1 – 00049 Velletri – Roma

Tags

IVES Conference Series | Terroir 1998

Citation

Related articles…

Ageing of sweet wines: oxygen evolution according to bung and barrel type

Barrel ageing is a crucial step in the wine process because it allows many changes to the wine as enrichment, colour stabilization, clarification and also a slow oxygenation. Effects of the oak barrel have to be known to prevent oxidation of the wine. The type of bung used during ageing is also a parameter to consider. Ageing sweet wines in barrel is a real challenge. These wines may need some oxygen at the beginning of ageing but they should be protected at the end of their maturation, to avoid oxidation.

May lactic acid bacteria play an important role in sparkling wine elaboration?

The elaboration of sparkling wine is a demanding process requiring technical as well as scientific skills. Uncovering the role of the terroir to the final product quality is of great importance for the wine market. Although the impact of the yeast strains and their metabolites on the final product quality is well documented, the action of bacteria still remains unknown. The malolactic fermentation (MLF) is carried out by the lactic acid bacteria after the alcoholic fermentation in order to ensure the microbial stability during the second fermentation that takes place in the bottle or in tanks. Oenococcus oeni is the only selected species to drive MLF that has been commercialized for sparkling wine elaboration and it is naturally present on grapes, in the cellar and also in the final product. However, whether the bacterial strain contributes to the sensory characteristics of sparkling wine is still questioned.

Tempranillo in semi-arid tropical climate (Pernambuco-Brazil). Adaptation of some clones and their affinity to different rootstocks

The variety Aragonez (sin. Tempranillo), recently introduced in the San Francisco Valley (9º02′ S; 40º11′ W) has revealed an excellent adaptation, with high potential of quality and yield, even without clonal material.

Study of varietal wines from the qualified origin denomination Rioja (Spain): analysis of wine colour, polysaccharides, polyphenols and biogenic amines and amino acides 

The cultivar with a greater oenological potential was ‘Monastel’, which showed overall better values than ‘Tempranillo’ in colour intensity, total polyphenol index, wine colour, total anthocyanins, resveratrol and gallic acid.

Intelligent use of ethanol for the direct quantitative determination of volatile compounds in spirit drinks

The quality of any alcoholic beverage depends on many parameters, such as cultivars, harvesting time, fermentation, distillation technology used, quality and type of wooden barrels (in case of matured drinks), etc.; however, the most important factor in their classification is content of volatile compounds.