terclim by ICS banner
IVES 9 IVES Conference Series 9 Biodiversity in the vineyard agroecosystem: exploring systemic approaches

Biodiversity in the vineyard agroecosystem: exploring systemic approaches

Abstract

Biodiversity conservation and restoration are essential for guarantee the provision of ecosystem services associated to vineyard agroecosystem such as climate regulation trough carbon sequestration and control of pests and diseases. Most of published research dealing with the complexity of the vineyard agroecosystems emphasizes the necessity of innovative approaches, including the integration of information at different temporal and spatial scales and development of systemic analysis based on modelling. A biodiversity survey was conducted in the Franciacorta wine-growing area (Lombardy, Italy), one of the most important Italian wine-growing regions for sparkling wine production, considering a portion of the territory of 112 ha. The area was divided into several Environmental Units (EUs), defined as a whole vineyard or portion of vineyard homogenous in terms of four agronomic characteristics: planting year, planting density, cultivar, and training system. In each EU a set of compartments was identified and characterised by specific variables. The compartments are meteorology, morphology (altitude, slope, aspect, row orientation, and solar irradiance), ecological infrastructures and management. The landscape surrounding EU was also characterised in terms of land-use in a buffer zone of 500 m. For each component a specific methodology was identified and applied. Different statistical approaches were used to evaluate the method to integrate the information related to different compartments within the EU and related to the buffer zone. These approaches were also preliminarily evaluated for their ability to describe the contribution of biodiversity and landscape components to ecosystem services. This methodological exploration provides useful indication for the development of a fully systemic approach to structural and functional biodiversity in vineyard agroecosystems, contributing to promote a multifunctional perspective for the all wine-growing sector. 

DOI:

Publication date: May 4, 2022

Issue: Terclim 2022

Type: Poster

Authors

Isabella Ghiglieno1, Anna Simonetto1, Elia Lipreri1, Stefano Armiraglio2, Ivo Rigamonti3, Luigi Mariani1,4, Pierluigi Donna5, and Gianni Gilioli1

1Department of Civil, Environmental, Architectural Engineering and Mathematics, Agrofood Lab, University of Brescia, Brescia, Italy
2Museum of Natural Sciences, Municipality of Brescia, Brescia, Italy
3Department of Food, Environmental and Nutritional Sciences, University of Milan, Milan, Italy
4Lombardy Museum of Agricultural History, Sant’Angelo Lodigiano , Italy
5Sata Studio Agronomico S.r.l. – S.t.p., Brescia, Italy

Contact the author

Keywords

vineyard agroecosystem, biodiversity, landscape, ecological infrastructures, management

Tags

IVES Conference Series | Terclim 2022

Citation

Related articles…

A geologic numeric mapping, with geophysic transects, of Marsannay’s vineyard (Burgundy, France)

Marsannay est l’appellation la plus septentrionale de la Côte de Nuits, à la limite Sud de Dijon. Elle regroupe trois villages, Chenôve, Marsannay-la-Côte et Couchey, et constitue l’appellation la plus vaste de la Côte de Nuits avec 315 hectares en A.O.C. Elle possède uniquement des niveaux d’appellations régionales et communales depuis 1987.

INOCULATION OF THE SELECTED METSCHNIKOWIA PULCHERRIMA MP1 AS A BIOPROTECTIVE ALTERNATIVE TO SULFITES TO PREVENT BROWNING OF WHITE GRAPE MUST

Enzymatic browning (BE) of must is caused by polyphenol oxidases (PPOs), tyrosinase and laccase. Both PPOs can oxidize diphenols such as hydroxycinnamic acids (HA) to quinones, which can later polymerize to form melanins [1], which are responsible of BE in white wines and of oxidasic haze in red wines. SO₂ is the main tool used to protect must from BE thanks to its capacity to inhibit PPOs [2]. However, the current trend in winemaking is to reduce and even eliminate this unfriendly additive. Among the different possible alternatives for protecting must against BE, the inoculation with a selected Metschnikowia pulcherrima MP1 is without any doubt one of the most promising ones.

Kimmeridgian age in Chablis: a geological argument for the social building of a terroir

Situated at the beginning of the 20th century on the territory of the Chablis municipality, delimited according to specialists of the time to plots of “kimmeridgian” origin, the vineyard producing Chablis

Identification of riboflavin low producer yeasts to prevent the light-struck taste in white wines

Wine quality maintenance during the storage is a fundamental aspect for both wine producers and consumers. Nowadays, great attention has been given to the light effect

Elucidating white wines peptides: An analytical breaktrough

The chemistry of wine is particularly complex due to biochemical and chemical interactions that significantly modify its organoleptic characteristics and stability over time. Aging on lees is a well-known practice during which various compounds are released, ensuring wines oxidative stability and its overall sensory quality [1,2].