Terroir 2006 banner
IVES 9 IVES Conference Series 9 The environmental impact of viticulture: analysis of the influence type of biofertilisers on wine quality and microbiology activity of soil

The environmental impact of viticulture: analysis of the influence type of biofertilisers on wine quality and microbiology activity of soil

Abstract

The trial was conducted in variety/rootstock Riesling/Kober 5 BB in the vineyard district of Vrsac. The vineyard was planted in 1996 on a south-facing slope, with rectangular type pruning of 3×1 m. The training system is of symmetric cordon type and mixed type pruning is practiced. At the beginning of vegetation of grapevine, in the vine row microbiological fertilizer (A-Azotobacter chroococcum, AH-Azotobacter chroococcum+humate, ABC- Azotobacter chroococcum+ Bacillus megaterium+Bacillus circulans, and ABC+H-Azotobacter chroococcum+Bacillus megaterium+Bacillus circulans+ humate incorporated in the top 20 cm of soil. Control treatment (K-control) was not fertilizer. In investigation years 2003, 2004 and 2005, it was only fertilizer in vineyard. Microbiological fertilizers were soluble in water. Analyses of the influence type of biofertilizers on total number of bacteria and input populations of bacteria were investigated in harvest period. Results point out that total number of bacteria increase, in comparator of control, in all combination of biofertilizers. Population of Azotobakter choococcum is more numerous than other bacteria. Analyses of chemical composition of wine and wine testing had shown differences between applied beofirtilizers.

DOI:

Publication date: January 12, 2022

Issue: Terroir 2006

Type: Article

Authors

B. SIVCEV, V. RAICEVIC, N. PETROVIC, N. LEKIC and B. LALIC

Faculty of Agriculture, Belgrade-Zemun, Nemanjina 6, Serbia and Montenegro

Contact the author

Keywords

microbiological fertilizer, yield, grape and wine quality

Tags

IVES Conference Series | Terroir 2006

Citation

Related articles…

Impact of GoLo technology on the aroma profile of red and white wines after total and partial dealcoholisation

Wine dealcoholisation has been practised since the early 1900s and has gained importance due to climate change and shifting consumer preferences for lower-alcohol beverages. Rising temperatures are accelerating grape ripening, increasing sugar content and, consequently, raising the alcohol strength of wines.

Making sense of a sense of place: precision viticulture approaches to the analysis of terroir at different scales

Agriculture, natural resource management and the production and sale of products such as wine are increasingly data-driven activities. Thus, the use of remote and proximal crop and soil sensors to aid management decisions is becoming commonplace and ‘Agtech’ is proliferating commercially; mapping, underpinned by geographical information systems and complex methods of spatial analysis, is widely used…

In line monitoring of red wine fermentations using ir spectrospcopy

There has been a shift in modern industry to implement non-destructive and non-invasive process monitoring techniques (Helmdach et al., 2013).

Evaluation of intrinsic grape berry and cluster traits for postharvest withering kinetics prediction

To make some particular wine styles (e.g., Amarone), grapes are harvested and stored in dehydrating rooms before vinification, in a process called withering

Evaluation of the effect of regulated deficit irrigation on Vitis vinifera Cabernet-Sauvignon physiological traits and final fruit composition

Climate change establishes challenges, as well as opportunities for many sectors, and markedly the wine sector.