project - EIP-AGRI Operational Group

GUIDELINES TO COUNTERACT FUSARIUM ROT IN PIACENZAWHITE GARLIC
LINEE GUIDA PER IL CONTRASTO DELLA FUSARIOSI SU AGLIO BIANCO PIACENTINO

To download the project in a PDF format, please click on the print button and save the page as PDF
Completed | 2016 - 2020 Italy
Completed | 2016 - 2020 Italy
Currently showing page content in native language where available

Objectives

In recent years, Copap had increasing warnings regarding rotten garlic, especially during post-harvest. According to the limited amount of information available, the cause of this alteration is related to the fungi belonging to Fusarium spp, and specifically F. proliferatum. This fungus produces the micotoxins “fumonisins”, regulated in maize destined to human consumptionat European level; suggestions are also defined for feed destination. The main goal of the project is to create guidelines for the garlic production chain (both for seed and food destination) in order to prevent garlic from rotting and improve both the production’s quality and quantity

Objectives

Negli anni recenti Copap ha avuto sempre crescenti segnalazioni di problematiche di marciume dell’aglio, con ripercussioni soprattutto in post-raccolta. La causa di queste alterazioni, secondo le scarse conoscenze disponibili, è da ricercare nei funghi del genere Fusarium, in particolare F. proliferatum. Questo fungo è anche produttore di micotossine, le fumonisine, regolamentate a livello Europeo per il mais. Obiettivo generale del progetto è quello di stilare delle linea guida per la filiera aglio (seme e consumo) finalizzate a prevenire il marciume, con miglioramento quanti-qualitativo della produzione.

Activities

CHARACTERIZATION OF THE  FARMS OF THE CO.P.A.P. AND STORAGE STRUCTURES
CHARACTERIZATION OF COMPANIES
MONITORING OF ENVIRONMENTS IN POST HARVEST
ROLE OF AGRONOMIC AND WEATHER PARAMETERS
EVALUATION OF THE INCIDENCE OF FUSARIUM ROTS
Results of pre-sowing analysis
Analysis results during the growing season
Post-harvest analysis results
DETERMINATION OF THE CONTENT OF FUMONISINS
CONTROL AND HEALTH INTERVENTIONS
EVALUATION OF THE EFFECTIVENESS OF FUNGICIDES AND NATURAL ANTAGONISTS
GUIDELINES
TRAINING COURSE AND COACHING ACTIVITIES
DISSEMINATION ACTIVITIES

Activities

CARATTERIZZAZIONE DELLE AZIENDE SOCIE DI CO.P.A.P. E DELLE STRUTTURE DI STOCCAGGIO
CARATTERIZZAZIONE DELLE AZIENDE
MONITORAGGIO AMBIENTI IN POST RACCOLTA
RUOLO DEI PARAMETRI AGRONOMICI E METEREOLOGICI
INCIDENZA DI MARCIUMI DA FUSARIUM
Risultati delle analisi in pre-semina
Risultati delle analisi durante la stagione colturale
Risultati delle analisi di post raccolta
CONTENUTO DI FUMONISINE
INTERVENTI DI CONTROLLO E SANITAZIONE
EFFICACIA DI FUNGICIDI E DI ANTAGONISTI NATURALI
LINEE GUIDA
CORSO DI FORMAZIONE E ATTIVITA’ DI COACHING
ATTIVITA’ DI DISSEMINAZIONE

Context

Over the last few years, COPAP and the Phytosanitary Consortium of the Province of Piacenza have highlighted the increasingly spread of the late appearance, during conservation, of changes affecting bulbs apparently healthy at harvest. Samples of bulbs were analyzed by the laboratory of the Faculty of Agriculture of the University of Bologna. The bulbs appeared empty, with no obvious signs of external alteration but, after defoliation, all the bulbs showed symptoms of different severity. The bulbs were found to be infected with Fusarium proliferatum, a microorganism that is part of the common telluric mycoflora. This species is capable of producing a wide spectrum of secondary metabolites, which have toxic effects and can be considered dangerous for humans. This heterogeneous group of molecules, which is generally referred to as the term "mycotoxins", has long been the subject of global concern, especially with regard to food safety in the cereal sector and to the risk of consumer exposure. For prevention and defense, COPAP already pays particular attention to crop rotation and it would be appropriate that garlic did not follow other allioideae for at least 3-4 years. Another aspect, to which reference is made, is the use of certified reproduction material. Despite these practices, the spread of the Fusarium is tending to expand, for causes which may call into play both agronomic and climatic elements, in the open field, as well as, the subsequent conditions of drying, storage and processing. The loss of product due to fusariosis varies widely, depending on the lots, and it can reach 50-60%.

Additional comments

This innovative project aims to define guidelines for the garlic chain, therefore involving both the farming process and the post-harvest mangement (drying/storage and processing stages) in order to control/prevent  garlic rot.
The improvement expected from this project should also contribute in increasing the dividend paid to COPAP’s farm partners which will help to defend the profitability of this cultivation.
The result expected is to limit fusarium spread during garlic field cultivations and in storage/processing environments. The main specific objectives follows:
The first aim is to prevent the “White Piacenza Garlic” from disappearing from the local agriculture, avoiding the loss of both agro biodiversity and a typical local crop.
The second goal is to lower fungal inoculum taking into consideration the best agronomical practices, also in view of  ongoing climatic changes, possibly involved in the increase of diseases caused by Fusaria . 
The third objective, related to reducing the fungal incidence in all phases of garlic production/processing. This will lead  to improve the working conditions of the employees involved in garlic storage and processing, and to improve food safety from a consumer point of view.

Additional information

The GO is formed by: COPAP and its 23 associated farmers; a partner with specific technical and scientific knowledge about phitopathology in general and precisely on Fusarium and micotoxins that was identified on DI.PRO.VE.S. of the Università Cattolica del Sacro Cuore of Piacenza: professor Paola Battilani, professor Amedeo Pietri and doctor Giorgio Chiusa; a partner specialized on the activities of formation and diffusion of the results identified in Irecoop scrl, cooperative inscribed on the regional Catalogo Verde; and a partner with experience in the funcions of cooperation and coordination among the partners activities identified in Agrisilva scrl: doctor Claudio Piva. 

Project details
Main funding source
Rural development 2014-2020 for Operational Groups
Rural Development Programme
2014IT06RDRP003 Italy - Rural Development Programme (Regional) - Emilia-Romagna
Location
Main geographical location
Piacenza

€ 396639

Total budget

Total contributions from EAFRD, national co-financing, additional national financing and other financing.

Resources

Currently showing page content in native language where available

1 Practice Abstracts

In recent years, Copap had increasing warnings regarding rotten garlic, especially during post-harvest. The cause of this alteration is related to the fungi belonging to Fusarium spp, and specifically F. proliferatum. This fungus produces the micotoxins “fumonisins”, regulated in maize destined to human consumption at European level; suggestions are also defined for feed destination. The main goal of the project is to create guidelines for the garlic production chain in order to prevent garlic from rotting and improve both the production’s quality and quantity.

The main methods to be adopted both in the field and in post-harvest in order to reduce Fusariosis infections, are:

Large rotations (4-5 years), avoiding the Lilliaceae family species for the entire period.

Pay attention to nitrogen fertilizers and high yields, because they are linked to a higher incidence of cryptogamic pathologies.

Avoid mechanical damages to the bulbs during the harvesting operations

During the selection and packaging operations it is necessary to take care of the management of the processing residues by promptly removing them at the end of the work shift.

Provide for cleaning with detergents, especially on the equipment used during for seed production.

Given the high incidence of Fusarium also in asymptomatic bulbils intended for seed, it would be desirable to identify tanning products and treatments that are effective in containing the disease and guarantee greater health of the seed bulbils.

Negli anni recenti Copap ha avuto crescenti segnalazioni di problematiche di marciume dell’aglio, con ripercussioni soprattutto in post-raccolta. La causa di queste alterazioni è da ricercare nei funghi del genere Fusarium, in particolare F. proliferatum. Questo fungo è anche produttore di micotossine, le fumonisine, regolamentate a livello Europeo per il mais. Obiettivo generale del progetto è quello di stilare linea guida per la filiera aglio (seme e consumo) finalizzate a prevenire il marciume, con miglioramento quanti-qualitativo della produzione.

Si riepilogano le principali metodiche da adottare sia in campo che in post raccolta al fine di ridurre le infezioni da fusariosi.

Si consigliano rotazioni ampie (4-5 anni) evitando per l’intero periodo specie della famiglia delle Lilliaceae.

Alte concimazioni azotate e produzioni elevate, sono legate ad una maggiore incidenza di patologie.

Durante le operazioni di raccolta è necessario evitare danni meccanici ai bulbi.

Durante le operazioni di selezione e confezionamento è necessario curare la gestione dei residui di lavorazione asportandoli tempestivamente al termine del turno di lavoro.

Prevedere interventi di pulizia con detergenti, specialmente sulle attrezzature utilizzate durante il taglio e sulla spicchiatrice.

Sui bulbilli destinati al seme, è auspicabile individuare prodotti e trattamenti di concia efficaci a contenere la malattia e garantire una loro maggiore sanità.

Currently showing page content in native language where available

Contacts

Project coordinator

  • AGRISILVA SCRL

    Project coordinator

Project partners

  • CO.P.A.P. S.C.A. R.L.

    Project partner

  • IRECOOP SOC. COOP.

    Project partner

  • UNIVERSITA' CATTOLICA DEL SACRO CUORE - DI.PRO.VE.S.

    Project partner