Stefano Barone

Prof. Stefano Barone

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Research Focus & Metrics

Academic Career Length

20Years (2007-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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20 November 2020 in Plants
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Journal Article
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SDSalvatore Walter Davino
Salvatore Walter Davino
ACAndrea Giovanni Caruso
Andrea Giovanni Caruso
SBSofia Bertacca
Sofia Bertacca
Stefano BaroneStefano Barone
Stefano Barone
SPStefano Panno
Stefano Panno
Tomato brown rugose fruit virus (ToBRFV) is a highly infectious virus, that is becoming a threat to tomato production worldwide. In this work we evaluated the localization of ToBRFV particles in tomato seeds, its seed transmission rate and efficacy of disinfection, and the effects of different thermal- and chemical-based treatments on ToBRFV-infected seeds’ germination. Analyses demonstrated that ToBRFV was located in the seed coat, sometime in the endosperm, but never in the embryo; its transmission from infected seeds to plantlets occurs by micro-lesions during the germination. The ToBRFV seed transmission rate was 2.8% in cotyledons and 1.8% in the third true leaf. Regarding the different disinfection treatments, they returned 100% of germination at 14 days post-treatment (dpt), except for the treatment with 2% hydrochloric acid +1.5% sodium hypochlorite for 24 h, for which no seed germinated after 14 dpt. All treatments have the ability to inactivate ToBRFV, but in six out of seven treatments ToBRFV was still detectable by RT-qPCR. These results raise many questions about the correct way to carry out diagnosis at customs. To our knowledge, this is the first study on the effective localization of ToBRFV particles in seeds.

12 June 2020 in Agronomy
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Journal Article
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SPStefano Panno
Stefano Panno
ACAndrea Giovanni Caruso
Andrea Giovanni Caruso
Stefano BaroneStefano Barone
Stefano Barone
Giosue Lo BoscoGiosue Lo Bosco
Giosue Lo Bosco
EREzequiel A. Rangel
Ezequiel A. Rangel
SDSalvatore Walter Davino
Salvatore Walter Davino
Tomato brown rugose fruit virus (ToBRFV) is an emerging pathogen that causes severe disease in tomato (Solanum lycopersicum L.) crops. The first ToBRFV outbreak in Italy occurred in 2018 in several Sicilian provinces, representing a serious threat for tomato production. In the present work, the spatiotemporal displacement of ToBRFV in Sicily was evaluated, analyzing a total of 590 lots of tomato seed, 982 lots of plantlets from nurseries and 100 commercial greenhouses. Furthermore, we investigated the ToBRFV spreading dynamic in a greenhouse under experimental conditions. Results showed several aspects related to ToBRFV dispersion in protected tomato crops. In detail, an important decrease of the ToBRFV-infected seed and plantlet lots was detected. Regarding the examined commercial greenhouses, ToBRFV still appears to be present in Sicily, although there has been a decrease during monitoring. In experimental conditions, it was demonstrated that the presence of few infected plants are sufficient to damage the entire crop in a short time, reaching almost 100% of infection.

9 August 2007 in Quality and Reliability Engineering International
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Journal Article
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Stefano BaroneStefano Barone
Stefano Barone
ALAlberto Lombardo
Alberto Lombardo
PTPietro Tarantino
Pietro Tarantino

31 August 2021 in Applied Stochastic Models in Business and Industry
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Journal Article
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Stefano BaroneStefano Barone
Stefano Barone
Roberto CannellaRoberto Cannella
Roberto Cannella
Albert ComelliAlbert Comelli
Albert Comelli
APArianna Pellegrino
Arianna Pellegrino
GSGiuseppe Salvaggio
Giuseppe Salvaggio
FVFederica Vernuccio
Federica Vernuccio

8 July 2020
Verified
Book Chapter
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Albert ComelliAlbert Comelli
Albert Comelli
Alessandro StefanoAlessandro Stefano
Alessandro Stefano
CCClaudia Coronnello
Claudia Coronnello
Giorgio RussoGiorgio Russo
Giorgio Russo
FVFederica Vernuccio
Federica Vernuccio
Stefano BaroneStefano Barone
Stefano Barone

5 June 2020 in Quality Engineering
Verified
Journal Article
Closed access
Stefano BaroneStefano Barone
Stefano Barone
ACAlexander Chakhunashvili
Alexander Chakhunashvili
Albert ComelliAlbert Comelli
Albert Comelli
When a pandemic like the current novel coronavirus (COVID-19) breaks out, it is important that authorities, healthcare organizations and official decision makers, have in place an effective monitoring system to promptly analyze data, create new insights into problematic areas and generate actionable knowledge for fact-based decision making. The aim of this article is to describe an initial work focused on building a comprehensive statistical surveillance dashboard for the epidemic of COVID-19, which can be exploited also for future needs. We propose novel ways of exploring, analyzing and presenting data, using metrics that have not been used previously. We also show the steps necessary to build and operate such a dashboard. As a result of this this work, a set of data exploration and data visualization tools have been proposed which can be instrumental in providing information necessary to manage a crisis like COVID-19 pandemic in a systematic and effective way. The proposed statistical surveillance dashboard can provide formal authorities and other decision makers with valuable insights into problematic areas and help them make critical decisions based on facts and an in-depth data analysis. The dashboard is implemented in an online dedicated website, freely accessible to the readership of this journal.