francesca carucci

Dr. francesca carucci

University of Naples 'Federico II'

Research Focus & Metrics

Academic Career Length

12Years (2015-Present)

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

Representative Publications

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1 January 2018 in Food Chemistry
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Journal Article
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ARAnnalisa Romano
Annalisa Romano
PMPaolo Masi
Paolo Masi
RARiccardo Aversano
Riccardo Aversano
francesca caruccifrancesca carucci
francesca carucci
SPSara Palomba
Sara Palomba
DCDomenico Carputo
Domenico Carputo

28 December 2018 in Molecular Breeding
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Journal Article
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Clizia VillanoClizia Villano
Clizia Villano
SESalvatore Esposito
Salvatore Esposito
francesca caruccifrancesca carucci
francesca carucci
MIMassimo Iorizzo
Massimo Iorizzo
LFLuigi Frusciante
Luigi Frusciante
RARiccardo Aversano
Riccardo Aversano
1

1 September 2020 in Plant Science
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Journal Article
Closed access
Vincenzo D'AmeliaVincenzo D'Amelia
Vincenzo D'Amelia
Clizia VillanoClizia Villano
Clizia Villano
Giorgia BatelliGiorgia Batelli
Giorgia Batelli
ÖÇÖzmen Çobanoğlu
Özmen Çobanoğlu
francesca caruccifrancesca carucci
francesca carucci
DCDomanico Carputo
Domanico Carputo

1 December 2017 in Food Chemistry
Verified
Journal Article
Closed access
CZCarmela Zannella
Carmela Zannella
francesca caruccifrancesca carucci
francesca carucci
RARiccardo Aversano
Riccardo Aversano
TPThomas Prohaska
Thomas Prohaska
Simona VingianiSimona Vingiani
Simona Vingiani
Paola AdamoPaola Adamo
Paola Adamo

15 November 2017 in PLOS ONE
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Journal Article
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RARiccardo Aversano
Riccardo Aversano
BBBoris Basile
Boris Basile
MBMauro Paolo Buonincontri
Mauro Paolo Buonincontri
francesca caruccifrancesca carucci
francesca carucci
DCDomenico Carputo
Domenico Carputo
GPGaetano Di Pasquale
Gaetano Di Pasquale
Although domestication of the grapevine (Vitis vinifera L.) has been extensively documented, the history of genotype selection and evolution of vineyard management remain relatively neglected fields of study. The find of 454 waterlogged grapevine pips from a well-dated Etrusco-Roman site in the Chianti district (Tuscany, Central Italy) is an extraordinary chance to gain insights into the progress of viticulture occurring in a key historical period in one of the world's most famous wine regions. The molecular and geometrical analyses of grape seeds showed (a) the presence in the site of different grapevine individuals and (b) a sudden increase in pip size, occurring at around 200 BC, whic explainable by the selection and introduction of new varieties. In this period, the Etruscans settlers in Chianti were stimulated by northward-expanding Roman culture to use novel vineyard management practices. We hypothesize that one of the most important innovations may have been the introduction of pruning, inducing vine physiological conditions more favorable to pip growth. Such changes were the consequence of specific entrepreneurial choices made by the Romans in a period of economic investment in grape cultivation and wine making to satisfy the increased trade demand after the conquest of the Central-Western Mediterranean basin.

24 January 2021 in Plants
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Journal Article
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EGEmanuele Del Guacchio
Emanuele Del Guacchio
LBLiliana Bernardo
Liliana Bernardo
PCPaolo Caputo
Paolo Caputo
francesca caruccifrancesca carucci
francesca carucci
Gianniantonio DominaGianniantonio Domina
Gianniantonio Domina
Duilio IamonicoDuilio Iamonico
Duilio Iamonico
The names of the Italian taxa in Cirsium sect. Eriolepis are discussed. The accepted names are: Cirsium echinatum, C. eriophorum subsp. eriophorum, C. eriophorum subsp. spathulatum, C. ferox, C. italicum, C. lacaitae, C. lobelii, C. morisianum, C. scabrum, C. tenoreanum, C. vallis-demonii subsp. vallis-demonii, C. vallis-demonii subsp. calabrum comb. nov., and C. vulgare (= C. crinitum, C. sylvaticum). Four accepted names are typified by specimens preserved at FI (one lectotype), G (one lectotype and one neotype), P (one lectotype), and by illustrations (two lectotypes). Several other heterotypic synonyms of taxa described from Italy are discussed and six of them are typified. A new combination and status are proposed: C. vallis-demonii subsp. calabrum, based on C. eriophorum var. vallis-demonii f. calabrum.