Giacomo Santini

Prof. Giacomo Santini

University of Firenze
orcid

Research Focus & Metrics

Academic Career Length

21Years (2006-Present)

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

Representative Publications

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18 April 2022 in Environmental Pollution
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Journal Article
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PBParide Balzani
Paride Balzani
GGGiorgia Galeotti
Giorgia Galeotti
SSSara Scheggi
Sara Scheggi
AMAlberto Masoni
Alberto Masoni
Giacomo SantiniGiacomo Santini
Giacomo Santini
DBDavid Baracchi
David Baracchi

29 May 2007 in Ecological Entomology
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Journal Article
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Giacomo SantiniGiacomo Santini
Giacomo Santini
LTLorenzo Tucci
Lorenzo Tucci
LOLorenzo Ottonetti
Lorenzo Ottonetti
FFFilippo Frizzi
Filippo Frizzi

10 August 2016 in Biological Invasions
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Journal Article
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PBParide Balzani
Paride Balzani
SVSalvatrice Vizzini
Salvatrice Vizzini
Giacomo SantiniGiacomo Santini
Giacomo Santini
AMAlberto Masoni
Alberto Masoni
CCClaudio Ciofi
Claudio Ciofi
GCGuido Chelazzi
Guido Chelazzi

8 January 2008 in Agricultural and Forest Entomology
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Journal Article
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LOLorenzo Ottonetti
Lorenzo Ottonetti
LTLorenzo Tucci
Lorenzo Tucci
GCGuido Chelazzi
Guido Chelazzi
Giacomo SantiniGiacomo Santini
Giacomo Santini

13 September 2011 in Ecological Entomology
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Journal Article
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Giacomo SantiniGiacomo Santini
Giacomo Santini
PRPaul Michael Ramsay
Paul Michael Ramsay
LTLorenzo Tucci
Lorenzo Tucci
LOLorenzo Ottonetti
Lorenzo Ottonetti
FFFilippo Frizzi
Filippo Frizzi

10 September 2019 in Journal of the Marine Biological Association of the United Kingdom
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Journal Article
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Giacomo SantiniGiacomo Santini
Giacomo Santini
RTRichard C. Thompson
Richard C. Thompson
SJStuart R. Jenkins
Stuart R. Jenkins
GCGuido Chelazzi
Guido Chelazzi
RHRichard G. Hartnoll
Richard G. Hartnoll
SHStephen J. Hawkins
Stephen J. Hawkins
Limpets and barnacles are important components of intertidal assemblages worldwide. This study examines the effects of barnacles on the foraging behaviour of the limpetPatella vulgata, which is the main algal grazer in the North-west Atlantic. The behaviour of limpets on a vertical seawall on the Isle of Man (UK) was investigated using autonomous radio-telemetry, comparing their activity patterns on plots characterized by dense barnacle cover and plots from which the barnacles had been removed. Limpet behaviour was investigated at mid-shore level, but two different elevations were considered. This experiment revealed a significant effect of barnacle cover on the activity ofP. vulgata. Limpets on smooth surfaces spent a greater proportion of total time active than did limpets on barnacles. Movement activity was also greater in areas that were lower down in the tidal range. In general, limpets were either predominantly active during diurnal high or nocturnal low tides and always avoided nocturnal high tides. Individuals on barnacles at the higher elevation concentrated their activity during nocturnal low water. All the other groups of limpets (smooth surfaces on the upper level and all individuals on the lower shore) had more excursions centred around daylight hours with an equal distribution of activity between periods of low and high water. Inter-individual variability was, however, pronounced.