Matteo De Vincenzi

Dr. Matteo De Vincenzi

orcid

Research Focus & Metrics

Academic Career Length

29Years (1998-Present)

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

Representative Publications

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1 January 1998 in Computers and Electronics in Agriculture
Verified
Journal Article
Closed access
LBL Bacci
L Bacci
MVMatteo De Vincenzi
Matteo De Vincenzi
BRBernardo Rapi
Bernardo Rapi
BABachisio Arca
Bachisio Arca
FBF Benincasa
F Benincasa

1 June 2013 in Journal of Cultural Heritage
Verified
Journal Article
Closed access
OAottaviano allegretti
ottaviano allegretti
MVMatteo De Vincenzi
Matteo De Vincenzi
LULuca Uzielli
Luca Uzielli
PDPaolo Dionisi-Vici
Paolo Dionisi-Vici

1 January 2005 in Physics and Chemistry of the Earth, Parts A/B/C
Verified
Journal Article
Closed access
AMAnna Dalla Marta
Anna Dalla Marta
MVMatteo De Vincenzi
Matteo De Vincenzi
Stefano DietrichStefano Dietrich
Stefano Dietrich
Simone OrlandiniSimone Orlandini
Simone Orlandini


1 January 2020
Verified
Book Chapter
Open access
MVMatteo De Vincenzi
Matteo De Vincenzi
GFGianni Fasano
Gianni Fasano
The first measuring instruments of solar radiation, for meteorological aims, were made only in 1800s. In 1896 OMI established a commission for radiometry which led, in 1905, to choose Ångström pyrheliometer as standard instrument. Later, radiometers were built with a chart recorder for measuring solar radiation components. Instruments using thermopile or photocell as sensitive element were made. From 1980s radiometers with data logger were built. In 2000s devices were developed for measuring solar radiation components in water column, for studies on physical and biological marine quantities.

1 January 2024
Verified
Book Chapter
Open access
FBFabrizio Benincasa
Fabrizio Benincasa
MVMatteo De Vincenzi
Matteo De Vincenzi
GFGianni Fasano
Gianni Fasano
For a long period, Greeks, Phoenicians, and Etruscans frequented, at the same time, the Mediterranean Sea. This forced their seafaring to behave, at the same time, as pirates at sea, to break down competition, and as traders in the emporia, to sell their goods. Navigation was based on the experience of sailors since there were no instruments and methods to estimate sailing parameters. The empirical knowledge of seafarers was based on the observation of environmental and astronomical daymarks, and on their ability to perceive signals from the atmosphere, and from sea animals. Navigation was mainly carried out at such a distance from the coast as not to lose sight of it; but in the Mediterranean Sea the coasts, often mountainous, allowed us to have in sight elevated points of reference, which also allowed offshore navigation. Merchant vessels were not as fast as combat, but they could carry large loads of goods to be sold in any emporia. The average speed of a ship was around 5-6 knots, therefore the longest voyages could require considering stops for rest and bad weather. In this case the journey required a winter stopover, and the navigation continued into the following season. Therefore, we understand the importance of “weather forecasting” which could be done with a careful analysis of the warning signs that came from the sky, from the flight of birds and the behavior of fish and other aquatic animals.