TECHNOLOGIES AND SUSTAINABLE DEVELOPMENT: THE CULTURAL LANDSCAPES OF THEMEDITERRANEAN

Authors

  • P. D. Antonio School of Agricultural, Forestry, Food and Environmental Sciences (SAFE) University of Basilicata
  • Francesca Vera Romano University of Rome La Sapienza, Italy
  • V. N. Scalcione University of Basilicata, Italy
  • C. D. Antonio University of Basilicata, Italy

DOI:

https://doi.org/10.53555/nnfaes.v6i5.847

Abstract

The research aims to highlight how Matera and Pompeii, both UNESCO sites are united by a thousand-year-old history always alive, a heritage made of archaeological remains, paintings, frescoes and intangible goods. Henry Vollam Morton in his book "A traveler in Southern Italy" tells of his visit to Matera in the 60’s, when the Sassi had been abandoned and the population moved for the most part to new neighborhoods, and the city appears to his eyes as "an incredible Pompeii” suspended between past and future, once lived and then abandoned. Today both realities live again thanks to people and institutions who believed in the possibility to restore their life through technology and to resurface enclosed treasures still to be discovered. Pompeii, an ancient Roman colony, although it seems for its history a crystallized city, is always alive and moving thanks to the continuous discoveries that make it one of the most visited destinations with an exponential growth of tourists. Matera was in the last century with the agricultural neighborhood and it is now because like other cities it is into the phase of experimenting with ultra-fast 5g telephony. The 5G experiment has shown that the use of satellite technologies can be of great help to the management and sustainability of cultural landscapes because of support to the development of culture and creativity to the management of visitors, the organization of the tourist destination and the use of cultural heritage and also it enhance and preserves agricultural landscapes and productions, as an expression of the relationship of the community with the natural space.

References

Brisco, B., Brown, R., Hirose, J., McNairn, H. and Staenz, K. (n.d.). Precision Agriculture and the Role of Remote Sensing: A Review. Retrieved on 1st October 2012.
Cardinale D., D'Antonio P., Moretti N., Scalcione V. N., (2020). Risk perception in forest utilizations: experimental analysis in the Basilicata forest sites, Journal of Forestry, wild life and Environment, Vol. 1, Issue 1.
Casa R., (2017), L’applicazione dell’agricoltura di precisione per il miglioramento della gestione delle produzioni vegetali Dipartimento di scienze Agrarie e Forestali, Università degli Studi della Tuscia Viterbo.
Cecchini A., Plaisant A., Angeli F. (2005), Analisi e modelli per la pianificazione Teoria e pratica: lo stato dell’arte Facoltà di Architettura di Alghero.
Chiodo E., Liberatoscioli E., Salvioni C., (2018) Le informazioni territoriali e la geomatica per l'agricoltura e lo sviluppo rurale Agriregionieuropa anno 4 n°14, Set
D’Antonio P., Romano F. V., (2019), I Sassi, storie di vicinato e tradizioni agricole nelle evoluzioni del paesaggio in Matera trasformazione urbana tra architettura e fotografia. By Cirillo V., Grottaminarda, Delta 3 Edizioni, ISBN 978-88-6436-000
D’Antonio P., Scalcione V. N., (2020). Digital Humanities: ICT for a Teaching of Inclusion, Agricultural Research & Technology, Volume 23 Issue 4.
D’Antonio P., Scalcione V. N., D’Antonio C.. Sustainable urban green management systems: battery powered machines and equipment. International Journal for Research in Agricultural and Food ScienceVolume-6 | Issue-3 | March,2020
D’Antonio P., V. N. Scalcione (2020), The teaching of technologies for monitoring the anthropic landscape through the development of the Internet of Things, Journal of Bioinnovation, n.JBINO204032.
D'Antonio P., Scalcione V. N., (2020). Software and satellite technologies for precision agriculture: the potential with the 5 g network, EPH - International Journal of Agriculture and Environmental ResearchVolume-6 | Issue-3 | March,2020
D'Antonio P., Scalcione V. N., Romano F., (2020). The use of satellite technology for digital citizenship: experimental tests and investigation methods, International Journal of Food Science and Agriculture, Vol. 4, Issue 1.
Esri (2008). GIS for Sustainable Agriculture. GIS Best Practices. New York: ESRI Publications.
Kuhn F., Horig B. , (1996) Environmental remote sensing for military exercise places. Remote Sensing and GIG for Site Characterizations: Applications and Standards, ASTM STP 1279, American Society for Testing and Materials.
Onorato M., Fantola F., Schirru P., Urru S., Pili D. (2016), Il webgis strumento per l'assistenza tecnica nell'agricoltura sostenibile ASITA.
Sistemi di guida in agricoltura; Tecnologia a Rateo Variabile, (2017), Progetto AGRICARE.
Sohne W., Heinze O., Groten E. (1994). Integrated INS/GPS System for High Precision Navigation Applications. Record-IEEE PLANS, Position Location and Navigation Symposium, 35(2): 310-313.
Vanore M., (2019), Meta Matera Sassi Towards Anteferma Edizioni, Venezia, ISBN: 978-88-32050-32-5
Xiangjian M., Gang, L. (2007). Integrating GIS and GPS to Realise Autonomous Navigation of Farm Machinery. New Zealand Journal of Research, 50(1), 807-812.

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Published

2020-05-31

How to Cite

Antonio, P. D., Romano, F. V. ., Scalcione, V. N. ., & Antonio, C. D. (2020). TECHNOLOGIES AND SUSTAINABLE DEVELOPMENT: THE CULTURAL LANDSCAPES OF THEMEDITERRANEAN. Journal of Advance Research in Food, Agriculture and Environmental Science (ISSN 2208-2417), 6(5), 01-04. https://doi.org/10.53555/nnfaes.v6i5.847