Famend Italian scientist visits MSU’s Geosystems Analysis Institute for fellowship in precision agriculture


Contact: Diane Godwin

Alessandro Mates (Photograph by Diane Godwin)

STARKVILLE, Miss.—A distinguished Italian researcher from the Bioeconomy Institute at his nation’s Nationwide Analysis Council is working at Mississippi State College’s Geosystems Analysis Institute to advance precision agriculture and help farmers.

Alessandro Matese is taking part in a year-long fellowship at MSU by the college’s partnership with the US Division of Agriculture to additional develop agricultural analysis by high-performance computing. Whereas at MSU, the senior researchers are increasing their work with distant sensing in precision agriculture utilizing unmanned aerial techniques, specifically the processing of hyperspectral imagery utilizing high-performance computing infrastructure.

“The problem is taking the huge quantity of geo-referenced ag information collected from farms and managing and analyzing it in order that farmers can use it in a sensible manner. The benefit is that the MSU’s high-performance pc system drives the method. accelerates in order that we are able to rapidly analyze advanced information, after which mannequin it to construct an agricultural system that farmers can use to extend crop yields and scale back agricultural runoff, which saves cash, Protects the atmosphere. And produces prime quality merchandise for the world’s meals provide,” Matesse defined.

The visiting scholar leads the Tech Agriculture Group on the Institute for Bioeconomy in Florence, Italy. He has written 90 publications with over 3,000 citations. In his analysis initiatives, Matese serves as principal investigator for the EU-funded challenge from the Partnership on Analysis and Innovation within the Mediterranean, or PRIMA. The challenge, “Digital Agricultural Expertise for Irrigation Effectivity”, explores develop, implement and improve irrigation effectivity utilizing digital, data-driven fashions with low-cost {hardware} to create sensible options for small-scale farmers. does.

“Consultants say demand on agriculture is predicted to develop by 3% every year over the subsequent decade. Ag obligations are pushed by inhabitants progress, protein demand and crop pressures from local weather change,” mentioned Mattis. I’m doing analysis to assist farmers in assembly their calls for.”

Matese’s challenge is made potential by a cooperative settlement with the US Division of Agriculture often called USDA/MSU-Advancing Agricultural Analysis by Excessive-Efficiency Computing. The partnership is powered by “Atlas,” a high-powered system put in in MSU’s Excessive Efficiency Computing Collaboration in 2020.

Robert Moorhead, director of the Geosystems Analysis Institute, mentioned: ‘…only a few small farms within the US, which make up greater than 85% of the US whole agricultural whole, have adopted precision agriculture,’ says USDA agricultural analysis professional ” “Matisse’s work will assist us analysis and doubtlessly design, determine and undertake applicable applied sciences to automate manufacturing whereas enhancing financial and environmental impacts. It will permit an satisfactory provide of wholesome and secure meals for a rising international inhabitants.” It’ll assist for positive.”

Final fall, Matese was honored internationally with the 2021 Bologna Prize for Sustainable Growth in Agri-Meals Manufacturing for his work showcasing the world’s superior scientific and technological analysis on this area.

Matese earned a 2003 grasp’s diploma in pure sciences on the Division of Earth Sciences, the College of Florence, Italy, and a 2014 doctorate in agriculture, forestry and meals sciences on the nation’s College of Torino.

MSU is Mississippi’s main college, obtainable on-line at www.msstate.edu.

About USDA/MSU – Advancing Agricultural Analysis By means of Excessive-Efficiency Computing

The Superior Agricultural Analysis by Excessive-Efficiency Computing Mission is a collaborative settlement between Mississippi State College and the USDA-Agriculture Analysis Service. The AAR-HPC challenge goals to deal with a few of at present’s most vital agricultural and meals safety points by the creation of collaborative, multidisciplinary science “hubs” designed to reply difficult questions in areas reminiscent of illness ecology, epidemiology and panorama. is to be addressed. Agricultural Ecology. For extra info, go to www.gri.msstate.edu/analysis/aar/.

About MSU’s Geosystems Analysis Institute

GRI is a collaboration of educational scientists, engineers and stakeholders lively in conducting and coordinating analysis utilizing geospatial applied sciences and useful resource administration to advance data and apply within the Earth and its techniques to enhance coverage and public consciousness. Is. For extra info go to www.gri.msstate.edu.



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