Ensuring sustainability in the agri-food sector requires com- prehensive data analysis. This study examines missing data patterns in a large-scale survey of Italian agri-food companies within the Agritech National Center, focusing on sustainability variables. The basic idea is that failure to provide a value for these variables indicates little attention to the issue of sustainability. We employ graphical models to infer the con- ditional independence structure among missingness indicators, which are modeled as binary variables. We consider two classes of graphical mod- els: graphical log-linear models and graphical Ising models. The graphical Ising models allow us to handle a larger set of variables, integrate fully observed variables. The models are applied to the Agritech data.

Using Graphical Models for Missing Data Patterns Detection in Sustainability Surveys / Mecca, A., Gottard, A., Gagliardi, F.. - STAMPA. - (2025), pp. 19-24. (Intervento presentato al convegno Statistics for Innovation. SIS 2025) [10.1007/978-3-031-96033-8_ 4].

Using Graphical Models for Missing Data Patterns Detection in Sustainability Surveys

Mecca A.
;
Gottard A.;
2025

Abstract

Ensuring sustainability in the agri-food sector requires com- prehensive data analysis. This study examines missing data patterns in a large-scale survey of Italian agri-food companies within the Agritech National Center, focusing on sustainability variables. The basic idea is that failure to provide a value for these variables indicates little attention to the issue of sustainability. We employ graphical models to infer the con- ditional independence structure among missingness indicators, which are modeled as binary variables. We consider two classes of graphical mod- els: graphical log-linear models and graphical Ising models. The graphical Ising models allow us to handle a larger set of variables, integrate fully observed variables. The models are applied to the Agritech data.
2025
Statistics for Innovation IV SIS 2025, Short Papers, Contributed Sessions 3
Statistics for Innovation. SIS 2025
Mecca, A., Gottard, A., Gagliardi, F.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1432352
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