THE REALIZATION OF SYSTEMATIC CADASTRE WORKS IN THE PERSPECTIVE OF THE SUSTAINABLE DEVELOPMENT OF THE VINEYARD AND FRUIT-GROWING SECTOR IN ROMANIA

Author:

Hutanu Cristian1ORCID,RADU Oprea1ORCID

Affiliation:

1. Department of Pedotechnics, Faculty of Agriculture, "Ion Ionescu de la Brad" Iasi University of Life Sciences, 3, Mihail Sadoveanu Alley, 700490, Iasi, Romania

Abstract

In order to develop the vineyard and orchard sector in Romania from a sustainable point of view, the European Union primarily finances plantations with native varieties. To be able to talk about sustainable development and environmental protection, GIS systems should be structured by fields of activity and become an interface between man and nature. The integration of these projects within the systematic cadastre work would have the effect of obtaining a better reassessment of the agricultural potential of the area. Thus, the "Vasile Adamachi" didactic farm of the Iasi University of Life Sciences has reconfigured the cadastral plots, currently occupying a total area of 16.1 ha with vines and 12.2 ha with fruit trees. This project to modernise the vineyard/fruit-growing plantations was realised from the rehabilitation funds of the European Union, through the Payments and Intervention Agency for Agriculture. The creation by the Cadastre and Real Estate Publicity Agency of an integrated cadastre and land book system, as a "multipurpose" type system within the National Cadastre and Land Book Program, would help the Payments and Intervention Agency for Agriculture to identify agricultural real estate, which includes vineyards/fruit trees, and would encourage the owners of such plantations to access projects from the European Union funds for the modernisation, maintenance in good condition or expansion of vineyard and fruit-growing. Also, the technical-legal situation of the existing real estate at the administrative-territorial unit level could be obtained in real time.

Publisher

University of Life Sciences in lasi

Reference25 articles.

1. Anggraini, N.D.; Trisnawarman, D.; Wasio; Arisandi, D. Geographic information systems of fire vulnerability area in West Jakarta. TICATE. 2019. https://doi.org/10.1088/1757899X/508/1/012122

2. ANCPI. National Cadastre and Land Book Program (PNCCF) 2015-2023, developed by the Cadastre and Land Register National Agency. Site ANCPI. 2015. http://geoportal.ancpi.ro/geoportal/imobile/Harta.html

3. Badea, A.C. Spatial planning and GIS for sustainable development. Applications/ Summaries (in Romanian). MatrixROM, Technical University of Construction Bucharest, Romania, 2018, 64-76.

4. Busko, M.; Apollo, M. Public administration and landowners facing real estate cadastre modernization: a win-lose or win-win situation? Resources. 2023, 12, 73. https://doi.org/10.3390/resources12060073

5. Burja, C.; Burja, V. Sustainable development of rural areas: A challenge for Romania. Environmental Engineering and Mangement Journal. 2014, 13, 1861-1871.

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