TO WHAT EXTENT IS SOIL CONSUMPTION SUSTAINABLE? A COMPARISON OF THE POTENTIAL REPERCUSSIONS OF POLICY ORIENTED SCENARIOS THORUGH NUMERICAL SIMULATION AND MULTICRITERIA ANALYSIS. – It is well known that human activities are among the major causes for global environmental change. In particular, the developments of rural and natural land, together with the swelling of natural resources from urban population, exacerbate this environmental burden. The aims of this research are threefold: at first it wants to produce cartographical estimating potential future urbanization and land cover changes (LUCC) in Italy according to different and contrasting policy-oriented scenarios; secondly, by comparing observed and projected results, it aims to underline how landscape planning in Italy often favoured economic returns neglecting to consider sustainability drawbacks; third, this work wants to trigger the debate regarding the need to recalibrate regional planning priorities in order to achieve sustainability targets. This study couples spatial cellular automata modelling with spatial multi criteria analysis, and is the first attempt (to our best knowledge) to map and estimate possible consequences of future urban growth and LUCC under different scenarios for the whole Italy at once. It features the combination of loco-regional and national criteria, thus enabling – by comparison – the understanding of their relative importance in influencing LUCC for the future, and building on findings that are relevant at the local scale while drawing a larger picture at the national scale. We believe this a useful tool to help in elaborating national and local land development pathways for the future

Fino a che punto è sostenibile il consumo di suolo? Comparazione delle ripercussioni di differenti indirizzi di policy mediante simulazione numerica e analisi multicriteria / MARTELLOZZO F; AMATO F; MURGANTE B.. - In: BOLLETTINO DELLA SOCIETÀ GEOGRAFICA ITALIANA. - ISSN 1121-7820. - STAMPA. - x 2017:(2017), pp. 339-362.

Fino a che punto è sostenibile il consumo di suolo? Comparazione delle ripercussioni di differenti indirizzi di policy mediante simulazione numerica e analisi multicriteria

MARTELLOZZO F;
2017

Abstract

TO WHAT EXTENT IS SOIL CONSUMPTION SUSTAINABLE? A COMPARISON OF THE POTENTIAL REPERCUSSIONS OF POLICY ORIENTED SCENARIOS THORUGH NUMERICAL SIMULATION AND MULTICRITERIA ANALYSIS. – It is well known that human activities are among the major causes for global environmental change. In particular, the developments of rural and natural land, together with the swelling of natural resources from urban population, exacerbate this environmental burden. The aims of this research are threefold: at first it wants to produce cartographical estimating potential future urbanization and land cover changes (LUCC) in Italy according to different and contrasting policy-oriented scenarios; secondly, by comparing observed and projected results, it aims to underline how landscape planning in Italy often favoured economic returns neglecting to consider sustainability drawbacks; third, this work wants to trigger the debate regarding the need to recalibrate regional planning priorities in order to achieve sustainability targets. This study couples spatial cellular automata modelling with spatial multi criteria analysis, and is the first attempt (to our best knowledge) to map and estimate possible consequences of future urban growth and LUCC under different scenarios for the whole Italy at once. It features the combination of loco-regional and national criteria, thus enabling – by comparison – the understanding of their relative importance in influencing LUCC for the future, and building on findings that are relevant at the local scale while drawing a larger picture at the national scale. We believe this a useful tool to help in elaborating national and local land development pathways for the future
2017
x 2017
339
362
MARTELLOZZO F; AMATO F; MURGANTE B.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1192055
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