Gaetano La Bella, Antonio Gallo
Spatial planning of a large area is not just a technical matter, but a fundamental building block for building a future where environment and community coexist in harmony. In a world increasingly affected by the effects of climate change and the consequences of human activities, managing land intelligently and responsibly has become imperative to ensure the safety of people and preserve ecosystems.
his type of planning is not limited to drawing maps or planning infrastructure works. It is a broad and integrated vision that embraces the challenges of urban development and the protection of natural resources.
On the one hand, it aims to protect people from natural hazards such as landslides, floods and earthquakes; on the other, it aims to promote development that enhances the unique characteristics of each territory, while keeping its environmental richness intact.
But how is this achieved? Through a meticulous study of the territory, considering elements such as geology, hydrology and seismicity, to understand each of the area’s strengths and weaknesses.
Today, with the help of advanced technologies such as geographic information systems (GIS), these analyses are more precise and detailed than ever before, allowing data to be transformed into concrete and strategic choices.
Think of a territory where every decision, from road construction to water management, is made taking into account natural dynamics and community needs. A place where the areas most at risk are constantly monitored, and where preventive actions are implemented to mitigate the damage caused by natural events. A place where precious resources such as water and soil are carefully managed, not only to meet current needs, but also to bequeath them to future generations.
An enlightening example is the management of river areas. Every year, the news reminds us of the importance of intervening in these areas, which are often vulnerable to disastrous floods. With wide-area planning, it is possible to map the most critical points, designing solutions that combine engineering and renaturation work. This reduces the risks for people living near rivers and, at the same time, promotes the restoration of natural habitats, creating new spaces for biodiversity. Large-area spatial planning is not the work of a single sector or a single professional. It is a process involving multiple disciplines: engineering, urban planning, environmental science, sociology and economics. Only by bringing these skills together is it possible to find solutions that are truly effective and sustainable.
But this is not enough. It is crucial that local communities are involved early in the process. Citizens, businesses and associations must be able to express their needs, because each area has a history and culture that deserve to be respected. Participatory planning not only increases the quality of decisions, but also creates a sense of shared ownership and responsibility.
The idea that environmental protection is a brake on economic development is a prejudice that belongs to the past. Today we know that protecting ecosystems is not only a matter of ethics, but also an indispensable condition for building a prosperous and lasting future. Wide-area planning is based on this very principle, integrating technological innovation, sustainability and social inclusion.
Investing in planning means building resilient territories, capable of adapting to change and facing unforeseen challenges with readiness. It also means promoting a new cultural model, where every project – from the construction of a building to the management of a forest – is guided by respect for the environment and awareness of its limits.
Spatial planning of a vast area is not only a technical challenge, but also an extraordinary opportunity to rethink our relationship with the environment and natural resources. In an increasingly complex and interconnected world, it is an indispensable tool to ensure the security of communities, protect ecosystems and promote balanced development.
To achieve this, we need a long-term vision, a shared commitment and the courage to change perspective.
Every choice must be guided by the knowledge that progress cannot exist without sustainability. Only in this way can we build truly resilient territories, where communities can live and prosper while respecting the resources that sustain us and that we must preserve for those who will come after us.
References
- “Adattamento delle città ai cambiamenti climatici: integrazione di soluzioni basate sulla natura” , Routledge, 2019.
- “Applicazioni dei GIS nella valutazione del rischio urbano” , Journal of Geographical Systems, 2017.
- “Applicazioni GIS e telerilevamento nella gestione ambientale” , CRC Press, 2015.
- “Approcci basati sugli ecosistemi ai cambiamenti climatici” , Cambridge University Press, 2017.
- “Città intelligenti e resilienza: il ruolo del GIS” , Springer Series in Geoinformatics, 2019.
- “GIS come strumento per l’integrazione dei dati ambientali nella pianificazione urbana” , Environment and Planning Journal, 2020.
- “GIS per la gestione ambientale” , ESRI Press, 2006. ESRI Press, esplora l’uso del GIS nella gestione ambientale.
- “GIS per la gestione dei disastri e la pianificazione urbana” , Banca Mondiale, 2020.
- “Il ruolo del GIS nella riduzione del rischio di catastrofi” , International Journal of Disaster Risk Reduction, 2016.
- “Infrastrutture resilienti per uno sviluppo sostenibile” , Nature Sustainability, 2018.
- “L’impatto della pianificazione urbana sui servizi ecosistemici” , Ecological Economics, 2015.
- “Pianificare città resilienti nel contesto del cambiamento climatico” , Journal of Urban Planning, 2019.
- “Pianificazione delle infrastrutture verdi per città sostenibili” , Landscape and Urban Planning, 2018.
- “Quadro di resilienza urbana” , Nazioni Unite Habitat, 2018.
- “Sfide e opportunità nella sostenibilità urbana” , Science Advances, 2016.
- “Sostenibilità e resilienza nella pianificazione urbana” , Agenzia europea dell’ambiente (AEA), 2020. Rapporto dell’Agenzia Europea per l’Ambiente sui metodi di pianificazione urbana sostenibile.
- “Sostenibilità urbana: una prospettiva globale” , Elsevier, 2015.
- “Sviluppo di parametri di resilienza per i sistemi urbani” , Urban Studies Journal, 2020.
- “Tecnologie geospaziali per la mitigazione dei cambiamenti climatici” , Springer, 2018.