Geospatial World Tour 2014: Smart City Conference.
Roma, 24 giugno 2014.
Il ruolo delle tecnologie Geospaziali nella pianificazione e gestione delle Smart Cities.
Massimo Zotti, Planetek Italia
28. Indice di frammentazione da infrastrutture (IFI)
Cosa è Considera la frammentazione del territorio causata
dalle infrastrutture di comunicazione
A cosa serve Tutela della biodiversità di un territorio
In this prsentation I’m going to show you how EO data can be used to support smart urban planning processes.
The first keyword for a Smart City is planning. The smart cities look at the resources they have and at the results they would achieve. What really matter to Italians in terms of Wellness Equity Sustainability have been studied and defined in a project activated by ISTAT in which a set of indicators has been developed in order to measure the quality of life. The project identified 12 wellness classes ranging from health, level of education, to quality of the landscape and of the environment, and for each class a set of several indicators has been defined .
The production of effective indicators is a complex process that requires financial resources that aren’t available at this moment in our public administrations. So we need to simplify and normalize the indicators that are already being produced by the Public Administrations in their planning activity. For the Landscape and Environmental classes, it is essential that the BES indicators are produced with a unique methodology adopted by the local authorities in all the planning phases: from the definition of the updated description of the territory to the strategic environmental assessment.
In this prsentation I’m going to show you a set of standardized geospatial products and relative indicators based on remotely sensed data that Planetek has developed with the goal of supporting local planning authorities during their planning activities and that have been already used by several local authorities in Italy.
Starting from the experiences gained at european level with medium resolution products, we developed the Preciso family products consisting in very high resolution land map products and derived geospatial indexes based on VHR remotely sensed data combined with ancillary information.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Whether you have an external source or you generating terrain data with our photogrammetric suite, we offer a variety of analytic tools to visualize and extract information from your elevation data.
Preciso Italia:ortofoto satellitare ortorettificata con i dati del cliente (carta tecnica+dem).
Preciso Italia:ortofoto satellitare ortorettificata con i dati del cliente (carta tecnica+dem).
Preciso Italia:ortofoto satellitare ortorettificata con i dati del cliente (carta tecnica+dem).
Preciso Italia:ortofoto satellitare ortorettificata con i dati del cliente (carta tecnica+dem).
Preciso Italia:ortofoto satellitare ortorettificata con i dati del cliente (carta tecnica+dem).
Dettaglio della legenda, notare le classi di tessuto urbano discontinuo. Come da specifiche corine hanno classi molto larghe, 10-30%, 30-50% ecc., se facciamo una differenza di carte di uso del suolo per individuare il consumo di suolo non siamoin grado di apprezzare le modifiche a meno di sconvolgimenti dell’area. Ad esempio nel veneto le superfici artificiali (case) si raddopiavano in un poligono ma non erano abbastanza per fare passare il poligono ad una classe differente e quindi anche con il raddoppio delle superfici artificiali la semplice analisi della CUS non fa emergere consumo di suolo. Noi invece produciamo la mappa di impermeabilizzato (che rappresenta l’urbanizzato essenzialmente) e associamo ad ogni poligono il valore di soil sealing. Quando facciamo il confronto tra CUS confrontiamo anche il valore di soilsealing associato e sulla base di questo produciamo ICS (indice consumo suolo).
La riclassificazione dell’uso suolo ha consentito di produrre quasi automaticamente la mappa delle morfotipologie urbane che è alla base della mappa dei contesti
La mappa dei contesti è una rivisitazione della mappa dei morfotipi con una riaggregazione e accorpamento delle aree fatta dal pianificatore. La mappa dei contesti rientra
Un ulteriore utilizzo è per l’aggiornamento del PUTT. Ad esempio l’aggiornamento della copertura botanico vegetazionale del PUTT che, nel caso di apricena, sottostimava le aree a boschi e macchia come si può notare dalla animazione.
La prima immagine mostra lo stato definito nel PUG (2010) mentre la seconda mostra quanto riportato nel PUTT (2006).
Preciso Land in particular is a Multi-level geospatial product made by different information layers designed to support the intial stage of the planning process.
The use of satellite data allows to have easily upgradeable products and the use of standard processing procedures adds also a character of objectivity and standardization to these products.
From the map products we derived a set of geospatial indexes able to support decision makers in their planning activities:
from the definition of the state of the art of a territory
to the evaluation of the environmental consequences of the implementation of urban plans on the idea of a sustainable development.
All these indexes are characterized by a standardized procedure to derive them, otherwise the information produced is not reliable and not replicable.
indicate a rapid and disorderly growth of a city
Measures the medium size of natural areas that are not interrupted by transport infrastructures
The soil loss index is one of the most important between all indicators………
the percentage of sealed area with respect to the Municipality area
Beside the information production it is of equal importance to share and easy access the information by all actors involved in the urban planning process.
This can be obtained through the set up of kind of social geoportal that allows users to navigate, query, and report on spatial and non-spatial information. In this way the community can be involved in a continuos planning process toghether with the decision makers.
Intergraph’s full geospatial server portfolio, where we provide complete solutions to geo-enable your entire enterprise.
These are SOA-based enterprise solutions that provide very advanced and comprehensive geospatial functionality. And these solutions can be used independently or together, depending on the need.
ERDAS APOLLO provides comprehensive data management, analysis and delivery so you can organize all of the data in your organization, and disseminate it to many end users using many different applications.
Smart Client enables an organization to easily create and deploy highly-focused, geospatial business workflows, that are easily deployable to a wide user base. Smart Client has the advantage over conventional Desktop GIS, since it’s easy to use, easy to deploy, and ultimately you save money due to lower training/complexity of the UI, cost of customising, cost of deploying, etc.
GeoMedia WebMap enables users to publish industry-standard, programmable web services and build powerful geospatial interactive web sites, that support high end analysis functions
Geospatial SDI extends web services already offered in GeoMedia WebMap and ERDAS APOLLO… to strictly comply with standards such as the European INSPIRE directive, and also OGC and ISO standards for web services and metadata compliance.
Geospatial Portal is a fully-featured, configurable web application that can be used for finding, viewing, querying, analyzing and consuming geospatial data and web services published by Intergraph or third party products. It provides the thin client front end to our server solution suite.