Design and implementation of a web-based platform to support interactive environmental planning

Ghaemi, Parisa; Swift, Jennifer; Sister, Chona; Wilson, John P.; Wolch, Jennifer

doi:10.1016/j.compenvurbsys.2009.05.002

Cited by 36 publications

(31 citation statements)

References 15 publications

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“…It also provide outdoor access to local residents, protect biodiversity, and protect the health of the watersheds. Using a service-oriented architecture, and its implementation are described in this article [26].…”

Section: Geographic Information Systemmentioning

confidence: 99%

Introducing an Appropriate Geoportal Structure for Managing Wildlife Location Data

Zahra¹,

Behzadi²

2019

International Journal of Natural Sciences Research

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Data obtained from the environment is transformed into information and having information lead to knowledge; decision-making and planning are consequently based on this information. Scientific studies, on the other hand, indicate that 80% of the data required by organizations in their various management, planning, implementation and even routine operations is inherently spatial or have spatial characteristics [1]. Therefore, in the present age, the importance of spatial data is not unobtrusive for anyone, because spatial data and related technologies generate spatial knowledge; as a result, it improves decision-making and coordinated planning. Spatial knowledge has a direct and significant impact on the economic, social and environmental development of countries; in other words, spatial data are considered as one of the sustainable development infrastructures of countries. Achieving sustainable development is the main goal of many societies and countries around the world. Although there are many perspectives and definitions for sustainable development, they all refer to almost the same point: "balanced and comprehensive development in the economic, social and environmental sectors" [2]. Currently, spatial information is generated in many public or private organizations and companies. Such environmental information is produced in various departments like the Environmental Organization, the Natural Resources Organization, and etc. By sharing spatial data that generated by different organizations, there will be significant decrease in costs to regenerate data because most of the spatial data generated by an organization can

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Section: Geographic Information Systemmentioning

confidence: 99%

Introducing an Appropriate Geoportal Structure for Managing Wildlife Location Data

Zahra¹,

Behzadi²

2019

International Journal of Natural Sciences Research

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“…SDSS tools and methodologies are currently developed in many application domains such as environment (Ghaemi et al 2009;Granell et al 2010;Wanderer and Herle 2015), healthcare (Moreno-Sanchez et al 2007), agriculture (Sikder 2009) and others (Roig-Tierno et al 2013;Jin 2011;Rinner et al 2008) and may be useful in many other research andprofessional domains. Table 1 makes a synthesis of the difficulties encountered when trying to adapt other SDSS to our case study.…”

Section: Synthesismentioning

confidence: 99%

Conceptual Framework for SDSS Development with an Application in the Retail Industry

2018

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Spatial information is becoming crucial for strategic decision making, but accessing and understanding this information is not easy. Dedicated tools can support the decision process in many ways, such as visualization interfaces or data analyses. Numerous Decision Support System (DSS) development methodologies exist along with dedicated Spatial Decision Support System (SDSS). Unfortunately, for multiple reasons, these tools and methodologies are not easily adaptable for the development of another SDSS. This paper proposes a framework for the development of a flexible SDSS that is built on open source software, allowing for low cost implementation. To support the efficiency of our approach, the design of a specific SDSS that is currently in use will be presented. This SDSS was developed for a company that distributes products through various retail networks. The multiple capabilities of the resulting SDSS will be revealed through an explanation of the different development steps. The complete framework is applied to a real data set that will be detailed in a demonstration.

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“…Outro fator relevante para a análise do pedido de licenciamento é o equilíbrio entre o impacto causado pelo empreendimento e sua sustentabilidade socioeconômica. Ghaemi et al (2009) e Del Campo (2017) desenvolveram aplicações Web que analisam os dados referentes ao pedido de concessão relacionando múltiplos critérios, e apresentam diferentes cenários para uma tomada de decisão dos órgãos gestores quanto à concessão ou não de um licenciamento. Embora, a aplicação proposta nesse trabalho não tenha esse objetivo de modo explícito, a documentação solicitada ao empreendedor oferece subsídios à essa inferência, uma vez que a etapa de enquadramento requer o detalhamento do potencial poluidor.…”

Section: Introductionunclassified

e-RA: Regularização Ambiental Online

Nicolau¹,

Pereira²,

Mendes³

et al. 2019

Anais Do Workshop De Computação Aplicada À Gestão Do Meio Ambiente E Recursos Naturais (WCAMA)

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Este artigo propõe uma aplicação web para levantamento e precificação da documentação referente à regularização ambiental em Minas Gerais. O processo para obtenção de uma licença é constituído de cinco etapas: 1-caracterização, 2- enquadramento CNAE, 3-formalização, 4-análise e 5-julgamento, sendo que nas etapas 1 e 2 os recursos humanos e financeiros demandados são significativos e passíveis de erros. A aplicação busca auxiliar na transparência e assertividade da documentação exigida pela lei, minimização dos erros de enquadramento e cobranças relacionadas.

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Design and implementation of a web-based platform to support interactive environmental planning

Cited by 36 publications

References 15 publications

Introducing an Appropriate Geoportal Structure for Managing Wildlife Location Data

Introducing an Appropriate Geoportal Structure for Managing Wildlife Location Data

Conceptual Framework for SDSS Development with an Application in the Retail Industry

e-RA: Regularização Ambiental Online

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