A Geospatial Approach to Walkability Quantification: Case Study of Main Campus of the University of Kerbala

Alyasari, Haider I; Auda, Zaman; Attya, Hussein

doi:10.1088/1757-899x/671/1/012126

Cited by 3 publications

(3 citation statements)

References 3 publications

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“…Dentre as pesquisas que utilizam indicadores de desempenho, busca-se identificar alguns parâmetros mais comuns entre os autores para avaliar a infraestrutura das calçadas e passeios em campus universitários. A partir da análise de 16 artigos, são identificados que os principais parâmetros correspondem a travessia (faixa de pedestres), infraestrutura, acessibilidade e qualidade da calçada (GILSON et al, 2009;ZHANG et al, 2013 MARYONO, 2020;ALYASARI;AUDA;ATTYA, 2020;HACAR;GÜLGEN;BILGI, 2020;KING et al, 2020;LEE;SHEPLEY, 2020;RASWOL, 2020;MU, 2020;ZHANG, FISHER;FENG, 2020;ALHAJAJ;DAGHISTANI, 2021). Na avaliação das calçadas do entorno do campus somente um artigo apresenta indicadores que possibilitam essa avaliação (ADI PRASETYA; PURWANTO; MARYONO, 2020), como apresenta a Tabela 3.…”

Section: Resultados E Discussões Da Revisão Sistemáticaunclassified

“…De uma maneira geral, entre os trabalhos que tratam essa questão, existem poucos que avaliam a qualidade dos caminhos de pedestres em Universidades (GILSON et al, 2009;ZHANG et al, 2013;ASADI-SHEKARI;MOEINADDINI;ZALY SHAH, 2014;AFSAR;YUNOS;YUSOF, 2015;KEAT;YAACOB;HASHIM, 2016;MURWADI;DEWANCKER, 2017;RAHMANDARI;GUNAWAN;MUGNISJAH, 2018;ADI PRASETYA;PURWANTO;MARYONO, 2020;ALYASARI;AUDA;ATTYA, 2020;HACAR;GÜLGEN;BILGI, 2020;KING et al, 2020;LEE;SHEPLEY, 2020;RASWOL, 2020;MU, 2020;ZHANG, FISHER;FENG, 2020;ALHAJAJ;DAGHISTANI, 2021). Entre eles, a maioria avalia a acessibilidade espacial, por meio de indicadores de desempenho, como: condições de piso, largura de calçada, existência de obstáculos, proteção contra intempéries, mobiliário urbano, iluminação noturna, uso lindeiro, travessia, segurança, dentre outros aspectos (GILSON et al, 2009;ZHANG et al, 2013;ASADI-SHEKARI, 2014;AFSAR;YUNOS;YUSOF, 2015;KEAT;YAACOB;HASHIM, 2016;…”

Section: Introductionunclassified

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Methodologies to evaluate the quality of pedestrian infrastructure on the University campus: Systematic Review

Pires

Magagnin

Fontes

et al. 2022

RNGC

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Walking is understood as a sustainable and economical means of transport, it promotes benefits such as improving people's health, but this option is chosen especially when adequate conditions are offered. As it contributes to the adoption of a sustainable urban mobility policy, walking should be encouraged in internal displacements carried out by users of higher education institutions. To support the analysis of mobility in this type of institution, this paper sought to identify the main methods and techniques that can be used to evaluate the quality of walking spaces, internal and external, to University campuses, through a systematic review of literature. For this, Scopus, MDPI, ScienceDirect and Sage Journals platforms were adopted to screen articles published between 2005 and 2021, with the following keywords “walkability, campuses, university” and “pedestrian, “campuses, university”. The analysis of 26 papers, which were part of the sample size, made it possible to identify: i) objective, ii) methodology and iii) technique used among the researchers, and showed that predominantly the research carried out in these environments incorporates not only the spaces within the campus, but its surroundings, or users' access to the campus. Thus, several aspects associated with walkability are evaluated, such as the existing infrastructure itself, the most used mode of transport in displacements within the campus, in addition to some scenario in a certain route carried out by the user.

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Section: Resultados E Discussões Da Revisão Sistemáticaunclassified

Section: Introductionunclassified

Methodologies to evaluate the quality of pedestrian infrastructure on the University campus: Systematic Review

Pires

Magagnin

Fontes

et al. 2022

RNGC

View full text Add to dashboard Cite

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“…Antonio Heltra, Jenny Ernawati, and Indyah Martiningrum in observing the walkability of the Universitas Brawijaya pedestrian path in Malang said that the campus pedestrian path in the west area is quite good, but there is a need to improve the quality of walkability, especially in the comfort aspect, to increase the number of pedestrian path users [11]. University of Malaya through its observations stated that in addition to having good road elements such as chairs, lights, shade, and others, the walkable campus can connect pedestrian routes to various functions of buildings, parks, and other campus needs [12].…”

Section: Introductionmentioning

confidence: 99%

Green-Walkable Infrastructure for Sustainable Development

Ginting

Mardianta

2023

IOP Conf. Ser.: Earth Environ. Sci.

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As a part of implementing a green and sustainable campus, this paper proposes a concept of walkability where the campus’ infrastructure, including buildings and pedestrian paths, must provide walking facilities for students and staff who use pedestrian paths for walking daily. The concept starts by analyzing students’ perceptions of walkability and the basic principle of pedestrian path design. This analysis is developed into a concept named connectedness. It aims to connect buildings and spaces all over the campus so the whole area becomes accessible with the minimum distance of walking. By designing shortcuts, new pedestrian paths, and space for communal activities, the connectedness accommodates students’ needs to walk and socialize safely, comfortably, and attractively as well.

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Digital Era Influence on Neighbourhood Planning

Farhan

Mutaz

Alyasari

et al. 2021

IOP Conf. Ser.: Mater. Sci. Eng.

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New human needs have an impact on settlements planning and spatial organization. These human needs were subjected to new era requirements. The research aims to solve the knowledge gab about determining the change in neighborhood space planning caused by the digital revolution. The neighborhood is represented by smallest planning module (horizontal –vertical) that has services centre allocates about 10 minutes walking from neighborhood boundary which provides social interaction among residents. The digital revolution is defined as set of computer tests models through making a connection between reality and futuristic production. The research analyses the urban spaces that changed from physical to digital manner through the relations between neighborhood planning and digital revolution. Preliminary results demonstrate good performance on a global project tested.

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A Geospatial Approach to Walkability Quantification: Case Study of Main Campus of the University of Kerbala

Cited by 3 publications

References 3 publications

Methodologies to evaluate the quality of pedestrian infrastructure on the University campus: Systematic Review

Methodologies to evaluate the quality of pedestrian infrastructure on the University campus: Systematic Review

Green-Walkable Infrastructure for Sustainable Development

Digital Era Influence on Neighbourhood Planning

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