scholarly journals PENERAPAN TRANSIT ORIENTED DEVELOPMENT (TOD) SEBAGAI UPAYA MEWUJUDKAN TRANSPORTASI YANG BERKELANJUTAN

Pondasi ◽  
2019 ◽  
Vol 24 (1) ◽  
pp. 45
Author(s):  
Sekar Hapsari Ayuningtias ◽  
Mila Karmilah

ABSTRACTUrban sprawl causes the lifestyle of private vehicle use as the main preference in the choice of transportation modes which results in congestion, air pollution and energy use in the transportation sector which continues to increase. Transit Oriented Development (TOD) is an alternative solution in solving these problems, with the concept of urban development that maximizes diverse and integrated land use by promoting healthy lifestyles through walking and cycling and maximizing the use of mass transportation modes. Therefore, this research was conducted with the aim of knowing the application of the development of TOD for planning to achieve sustainable transportation.The variables used in this study are density, diversity, design and transit which are a combination of the theories of Cervero (1997) and ITDP (2014). The results of the study showed that the city of Surabaya was dominated by transit, Bandung Cit y and Jakarta City variables which were both dominated by density and transit variables. Based on inter-case studies there are differences between indicators theory and indicators case study, and each case study also has different parameters. Thus, there has been an adjustment in the theory of the application of TOD in Indonesia, besides that the indicators of TOD implementation are also adjusted according to the characteristics and policies of the region concernedKeywords: TOD, sustainable, transport ABSTRAKUrban sprawl menyebabkan terjadinya gaya hidup penggunaan kendaraan pribadi sebagai preferensi utama dalam pemilihan moda transportasi yang berakibat pada kemacetan, pencemaran udara dan penggunaan energi pada sektor transportasi yang terus meningkat. Transit Oriented Development (TOD) merupakan salah satu solusi alternatif dalam menyelesaikan permasalahan tersebut, dengan konsep pengembangan kota yang memaksimalkan penggunaan lahan beragam dan terintegrasi dengan mempromosikan gaya hidup sehat melalui berjalan kaki dan bersepeda serta memaksimalkan penggunaan moda transportasi massal. Oleh sebab itu, penelitian ini dilakukan dengan tujuan untuk mengetahui penerapan pengembangan TOD bagi perencanaan guna mencapai transportasi yang berkelanjutan.Variabel yang digunakan dalam penelitian ini adalah density, diversity, design dan transit yang merupakan gabungan dari teori Cervero (1997) dan ITDP (2014). Hasil penelitian menunjukkan bahwa Kota Surabaya didominasi dengan variabel transit, Kota Bandung dan Kota Jakarta sama-sama didominasi oleh variabel density dan transit. Berdasarkan kajian antar studi kasus terdapat perbedaan antara indikator teori dan indikator studi kasus, dan masing-masing studi kasus juga memiliki parameter yang berbeda pula. Sehingga, terjadi penyesuaian teori penerapan TOD di Indonesia, selain itu indikator penerapan TOD juga disesuaikan sesuai dengan karakteristik dan kebijakan kawasan yang bersangkutan.Kata kunci: TOD, transportasi, berkelanjutan

2020 ◽  
Vol 4 (1) ◽  
Author(s):  
Tomi Enjeri Siburian ◽  
Widyawati Widyawati ◽  
Iqbal Putut Ash Shidiq

<p class="Abstract"><em>The city of Jakarta is famous because the traffic jams, so the transportation sector needs special attention. Based on data from the Jakarta Transportation Management Agency, of the 47.5 million trips in Jakarta City, only 24% used public transportation. The Jakarta City Government has provided public transportation modes, namely the MRT. This mode of transportation offers a basic concept of TOD, area around the 400 meter buffer from the station can be accessed by walking. This concept has been developed in various cities on the Continent of Europe and America. The space conditions in a TOD based area can be assessed using the TOD Index measurement. Each TOD Index criterion has its own indicators. This study uses 8 criteria and 18 indicators that can measure the value of the TOD Index at each MRT station. Processing data is using spatial processing so that each indicator can be analyzed holistically from a spatial perspective. The TOD area of Bendungan Hilir Station is a station with the highest TOD value, amounting to 0.71. TOD Station in Lebak Bulus Station takes the lowest TOD Index value of 0.31. The TOD Index’s value at each station can be influenced by the weight of each indicator and criteria. Through this research, it is hoped that each policyholder can pay attention to every indicator on the station that is deemed necessary to be improved if needed for a TOD-based area that is in accordance with the concept of a smart city.</em></p><p class="Abstract"><strong><em>Keywords:</em></strong><em> TOD, space, TOD Index, smart city, 6Ds</em></p>


2021 ◽  
Vol 26 (2) ◽  
pp. 65-74
Author(s):  
V. N. Lozhkin ◽  
◽  
O. V. Lozhkina ◽  

Introduction. St. Petersburg is the cultural and sea capital of Russia. The city is characterized by environmental problems typical for the largest cities in the world. It has a technical system for instrumental online monitoring and computational forecasting of air quality. Methods. The system maintains the information process by means of computational monitoring of its current and future state. Results. The paper describes methodological approaches to the generation of instrumental information about the structure and intensity of traffic flows in the urban road network and its digital transformation into GIS maps of air pollution in terms of pollutants standard limit values excess. Conclusion. The original information technology for air quality control was introduced at the regional level in the form of an official methodology and is used in environmental management activities.


2021 ◽  
Author(s):  
David Cogliano

The current planning framework in the Province of Ontario is based on principles of “smart growth” including transit oriented development, intensification, and a focus on building complete communities. While the advancement of these principles has been positive in certain cases, the literature identifies that industrial lands may face redevelopment pressure as smart growth principles are adopted. This paper provides the opportunity to assess the extent of which this is the case in the context of the City of Markham. A content analysis of twelve employment land conversion applications provides for an on-the-ground case study of how the planning framework in Ontario, informed by smart growth principles, is leveraged by developers to support employment land conversions. Research findings include conflicting interpretations, among stakeholders, of planning policy goals related to employment land. Recommendations include the need for a more consistent articulation of policy goals and a rethink of traditional zoning strategies for industrial lands.


Author(s):  
Ralitsa Petrova Hiteva

AbstractThis chapter offers an innovative approach to examining how fuel poverty in one of the most affected countries in the EU: Bulgaria can be examined as part of the urban nexus of food, water, energy and the environment. Building on bodies of literature of the nexus, fuel poverty, energy transitions and energy geographies, this chapter uses the example of energy provisioning in the capital city of Bulgaria: Sofia to illustrate how a more inclusive approach to addressing fuel poverty and air pollution can be developed. The case study unpacks the urban nexus by examining three practices: urban gardening, making zimnina, and heating and energy use in the home. It illustrates how the interdependencies between the practices of urban gardening, making zimnina and domestic heating and energy use have direct implications for the energy system of provisioning and can be important vectors in the energy transition for vulnerable citizens in the city. The chapter addresses an important research gap in urban nexus literature by offering a compelling empirical account of mapping nexus interactions through the perspective of vulnerable users, focusing on low-technological ways of managing the urban nexus (rather than technologically driven integration across sectors).


2019 ◽  
Vol 63 (5) ◽  
pp. 657-687
Author(s):  
Eleonora D’Andrea ◽  
Beatrice Lazzerini ◽  
Francesco Marcelloni

Abstract Traffic and air pollution caused by the increasing number of cars have become important issues in nowadays cities. A possible solution is to employ recommender systems for efficient ridesharing among users. These systems, however, typically do not allow specifying ordered stops, thus preventing a large amount of possible users from exploiting ridesharing, e.g. parents leaving kids at school while going to work. Indeed, if a parent desired to share a ride, he/she would need to indicate the following constraint in the path: the stop at school should precede the stop at work. In this paper, we propose a ridesharing recommender, which allows each user to specify an ordered list of stops and suggests efficient ride matches. The ride-matching criterion is based on a dissimilarity between the driver’s path and the shared path, computed as the shortest path on a directed acyclic graph with ordering constraints between the stops defined in the single paths. The dissimilarity value is the detour requested to the driver to visit also the stops of the paths involved in the ride-share, respecting the visiting order of the stops within each path. Results are presented on a case study involving the city of Pisa.


2021 ◽  
Vol 16 (1(21)) ◽  
pp. 72-81
Author(s):  
Darejan Chkhirodze

The intensive growth of industrial processes and transport in cities is directly related to environmental pollution, which is manifested by an increase in the amount of emissions from vehicles and an increase in the concentration of aerosols in the atmosphere. The dynamics of this process depends on many different factors, in particular, the state of atmospheric stratification, wind direction, speed and more. The main source of air pollution in Kutaisi is road transport - more than 90 percent of total air pollution emissions come from road transport. The emission of large amounts of pollutants from vehicles is due to many factors, including improper organization and management of traffic, low fuel quality, catalytic converter malfunctions, and the age of vehicles. The number of passenger cars in Kutaisi is growing, for example, according to the years. In Kutaisi in 2014 -38929, 2015 -47668, according to global trends, if we do not take into account possible changes in policy, we can assume that car ownership will double in the next ten years. According to the data conducted by the National Environment Agency on air pollution in Kutaisi in November 2018, the maximum single concentration of dust exceeded the maximum allowable norm by 2.4 times (4.2 times as of December), and the other components: carbon dioxide, sulfur dioxide, sulfur Also the maximum single concentrations of nitric oxide were within the norm. There have been up to a million cars across the country in recent years, according to this year’s data. 49273 cars (cars, buses, trucks) are registered in Kutaisi. The main part of the increased car fleet in Kutaisi is outdated and does not meet international technical and environmental requirements. Most of the registered cars were produced before 2002. According to the Service Agency of the Ministry of Internal Affairs, the issue amounts to 22,628 units over 20 years old, 11,737 units from 10 to 15 years old, and 387 units under 5 years old. It should be noted that st. Kutaisi has introduced municipal transport, namely buses, based on their ecological passport data, we can assume that air pollution will be minimized, which will contribute to sustainable development of the city, in particular, improving the ecological situation will increase the socio-economic situation. Their economic sustainability will improve and the welfare level will rise, sustainable transport will improve the economy of transport users, as you know, municipal transport is much cheaper compared to other service transport. We have mentioned that the emissions of harmful substances by the new buses are less. The buses were currently out of order due to regulations imposed during the pandemic period, thus increasing the number of light vehicles, their excessive number, thus affecting the air quality composition. The author has made a comparative analysis between the harmful substances emitted by the municipal transport in the previous years and the substances emitted by the new buses, namely we have selected greenhouse gases CO2 and NO em, increasing greenhouse gas emissions leading to temperature rise and resulting in climate change. The IPCC methodology was used. The mathematical relationship between the fuel used by vehicles and the harmful substances emitted into the atmosphere as a result of combustion is as follows: yCO2 = 3.22x-0.003 (1) yNO = 0.035x + 0.0017 The given equations can be used to predict the quantitative pollution of the environment by vehicles during the day, if the intensity of traffic D or the amount of fuel consumed is known. here are the following challenges to ensure transport sustainability in Kutaisi: Develop an appropriate environmental, economic and social development strategy for the functioning of sustainable transport in the city: Reducing the negative impact of traffic on air quality and reducing secondary pollution in the city area; The level of awareness of the population about the air quality in the city; Air pollution quality control; Increasing flow of vehicles, which is not in line with proactively integrated transport planning and demand management, and which negatively affects air quality; Development and implementation of socio-economic policy in the field of transport; Control of vehicle flow, work on updating the vehicle fleet, creation of electric transport infrastructure, appropriate planning for green cover cultivation; Increase the involvement of the Department of Ecology and Landscaping of the Infrastructure Development, Landscaping, Transport and Cleaning Service in the work process of drafting the city master plan; Cultivation of new green zones and restoration of green zones in the area of the city and its surroundings; Participation of the Department of Ecology and Economy and Landscaping in joint measures to be taken by various agencies to reduce transport emissions, such as: Optimization of traffic management in Kutaisi (including the introduction of a traffic light regulation system); Setting an age limit on imported cars; Gradual tightening of fuel quality and emission requirements; Introduction of mandatory use of catalytic converter; Re-introduce annual technical inspection of vehicles, including exhaust inspection. Support for measures to reduce the number of vehicles: Introduction of environmentally friendly vehicles; Improving and complex development of municipal transport in the city and increasing its popularity; Popularization of municipal transport in order to reduce the number of vehicles; Participate in the implementation of the principles of Ecological sustainable transport, energy efficiency, intensive transport planning and demand management, low-carbon fuel and electrification of transport (through new technologies - hybrids, fuel, mobile communications, etc.). Development of electric transport infrastructure and bringing to the forefront alternative transport modes; Expansion of the existing network of pedestrian and bicycle lanes, arrangement of new pedestrian roads and bicycle lanes and development of relevant infrastructure.


Author(s):  
Ayesha Anwar ◽  
◽  
Leng Hong ◽  
Afir Zubair Raja ◽  
◽  
...  

Urban development and transportation are interrelated as transportation networks help in shaping the urban form along with supporting the social, cultural, and economic growth of the city similarly transportation infrastructure is also shaped by the city dynamics. Lahore Metro Bus Service (MBS) is Pakistan’s first rapid mass transit project on Ferozepur road with 27 Kilometers long track and 27 bus stations. It is now an integral part of the Lahore so its implications for the urban fabric need to be studied urgently to fully utilize transit service and to strengthen mobility and emerging economies. According to results, (MBS) has improved the accessibility to basic needs and services but the peculiar character of this historical city is ignored due to poor design. The government needs to bring transport agencies, stakeholders, and people together for joint development policy to enhance revenue, ridership and to move towards Transit Oriented Development (TOD).


2021 ◽  
Author(s):  
David Cogliano

The current planning framework in the Province of Ontario is based on principles of “smart growth” including transit oriented development, intensification, and a focus on building complete communities. While the advancement of these principles has been positive in certain cases, the literature identifies that industrial lands may face redevelopment pressure as smart growth principles are adopted. This paper provides the opportunity to assess the extent of which this is the case in the context of the City of Markham. A content analysis of twelve employment land conversion applications provides for an on-the-ground case study of how the planning framework in Ontario, informed by smart growth principles, is leveraged by developers to support employment land conversions. Research findings include conflicting interpretations, among stakeholders, of planning policy goals related to employment land. Recommendations include the need for a more consistent articulation of policy goals and a rethink of traditional zoning strategies for industrial lands.


2020 ◽  
Vol 13 (3-4) ◽  
pp. 27-33
Author(s):  
Ankit Sikarwar ◽  
Ritu Rani

Abstract In India, a nationwide lockdown due to COVID-19 has been implemented on 25 March 2020. The lockdown restrictions on more than 1.3 billion people have brought exceptional changes in the air quality all over the country. This study aims to analyze the levels of three major pollutants: particulate matter sized 2.5 μm (PM2.5) and 10 μm (PM10), and nitrogen dioxide (NO2) before and during the lockdown in Delhi, one of the world’s most polluted cities. The data for PM2.5, PM10, and NO2 concentrations are derived from 38 ground stations dispersed within the city. The spatial interpolation maps of pollutants for two times are generated using Inverse Distance Weighting (IDW) model. The results indicate decreasing levels of PM2.5, PM10, and NO2 concentrations in the city by 93%, 83%, and 70% from 25 February 2020 to 21 April 2020 respectively. It is found that one month before the lockdown the levels of air pollution in Delhi were critical and much higher than the guideline values set by the World Health Organization. The levels of air pollution became historically low after the lockdown. Considering the critically degraded air quality for decades and higher morbidity and mortality rate due to unhealthy air in Delhi, the improvement in air quality due to lockdown may result as a boon for the better health of the city’s population.


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