This document discusses transportation infrastructure problems, causes, and effects and proposes solutions. It defines transportation infrastructure as including roads, railways, ports and airports. Common problems are traffic congestion, inadequate public transport, environmental impacts, and accidents. Causes of poor infrastructure include increased vehicles and commercial traffic. Effects are wasted time, pollution, safety issues, health problems, and slowed economic growth. Proposed solutions are expanding road capacity, promoting alternatives to driving like biking and public transit, and establishing transport rules and regulations.
Nicolae Duduta, Associate Transport Planner with EMBARQ, shares information on how biking, walking, and mass transport can reduce traffic accidents and save lives. For more information, view the EMBARQ issue brief on the topic, <a>"Saving Lives with Sustainable Transport"</a>.
“The ethics of transport planning” - Prof Stephen Potter talks at the HCDI se...Marco Ajovalasit
This presentation will explore the ethical issues behind what appears to be a technical design process - that of transport planning decisions. It will draw upon the transport/land use designs explored in Britain’s new towns (and Milton Keynes in particular) which help to highlight the ethical decisions involved.
This will illustrate the way that the design of towns and cities affects our travel behaviour and constrains our ability to choose to travel in a socially and environmentally responsible way. Indeed, we can get locked into unsustainable travel behaviours and feel powerless to behave otherwise. This leads to the now prevalent negative attitude towards transport policy initiatives and often outright opposition to sustainable transport developments.
Urban design professionals argue that high density settlements are the main way that sustainable transport choices can be provided, as such designs produce conditions which make for good public, and also suppress car use. However, although such an approach is possible in major conurbations and city centres, this is a difficult and contentious approach for suburban Britain. For most places ‘big city’ design solutions are not politically viable.
Perhaps we should be looking to more innovative approaches. These could blend a variety of new measures, such as the ‘smarter travel’ initiatives as well as new emerging technologies. However these require a different way of doing transport planning to the traditional ‘big infrastructure’ transport policy approaches. New physical design approaches often require the redesign of the processes and structures to implement and manage them, and this may be the key barrier to success.
Sustainable Transportation in MelbourneESD UNU-IAS
Sustainable Transportation in Melbourne
Presented by Mr. Joseph Strzempka, Mr. Esteban Velez Vega, and Ms. Hao Yin
2018 ProSPER.Net Leadership Programme
12-16 November, 2018
The document discusses convergence between shared mobility, electric vehicles, and vehicle automation technologies and the opportunities and challenges they present. It summarizes existing literature on shared autonomous vehicles (SAVs), including findings that each SAV could replace up to 12 privately owned vehicles and 11 parking spaces. Studies estimate SAVs could reduce greenhouse gas emissions significantly through smaller and more efficient electric vehicles and increased vehicle utilization. However, challenges include higher vehicle costs and potential increases in vehicle miles traveled.
This document discusses trends in intelligent transportation systems (ITS). It begins with an introduction to ITS and common functional areas. Emerging trends include the internet of things, individualization of services, and new mobility services. Challenges include the need for integrated multimodal approaches, data integration from various sources, and addressing issues like privacy and financing. A national ITS architecture is presented as important for planning integrated systems and promoting interoperability.
Deborah Fox, Head of Demand Management, Transport for West Midlands (TfWM) is Guest Speaker for a CILT Green Series webinar on Smart and Sustainable Mobility: Delivering Low Carbon Places
This document discusses transportation infrastructure problems, causes, and effects and proposes solutions. It defines transportation infrastructure as including roads, railways, ports and airports. Common problems are traffic congestion, inadequate public transport, environmental impacts, and accidents. Causes of poor infrastructure include increased vehicles and commercial traffic. Effects are wasted time, pollution, safety issues, health problems, and slowed economic growth. Proposed solutions are expanding road capacity, promoting alternatives to driving like biking and public transit, and establishing transport rules and regulations.
Nicolae Duduta, Associate Transport Planner with EMBARQ, shares information on how biking, walking, and mass transport can reduce traffic accidents and save lives. For more information, view the EMBARQ issue brief on the topic, <a>"Saving Lives with Sustainable Transport"</a>.
“The ethics of transport planning” - Prof Stephen Potter talks at the HCDI se...Marco Ajovalasit
This presentation will explore the ethical issues behind what appears to be a technical design process - that of transport planning decisions. It will draw upon the transport/land use designs explored in Britain’s new towns (and Milton Keynes in particular) which help to highlight the ethical decisions involved.
This will illustrate the way that the design of towns and cities affects our travel behaviour and constrains our ability to choose to travel in a socially and environmentally responsible way. Indeed, we can get locked into unsustainable travel behaviours and feel powerless to behave otherwise. This leads to the now prevalent negative attitude towards transport policy initiatives and often outright opposition to sustainable transport developments.
Urban design professionals argue that high density settlements are the main way that sustainable transport choices can be provided, as such designs produce conditions which make for good public, and also suppress car use. However, although such an approach is possible in major conurbations and city centres, this is a difficult and contentious approach for suburban Britain. For most places ‘big city’ design solutions are not politically viable.
Perhaps we should be looking to more innovative approaches. These could blend a variety of new measures, such as the ‘smarter travel’ initiatives as well as new emerging technologies. However these require a different way of doing transport planning to the traditional ‘big infrastructure’ transport policy approaches. New physical design approaches often require the redesign of the processes and structures to implement and manage them, and this may be the key barrier to success.
Sustainable Transportation in MelbourneESD UNU-IAS
Sustainable Transportation in Melbourne
Presented by Mr. Joseph Strzempka, Mr. Esteban Velez Vega, and Ms. Hao Yin
2018 ProSPER.Net Leadership Programme
12-16 November, 2018
The document discusses convergence between shared mobility, electric vehicles, and vehicle automation technologies and the opportunities and challenges they present. It summarizes existing literature on shared autonomous vehicles (SAVs), including findings that each SAV could replace up to 12 privately owned vehicles and 11 parking spaces. Studies estimate SAVs could reduce greenhouse gas emissions significantly through smaller and more efficient electric vehicles and increased vehicle utilization. However, challenges include higher vehicle costs and potential increases in vehicle miles traveled.
This document discusses trends in intelligent transportation systems (ITS). It begins with an introduction to ITS and common functional areas. Emerging trends include the internet of things, individualization of services, and new mobility services. Challenges include the need for integrated multimodal approaches, data integration from various sources, and addressing issues like privacy and financing. A national ITS architecture is presented as important for planning integrated systems and promoting interoperability.
Deborah Fox, Head of Demand Management, Transport for West Midlands (TfWM) is Guest Speaker for a CILT Green Series webinar on Smart and Sustainable Mobility: Delivering Low Carbon Places
Transit and Economic Development_Istanbul IETT Workshop 5_16 June 2015VTPI
Istanbul IETT Professional Development Workshop, #5 of 6
- Presenter: Todd Litman, Victoria Transport Policy Institute
- Assistant: Aysha Cohen, UCLA Institute of Transportation Studies Scholar
- Presentation Date: June 16, 2015
Istanbul iett workshop 2 transit planning_14_june2015VTPI
This document discusses key considerations for public transit planning and intermodal integration. It covers topics such as:
- The roles of public transit in providing basic mobility and efficient urban transportation
- Factors that influence transit ridership and attracting discretionary travelers
- Integrating different transit modes and with other transportation systems
- International best practices for bus rapid transit systems, universal design, and multi-modal transportation planning
- Funding options and technologies that can support high quality public transit systems
Environmental Impacts of Shared Mobility: Insights from North AmericaSusan Shaheen
This document summarizes research on the environmental impacts of shared mobility services in North America. It finds that carsharing reduces personal vehicle ownership, with estimates of 9-13 vehicles removed for each carsharing vehicle. Carsharing users drive less and bike and transit use increases. The growth of bikesharing systems worldwide and in the US is also summarized, with over 1 million public bikeshares now worldwide. Surveys find bikesharing users tend to be wealthier, more educated, younger and drive less as a result.
The document discusses sustainable transportation and provides examples of its implementation. It begins by describing the evolution of urban form from Walking Cities to Transit Cities and finally Automobile Cities. It then summarizes 10 myths about the inevitability of automobile dependence. Next, it outlines key principles of sustainable transportation as defined by various commissions and studies. Finally, it provides case studies of the Cross City Tunnel project in Sydney and the restoration of Cheonggyecheon Stream in Seoul.
Diane Gray, President and CEO, CentrePort Canada, Inc., spoke during the CEC's Joint Public Advisory Committee's round table on sustainable transportation on July 10, 2013. More info. at http://cec.org/council2013
The document summarizes findings from Susan Shaheen's presentation at the 2015 CarSharing Association Annual Meeting. It discusses worldwide growth trends in carsharing membership and vehicles. An insurance study analyzed over 328,000 carsharing trips and found the average risk of a claim was 17 per 100 insured vehicle years. Finally, an electric vehicle carsharing study found that exposure to EVs through carsharing increased people's willingness to own one and recommend them to others.
The objective of this report is to provide a general overview of the current state of urban planning, energy systems, water and waste management, transportation planning and raising general awareness. One objective is also to provide some general information about what the EcoCity concept means in the Egyptian context. Some case examples are given in order to give an idea of the practical conditions on the ground.
An EcoCity essentially has high ecological quality, but at the same time it is technologically sophisticated and modern. The attempts to build an EcoCity so far have been based on optimization of different sectors or technologies, and thus they are a compromise between the high-level targets and the present level of design. However, there is not just one EcoCity concept but a variety of possibilities that need to be adjusted to fit the local context, local culture and local economic realities. This is the way to achieve a possible solution with regard to the local resources, but at the same time to meet the high goals set for an EcoCity. High-tech solutions are one way to the EcoCity, but they are not the only goal of an EcoCity.
The main elements of an EcoCity are a dense city structure, clean energy production, minimal energy consumption, sustainable transport solutions, ecological water and waste solutions and the inclusion of social aspects.
In Egypt the biggest challenges in terms of EcoCities concern transportation. Bigger cities have big problems with too many private cars and the lack of functioning public transportation systems.
Water resources are scarce in Egypt, and they have therefore to be given special focus when planning sustainable city structures. There is a high level of know-how about water handling systems. The main challenges are in finding investments for the solutions.
As regards energy, there is a major saving potential in terms of electricity usage. Regarding renewable sources, the biggest potential is in solar energy.
To achieve sustainable cities, focus must also be put on awareness-raising activities and on developing governance structure.
Accidents Holistic Solutons Dr. Shriniwas Kashalikaranitaagarwal
The document discusses accidents as a holistic problem caused by policies that promote excessive production of cars and motorcycles over public transportation like buses and trains. This leads to increased vehicle numbers, fuel consumption, pollution, traffic and maintenance costs. It recommends prioritizing bus production and improving bus services to reduce these issues. A holistic solution requires addressing the root policies and promoting inner growth and spiritual renaissance through mass meditation practices.
The document discusses sustainable mobility and urban transport. It focuses on organizing mobility in a way that does not negatively impact future generations' access to resources or welfare. Specifically, it addresses issues like road traffic congestion, pollution, injuries from accidents. It advocates designing transport infrastructure that allocates space equitably for all road users, with a focus on people rather than vehicles. This includes separate pedestrian and bicycle routes, roundabouts at intersections, and lower speed limits to improve safety.
Sesi 4 - Simulasi En-ROADS: Tata Guna Lahan dan Kehutanan (En-ROADS Simulatio...Farhan Helmy
Paparan 4 dari 4 paparan Simulasi En-ROADS: Tataguna Lahan dan Kehutanan yang disampaikan pada Lokakarya Kebijakan Perubahan Iklim menggunakan En-ROADS. Paparan in akan membahas simulasi kebijakan, dinamika dan dampaknya
pada sektor kehutanan dan lahan.
Translation:
Presentation 4 of 4 presentation, En-ROADS Simulation: Land Use and Forestry presented at the Climate Change Policy Workshop using En-ROADS. This presentation will discuss policy simulations, their dynamics and impacts in the forestry and land sector.
Professor Alan McKinnon, Kühne Logistics University is Guest Speaker for a CILT Green Series Webinar examining green technology and sustainability issues in relation to the logistics and transport sector
Margaret A. Kidd, Program Director, Supply Chain and Logistics Technology, College of Technology, University of Houston is Guest Speaker for CILT international webinar on Supply Chain Sustainability in the Maritime Sector
Traffic congestion arises when the number of vehicles on a road exceeds its capacity, resulting in slower travel speeds and longer trip times. It causes numerous negative impacts like wasted time, increased air and noise pollution, and higher fuel costs. In Pakistan, major cities like Karachi, Islamabad, and Lahore experience severe traffic congestion due to factors like rapid population growth, rising incomes, and an underdeveloped road network not keeping pace with the increasing number of vehicles. Traffic congestion leads to large economic losses estimated at billions of rupees annually as well as health and environmental impacts. Possible solutions include expanding road capacity and encouraging public transportation use.
Urban transportation is undergoing massive change and expansion, especially in the developing world. The rapid growth of cities is driving demand for better urban transportation and many cities are set to invest heavily in infrastructure. Unfortunately, the needs of low-income households are often overlooked in the selection, design, and service decisions related to these investments. According to the World Bank, urban public transportation systems disproportionately disadvantage the urban poor and vulnerable, especially in cities in the developing world.
Meanwhile, innovative business and service models are emerging that are disrupting the established transportation systems in cities by taking advantage of open data, the Internet and mobile telephony. Services such as bike share, ZipCar®, Waze®, Hopstop®, and Uber® are reducing consumption and reconfiguring the relationship between modes, users, and providers of transportation. These new approaches improve urban transportation by making it more efficient, dependable, and sustainable.
As Susan Zielinski of the University of Michigan’s SMART Initiative puts it, “Transportation is at a crossroads. In response to rapid urbanization, shifting demographics, and other pressing social, economic, and environmental factors, cities and regions are shifting investment dollars from single mode infrastructure to multi-mode, multi-service, IT-enabled door-to-door systems… innovations and opportunities (are going) beyond the bounds of the traditional transportation industry.”
Collectively referred to as the emerging New Mobility sector, this innovative industry sector provides a key opportunity to build more inclusive cities and more resilient communities.
Catalyzing the New Mobility in Cities is an exploratory effort focused on identifying innovative business and service models that are beneficial to the urban poor, both as users and providers of urban transportation.The primer briefly summarizes and showcases some of the hallmark innovations that are challenging the status quo in rapidly growing cities in the developing world.
The document discusses the positive and negative externalities of transportation networks. It notes that negative externalities like accidents, congestion, pollution, and road damage impose costs on society beyond what is borne by transport users. These external costs should be factored into transportation decisions to avoid misallocation of resources. The main negative externalities are accidents which result in medical, legal and lost time costs, as well as congestion which slows traffic flows and imposes delays. Positive externalities include increased land values and business benefits from proximity to transport, along with social benefits like accessibility, emergency response, and personal mobility.
This document provides information about sustainable transportation presented in an oral presentation. It begins by outlining how transportation is a major contributor to energy demand and emissions globally. It then defines sustainable transportation as transportation that limits social, environmental and climate impacts through its energy sources, technologies, and infrastructure. Key aspects of sustainable transportation discussed include climate resilience, low carbon growth, and access and mobility. Pillars of sustainable transportation are identified as environmental, social and economic. Strategies presented include new vehicle and fuel technologies, improved road operations, and demand management techniques. Barriers to sustainable transportation and future opportunities are also outlined. The presentation concludes with a case study of the sustainability efforts of shipping company Maersk Group to reduce emissions, enable trade,
This document discusses sustainable transportation and provides indicators to measure sustainability impacts. It summarizes a European Transport White Paper that assessed four policy options for sustainable transportation across economic, social and environmental impacts. While the White Paper improved transparency, the modeling and indicators used still had limitations and did not fully consider social or implementation factors. A high-speed rail project was also discussed, noting questions around what the project's goals are in relation to sustainable transportation strategies.
Transit and Economic Development_Istanbul IETT Workshop 5_16 June 2015VTPI
Istanbul IETT Professional Development Workshop, #5 of 6
- Presenter: Todd Litman, Victoria Transport Policy Institute
- Assistant: Aysha Cohen, UCLA Institute of Transportation Studies Scholar
- Presentation Date: June 16, 2015
Istanbul iett workshop 2 transit planning_14_june2015VTPI
This document discusses key considerations for public transit planning and intermodal integration. It covers topics such as:
- The roles of public transit in providing basic mobility and efficient urban transportation
- Factors that influence transit ridership and attracting discretionary travelers
- Integrating different transit modes and with other transportation systems
- International best practices for bus rapid transit systems, universal design, and multi-modal transportation planning
- Funding options and technologies that can support high quality public transit systems
Environmental Impacts of Shared Mobility: Insights from North AmericaSusan Shaheen
This document summarizes research on the environmental impacts of shared mobility services in North America. It finds that carsharing reduces personal vehicle ownership, with estimates of 9-13 vehicles removed for each carsharing vehicle. Carsharing users drive less and bike and transit use increases. The growth of bikesharing systems worldwide and in the US is also summarized, with over 1 million public bikeshares now worldwide. Surveys find bikesharing users tend to be wealthier, more educated, younger and drive less as a result.
The document discusses sustainable transportation and provides examples of its implementation. It begins by describing the evolution of urban form from Walking Cities to Transit Cities and finally Automobile Cities. It then summarizes 10 myths about the inevitability of automobile dependence. Next, it outlines key principles of sustainable transportation as defined by various commissions and studies. Finally, it provides case studies of the Cross City Tunnel project in Sydney and the restoration of Cheonggyecheon Stream in Seoul.
Diane Gray, President and CEO, CentrePort Canada, Inc., spoke during the CEC's Joint Public Advisory Committee's round table on sustainable transportation on July 10, 2013. More info. at http://cec.org/council2013
The document summarizes findings from Susan Shaheen's presentation at the 2015 CarSharing Association Annual Meeting. It discusses worldwide growth trends in carsharing membership and vehicles. An insurance study analyzed over 328,000 carsharing trips and found the average risk of a claim was 17 per 100 insured vehicle years. Finally, an electric vehicle carsharing study found that exposure to EVs through carsharing increased people's willingness to own one and recommend them to others.
The objective of this report is to provide a general overview of the current state of urban planning, energy systems, water and waste management, transportation planning and raising general awareness. One objective is also to provide some general information about what the EcoCity concept means in the Egyptian context. Some case examples are given in order to give an idea of the practical conditions on the ground.
An EcoCity essentially has high ecological quality, but at the same time it is technologically sophisticated and modern. The attempts to build an EcoCity so far have been based on optimization of different sectors or technologies, and thus they are a compromise between the high-level targets and the present level of design. However, there is not just one EcoCity concept but a variety of possibilities that need to be adjusted to fit the local context, local culture and local economic realities. This is the way to achieve a possible solution with regard to the local resources, but at the same time to meet the high goals set for an EcoCity. High-tech solutions are one way to the EcoCity, but they are not the only goal of an EcoCity.
The main elements of an EcoCity are a dense city structure, clean energy production, minimal energy consumption, sustainable transport solutions, ecological water and waste solutions and the inclusion of social aspects.
In Egypt the biggest challenges in terms of EcoCities concern transportation. Bigger cities have big problems with too many private cars and the lack of functioning public transportation systems.
Water resources are scarce in Egypt, and they have therefore to be given special focus when planning sustainable city structures. There is a high level of know-how about water handling systems. The main challenges are in finding investments for the solutions.
As regards energy, there is a major saving potential in terms of electricity usage. Regarding renewable sources, the biggest potential is in solar energy.
To achieve sustainable cities, focus must also be put on awareness-raising activities and on developing governance structure.
Accidents Holistic Solutons Dr. Shriniwas Kashalikaranitaagarwal
The document discusses accidents as a holistic problem caused by policies that promote excessive production of cars and motorcycles over public transportation like buses and trains. This leads to increased vehicle numbers, fuel consumption, pollution, traffic and maintenance costs. It recommends prioritizing bus production and improving bus services to reduce these issues. A holistic solution requires addressing the root policies and promoting inner growth and spiritual renaissance through mass meditation practices.
The document discusses sustainable mobility and urban transport. It focuses on organizing mobility in a way that does not negatively impact future generations' access to resources or welfare. Specifically, it addresses issues like road traffic congestion, pollution, injuries from accidents. It advocates designing transport infrastructure that allocates space equitably for all road users, with a focus on people rather than vehicles. This includes separate pedestrian and bicycle routes, roundabouts at intersections, and lower speed limits to improve safety.
Sesi 4 - Simulasi En-ROADS: Tata Guna Lahan dan Kehutanan (En-ROADS Simulatio...Farhan Helmy
Paparan 4 dari 4 paparan Simulasi En-ROADS: Tataguna Lahan dan Kehutanan yang disampaikan pada Lokakarya Kebijakan Perubahan Iklim menggunakan En-ROADS. Paparan in akan membahas simulasi kebijakan, dinamika dan dampaknya
pada sektor kehutanan dan lahan.
Translation:
Presentation 4 of 4 presentation, En-ROADS Simulation: Land Use and Forestry presented at the Climate Change Policy Workshop using En-ROADS. This presentation will discuss policy simulations, their dynamics and impacts in the forestry and land sector.
Professor Alan McKinnon, Kühne Logistics University is Guest Speaker for a CILT Green Series Webinar examining green technology and sustainability issues in relation to the logistics and transport sector
Margaret A. Kidd, Program Director, Supply Chain and Logistics Technology, College of Technology, University of Houston is Guest Speaker for CILT international webinar on Supply Chain Sustainability in the Maritime Sector
Traffic congestion arises when the number of vehicles on a road exceeds its capacity, resulting in slower travel speeds and longer trip times. It causes numerous negative impacts like wasted time, increased air and noise pollution, and higher fuel costs. In Pakistan, major cities like Karachi, Islamabad, and Lahore experience severe traffic congestion due to factors like rapid population growth, rising incomes, and an underdeveloped road network not keeping pace with the increasing number of vehicles. Traffic congestion leads to large economic losses estimated at billions of rupees annually as well as health and environmental impacts. Possible solutions include expanding road capacity and encouraging public transportation use.
Urban transportation is undergoing massive change and expansion, especially in the developing world. The rapid growth of cities is driving demand for better urban transportation and many cities are set to invest heavily in infrastructure. Unfortunately, the needs of low-income households are often overlooked in the selection, design, and service decisions related to these investments. According to the World Bank, urban public transportation systems disproportionately disadvantage the urban poor and vulnerable, especially in cities in the developing world.
Meanwhile, innovative business and service models are emerging that are disrupting the established transportation systems in cities by taking advantage of open data, the Internet and mobile telephony. Services such as bike share, ZipCar®, Waze®, Hopstop®, and Uber® are reducing consumption and reconfiguring the relationship between modes, users, and providers of transportation. These new approaches improve urban transportation by making it more efficient, dependable, and sustainable.
As Susan Zielinski of the University of Michigan’s SMART Initiative puts it, “Transportation is at a crossroads. In response to rapid urbanization, shifting demographics, and other pressing social, economic, and environmental factors, cities and regions are shifting investment dollars from single mode infrastructure to multi-mode, multi-service, IT-enabled door-to-door systems… innovations and opportunities (are going) beyond the bounds of the traditional transportation industry.”
Collectively referred to as the emerging New Mobility sector, this innovative industry sector provides a key opportunity to build more inclusive cities and more resilient communities.
Catalyzing the New Mobility in Cities is an exploratory effort focused on identifying innovative business and service models that are beneficial to the urban poor, both as users and providers of urban transportation.The primer briefly summarizes and showcases some of the hallmark innovations that are challenging the status quo in rapidly growing cities in the developing world.
The document discusses the positive and negative externalities of transportation networks. It notes that negative externalities like accidents, congestion, pollution, and road damage impose costs on society beyond what is borne by transport users. These external costs should be factored into transportation decisions to avoid misallocation of resources. The main negative externalities are accidents which result in medical, legal and lost time costs, as well as congestion which slows traffic flows and imposes delays. Positive externalities include increased land values and business benefits from proximity to transport, along with social benefits like accessibility, emergency response, and personal mobility.
This document provides information about sustainable transportation presented in an oral presentation. It begins by outlining how transportation is a major contributor to energy demand and emissions globally. It then defines sustainable transportation as transportation that limits social, environmental and climate impacts through its energy sources, technologies, and infrastructure. Key aspects of sustainable transportation discussed include climate resilience, low carbon growth, and access and mobility. Pillars of sustainable transportation are identified as environmental, social and economic. Strategies presented include new vehicle and fuel technologies, improved road operations, and demand management techniques. Barriers to sustainable transportation and future opportunities are also outlined. The presentation concludes with a case study of the sustainability efforts of shipping company Maersk Group to reduce emissions, enable trade,
This document discusses sustainable transportation and provides indicators to measure sustainability impacts. It summarizes a European Transport White Paper that assessed four policy options for sustainable transportation across economic, social and environmental impacts. While the White Paper improved transparency, the modeling and indicators used still had limitations and did not fully consider social or implementation factors. A high-speed rail project was also discussed, noting questions around what the project's goals are in relation to sustainable transportation strategies.
This document discusses sustainable urban transport and public health. It outlines that transport planning priorities often focus on economic growth and mobility over accessibility and public health. An accessibility-oriented approach to transport planning that emphasizes compact cities, walking, cycling and public transit can benefit public health by decreasing traffic and its exposures. However, there is often a disconnect between transport, urban planning and public health. Public health is not always a dominant consideration in transport planning. Improved cross-sector collaboration and awareness of the full health impacts of transportation decisions are needed.
Transportation engineering holds significant importance for engineering students across various disciplines, as it encompasses a broad range of principles, practices, and technologies essential for designing, planning, and managing transportation systems. In this comprehensive essay, we will explore the importance of transportation engineering to engineering students, highlighting its relevance, applications, and impact in shaping the modern world.
**1. Foundation of Infrastructure Development:**
Transportation engineering serves as the foundation of infrastructure development, providing the necessary expertise to design, construct, and maintain transportation systems essential for societal progress. Engineering students studying transportation gain insights into the planning, design, and construction of roads, bridges, railways, airports, and other critical infrastructure elements. By understanding the principles of transportation engineering, students contribute to the development of safe, efficient, and sustainable transportation networks that facilitate economic growth, enhance connectivity, andCertainly! Let's delve deeper into each aspect and expand on the purpose of informative or educational books within education:
**Foundation of Knowledge:**
Educational books lay the groundwork for understanding complex subjects by presenting information in a structured and organized manner. They serve as primary resources for students and educators alike, offering comprehensive coverage of foundational concepts, theories, and principles. By providing a solid foundation of knowledge, these books enable learners to build upon their understanding and delve into more advanced topics with confidence.
**Fostering Critical Thinking:**
Educational books cultivate critical thinking skills by encouraging readers toEducational books play a vital role in shaping education, serving as pillars of knowledge dissemination, critical thinking, and personal growth. Their purpose extends far beyond the mere transfer of information; they are instrumental in fostering curiosity, instilling a love for learning, and equipping individuals with the skills necessary to navigate an ever-evolving world. In this essay, we will explore the multifaceted purpose of informative or educational books within the realm of education.
**Foundation of Knowledge:**
At the core of educational books lies their role as foundational sources of knowledge. They provide a structured framework through which learners can acquire information about various subjects, ranging from mathematics and science to literature and history. These books serve as repositories of human understanding, distilling complex concepts into digestible formats accessible to readers of all levels. By offering comprehensive coverage of topics, they lay the groundwork upon knowledges.
This document discusses urban planning and sustainability. It covers several topics:
1) The built environment includes everything constructed by humans like buildings, infrastructure, and parks. Urban planning aims to design functional and interconnected built spaces.
2) Large cities are generally seen as unsustainable due to environmental, economic, and social concerns like pollution, traffic, and inequality. However, large urban areas also provide benefits like innovation and cultural opportunities.
3) Achieving sustainable development requires balancing environmental, social, and economic concerns. Planners aim to conserve resources and minimize waste through strategies like compact urban growth and public transit investment.
The document discusses sustainable transport and provides definitions and examples. It describes sustainable transport as including vehicles, energy, infrastructure and operations that have positive environmental, social and economic impacts. Key aspects mentioned include electric vehicles, public transit, non-motorized transport, integrated planning and pricing strategies to manage demand. Examples highlighted include award-winning systems in Mexico City, Guangzhou and Germany that have strong public transit, biking and traffic calming.
This document provides guidance on implementing sustainable transport practices for businesses. It discusses:
1. The benefits of sustainable transport for an organization's bottom line, employees, and the environment. Reducing transport costs and emissions can save money while improving health, productivity, and reputation.
2. Common barriers to sustainable transport and the importance of a strategic, integrated approach to overcome these. This includes gaining management support, setting targets, and regular updates.
3. A framework for a sustainable transport plan focusing on avoiding, reducing, and offsetting impacts. It provides examples of strategies organizations can implement related to commuting, business travel, and logistics. Larger organizations are advised to form a multi-disciplinary team while smaller
Changing workplace cultures is part of the strategy for sustainable strategies: Move from a workplace ‘culture
of attendance’ to a ‘culture of performance’. Telstra’s Group Manager for Environment, Turlough Guerin reinforces this culture shift when he says: “Work is something you do, not
somewhere you go.”
Air Pollution and Climate Change Investment Bondseric keogh
Green in The City - Green Bonds for Clean Air and Climate Change
Overview Transport is the number-one source of air pollution in cities, causing serious problems to human health, the economy, climate and the environment. Current approaches to reducing transport emissions have not led to the desired results, leaving city regulators with challenges of protecting the health and wellbeing of their residents. The Air Quality & Transport (AQT) Green Bond provides public authorities and investors with exciting opportunities to capitalize on clean transport projects that monitor, manage and reduce emissions. Returns on investment are maximized through economic benefits of improved public health and economic productivity, climate change mitigation and reduced public expenditure on transport-related externalities. The AQT Bond is particularly suitable for cities wanting to take global leadership on air quality management and climate change mitigation, providing win-win-win solutions that benefits people, the economy, climate and the environment.
1.8 Joaquin decision support tool (C.Stroobants)Stevie Swenne
Presentation of Christophe Stroobants (Flanders Environment Agency) on 'Joaquin decision support tool' during the conference 'Environmental challenges & Climate change opportunities' organised by Flanders Environment Agency (VMM)
Public transportation can help reduce the spread of COVID-19 by implementing safety measures. Staff should wear masks and gloves and disinfect vehicles between trips. Passengers should also wear masks and use hand sanitizer. Contactless fare payment options and expanded bus service would encourage ridership while maintaining safety. Redirecting transportation funds could help improve and expand public transit during the pandemic.
The document discusses unsustainable mobility and the automotive sector. It describes how mobility currently relies heavily on fossil fuels and causes high environmental pollution. The automotive industry focuses on mass production and selling new vehicles for profit, rather than optimizing resource use over the vehicle lifecycle. For mobility to become sustainable, innovations are needed not just in vehicles but also in redesigning the larger production and consumption system to better align economic interests with sustainability goals.
The use of cost-benefit analysis to inform transport decision-making in the UK has its origins in the 1960s. Early methods like TAL focused on time savings from new road schemes. COBA, introduced in the late 1960s, was the first computerized cost-benefit analysis model used to assess both road schemes and the case for the Victoria Line underground project. In the 1970s, inquiries questioned the ability of cost-benefit analysis to adequately value environmental and heritage impacts. This led to the establishment of ACTRA to review appraisal methods, resulting in the "Framework Approach" which aimed to provide consistency across appraisal and address technical critiques.
Pollution Probe is a non-profit organization focused on environmental issues like air and water pollution. This document discusses a primer produced by Pollution Probe on automobile fuel efficiency and emissions. The primer was produced in partnership with the Canadian Automobile Association and aims to educate the public on how industry, government, and individuals can reduce fuel consumption and vehicle emissions. It provides an overview of technologies and policies that can help address the environmental impacts of the transportation sector.
Running Head TRUCKING SECTOR1TRUCKING SECTOR6.docxtoltonkendal
Running Head: TRUCKING SECTOR1
TRUCKING SECTOR6
Green Technology for Trucking Sector
Background Information
Heavy and medium-duty trucks play crucial roes in the economy of any nation. Trucking provides employment; influences usage of land; impacts commercial activities; and affects the prices of land as well as other commodities. According to research, the trucking industry in some countries is worth billions. The trucking industry also employs hundreds of thousands of drivers and provides livelihood to other parties that are not directly associated with the trucks (Abate & Road, 2014). Normally, trucking firms are made up of smaller companies that include carriers. There are varying levels of players in the industry from micro-trucking firms that employ from 1 to 4 employees to large motor carriers that employ more than 500 employees. In between these extremes, there are medium carriers. All these have a significant contribution to the carbon footprint.
Whilst the trucking industry bears significant amount of burden to the environment, it is a critical sector that holds the economy and livelihood of many. The industry involves many players from the drivers themselves to policy makers, support services, and government agencies. Striking an equilibrium in the industry core players at any given time determines how the industry runs and its key outcomes. One tough concern that has pervaded the industry over the years has been fuel economy and environmental management issues. Yet the number of goods required to be transported across borders and from one coast of a country to another has been increasing over the years. That means there is need for more trucks on the road igniting myriad environmental and climatic consequences. Ideally, safety, security, sustainability, and stresslessness should drive the trucking sector (O’Rourke, 2012). But with the current situation, it is only with a robust environmental friendly intervention that this can occur.
Over the years, pressures on the transport and logistic industry have been mounting. There has been pressure over environmental concerns so much so that governmental awareness on the same has led to increased pressure on key players in the industry. In addition consumers have also become more aware of the harms that logistics companies cause to the environment. As such, consumers have become demanding regarding green technologies and clean energy initiatives in the transport and logistic industry. In tandem with this change, it has become commonplace to have rising interest for streamlining operations for logistic companies. Firms that adopt greener technologies stand better chances of increasing their competitive edge (O’Rourke, 2012). Introduction of new structures for the logistics industry presents great benefits that may lead to better management of the environment.
Statement of Purpose
The purpose of this paper is to describe different factors that can influence the carbon ...
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STEP Annual Conference 2017 - Stephen Thomson, Transport Scotland - Inter-professional Working to Address Air Pollution
1. Inter-professional working to
address air pollution
Dr. Stephen Thomson
Head of Environment and Sustainability
stephen.thomson@transport.gov.scot
0141 272 7956
2. • Promote the use of ultra-low emission
vehicles (ULEVs), with a target to phase
out the need for new petrol and diesel
cars and vans by 2032
• Expand the electric vehicle charging
network
• Introduce large scale ULEV pilots
• Create Scotland’s first ‘electric highway’
on the A9, including charging points
along the route
• Introduce Low Emissions Zones
(LEZ) into Scotland’s four biggest
cities between 2018 and 2020
• Launch an app which provides in-car
radio entertainment and tourist
information for the A9 corridor
3.
4. Ministers and Councillors
Cabinet Secretary for ECCLR
“Delivering multiple LEZs across Scotland is ambitious. It represents
the largest ever programme of transport-based air quality mitigation in
Scotland.”
Minister for Transport and the Islands
“LEZs present a critical opportunity for this country, for local
authorities, fleet operators and for the travelling public…bus has to be
part of the solution but LEZs should also address emissions from cars
and other vehicles.”
GCC Convenor Transport and Environment
“Our Executive paper is the start of a conversation around LEZs…and
the timescales are up for debate.”
5. Closes on 28 November
Citizen Space website
#lezconsultation
8. Definitions
Collaborative
[kuh-lab-uh-rey-tiv]
Involving two or more people working together for a special purpose
e.g. acting, being or existing together
Partnership
[pahrt-ner-ship]
A contractual relationship between two or more persons carrying on a
joint business venture to create and share profit or losses
9. Inter-professional working
“A group of individuals from different disciplines
working and communicating with each other. In the
inter-professional learning environment each member
provides his/her knowledge, skills, and attitudes to
augment and support the contributions of others (Hall
and Weaver, 2001).
10. APPROACH - URGENT APPROACH - STRATEGIC
IMPORTANT Crisis
Pressing problems
Deadline-driven
Reactive
Preparation
Planning
Prevention
Values clarified
Relationship building
Empowerment
Thinking
NOT IMPORTANT Interruptions
Meetings
Many pressing matters
Popular activities
Look busy
Telephone calls
Time-wasters
Escape activities
Excessive media
11. Q1. What are the policy interactions when addressing air
pollution?
Q2. Which professions and stakeholders should Road
Administration engage with, to address air pollution?
Q3. What tools, powers and/or roles exist for
professions/stakeholders to address air pollution, and can
they be graphed?
12. Congestion
Bus
Car
ULEV
Parking
&/+ WPL
Planning
Traffic
Ops &
ITS
Business &
Economy
Freight &/+
Consolidation
Centres
Ta
xi
Active Travel
Energy & CC –
Infra
Energy
Production
MaaS
Air Quality
Congestion
Car
Bus
Taxi
Parking
Planning
Active travel
Freight
Business and
Economy
ULEV
Energy & Climate
Change
Energy
Production
Mobility as a
Service (MaaS)
Traffic operations
and ITS
CongestionAQ
Congestion
Bus
Car
ULEV
Parking
&/+ WPL
Freight &/+
Consolidation
Centres
Ta
xi
Active Travel
Congestion
Bus
Car
AQ Congestion
Bus
Car
AQ
• What thoughts or observations does this diagram prompt?
• Opportunity and/or threat for various sectors/professions?
Health
Health
AQ
Traffic
Ops &
ITS
Traffic
Ops &
ITS
AQ
13. LEVEL OF IMPACT ON AIR
POLLUTION:
POTENTIAL TO DELIVER AN
OUTCOME
TOOLS AVAILABLE TO IMPACT
ON AIR POLLUTION
High Air pollution could be tangibly reduced
by the decisions made by these
professions; either by singular decisions
or collective decisions with other
professions
Numerous tools exist for this
profession in relation to air pollution
mitigation. On their own, application
of a tool (or power) may result in
significant impact.
Medium Air pollution could be tangibly reduced
by the interaction of these professions
with other professions (more likely
ranked in the HIGH bracket)
Several tools exist for this profession
in relation to air pollution
mitigation. Typically, single tools
may not yield a significant impact
but combined could cause impact
Low Air pollution is unlikely to be tangibly
reduced by the decisions made by these
professions, but influence the decision
making of other professions (in the
MEDIUM and HIGH brackets)
Typically, a single tool exists for this
profession in relation to air pollution
mitigation. The tool may not yield a
significant impact, but could support
knowledge transfer, education or
communication
14. Low Medium High
MediumHigh
TOOLS AVAILABLE TO IMPACT ON AIR POLLUTION
LEVELOFIMPACTONAIRPOLLUTION:POTENTIALTODELIVERANOUTCOME
Asset Managers
Health policy officials
Primary care health
practitioners (Doctors /
nurses)
Climate Change officials
RA and LA Chief Executives
Directors of Public Health
Local Health Boards
Finance Directors
Law Makers
Private car users – local
communities
2
Environmental Protection
Agency (EPA) advisors
EIA consultants
Environmental managers -
road operating companies
Active Travel officials
Special Advisors
Bus, Freight or taxi trade
associations
Urban planners/designers
Environment policy officials
Road policy officials
ULEV policy officials
ULEV infrastructure officials
Bus policy officials
Freight policy officials
Bus, freight, taxi and private
vehicle manufacturers
Air Quality Policy officials
Environmental Health
officials
NATIONAL POLITICIANS
LOCAL POLITICIANS
Road/Traffic managers (inc.
ITS operators)
Strategic transport planners
Strategic city planners
Bus, Freight or taxi fleet
operators
Low
Air Quality Modellers
Transport Modellers
University scientists and
researchers
Comms. officials
Economists
Equalities officials
AQ monitor tech. providers
ITS tech. providers
Professional Institutes
Journalists/Media
Bloggers/vloggers
Community Councils
School/University educators
Passenger Groups
Environment/Health Non-
Government Organisations
Exhaust abatement retrofit
technology providers
AQ mitigation technology
barriers providers
Fuel providers
Chambers of Commerce
15. Paradigm shift
Big Shift
Moderate shift
Slight nudge
BAU
Status Quo POLITICAL
PEOPLE ATTITUDE
SOCIAL
ENVIRONMENTAL
ECONOMIC
TECHNOLOGY
INTER-PROFESSION
WORKING + AWARENESS
16. Inter-professional working to
address air pollution
Dr. Stephen Thomson
Head of Environment and Sustainability
stephen.thomson@transport.gov.scot
0141 272 7956