Inrix has analysed traffic density in more than 200 cities in 38 countries. In London drivers spent 227 hours a year in traffic and the cost was £4.9 billion, or £1,680 per driver due to lost productivity. Across Britain, the cost was £7.9 billion. After London the worst UK city was Birmingham, then Glasgow, Manchester, Bristol, Edinburgh, Sheffield, Leicester, Leeds and Liverpool. London has more traffic jams than any other city in western Europe and is the seventh most congested in the world. Read more on Inrix’ ‘scorecard’.
Graeme Paton, Transport Correspondent of the Times, reports on these research findings published today which show that drivers were stuck in traffic for 178 hours on average last year.
Trevor Reed, transport analyst at Inrix, said that if congestion is not addressed, it will continue to have serious consequences for national and local economies, businesses and citizens in the years to come.
‘Driven by necessity’ – poor public transport
RAC research has shown that drivers are becoming more reliant on their cars because of poor standards of public transport. Rod Dennis, spokesman for the RAC, said, “This is a serious concern when you consider the limited physical space in our cities and the growing pressures to move large numbers of people around to get to their places of work and leisure.
“Those cities that are best placed to grow will be those that are developing public transport systems that suit the needs of their citizens.”
To this end, a more reliable railway system, could attract drivers and large freight companies to use rail and more use should be made of the country’s waterway network. 22 British towns or cities already have water taxis, buses or ferries.
London leads the way, carrying passengers and freight by water
London’s river bus operator, MBNA Thames Clippers, alone carried more than 4 million passengers in 2018 and the city also leads the way in carrying bulky materials on its waterways instead of its roads.
Most readers will have noted the numbers of lorries amidst the traffic jams and experienced delays due to tailbacks of many miles due to slow-moving abnormal and sometimes hazardous loads.
Full use should be made of routes which can take such freight by water. Above: a transformer carried by Robert Wynn and Sons.
A forthcoming report (Gosling 2019) notes, in its Freight Carbon Review, “The Department for Transport explained in 2017 that waterways are ‘attractive for the environmental benefits they provide, and the reliable congestion-free freight access they offer over alternate modes’.”
Road users and all concerned about air-pollution will welcome action to transfer more freight from roads to inland waterways, a declared UK government objective.
As Anil Sasi (Indian Express) notes: “Inland waterways are a far more efficient mode of transportation than either road or rail, considering that just a single mid-sized barge has the dry-cargo capacity equivalent to 50 trucks or over 10 railcars. As a consequence, transportation of cargo over inland waterways offers the advantage of both lowering carbon dioxide emissions and curbing the rate of road accidents, where India has the dubious distinction of being among the worst in the world”.
The Indian government passed The National Waterways Bill in March. The Statement of Objects and Reasons of the Bill states that while inland waterways are recognised as a fuel efficient, cost effective and environment friendly mode of transport, it has received far less investment than roads and railways. Large rivers and canals across the country have been designated as national waterways, to be developed to enable more movement of goods and passengers.
Britain’s Commercial Boat Operators’ Association (CBOA) agrees with its statement recommending the carriage of bulk goods on waterways. Goods in India travel by congested road and rail networks, which increases the costs of trade logistics by as much as 18% of the country’s GDP. The government statement continues: “Although it is cheaper, more reliable and less polluting than transporting them by road or rail, India has yet to develop this cheaper and greener mode of transportation”. (Read on here: CHS-Sachetan)
In April the World Bank announced a $375 million loan to help the Inland Waterways Authority of India to put in place the infrastructure and navigation services needed to develop National Waterway 1 as an efficient ‘logistics artery’ for northern India. The loan will enable the design and development of a new fleet of low-draft barges capable of carrying up to 2000 tonnes of cargo in these shallower depths.
Section 3 of its 322 page 2016 report: Consolidated Environmental Impact Assessment Report of National Waterways includes an assessment of inland waterway transport’s impact on climate change, concluding that this is the most efficient and environmental friendly mode of transportation, involving least CO2 generation when compared with rail & road. An estimate of the CO2 emissions from different modes of transportation for the same quantity of cargo for a similar distance is that CO2 would be reduced and a net saving of 4.54 million tonnes realised over a period of 30 years (till 2045).
A gradual expansion of waterway freight transport would reduce transport costs, road accidents and urban air pollution.
In both countries manufacturers, the construction industry and agricultural producers would be enabled to use waterway transport to reach markets at home and abroad.