Freight

World trade
World trade 1991 – 2011. Source: Netherlands Bureau of for Economic Analysis.

Freight is the transport of goods from one site to another. International freight is part of trading and, national freight of business operations. Freight and international trade has been part of our societies since our deepest history. In the Baltic Sea region, we had the Hansa as a medieval trading network. Today it is the European Union in which free trade is part of the four freedoms – free mobility of people, goods, services, and money – as its fundamental goals. Trading increases since several years, with about 6% annually in the Union. With globalization, transport routes are also increasingly global: We eat bananas from Guatemala, lamb from New Zealand, drive in Japanese cars, and our toys are made in China.

The original reason for trade was to distribute goods from one place to another, where it did not exist. Today this is still valid, but much more important is that business reduces costs by allocating the manufacturing of goods or other kinds of production to places where it is most advantageous, mostly because of cheaper labour. As the cost of freight in general is low – on average about 6% of the price of a product is due to transport – this relation is expected to continue, at least until the cost of transport increases. Today, road transport in the EU is increasing faster than GDP.

e-Force One
The Swiss truck E-FORCE ONE weighs eight tons, has a gross vehicle weight of 18 tonnes. It is about twice as expensive as a diesel version of the truck but is much more energy efficient. Photo: CC0 1.0 Spielvogel, https://commons.wikimedia.org/wiki/User:Spielvogel

Transport and freight have costs, many of them not included in the price. They mostly depend on the use of fossil fuels in cars, trains, ships, and aircraft. To this is added air pollution, especially from ship transport, which too often uses dirty oil, but also by cars. Freight traffic is dominating our traffic infrastructure and requires even more expansion of roads. Trucks cause road accidents, congestion, and ships cause oil spills. The costs of these are mostly external, that are not included, in the price of the products. Environmental costs of transport were estimated to be 500 billion Euros for 19 member states in year 2000. Emissions of CO2 caused by road transport increased 17% between 1995 and 2005. In Western Europe, 73% of total land freight transport was on road in 2005.

Which are the possibilities to increase the sustainability of the freight sector? Obviously, it cannot continue to grow forever. Probably this requires that the costs for services have to be more equal in different parts of the world. Consumer pressure to buy items, which are locally produced, is another factor most important for food. The solutions are much seen as technical rather than decreasing transport. Increase of train use, use of electric powered trucks, e.g. by having electric cables along main routes is a much discussed option, as is improved organization.

Container ship
Container ship off the port of Rotterdam. Photo: C. Andersson.

The freight sector itself may also organize itself in ways that drastically reduces emissions and pollution. Thus, moving transport from roads to railroads is an important step, especially if the trains use renewable electricity. A way to do this is to use so-called intermodal transport. This means that goods may use several modes of transport – road, rail or ship – during its journey. The standard container allows goods to be packed in containers, which may be moved from car to rail to boat to car. The shift from one mode to another occurs at intermodal junctions. To make intermodal transport a future standard for goods handling is now EU policy.

Materials for session 7c

Basic level

  1. Read A Sustainable Baltic Region, session 6, chapter 9 (pdf): Freight Transport – How to Make it Sustainable.
  2. Read Roadmap to a Single European Transport Area — Towards a competitive and resource-efficient transport system (EU Commission report)

Medium level (widening)

  1. Read A Sustainable Future for Transport: Towards an integrated, technology-led and user-friendly system (EU Commission report)
  2. Greening Transport Package – Frequently asked questions
  3. Read 12 Trends That Will Drive the Future of Transport

Advanced level (deepening)

  1. Study Transportation Modes, Modal Competition and Modal Shift

References

European Commission. 2009. A sustainable future for transport — Towards an integrated, technology-led and user-friendly system. Publications Office of the European Union, Luxembourg.

Tengström, E. and M. Thynell. (eds.) 1997. Towards Sustainable Mobility – Transporting people and goods in the Baltic Region. A Sustainable Baltic Region. Session 6. Baltic University Press, Uppsala.

BUP Sustainable Development Course

Introduction
  1. The BUP Sustainable Development Course
  2. Introducing Sustainable Development
  3. Course Content
  4. Authors
Chapter 1: Historical background and concepts

1a. Stories of societies which succeeded or collapsed

1b. The UN process – from Stockholm to Johannesburg

1c. Understanding sustainable development

1d. What we believe in – our values and sustainable development

Chapter 2: Energy use and climate impact

2a. Energy supply and use

2b. Energy use and climate change

2c. Climate policies

2d. Energy management strategies

Chapter 3: Resources and limits to growth

3a. History of resource flows

3b. Limits to growth

3c. Measuring and managing resource flows

Chapter 4: Urbanization

4a. Urbanization

4b. The sustainable city

4c. Urban management

Chapter 5: Sustainable production and consumption

5a. Manufacturing – sustainable production

5b. Consumption – sustainable use of products

5c. Waste management – sustainable end-of-life of products

Chapter 6: Life and land, food and fibres

6a. The living world

6b. Land and water

6c. Agriculture and food

6d. Forests and fibres

Chapter 7: Mobility

7a. A culture of mobility

7b. Means of mobility – technology and systems

7c. Freight

7d. Policies and management of mobility

Chapter 8: Human welfare and sustainable lifestyle

8a. Demography and population change

8b. Welfare

8c. Social sustainability, happiness and the one-planet-life

Chapter 9: The political dimensions of sustainability

9a. Governance and democracy

9b. International cooperation and world order

9c. Making and implementing sustainable development politics

Chapter 10: Economy and sustainable development

10a. Economy and ecology – a single system

10b. The dilemma of economic growth

10c. Tools for approaching a sustainable economy

Chapter 11: Changes and management

11a. The processes of individual change

11b. Social change and transitions of societies

11c. Managing change

Chapter 12: Education

12a. The politics of ESD

12b. Teaching sustainable development – A guide for teachers

12c. Learning sustainable development – A guide for learners