>> USA tariffs on steel imports. more.

>> The new silk road. more.

>> The importance of inland connectivity. more.

>> Changing picture on the Far East – WCSA trade lane. more.

>> USA tariffs on steel and aluminium. more.

>> Top 10 shipping lines control the deep sea market. more.

>> Indonesia cabotage.more.

>> Panamax vessels.more.

>>UNCTAD liner shipping connectivity index.more.

>>New freight forecasts for Network Rail.more.

>>Global supply and demand for container shipping.more.

>>Mid Wales and Marches freight strategy.more.

>> MDST's projections for 2017.more.

>> SM Line - its first months.more.

>> North American East Coast Port Expansion.more.

>> Japan-EU Trade Deal.more.

>> The Ocean Network Express.more.

>> The Qatar crisis: impact on container shipping services.more.

>> Maritime Professional Services Award.more.

>> Invest in rail freight to cut road congestion.more.

>> South Bradford Lorry Parking Study.more.

>> New Mega Alliances.more.

>> Businesses have their say on freight transport in the Marches.more.

>> Free trade zones at UK ports & airports.more.

>> Non alliance shipping lines.more.

>> New mega alliances.more.

>> Transpacific - port coverage from April 1st.more.

>> Are direct services becoming less attractive for shipping lines?. more.

>> What happens to the small ships post Panama Canal expansion?. more.

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The importance of inland connectivity

The UK Department for Transport published a major new report on 24 April 2018 on the connectivity between English ports and their hinterlands entitled Transport Infrastructure for our global future:  A study of England’s port connectivity.  The report stresses the fundamental importance of ports in facilitating the UK’s trade with the rest of the world and the need for improved “cross-modal freight data, delivering robust modelling of improved connectivity and detailed trade corridor analysis” to develop an evidence base on port freight traffic movements.  As a contribution to this evidence base, we have produced two maps that use baseline data from the GB Freight Model to show the modelled flows of international freight on the British road network and the flows of intermodal/containerised rail freight on theBritish rail network.

Map 1:  international road freight flows in tonnes

Map 1 shows how international road freight is focused particularly on flows to and from:

  • Cross-Channel ro-ro ports with services to France such as Dover and Portsmouth, as well the Channel Tunnel freight shuttle terminal near Folkestone;
  • East coast ro-ro ports on the Thames, Harwich Haven, the Humber, the Tyne and the Tees offering services to the Near Continent and Scandinavia;
  • West coast ro-ro ports providing services to Ireland such as Liverpool, Holyhead and Cairnryan;
  • Deep sea container ports, principally Felixstowe, Southampton, London Gateway, Tilbury and Liverpool.

 The highest concentrations of international road freight are on the Strategic Road Network, linking the ports to the major concentrations of distribution centres and the major conurbations, with the highest volumes found on the M20/M25/M1/M6 corridor between the Channel ports and the North West of England via the West Midlands.

Map 2:  Intermodal rail freight flows in tonnes

Map 2 shows how intermodal rail freight services are focused on lines to and from the largest deep sea container ports of Felixstowe and Southampton, mainly to access the West Coast Main Line between London and Glasgow via Birmingham and the North West.

Changing trading patterns, particularly due to the potential impact of Brexit, may affect this distribution of flows to some extent, but the maps help to clarify the key corridors for freight that are most likely to require investment and maintain the efficiency of international supply chains via British ports.