Traduction de «Navigation par les astres » (Français → Anglais) :

astronavigation [ celestial navigation | celo-navigation | astrogation | astronomical navigation | navigation by celestial observation ]

declination | angle of declination of a star

setting body

geographical position of a celestial body

inland waterway shipping [ inland navigation | Inland water transport(ECLAS) | Inland waterway transport(STW) ]

maritime shipping

inland waterway transport [ inland waterway connection | inland waterway traffic | river traffic | river transport ]

inertial guidance system | inertial navigation equipment | inertial navigation system | inertial navigation unit | INS [Abbr.] | INU [Abbr.]

black hole

Waterborne transport- direct employment: around 200,000, roughly 80% of which in maritime transport and 20% in inland waterway transport- share in total freight transport: 42% (intra-EU maritime 39%, inland waterways 3%; both more or less stable)-share in total passenger transport: below 1% in intra-EU passenger transport, slightly decreasing- growth between 1995 and 2004: + 29% in freight transport (+ 31% in intra-EU maritime transport, + 9% on inland waterways)- average yearly growth of worldwide con-tainer traffic between 2001 and 2004: 13.5%- share (of inland navigation) in total energy consumption: 0.5%- vehicle efficiency (of inla ...[+++]nd navigation) in toe/Mtkm: 17.5 | Airborne transport- direct employment: around 400,000- share in total freight transport: 0.1% in terms of tkm in intra-EU traffic -share in total passenger transport: 8% (only intra-EU flights included; increasing strongly)- growth between 1995 and 2004: + 55% in intra-EU passenger transport- market share of low-cost carriers in scheduled intra-EU traffic (in terms of available seats): 25% in 2005- growth in number of intra-EU routes: +100% between 1992 and 2004- share in total energy consumption: 4.0% |

Specific actions until 2016 Integration of inland waterway transport into the multimodal corridors: – 2013: Launch the corridor implementation through the TEN-T Corridor Communication, subject to the adoption by the co-legislators of the TEN-T guidelines, including guidance on integrating the various modes of transport, including inland waterways, into the TEN-T multimodal corridors (lead actor: Commission) – 2014-2015: Adopt multimodal corridor work plans and proceed with corridor implementation (to be done by key stakeholders, including sea and inland ports, inland waterways transport infrastructure managers, River Commissions, representatives of ship operators, workers’ representatives and the transport user community, ...[+++]under the auspices of European coordinators[15] working closely with the Member States and in consultation with the corridor platforms to be set up) Orientation for 2017-2020 Full implementation of the TEN-T corridors, where necessary strengthening the tools and processes for the integration of inland navigation in the TEN-T core network with regard to data provision or analytical capabilities Step up action and investments to overcome key infrastructure bottlenecks in inland waterway transport (Member States with EU support)

Where it is established that terminal air navigation services and/or CNS, MET and AIS services are provided under market conditions, Member States should be able to decide for these services not to calculate determined costs, not to calculate terminal charges, not to set terminal unit rates and/or not to set financial incentives.

1. Air navigation service providers referred to in Article 1(2) and (4) shall establish the costs incurred in the provision of air navigation services in relation to the facilities and services provided for and implemented under the ICAO Regional Air Navigation Plan, European Region, in the charging zones under their responsibility.