Traduction de «Station d'observation de l'ozone au sol » (Français → Anglais) :

ground-based ozone station | ground-based station

ground-based ozone station [ ground-based station ]

ground-based ozone station

ozone measuring station | ozone monitoring station | ozone observing station | ozone station

ozone monitoring station [ ozone observing station | ozone measuring station | ozone station ]

ozone monitoring station | ozone observing station | ozone measuring station | ozone station

There are a variety of shortcomings in the northern air transportation environment that currently impact our operations. Inadequate ramp space, which restricts operations and creates an increased hazard on the ground for our passengers and our aircraft; restricted air terminal building space, which often causes flight delays and terrible congestion problems; insufficient fuel storage capability, particularly in the Eastern Arctic communities, which regularly results in flight cancellations, flight diversions and expensive fuel tankering; insufficient number of automated weather observation stations, or what you may have heard called A ...[+++]WOS, across the Arctic.

(Return tabled) Question No. 159 Mr. Sean Casey: With respect to the considered cuts to Environment Canada: (a) which specific departments and programs are affected, and what was the process taken to determine whether or not to make cuts to a specific department and program, (i) what, if any, Environment Canada Research Scientists were consulted regarding the considered cuts, (ii) what scientists outside of Environment Canada were consulted, (iii) for each department and program specified in (a), what is the number of current full-time, part-time, and contract scientific positions, (iv) the number of full-time, part-time, and contract scientists who have been given “workforce adjustment” letters, (v) the number of full-time, part-time, and ...[+++]contract scientists who are going to be moved out of their current “job function”, (vi) what, if any, consideration has been given to shutting-down the Integrated Atmospheric Deposition Network (IADN), and, if so, has the United States been consulted, as Canada has commitments under the Great Lakes Water Quality Agreement, (vii) specify all programs run by a single scientist who has been given a “workforce adjustment” letter, and for each program identified, what, if any, concern was expressed regarding the ability of the program to continue, (viii) the process that will be taken to place scientists in appropriate research areas, (ix) what, if any, consideration has been given to the fact that many scientists are highly trained in very specialized fields, and that an appropriate replacement position may not be possible; (b) specify all national and international environmental commitments to which Canada is subject, including, but not limited to the Global Climate Observing System, the World Meteorological Organization/United Nations Environment Programme Scientific Assessments of Ozone Depletion, which are mandated by the Montreal Protocol to occur at least every four years, and hosting the World Ozone and UV Data Centre, (i) wha ...

Aligned with the strategic goals of both ArcticNet and the network of centres of excellence, BP executed a collaboration agreement in April 2010 with ArcticNet and Université Laval, which included the following scope of research activities: retrieval and redeployment of eight subsurface oceanographic moorings deployed in 2009 by ArcticNet to collect metocean and ice data; biological sampling at eight biophysical stations to determine baseline contaminant levels and biological productivity; deployment and retrieval of 12 bottom-anchored hydrophones used to detect and track vocalizations of whale species of concern; deployment of a remo ...[+++]tely-operated vehicle for a visual survey of the ocean floor; deployment and retrieval of a moored metocean surface buoy for the duration of the 2010 field program; ice thickness and roughness surveys, using the helicopter-mounted electromagnetic induction system; deployment of ice drift satellite beacons on large multi-year ice flows; collection of 42 piston core samples to determine physical soil characteristics; and ocean-bottom mapping.

Measurements from the ground-based network of atmospheric observing stations and from satellites are being combined to investigate the ozone loss in the coming weeks.