Differences

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--- mersea-oil-spill:start:metno_48hr_traj [2007-10-16 16:11:43]
bruceh
+++ mersea-oil-spill:start:metno_48hr_traj [2022-05-31 09:29:32] (current)
@@ Line 1: / Line 1: @@
 ====== met.no OD3D consecutive trajectories ======
-{{ start:trajectory_n.png?600 |OD3D, MFS, 48hr forecasts, drifter N}}
+{{ start:trajectory_n.png?900 |OD3D, MFS, 48hr forecasts, drifter N}}
-Figure shows Drifter N and consecutive two-day forecasts using MFS ocean forcing. New forecasts every two days. Model trajectories are the mean of the initial batch of superparticles.
+Figure shows Drifter N and consecutive two-day forecasts using MFS ocean forcing. New forecasts every day. Model trajectories are the mean of the initial batch of superparticles.
-{{ start:trajectory_m.png?600 |OD3D, MFS, Mercator, 48hr forecasts, drifter M}}
+{{ start:trajectory_m.png?900 |OD3D, MFS, Mercator, 48hr forecasts, drifter M}}
-Figure shows Drifter M and consecutive two-day forecasts using MFS, Mercator 15th and Mercator 4th ocean forcing. New forecasts every two days. Model trajectories are the mean of the initial batch of superparticles.
+Figure shows Drifter M and consecutive two-day forecasts using MFS, Mercator 15th and Mercator 4th ocean forcing. New forecasts every day. Model trajectories are the mean of the initial batch of superparticles.
-{{ start:trajectory_s.png?600 |OD3D, MFS, Mercator, 48hr forecasts, drifter S}}
+{{ start:trajectory_s.png?900 |OD3D, MFS, Mercator, 48hr forecasts, drifter S}}
-Figure shows Drifter S and consecutive two-day forecasts using MFS, Mercator 15th and Mercator 4th ocean forcing. New forecasts every two days. Model trajectories are the mean of the initial batch of superparticles.
+Figure shows Drifter S and consecutive two-day forecasts using MFS, Mercator 15th and Mercator 4th ocean forcing. New forecasts every day. Model trajectories are the mean of the initial batch of superparticles.