0530
----


Figure 1:  Initial and final positions of a cloud of fluid-following
           particles released at a depth of 17m in (a) simulation
           EN324NF_clim.01, and (b) simulation EN324NF_clim.02.
           Simulation time is six days.

en324nf_clim_pos.ps

Figure 2:  Simulated trajectory of a fluid-following particle
           released at the proposed tracer release site on the
           North Flank.

drifter_tr3.ps

Figure 3:  Residual velocity error in the third Quoddy simulation
           of experiment (a) EN324NF_FC.01 and (b) EN324NF_FC.02.

EN324NF_FC.01_vel.ps
EN324NF_FC.02_vel.ps

Figure 4:  Simulated particle trajectories before (dashed line) and
           after (solid line) assimilation in experiment
           (a) EN324NF_FC.01 and (b) EN324NF_FC.02.

en324NF_FC.01-02_pos.ps

Figure 5:  Residual velocity error in the third Quoddy simulation
           of experiment (a) EN324NF_FC.03 and (b) EN324NF_FC.04.

EN324NF_FC.03_vel.ps
EN324NF_FC.04_vel.ps

Figure 6:  Simulated particle trajectories before (dashed line) and
           after (solid line) assimilation in experiment
           (a) EN324NF_FC.03 and (b) EN324NF_FC.04.

en324NF_FC.03-04_pos.ps

0531-0601
---------

Figure 1:  Simulated and observed velocities in the three Quoddy
           runs of forecast run EN324NF_06.

en324nf_fc.06f_adcp

Figure 2:  A sample alongtrack ADCP velocity record from the North
           flank.  Note that bottom tracking is lost at approximately
           the 180m isobath.  Tick marks on top of each plot indicate
           data points which are ignored due to this dropout.

nf_adcp.ps

Figure 3:  Simulated and observed drifter trajectories in forecast runs
           
           (a) EN324NF_02 (re-run as EN324NF_10).
           (b) EN324NF_06 
           (c) EN324NF_07 
           (d) EN324NF_12 
           (e) EN324NF_13 

en324nf_fc10_dr1.ps
en324nf_fc06f_dr1.ps
en324nf_fc07f_dr1.ps
en324nf_fc.12f_dr1.ps
en324nf_fc.13f_dr1.ps


0602
----

Figure 1:  Simulated and observed drifter trajectories in forecast runs

           (a) EN324NF_14
           (b) EN324NF_15
           (c) EN324NF_16
           (d) EN324NF_17

en324nf_fc.14_dr1.ps
en324nf_fc.15_dr1.ps
en324nf_fc.16_dr1.ps
en324nf_fc.17_dr1.ps

0603
----

Figure 1:  Simulated and observed drifter trajectories in forecast run
           EN324NF_16: (a) drifter deployment 1; (b) deployment 2 deep
           drifters; and (c) deployment 2 shallow drifters.

Figure 2:  Simulated and observed drifter trajectories in forecast run
           EN324NF_18: (a) drifter deployment 1; (b) deployment 2 deep
           drifters; and (c) deployment 2 shallow drifters.

Figure 3:  Simulated and observed drifter trajectories in forecast run
           EN324NF_19: (a) drifter deployment 1; (b) deployment 2 deep
           drifters; and (c) deployment 2 shallow drifters.

Figure 4:  Forecast skill evaluation based on the movement of the North
           Flank dye patch: (a) tracer release location (star) and
           track lines for the first dye survey; (b) simulated trajectory
           of the dye and a synoptic map of the observations advected to
           the final time using modeled velocities (see text).
release3_0603_frame1.ps
release3_0603_frame2.ps

Figure 5:  Simulated trajectory of a fluid-following particle
           released at the tracer release site on the
           North Flank.

drifter_tr3_07.ps


0604
----

Figure 1:  Forecast skill evaluation based on the movement of the North
           Flank dye patch: (a) tracer release location (star) and
           track lines for the second dye survey; (b) simulated trajectory
           of the dye and a synoptic map of the observations advected to
           the final time using modeled velocities (see text).
release3_06041_frame1.ps
release3_06041_frame2.ps

Figure 2:  Simulated trajectory of the dye and a synoptic map of the 
           observations in the first dye survey advected to the final
           time using modeled velocities.

release3_0603h1_frame2.ps

Figure 3:  Time series of elevation boundary conditions derived from
           the UNC far-field model used to drive forecast run
           EN324NF_FC.23.
jun04_gbk1.cbc.ps

Figure 4:  Simulated and observed drifter trajectories in forecast run
           EN324NF_19: (a) deployment 2 deep drifters; (c) deployment 2
           shallow drifters.

en324nf_fc.19_dr2d.ps
en324nf_fc.19_dr3d.ps

Figure 5:  Simulated and observed drifter trajectories in forecast run
           EN324NF_22: (a) deployment 2 deep drifters; (c) deployment 2
           shallow drifters.

en324nf_fc.22_dr2.ps
en324nf_fc.22_dr3.ps

Figure 6:  Simulated and observed drifter trajectories in forecast run
           EN324NF_23: (a) deployment 2 deep drifters; (c) deployment 2
           shallow drifters.

en324nf_fc.23_dr2.ps
en324nf_fc.23_dr3.ps

Figure 7:  Simulated trajectory of a fluid-following particle
           released at the tracer release site on the
           North Flank.

drifter_tr3_21d.ps

0605
----
Figure 1:  Simulated and observed drifter trajectories (deep drifters
           only) in forecast runs
           (a) EN324NF_19
           (b) EN324NF_22
           (c) EN324NF_23
           (d) EN324NF_24
           (e) EN324NF_25
           (f) EN324NF_26
           (g) EN324NF_28.

en324nf_fc.19_dr1n.ps
en324nf_fc.22_dr1n.ps
en324nf_fc.23_dr1n.ps
en324nf_fc.24_dr1n.ps
en324nf_fc.25_dr1n.ps
en324nf_fc.26_dr1n.ps
en324nf_fc.28_dr1n.ps


Figure 2:  Forecast skill evaluation based on the movement of the North
           Flank dye patch: (a) tracer release location (star) and
           track lines for the third dye survey; (b) simulated trajectory
           of the dye and a synoptic map of the observations advected to
           the final time using modeled velocities (see text).
release3_0605_frame1.ps
release3_0605_frame2.ps