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REMUS Run #20110112

REMUS Run #20110112. Transforming 3-D Inflections to 2-D Plots. 3-D Trajectory of REMUS Shaded per Temperature Measurements. Inflections Rotated to Vertical Profiles about Midpoints. Measured depths of track-points preserved. Mean Temperature of Each Inflection Assigned to its Midpoint.

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REMUS Run #20110112

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  1. REMUS Run #20110112 Transforming 3-D Inflections to 2-D Plots

  2. 3-D Trajectory of REMUS Shaded per Temperature Measurements

  3. Inflections Rotated to Vertical Profiles about Midpoints Measured depths of track-points preserved.

  4. Mean Temperature of Each Inflection Assigned to its Midpoint Note change in temperature axis of color-bar (now scaled to range of means, rather than that of full profiles).

  5. Mean Temperature of Each Inflection Viewed from Above (2-D)

  6. Requested Variables • Date • Time • Lat • Long • Vehicle • Water depth (if present) • Mean X • SD of mean X • Median X • Max X • Min X • Depth of the Max X • Depth of Min X • Max Gradient of X • Depth of the max gradient of X • Where X = Chlorophyll, optical backscatter, cDOM, temperature, salinity, density, and acoustic scattering • Requested method for calculation now well understood. Related programming complete. • In progress.

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