Техніки графіки

Робоча програма навчальної дисципліни «Техніки графіки» для студенів спеціальності 023 «Образотворче мистецтво*, декоративне мистецтво, реставрація». Освітній рівень перший (бакалаврський) (2 курс, 3 семестр

Maps of gliders tracks overlaid on satellite salinity and chlorophyll.

<p>The glider tracks are shown overlaid on (a) Aquarius SSS for August 2012 and (b) VIIRS chlorophyll for August 2012. The first day of each month is shown as a black triangle. The glider tracks are labeled in (a) and the tracks of <i>Benjamin</i> and <i>Piccard Maru</i> are shown in white, and those of <i>Papa Mau</i> and <i>Fontaine Maru</i> are shown in dark gray. Where the tracks overlap, only the grey tracks can be seen.</p

Summary of glider sensors calibration and quality control decisions.

<p>LR =  Liquid Robotics, Seabird  =  Seabird Electronics, Y = yes, N = no.</p>1<p>Calibration data in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0092280#pone.0092280.s009" target="_blank">Text S1</a>.</p>2<p>Compared with VIIRS chlorophyll.</p>3<p>calibration drift reports in Supplemental Information.</p

Time-series of <i>Benjamin and Papa Mau</i> data for the Equatorial crossing.

<p>Plots of (a) temperature, (b) salinity and (c) fluorescence for <i>Benjamin</i> and (e) temperature, (f) salinity and (g) fluorescence for <i>Papa Mau</i> against latitude The glider data at full temporal resolution are plotted in gray, the daily averaged values are in black, and the satellite data are colored. TRMM precipitation data is shown in green on the salinity plots. Both MODIS (red) and VIIRS (blue) chlorophyll data are shown on the fluorescence plots.</p

Correlations between glider and satellite data.

<p>Correlations between (a) daily averaged glider temperature and MODIS SST, (b) daily averaged glider salinity and Aquarius SSS, (c) daily averaged glider fluorescence and MODIS chlorophyll, and (d) daily averaged glider temperature and VIIRS chlorophyll. Points are color-coded by glider; <i>Papa Mau</i> is red, <i>Benjamin</i> is blue, <i>Piccard Maru</i> is green and <i>Fontaine Maru</i> is purple. The correlation for all glidersis shown, as well as the correlations for each glider individually.</p

Tropical Storm Freda.

<p>(a) Glider track overlaid on TRMM precipitation estimate for 31 Dec. 2012. (b) Barometric pressure. (c) Significant wave height. (d) Average wind speed. (e) Maximum wind speed. (f) Salinity. (g) Chlorophyll a fluorescence. (h) Turbidity.</p

The Wave Glider long-duration autonomous vehicle used in the Pacific crossings.

<p>The chlorophyll, oil CDOM, and turbidity sensors were located in the payload bays in the surface float. The CTD sensor was located in the glider subsea payload area.</p

Times-series of CTD and C3 data for <i>Papa Mau</i> and <i>Benjamin</i>.

<p>Time-series for the complete mission of (a & g) temperature, (b & h) salinity, (c & i) fluorescence, (d & j) Oil CDOM, (e & k) turbidity and (f & l) latitude for the <i>Papa Mau</i> and <i>Benjamin</i> gliders. Synoptic temperature values from the MODIS satellite are overlaid on a & g in red. Synoptic salinity values from the Aquarius satellite are overlaid on b & h in red. Synoptic chlorophyll values from the MODIS satellite are overlaid on c & i in red, which are on a different scale than the glider fluorescence data. Note that the scales for (c & i) chlorophyll fluorescence (d & j) Oil CDOM and (e & k) Turbidity are different for the two gliders.</p

Daily maps of precipitation near the <i>Papa Mau</i> tracks south of the equator.

<p>Precipitation maps for (a) July 25, (b) July 30, (c) Aug 1 and (d) Aug 3 with daily positions shown of the <i>Papa Maru</i> glider. The position synoptic with the precipitation is shown as a large red circle.</p

Glider tracks overlaid on satellite chlorophyll and salinity for the equatorial crossings.

<p>The glider tracks for <i>Papa Maru</i> and <i>Benjamin</i> are shown overlaid on (a) VIIRS chlorophyll for July 2012 and (b) Aquarius SSS for July 2012. The glider tracks are color coded by the value for glider fluorescence and salinity. The first day of each month is shown as a large white diamond, the fifteenth of the month is shown as a smaller white diamond. <i>Benjamin</i> followed a path along 170°W, while the <i>Papa Mura</i> took a more western route. (c). chl fluorescence (relative units) overlaid on salinity tracks as a function latitude. Longitude is color-coded for the salinity tracks for reference to panel (b). The <i>Papa Mau</i> salinity track is labeled, the <i>Benjamin’s</i> salinity track overlays this until ∼1°S and is not labeled due to space constraints.</p