Röttgers, Rüdiger; Remmler, Paul (2023): Spectral particulate absorption and attenuation coefficients derived from unterwater measurements from Lake Geiseltal (Germany) during the Inland Water Remote Sensing Validation Campaign 2017 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.894740, In: Dörnhöfer, Katja; Bumberger, Jan; Friese, Kurt; Fritz, Christine; Herzog, Michael; Hieronymi, Martin; Klinger, Philip; Korman, Birgit; Moll, Vincent; Rahn, Karsten; Remmler, Paul; Rinke, Karsten; Schneider, Thomas; Schultze, Martin; Röttgers, Rüdiger (2023): Results of lake water analysis from Lake Geiseltal in Saxony-Anhalt during the Inland Water Remote Sensing Validation Campaign 2017 [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.894746
Always quote citation above when using data! You can download the citation in several formats below.
Abstract:
Measurements were taken from Wetlabs AC-S a spectral absoption and attenuation sensor and Wetlabs FL3W an underwater fluorometer with three channels(chlorophyll, pycoerythrin, CDOM flurorescence). Data is quality assured.
The measured parameters from AC-S are attenuation and absorption coefficients (latter with scattering error). Results of attenuation channel used, results of absorption channel not used. Data are corrected for temperature and salinity, blank measurements of HE488 was used for blanking, remaining temperature effects are removed manual, choosen a correct temperature differences. Detector angle error of attenuation channel not corrected. All results are averages of measurements over 10-20 min. Total scattering coefficients provided, from AC-S attenuation minus PSICAM absorption results.
The measured parameters from FL3W are using calibration of manufacturer. All results are averages of measurements over 10-20 min. For both sensors no standard deviations provided, but data are available.
Related to:
Röttgers, Rüdiger; Remmler, Paul (2023): Spectral particulate absorption and attenuation coefficients derived from unterwater measurements from Kelbra Reservoir (Germany) during the Inland Water Remote Sensing Validation Campaign 2017 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.894806
Röttgers, Rüdiger; Remmler, Paul (2023): Spectral particulate absorption and attenuation coefficients derived from unterwater measurements from Lake Süßer See (Germany) during the Inland Water Remote Sensing Validation Campaign 2017 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.894918
Coverage:
Latitude: 51.309610 * Longitude: 11.831830
Date/Time Start: 2017-08-28T14:27:28 * Date/Time End: 2017-08-30T10:26:47
Event(s):
Geiseltalsee-0808_AC-S * Latitude: 51.309610 * Longitude: 11.831830 * Date/Time: 2017-08-30T08:08:51 * Recovery: 2 m * Location: Germany * Campaign: IWRSVC-2017 (Inland Water Remote Sensing Validation Campaign 2017) * Method/Device: Spectral Absorption and Attenuation Sensor, AC-S (AC-S) * Comment: single measurement in around 2.0m depth
Geiseltalsee-0826_AC-S * Latitude: 51.309610 * Longitude: 11.831830 * Date/Time: 2017-08-30T08:26:47 * Recovery: 2 m * Location: Germany * Campaign: IWRSVC-2017 (Inland Water Remote Sensing Validation Campaign 2017) * Method/Device: Spectral Absorption and Attenuation Sensor, AC-S (AC-S) * Comment: single measurement in around 2.0m depth
Geiseltalsee-1227_AC-S * Latitude: 51.309610 * Longitude: 11.831830 * Date/Time: 2017-08-28T12:27:28 * Recovery: 2 m * Location: Germany * Campaign: IWRSVC-2017 (Inland Water Remote Sensing Validation Campaign 2017) * Method/Device: Spectral Absorption and Attenuation Sensor, AC-S (AC-S) * Comment: single measurement in around 2.0m depth
Parameter(s):
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
1044 data points
Data
1 Event | 2 PI | 3 Date/Time | 4 Chl a [µg/l] | 5 Chl a std dev [±] | 6 Phycoe [µg/g] | 7 Phycoe std dev [±] | 8 CDOM [mg/l] | 9 cDOM std dev [±] | 10 AC w402 [1/m] | 11 AC w404 [1/m] | 12 AC w406 [1/m] | 13 AC w408 [1/m] | 14 AC w410 [1/m] | 15 AC w412 [1/m] | 16 AC w414 [1/m] | 17 AC w416 [1/m] | 18 AC w418 [1/m] | 19 AC w420 [1/m] | 20 AC w422 [1/m] | 21 AC w424 [1/m] | 22 AC w426 [1/m] | 23 AC w428 [1/m] | 24 AC w430 [1/m] | 25 AC w432 [1/m] | 26 AC w434 [1/m] | 27 AC w436 [1/m] | 28 AC w438 [1/m] | 29 AC w440 [1/m] | 30 AC w442 [1/m] | 31 AC w444 [1/m] | 32 AC w446 [1/m] | 33 AC w448 [1/m] | 34 AC w450 [1/m] | 35 AC w452 [1/m] | 36 AC w454 [1/m] | 37 AC w456 [1/m] | 38 AC w458 [1/m] | 39 AC w460 [1/m] | 40 AC w462 [1/m] | 41 AC w464 [1/m] | 42 AC w466 [1/m] | 43 AC w468 [1/m] | 44 AC w470 [1/m] | 45 AC w472 [1/m] | 46 AC w474 [1/m] | 47 AC w476 [1/m] | 48 AC w478 [1/m] | 49 AC w480 [1/m] | 50 AC w482 [1/m] | 51 AC w484 [1/m] | 52 AC w486 [1/m] | 53 AC w488 [1/m] | 54 AC w490 [1/m] | 55 AC w492 [1/m] | 56 AC w494 [1/m] | 57 AC w496 [1/m] | 58 AC w498 [1/m] | 59 AC w500 [1/m] | 60 AC w502 [1/m] | 61 AC w504 [1/m] | 62 AC w506 [1/m] | 63 AC w508 [1/m] | 64 AC w510 [1/m] | 65 AC w512 [1/m] | 66 AC w514 [1/m] | 67 AC w516 [1/m] | 68 AC w518 [1/m] | 69 AC w520 [1/m] | 70 AC w522 [1/m] | 71 AC w524 [1/m] | 72 AC w526 [1/m] | 73 AC w528 [1/m] | 74 AC w530 [1/m] | 75 AC w532 [1/m] | 76 AC w534 [1/m] | 77 AC w536 [1/m] | 78 AC w538 [1/m] | 79 AC w540 [1/m] | 80 AC w542 [1/m] | 81 AC w544 [1/m] | 82 AC w546 [1/m] | 83 AC w548 [1/m] | 84 AC w550 [1/m] | 85 AC w552 [1/m] | 86 AC w554 [1/m] | 87 AC w556 [1/m] | 88 AC w558 [1/m] | 89 AC w560 [1/m] | 90 AC w562 [1/m] | 91 AC w564 [1/m] | 92 AC w566 [1/m] | 93 AC w568 [1/m] | 94 AC w570 [1/m] | 95 AC w572 [1/m] | 96 AC w574 [1/m] | 97 AC w576 [1/m] | 98 AC w578 [1/m] | 99 AC w580 [1/m] | 100 AC w582 [1/m] | 101 AC w584 [1/m] | 102 AC w586 [1/m] | 103 AC w588 [1/m] | 104 AC w590 [1/m] | 105 AC w592 [1/m] | 106 AC w594 [1/m] | 107 AC w596 [1/m] | 108 AC w598 [1/m] | 109 AC w600 [1/m] | 110 AC w602 [1/m] | 111 AC w604 [1/m] | 112 AC w606 [1/m] | 113 AC w608 [1/m] | 114 AC w610 [1/m] | 115 AC w612 [1/m] | 116 AC w614 [1/m] | 117 AC w616 [1/m] | 118 AC w618 [1/m] | 119 AC w620 [1/m] | 120 AC w622 [1/m] | 121 AC w624 [1/m] | 122 AC w626 [1/m] | 123 AC w628 [1/m] | 124 AC w630 [1/m] | 125 AC w632 [1/m] | 126 AC w634 [1/m] | 127 AC w636 [1/m] | 128 AC w638 [1/m] | 129 AC w640 [1/m] | 130 AC w642 [1/m] | 131 AC w644 [1/m] | 132 AC w646 [1/m] | 133 AC w648 [1/m] | 134 AC w650 [1/m] | 135 AC w652 [1/m] | 136 AC w654 [1/m] | 137 AC w656 [1/m] | 138 AC w658 [1/m] | 139 AC w660 [1/m] | 140 AC w662 [1/m] | 141 AC w664 [1/m] | 142 AC w666 [1/m] | 143 AC w668 [1/m] | 144 AC w670 [1/m] | 145 AC w672 [1/m] | 146 AC w674 [1/m] | 147 AC w676 [1/m] | 148 AC w678 [1/m] | 149 AC w680 [1/m] | 150 AC w682 [1/m] | 151 AC w684 [1/m] | 152 AC w686 [1/m] | 153 AC w688 [1/m] | 154 AC w690 [1/m] | 155 AC w692 [1/m] | 156 AC w694 [1/m] | 157 AC w696 [1/m] | 158 AC w698 [1/m] | 159 AC w700 [1/m] | 160 AC w702 [1/m] | 161 AC w704 [1/m] | 162 AC w706 [1/m] | 163 AC w708 [1/m] | 164 AC w710 [1/m] | 165 AC w712 [1/m] | 166 AC w714 [1/m] | 167 AC w716 [1/m] | 168 AC w718 [1/m] | 169 AC w720 [1/m] | 170 AC w722 [1/m] | 171 AC w724 [1/m] | 172 AC w726 [1/m] | 173 AC w728 [1/m] | 174 AC w730 [1/m] | 175 AC w732 [1/m] | 176 AC w734 [1/m] | 177 AC w736 [1/m] | 178 AC w738 [1/m] | 179 AC w740 [1/m] | 180 TSC w400 [1/m] | 181 TSC w402 [1/m] | 182 TSC w404 [1/m] | 183 TSC w406 [1/m] | 184 TSC w408 [1/m] | 185 TSC w410 [1/m] | 186 TSC w412 [1/m] | 187 TSC w414 [1/m] | 188 TSC w416 [1/m] | 189 TSC w418 [1/m] | 190 TSC w420 [1/m] | 191 TSC w422 [1/m] | 192 TSC w424 [1/m] | 193 TSC w426 [1/m] | 194 TSC w428 [1/m] | 195 TSC w430 [1/m] | 196 TSC w432 [1/m] | 197 TSC w434 [1/m] | 198 TSC w436 [1/m] | 199 TSC w438 [1/m] | 200 TSC w440 [1/m] | 201 TSC w442 [1/m] | 202 TSC w444 [1/m] | 203 TSC w446 [1/m] | 204 TSC w448 [1/m] | 205 TSC w450 [1/m] | 206 TSC w452 [1/m] | 207 TSC w454 [1/m] | 208 TSC w456 [1/m] | 209 TSC w458 [1/m] | 210 TSC w460 [1/m] | 211 TSC w462 [1/m] | 212 TSC w464 [1/m] | 213 TSC w466 [1/m] | 214 TSC w468 [1/m] | 215 TSC w470 [1/m] | 216 TSC w472 [1/m] | 217 TSC w474 [1/m] | 218 TSC w476 [1/m] | 219 TSC w478 [1/m] | 220 TSC w480 [1/m] | 221 TSC w482 [1/m] | 222 TSC w484 [1/m] | 223 TSC w486 [1/m] | 224 TSC w488 [1/m] | 225 TSC w490 [1/m] | 226 TSC w492 [1/m] | 227 TSC w494 [1/m] | 228 TSC w496 [1/m] | 229 TSC w498 [1/m] | 230 TSC w500 [1/m] | 231 TSC w502 [1/m] | 232 TSC w504 [1/m] | 233 TSC w506 [1/m] | 234 TSC w508 [1/m] | 235 TSC w510 [1/m] | 236 TSC w512 [1/m] | 237 TSC w514 [1/m] | 238 TSC w516 [1/m] | 239 TSC w518 [1/m] | 240 TSC w520 [1/m] | 241 TSC w522 [1/m] | 242 TSC w524 [1/m] | 243 TSC w526 [1/m] | 244 TSC w528 [1/m] | 245 TSC w530 [1/m] | 246 TSC w532 [1/m] | 247 TSC w534 [1/m] | 248 TSC w536 [1/m] | 249 TSC w538 [1/m] | 250 TSC w540 [1/m] | 251 TSC w542 [1/m] | 252 TSC w544 [1/m] | 253 TSC w546 [1/m] | 254 TSC w548 [1/m] | 255 TSC w550 [1/m] | 256 TSC w552 [1/m] | 257 TSC w554 [1/m] | 258 TSC w556 [1/m] | 259 TSC w558 [1/m] | 260 TSC w560 [1/m] | 261 TSC w562 [1/m] | 262 TSC w564 [1/m] | 263 TSC w566 [1/m] | 264 TSC w568 [1/m] | 265 TSC w570 [1/m] | 266 TSC w572 [1/m] | 267 TSC w574 [1/m] | 268 TSC w576 [1/m] | 269 TSC w578 [1/m] | 270 TSC w580 [1/m] | 271 TSC w582 [1/m] | 272 TSC w584 [1/m] | 273 TSC w586 [1/m] | 274 TSC w588 [1/m] | 275 TSC w590 [1/m] | 276 TSC w592 [1/m] | 277 TSC w594 [1/m] | 278 TSC w596 [1/m] | 279 TSC w598 [1/m] | 280 TSC w600 [1/m] | 281 TSC w602 [1/m] | 282 TSC w604 [1/m] | 283 TSC w606 [1/m] | 284 TSC w608 [1/m] | 285 TSC w610 [1/m] | 286 TSC w612 [1/m] | 287 TSC w614 [1/m] | 288 TSC w616 [1/m] | 289 TSC w618 [1/m] | 290 TSC w620 [1/m] | 291 TSC w622 [1/m] | 292 TSC w624 [1/m] | 293 TSC w626 [1/m] | 294 TSC w628 [1/m] | 295 TSC w630 [1/m] | 296 TSC w632 [1/m] | 297 TSC w634 [1/m] | 298 TSC w636 [1/m] | 299 TSC w638 [1/m] | 300 TSC w640 [1/m] | 301 TSC w642 [1/m] | 302 TSC w644 [1/m] | 303 TSC w646 [1/m] | 304 TSC w648 [1/m] | 305 TSC w650 [1/m] | 306 TSC w652 [1/m] | 307 TSC w654 [1/m] | 308 TSC w656 [1/m] | 309 TSC w658 [1/m] | 310 TSC w660 [1/m] | 311 TSC w662 [1/m] | 312 TSC w664 [1/m] | 313 TSC w666 [1/m] | 314 TSC w668 [1/m] | 315 TSC w670 [1/m] | 316 TSC w672 [1/m] | 317 TSC w674 [1/m] | 318 TSC w676 [1/m] | 319 TSC w678 [1/m] | 320 TSC w680 [1/m] | 321 TSC w682 [1/m] | 322 TSC w684 [1/m] | 323 TSC w686 [1/m] | 324 TSC w688 [1/m] | 325 TSC w690 [1/m] | 326 TSC w692 [1/m] | 327 TSC w694 [1/m] | 328 TSC w696 [1/m] | 329 TSC w698 [1/m] | 330 TSC w700 [1/m] | 331 TSC w702 [1/m] | 332 TSC w704 [1/m] | 333 TSC w706 [1/m] | 334 TSC w708 [1/m] | 335 TSC w710 [1/m] | 336 TSC w712 [1/m] | 337 TSC w714 [1/m] | 338 TSC w716 [1/m] | 339 TSC w718 [1/m] | 340 TSC w720 [1/m] | 341 TSC w722 [1/m] | 342 TSC w724 [1/m] | 343 TSC w726 [1/m] | 344 TSC w728 [1/m] | 345 TSC w730 [1/m] | 346 TSC w732 [1/m] | 347 TSC w734 [1/m] | 348 TSC w736 [1/m] | 349 TSC w738 [1/m] | 350 TSC w740 [1/m] |
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Geiseltalsee-0808_AC-S | Röttgers, Rüdiger; Remmler, Paul | 2017-08-30T10:08:51 | 0.75 | 0.05 | -0.04 | 0.1 | 6210 | 30 | 0.791367846 | 0.795163625 | 0.798207458 | 0.796990260 | 0.796886420 | 0.800486013 | 0.803592362 | 0.804575737 | 0.805801157 | 0.806768948 | 0.806509053 | 0.801338412 | 0.796158605 | 0.795190828 | 0.793832635 | 0.791835736 | 0.789625927 | 0.786861553 | 0.783798567 | 0.780407589 | 0.776797950 | 0.773643398 | 0.770943935 | 0.768182629 | 0.765173956 | 0.762165282 | 0.758781912 | 0.755356910 | 0.752007962 | 0.748773096 | 0.745453140 | 0.741934640 | 0.738373086 | 0.734468694 | 0.730560243 | 0.727626307 | 0.725017209 | 0.722027258 | 0.718148653 | 0.714270047 | 0.711886654 | 0.709767121 | 0.707537875 | 0.705052634 | 0.702573749 | 0.698928738 | 0.695290084 | 0.692141089 | 0.689155315 | 0.686362288 | 0.683697760 | 0.681014699 | 0.678276037 | 0.675537375 | 0.672799639 | 0.670276587 | 0.667747955 | 0.665169094 | 0.662590234 | 0.659299014 | 0.655532888 | 0.652054337 | 0.649726088 | 0.647397838 | 0.644182898 | 0.640472393 | 0.637054484 | 0.633994189 | 0.631096081 | 0.628846718 | 0.626597354 | 0.623976596 | 0.621196670 | 0.619200885 | 0.618163496 | 0.617060276 | 0.614706472 | 0.612352658 | 0.610219978 | 0.608182070 | 0.606081922 | 0.603836550 | 0.601591066 | 0.599294655 | 0.596992448 | 0.594559820 | 0.592040245 | 0.589500974 | 0.587242006 | 0.585013986 | 0.582693441 | 0.580452774 | 0.578548491 | 0.576511729 | 0.574545057 | 0.572591074 | 0.570899383 | 0.569057867 | 0.567140783 | 0.565215302 | 0.563370444 | 0.561741550 | 0.560122787 | 0.558544552 | 0.556966316 | 0.555220352 | 0.553268319 | 0.551211576 | 0.548900123 | 0.546705655 | 0.545024106 | 0.543492557 | 0.541722822 | 0.539893540 | 0.538045856 | 0.536455843 | 0.534848104 | 0.533075862 | 0.531390924 | 0.529409694 | 0.527499615 | 0.525992728 | 0.524484511 | 0.523027990 | 0.521572721 | 0.519692881 | 0.517706898 | 0.515751679 | 0.514094358 | 0.512641971 | 0.511420177 | 0.510193674 | 0.508679852 | 0.507370159 | 0.506217191 | 0.505064238 | 0.504599154 | 0.503923088 | 0.503397023 | 0.502659970 | 0.502064067 | 0.501363508 | 0.500069848 | 0.498695432 | 0.497021040 | 0.495431441 | 0.493638491 | 0.490881978 | 0.488179824 | 0.486599265 | 0.484515587 | 0.482129848 | 0.480098629 | 0.478605659 | 0.477654247 | 0.476739769 | 0.475699449 | 0.474642835 | 0.474287277 | 0.473962413 | 0.474076064 | 0.473173067 | 0.472703494 | 0.472558953 | 0.473611936 | 0.472732174 | 0.473181374 | 0.473899477 | 0.473152555 | 0.470302843 | 0.458702843 | 0.380262846 | 0.398741125 | 0.414977458 | 0.428087760 | 0.439671420 | 0.455363513 | 0.470559862 | 0.482618237 | 0.495318657 | 0.506176448 | 0.515989053 | 0.520683412 | 0.525088605 | 0.533325828 | 0.541410135 | 0.548085736 | 0.554263427 | 0.560114053 | 0.564476067 | 0.568817589 | 0.572705450 | 0.575850898 | 0.579918935 | 0.582745129 | 0.586366456 | 0.588715282 | 0.591284412 | 0.592981910 | 0.594960462 | 0.597020596 | 0.599165640 | 0.600384640 | 0.601538086 | 0.602223694 | 0.602812743 | 0.603633807 | 0.605324709 | 0.606599758 | 0.606238653 | 0.605847547 | 0.606959154 | 0.608054621 | 0.609137875 | 0.609885134 | 0.610143749 | 0.609801238 | 0.608862584 | 0.608188589 | 0.608322815 | 0.607814788 | 0.607557760 | 0.607299699 | 0.606808537 | 0.606182375 | 0.605334639 | 0.604871587 | 0.604095455 | 0.603374094 | 0.602582734 | 0.601226514 | 0.599222888 | 0.597396837 | 0.596786088 | 0.596007838 | 0.594600398 | 0.592252393 | 0.590614484 | 0.588756689 | 0.587548581 | 0.586406718 | 0.585802354 | 0.584329096 | 0.582971670 | 0.582218385 | 0.582120996 | 0.582075276 | 0.580951472 | 0.579740158 | 0.578737478 | 0.577652070 | 0.576481922 | 0.575174050 | 0.573718566 | 0.572459655 | 0.571084948 | 0.569574820 | 0.567692745 | 0.566070974 | 0.564399506 | 0.563033986 | 0.561450941 | 0.559845274 | 0.558838491 | 0.557131729 | 0.556145057 | 0.554733574 | 0.553714383 | 0.552737867 | 0.551473283 | 0.550422802 | 0.548835444 | 0.547669050 | 0.546377787 | 0.545074552 | 0.543748816 | 0.542170352 | 0.540585819 | 0.538834076 | 0.536645123 | 0.534835655 | 0.533584106 | 0.532217557 | 0.530765322 | 0.529221040 | 0.527560856 | 0.526258343 | 0.524855604 | 0.523510862 | 0.521955924 | 0.520254694 | 0.518599615 | 0.517347728 | 0.516114511 | 0.514937990 | 0.513760221 | 0.512065381 | 0.510744398 | 0.509019179 | 0.507649358 | 0.506594471 | 0.505435177 | 0.505028674 | 0.503127352 | 0.502285159 | 0.501064691 | 0.499854238 | 0.499646654 | 0.499175588 | 0.499039523 | 0.498162470 | 0.497869067 | 0.497288508 | 0.496084848 | 0.494610432 | 0.492968540 | 0.491508941 | 0.490070991 | 0.487476978 | 0.485164824 | 0.484391765 | 0.482425587 | 0.480089848 | 0.479613629 | 0.478458159 | 0.478104247 | 0.478897269 | 0.478701949 | 0.479910335 | 0.481107277 | 0.483344913 | 0.483301064 | 0.486575567 | 0.489395994 | 0.472558953 | 0.473611936 | 0.472732174 | 0.473181374 | 0.473899477 | 0.473152555 | 0.470302843 |
Geiseltalsee-0826_AC-S | Röttgers, Rüdiger; Remmler, Paul | 2017-08-30T10:26:47 | 0.73 | 0.04 | -0.06 | 0.1 | 6330 | 30 | 0.792167397 | 0.798660655 | 0.803822966 | 0.801443245 | 0.800429271 | 0.804128281 | 0.807274307 | 0.808058394 | 0.808979645 | 0.809448484 | 0.808894457 | 0.804248965 | 0.799599853 | 0.798410851 | 0.796904331 | 0.794660651 | 0.792171252 | 0.789432745 | 0.786560103 | 0.782986646 | 0.778945979 | 0.775550708 | 0.772800833 | 0.769985926 | 0.766910897 | 0.763835868 | 0.760428115 | 0.756983392 | 0.753540738 | 0.750101185 | 0.746717575 | 0.743464499 | 0.740135369 | 0.736168402 | 0.732197194 | 0.729180015 | 0.726480845 | 0.723458601 | 0.719682516 | 0.715906432 | 0.713474702 | 0.711280211 | 0.708935137 | 0.706238699 | 0.703561809 | 0.700002313 | 0.696462363 | 0.693287810 | 0.690235056 | 0.687380067 | 0.684656922 | 0.681955558 | 0.679319541 | 0.676683524 | 0.673939738 | 0.671364051 | 0.668791775 | 0.666250192 | 0.663708610 | 0.660437861 | 0.656681001 | 0.653195398 | 0.650794824 | 0.648394250 | 0.645131309 | 0.641380912 | 0.637965354 | 0.634959042 | 0.632095406 | 0.629802424 | 0.627509451 | 0.624897041 | 0.622147729 | 0.620199261 | 0.619229600 | 0.618193002 | 0.615886015 | 0.613578960 | 0.611514192 | 0.609553260 | 0.607514158 | 0.605292660 | 0.603071209 | 0.600674430 | 0.598258229 | 0.595754785 | 0.593193179 | 0.590642202 | 0.588401853 | 0.586148625 | 0.583721475 | 0.581414150 | 0.579536411 | 0.577529488 | 0.575605823 | 0.573693304 | 0.572028964 | 0.570214817 | 0.568353055 | 0.566486001 | 0.564697579 | 0.563123491 | 0.561552893 | 0.559996256 | 0.558439616 | 0.556706692 | 0.554766185 | 0.552727503 | 0.550440645 | 0.548267897 | 0.546591761 | 0.545065628 | 0.543308019 | 0.541492544 | 0.539637853 | 0.538023803 | 0.536432276 | 0.534709175 | 0.533058179 | 0.531075431 | 0.529164340 | 0.527659311 | 0.526140022 | 0.524557451 | 0.522955789 | 0.521067010 | 0.519106453 | 0.517131854 | 0.515418494 | 0.513931548 | 0.512715084 | 0.511507350 | 0.510037259 | 0.508781107 | 0.507737284 | 0.506693477 | 0.506308203 | 0.505669872 | 0.505181540 | 0.504440135 | 0.503750409 | 0.502958084 | 0.501584352 | 0.500166067 | 0.498515043 | 0.496945767 | 0.495170649 | 0.492377975 | 0.489645498 | 0.488121696 | 0.486107300 | 0.483790104 | 0.481984417 | 0.480671335 | 0.479852615 | 0.478970714 | 0.478024064 | 0.477159965 | 0.477140568 | 0.477086019 | 0.477318107 | 0.476541513 | 0.476277548 | 0.476354917 | 0.477351831 | 0.476684723 | 0.476997807 | 0.477504464 | 0.476574246 | 0.473284912 | 0.461684912 | 0.381062397 | 0.402238155 | 0.420592966 | 0.432540745 | 0.443214271 | 0.459005781 | 0.474241807 | 0.486100894 | 0.498497145 | 0.508855984 | 0.518374457 | 0.523593965 | 0.528529853 | 0.536545851 | 0.544481831 | 0.550910651 | 0.556808752 | 0.562685245 | 0.567237603 | 0.571396646 | 0.574853479 | 0.577758208 | 0.581775833 | 0.584548426 | 0.588103397 | 0.590385868 | 0.592930615 | 0.594608392 | 0.596493238 | 0.598348685 | 0.600430075 | 0.601914499 | 0.603300369 | 0.603923402 | 0.604449694 | 0.605187515 | 0.606788345 | 0.608031101 | 0.607772516 | 0.607483932 | 0.608547202 | 0.609567711 | 0.610535137 | 0.611071199 | 0.611131809 | 0.610874813 | 0.610034863 | 0.609335310 | 0.609402556 | 0.608832567 | 0.608516922 | 0.608240558 | 0.607852041 | 0.607328524 | 0.606474738 | 0.605959051 | 0.605139275 | 0.604455192 | 0.603701110 | 0.602365361 | 0.600371001 | 0.598537898 | 0.597854824 | 0.597004250 | 0.595548809 | 0.593160912 | 0.591525354 | 0.589721542 | 0.588547906 | 0.587362424 | 0.586714451 | 0.585249541 | 0.583922729 | 0.583216761 | 0.583187100 | 0.583208002 | 0.582131015 | 0.580966460 | 0.580031692 | 0.579023260 | 0.577914158 | 0.576630160 | 0.575198709 | 0.573839430 | 0.572350729 | 0.570769785 | 0.568845679 | 0.567212202 | 0.565559353 | 0.564168625 | 0.562478975 | 0.560806650 | 0.559826411 | 0.558149488 | 0.557205823 | 0.555835804 | 0.554843964 | 0.553894817 | 0.552685555 | 0.551693501 | 0.550162579 | 0.549050991 | 0.547807893 | 0.546526256 | 0.545222116 | 0.543656692 | 0.542083685 | 0.540350003 | 0.538185645 | 0.536397897 | 0.535151761 | 0.533790628 | 0.532350519 | 0.530820044 | 0.529152853 | 0.527826303 | 0.526439776 | 0.525144175 | 0.523623179 | 0.521920431 | 0.520264340 | 0.519014311 | 0.517770022 | 0.516467451 | 0.515143289 | 0.513439510 | 0.512143953 | 0.510399354 | 0.508973494 | 0.507884048 | 0.506730084 | 0.506342350 | 0.504484759 | 0.503696107 | 0.502584784 | 0.501483477 | 0.501355703 | 0.500922372 | 0.500824040 | 0.499942635 | 0.499555409 | 0.498883084 | 0.497599352 | 0.496081067 | 0.494462543 | 0.493023267 | 0.491603149 | 0.488972975 | 0.486630498 | 0.485914196 | 0.484017300 | 0.481750104 | 0.481499417 | 0.480523835 | 0.480302615 | 0.481128214 | 0.481026564 | 0.482427465 | 0.483960568 | 0.486468519 | 0.486543107 | 0.489944013 | 0.492970048 | 0.476354917 | 0.477351831 | 0.476684723 | 0.476997807 | 0.477504464 | 0.476574246 | 0.473284912 |
Geiseltalsee-1227_AC-S | Röttgers, Rüdiger; Remmler, Paul | 2017-08-28T14:27:28 | 0.62 | 0.04 | -0.03 | 0.1 | 6470 | 30 | 0.863176063 | 0.867730204 | 0.871286378 | 0.869187403 | 0.869197030 | 0.876891059 | 0.882582391 | 0.880112938 | 0.878286198 | 0.876945925 | 0.875205860 | 0.871866627 | 0.868520203 | 0.868943751 | 0.869018688 | 0.866779508 | 0.863768953 | 0.859846698 | 0.855433527 | 0.852526084 | 0.850622459 | 0.848019437 | 0.844717018 | 0.841272297 | 0.837258368 | 0.833244440 | 0.830068129 | 0.826984886 | 0.823722912 | 0.820192839 | 0.816770246 | 0.813598439 | 0.810365491 | 0.806647004 | 0.802922634 | 0.799723970 | 0.796700541 | 0.793771333 | 0.791061975 | 0.788352615 | 0.786066832 | 0.783855796 | 0.781509790 | 0.778848854 | 0.776211888 | 0.772889021 | 0.769590124 | 0.766745973 | 0.764053404 | 0.761431434 | 0.758856531 | 0.756284095 | 0.753719055 | 0.751154017 | 0.748664875 | 0.746422544 | 0.744179131 | 0.741925963 | 0.739672796 | 0.736637129 | 0.733079796 | 0.729801609 | 0.727640010 | 0.725478411 | 0.722631165 | 0.719355370 | 0.716383207 | 0.713782151 | 0.711296781 | 0.709274262 | 0.707251725 | 0.704505633 | 0.701449445 | 0.699004002 | 0.697305027 | 0.695551769 | 0.692768883 | 0.689985915 | 0.687693593 | 0.685611549 | 0.683592544 | 0.681720632 | 0.679848610 | 0.677961344 | 0.676072250 | 0.673983543 | 0.671761762 | 0.669413538 | 0.667238873 | 0.665046142 | 0.662669858 | 0.660494719 | 0.658938921 | 0.657158730 | 0.655080971 | 0.653028571 | 0.651354777 | 0.649530948 | 0.647630871 | 0.645722323 | 0.643989992 | 0.642551840 | 0.641114932 | 0.639683002 | 0.638251071 | 0.636546563 | 0.634617482 | 0.632633344 | 0.630444150 | 0.628373952 | 0.626828059 | 0.625432168 | 0.623807166 | 0.622124890 | 0.620465484 | 0.619097519 | 0.617678787 | 0.616068518 | 0.614580101 | 0.612876008 | 0.611200537 | 0.609687229 | 0.608181193 | 0.606670920 | 0.605168457 | 0.603382123 | 0.601524821 | 0.599751688 | 0.598320148 | 0.597066136 | 0.595991818 | 0.594893660 | 0.593472655 | 0.592260714 | 0.591233469 | 0.590206218 | 0.589783765 | 0.589000000 | 0.588340277 | 0.587319224 | 0.586425448 | 0.585399876 | 0.583627595 | 0.582013797 | 0.580544327 | 0.579140676 | 0.577518149 | 0.575172818 | 0.572849890 | 0.571226721 | 0.568890482 | 0.566135688 | 0.563807409 | 0.561767613 | 0.560018014 | 0.558405107 | 0.556665740 | 0.554890469 | 0.553678284 | 0.552451934 | 0.551609161 | 0.549759483 | 0.548482046 | 0.547578762 | 0.547503295 | 0.546144410 | 0.545762333 | 0.545594122 | 0.544238189 | 0.540968505 | 0.529368505 | 0.273952730 | 0.295220204 | 0.314763045 | 0.329020737 | 0.343393696 | 0.366394392 | 0.386392391 | 0.396722938 | 0.410029532 | 0.421219258 | 0.433295860 | 0.441496627 | 0.451943536 | 0.464613751 | 0.476365355 | 0.483562841 | 0.491622286 | 0.498686698 | 0.504893527 | 0.512266084 | 0.520579126 | 0.527612771 | 0.534770351 | 0.541395630 | 0.546168368 | 0.551101106 | 0.556418129 | 0.561374886 | 0.566106245 | 0.569876172 | 0.573780246 | 0.578235105 | 0.581845491 | 0.584920338 | 0.587919300 | 0.590993970 | 0.594173874 | 0.596838000 | 0.600478641 | 0.602575949 | 0.604970165 | 0.607739129 | 0.609743124 | 0.611908854 | 0.613721888 | 0.614512354 | 0.616123457 | 0.617785973 | 0.619580070 | 0.622168101 | 0.624136531 | 0.626004095 | 0.628335722 | 0.630070684 | 0.631928208 | 0.633555878 | 0.635162464 | 0.636452630 | 0.637572796 | 0.638047129 | 0.637679796 | 0.637554942 | 0.638110010 | 0.638931745 | 0.638571165 | 0.638062036 | 0.637536540 | 0.637765484 | 0.637590114 | 0.638047596 | 0.638188392 | 0.637978966 | 0.636639445 | 0.636670669 | 0.636811693 | 0.636561769 | 0.635472216 | 0.634629248 | 0.633930260 | 0.633478216 | 0.632639211 | 0.632347299 | 0.631611943 | 0.630918011 | 0.630188916 | 0.629183543 | 0.628318428 | 0.626840205 | 0.626148873 | 0.624889475 | 0.623979858 | 0.622994719 | 0.622578921 | 0.621758730 | 0.620424304 | 0.619531904 | 0.618644777 | 0.617924281 | 0.616860871 | 0.615578990 | 0.614756659 | 0.613535173 | 0.612598265 | 0.611409668 | 0.610361071 | 0.609126563 | 0.607317482 | 0.605543344 | 0.603944150 | 0.602083952 | 0.600988059 | 0.599832168 | 0.598520500 | 0.597578223 | 0.596315484 | 0.595134186 | 0.594082120 | 0.592948518 | 0.591703434 | 0.590306008 | 0.589020537 | 0.587903895 | 0.586134526 | 0.584580920 | 0.583358457 | 0.581235457 | 0.579711488 | 0.578035021 | 0.576456815 | 0.574326136 | 0.572698485 | 0.569516993 | 0.566969321 | 0.564560714 | 0.562180135 | 0.559216218 | 0.557890432 | 0.557170000 | 0.556176943 | 0.555509224 | 0.555538781 | 0.555733209 | 0.556004261 | 0.556420464 | 0.558180993 | 0.559910676 | 0.561371482 | 0.561319485 | 0.561139890 | 0.561236721 | 0.558813815 | 0.557452355 | 0.556284076 | 0.555327613 | 0.554494681 | 0.552248441 | 0.550805740 | 0.551150469 | 0.549924951 | 0.549388601 | 0.550015827 | 0.547676150 | 0.546092046 | 0.547962096 | 0.547503295 | 0.546144410 | 0.545762333 | 0.545594122 | 0.544238189 | 0.540968505 |