/begin_header /identifier_product_doi=10.5067/SeaBASS/CALCOFI/DATA001 /affiliations=UCSD-SIO /investigators=Greg_Mitchell,Mati_Kahru /contact=mkahru@ucsd.edu /experiment=CALCOFI /cruise=CAL9809 /data_type=scan /data_status=final /calibration_files=missing_calibration.txt ! original_file_name=as_cal9807.dat /west_longitude=-120.018[DEG] /east_longitude=-120.018[DEG] /north_latitude=34.273[DEG] /south_latitude=34.273[DEG] /start_date=19980924 /end_date=19980924 /start_time=21:08:00[GMT] /end_time=21:08:00[GMT] /station=82.47 /data_file_name=ag82.47_198m.sb /water_depth=NA /measurement_depth=198 /cloud_percent=10 /secchi_depth=16 /wave_height=0.30 /wind_speed=5.14 ! linked_files=sbsurf_cal9809.dat.sb,apm90_cal9809.dat.sb,adm90_cal9809.dat.sb,as_cal9809.dat.sb ! the unique identifier APid is used to link atp,ad,ays spectra to depth-resolved samples in spgdepthd_cal9809.dat.sb ! the unique identifiers Cruise and Station are used to link to other surface data in sbsurf_cal9809.dat.sb /documents=README.cal9809,sbsurf_cal9809.dat.sb /missing=-9.9 /delimiter=space ! Negative values for absorption coefficient (if any) should be considered 0! ! method of estimating absorption: Mitchell, B.G., Kahru, M., CalCOFI Reports, 1998 ! The spectral range is 250-600 nm with 2 nm step ! as300 is the exponentially fitted ays value at 300 nm ! aslope is the exponential coeff in the ays=as300*exp((lambda-300)*coeff) ! fiterr is error of the fitting (composite of multiple tests): ! 0 means good fit; 1 means noisy data and less than excellent fit /fields=wavelength,ag /units=nm,1/m ! ! CHL: 0.01 ! PHAEO: 0.05 ! APid: 9809p152 ! Afile: 9809s152.sp6 ! ! as300: 0.363 ! aslope: 0.016 ! fiterr: 1 ! /end_header 250 0 252 0 254 0 256 0 258 0 260 0 262 0 264 0 266 0 268 0 270 0 272 0 274 0 276 0 278 0 280 0 282 0 284 0 286 0 288 0 290 0 292 0 294 0 296 0 298 0 300 0.38107 302 0.3711 304 0.35592 306 0.3437 308 0.33107 310 0.32065 312 0.30762 314 0.29349 316 0.28013 318 0.26708 320 0.25575 322 0.24448 324 0.23428 326 0.22508 328 0.21559 330 0.20722 332 0.20075 334 0.1926 336 0.18644 338 0.1797 340 0.17504 342 0.16955 344 0.16519 346 0.1603 348 0.15463 350 0.14813 352 0.14339 354 0.13849 356 0.13499 358 0.13243 360 0.12913 362 0.12739 364 0.12397 366 0.11956 368 0.1176 370 0.11623 372 0.11197 374 0.10821 376 0.10274 378 0.09931 380 0.09559 382 0.09271 384 0.09082 386 0.08865 388 0.08632 390 0.08293 392 0.0826 394 0.0816 396 0.08035 398 0.0787 400 0.07792 402 0.07623 404 0.0754 406 0.07472 408 0.07201 410 0.07149 412 0.07161 414 0.06967 416 0.06899 418 0.06904 420 0.06968 422 0.06717 424 0.06328 426 0.05848 428 0.05382 430 0.0485 432 0.04549 434 0.0428 436 0.04417 438 0.04074 440 0.03971 442 0.03831 444 0.03822 446 0.03918 448 0.03939 450 0.0385 452 0.03798 454 0.0351 456 0.03483 458 0.03065 460 0.028 462 0.02621 464 0.02627 466 0.02498 468 0.02596 470 0.02497 472 0.02455 474 0.02173 476 0.02202 478 0.02067 480 0.02017 482 0.01841 484 0.01623 486 0.01529 488 0.01373 490 0.01424 492 0.01313 494 0.01189 496 0.01025 498 0.00999 500 0.00895 502 0.00755 504 0.00809 506 0.0093 508 0.00979 510 0.00829 512 0.00866 514 0.00638 516 0.00895 518 0.01219 520 0.01115 522 0.0094 524 0.00742 526 0.0071 528 0.00692 530 0.00871 532 0.01151 534 0.01009 536 0.00938 538 0.01099 540 0.0108 542 0.01312 544 0.012 546 0.01147 548 0.00992 550 0.00741 552 0.00748 554 0.00646 556 0.00592 558 0.00472 560 0.00339 562 0.0042 564 0.00504 566 0.00605 568 0.00673 570 0.00667 572 0.00579 574 0.00714 576 0.00504 578 0.00488 580 0.00544 582 0.00635 584 0.0053 586 0.00601 588 0.00625 590 0.00653 592 0.00371 594 0.00143 596 -0.00118 598 -0.00245 600 -0.00283