/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=CAL9704 /start_date=19970404 /end_date=19970404 /start_time=18:33:00[GMT] /end_time=18:33:00[GMT] /north_latitude=31.180[DEG] /south_latitude=31.180[DEG] /east_longitude=-120.943[DEG] /west_longitude=-120.943[DEG] /station=93.80 /data_file_name=ag93.80_269m.sb /water_depth=NA /measurement_depth=269 /cloud_percent=NA /secchi_depth=NA /wave_height=NA /wind_speed=NA /data_type=scan /data_status=final /calibration_files=missing_calibration.txt ! linked_files=sbsurf_cal9704.dat.sb,apm90_cal9704.dat.sb,adm90_cal9704.dat.sb,as_cal9704.dat.sb ! the unique identifier APid is used to link atp,ad,ays spectra to depth-resolved samples in spgdepthd_cal9704.dat.sb ! the unique identifiers Cruise and Station are used to link to other surface data in sbsurf_cal9704.dat.sb /documents=README.cal9704 /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 300 nm - 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: -9.00 ! PHAEO: -9.00 ! APid: 9704p029 ! Afile: 9704p029.sp6 ! ! as300: 0.444 ! aslope: 0.016 ! fiterr: 0 ! /end_header 300 0.4302 302 0.42949 304 0.41151 306 0.39927 308 0.38887 310 0.37709 312 0.36746 314 0.35902 316 0.34958 318 0.34117 320 0.3298 322 0.31826 324 0.30864 326 0.29764 328 0.29061 330 0.28016 332 0.27185 334 0.26177 336 0.25341 338 0.24252 340 0.23509 342 0.22375 344 0.21432 346 0.20239 348 0.19409 350 0.18535 352 0.17844 354 0.16986 356 0.16245 358 0.15558 360 0.1502 362 0.14511 364 0.14108 366 0.13805 368 0.13354 370 0.12824 372 0.12634 374 0.12188 376 0.12044 378 0.11522 380 0.11357 382 0.1094 384 0.10485 386 0.10052 388 0.0986 390 0.09564 392 0.09344 394 0.09136 396 0.09133 398 0.08797 400 0.08797 402 0.0873 404 0.08604 406 0.08386 408 0.08299 410 0.07995 412 0.07859 414 0.07499 416 0.07352 418 0.07233 420 0.07154 422 0.07206 424 0.07038 426 0.0681 428 0.06409 430 0.06103 432 0.05696 434 0.0539 436 0.05376 438 0.05414 440 0.05437 442 0.05369 444 0.05003 446 0.04752 448 0.04375 450 0.04376 452 0.04088 454 0.04071 456 0.0376 458 0.03707 460 0.03411 462 0.03297 464 0.03023 466 0.02965 468 0.02927 470 0.02646 472 0.02568 474 0.02586 476 0.02526 478 0.02668 480 0.024 482 0.02495 484 0.0224 486 0.02441 488 0.02388 490 0.02315 492 0.02355 494 0.021 496 0.02033 498 0.01899 500 0.01769 502 0.01716 504 0.01556 506 0.01397 508 0.01377 510 0.01405 512 0.0148 514 0.01464 516 0.01541 518 0.01274 520 0.01113 522 0.01063 524 0.00939 526 0.00801 528 0.00796 530 0.00709 532 0.0074 534 0.0071 536 0.00844 538 0.0086 540 0.00994 542 0.00848 544 0.00977 546 0.00835 548 0.00899 550 0.00729 552 0.00851 554 0.00755 556 0.01046 558 0.00876 560 0.00954 562 0.00882 564 0.01064 566 0.00863 568 0.00815 570 0.00877 572 0.00602 574 0.00693 576 0.00532 578 0.00481 580 0.00509 582 0.00479 584 0.00403 586 0.0033 588 0.00189 590 0.00168 592 -0.00007 594 0.00047 596 0.0002 598 0.00171 600 0.00297