/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=CAL9709 /data_type=scan /data_status=final /calibration_files=missing_calibration.txt ! original_file_name=as_cal9709.dat /west_longitude=-119.518[DEG] /east_longitude=-119.518[DEG] /north_latitude=34.177[DEG] /south_latitude=34.177[DEG] /start_date=19971001 /end_date=19971001 /start_time=23:13:00[GMT] /end_time=23:13:00[GMT] /station=83.42 /data_file_name=ag83.42_1m.sb /water_depth=NA /measurement_depth=1 /cloud_percent=100 /secchi_depth=17 /wave_height=0.30 /wind_speed=5.66 ! linked_files=sbsurf_cal9709.dat.sb,apm90_cal9709.dat.sb,adm90_cal9709.dat.sb,as_cal9709.dat.sb ! the unique identifier APid is used to link atp,ad,ays spectra to depth-resolved samples in spgdepthd_cal9709.dat.sb ! the unique identifiers Cruise and Station are used to link to other surface data in sbsurf_cal9709.dat.sb /documents=README.cal9709,sbsurf_cal9709.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: 0.26 ! PHAEO: 0.08 ! APid: 9709p163 ! Afile: 9709s163.sp6 ! ! as300: 0.528 ! aslope: 0.019 ! fiterr: 2 ! /end_header 250 -9.9 252 -9.9 254 -9.9 256 -9.9 258 -9.9 260 -9.9 262 -9.9 264 -9.9 266 -9.9 268 -9.9 270 -9.9 272 -9.9 274 -9.9 276 -9.9 278 -9.9 280 -9.9 282 -9.9 284 -9.9 286 -9.9 288 -9.9 290 -9.9 292 -9.9 294 -9.9 296 -9.9 298 -9.9 300 0.55443 302 0.52408 304 0.50362 306 0.48156 308 0.45984 310 0.43978 312 0.42287 314 0.40543 316 0.39018 318 0.37299 320 0.3561 322 0.34022 324 0.32597 326 0.31344 328 0.30205 330 0.28931 332 0.27753 334 0.26428 336 0.25271 338 0.24059 340 0.22852 342 0.21678 344 0.20888 346 0.19724 348 0.1891 350 0.17927 352 0.1729 354 0.1652 356 0.15766 358 0.15324 360 0.14656 362 0.14065 364 0.13592 366 0.13134 368 0.12974 370 0.12411 372 0.12075 374 0.11508 376 0.10997 378 0.10687 380 0.1031 382 0.10238 384 0.09832 386 0.09634 388 0.09257 390 0.09059 392 0.08651 394 0.08507 396 0.08408 398 0.08063 400 0.0796 402 0.07732 404 0.07767 406 0.07398 408 0.07191 410 0.06974 412 0.06922 414 0.06773 416 0.06602 418 0.06526 420 0.06269 422 0.06239 424 0.06047 426 0.05981 428 0.05811 430 0.05567 432 0.05574 434 0.05204 436 0.05013 438 0.04955 440 0.04806 442 0.04647 444 0.04404 446 0.04351 448 0.04347 450 0.04292 452 0.04054 454 0.03963 456 0.03815 458 0.03916 460 0.0407 462 0.03792 464 0.03739 466 0.03605 468 0.03501 470 0.03335 472 0.03301 474 0.03392 476 0.03129 478 0.02949 480 0.02862 482 0.02838 484 0.02728 486 0.02894 488 0.0271 490 0.02761 492 0.02702 494 0.02599 496 0.02717 498 0.0255 500 0.02339 502 0.0226 504 0.02259 506 0.02107 508 0.02146 510 0.02143 512 0.02019 514 0.02055 516 0.0208 518 0.0192 520 0.01815 522 0.01777 524 0.01646 526 0.01675 528 0.01663 530 0.01651 532 0.01673 534 0.01538 536 0.01549 538 0.01557 540 0.01393 542 0.01426 544 0.01435 546 0.01405 548 0.01302 550 0.01311 552 0.01344 554 0.01477 556 0.01266 558 0.01194 560 0.01227 562 0.01133 564 0.01359 566 0.01079 568 0.0107 570 0.00787 572 0.00489 574 0.00455 576 0.00402 578 0.0056 580 0.00746 582 0.00828 584 0.00786 586 0.00611 588 0.00504 590 0.00225 592 -0.00061 594 -0.00203 596 -0.00201 598 0.00042 600 0.00366