# Indus Fan Miocene Plant Biomarker and Microfossil Data 
#----------------------------------------------------------------------- 
#                World Data Service for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#             National Centers for Environmental Information (NCEI)
#----------------------------------------------------------------------- 
# Template Version 3.0
# Encoding: UTF-8
# NOTE: Please cite Publication, and Online_Resource and date accessed when using these data. 
# If there is no publication information, please cite Investigators, Title, and Online_Resource and date accessed. 
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# Online_Resource: https://www.ncdc.noaa.gov/paleo/study/28792
#      Description: NOAA Landing Page
# Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/feakins2020/feakins2020.txt
#      Description: NOAA location of the template
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# Original_Source_URL:  
#       Description:
# 
# Description/Documentation lines begin with #
# Data lines have no #
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# Archive: Paleoceanography
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# Dataset DOI: 
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# Parameter_Keywords: biomarkers, geochemistry, carbon isotopes, nitrogen isotopes 
#---------------------------------------
# Contribution_Date
#    Date: 2020-03-26
#---------------------------------------
# File_Last_Modified_Date
#    Date: 2024-06-26
#---------------------------------------
# Title
#    Study_Name: Indus Fan Miocene Plant Biomarker and Microfossil Data 
#---------------------------------------
# Investigators
#      Investigators: Feakins, S.J.; Liddy, H.M.; Tauxe, L.; Galy, V.; Feng, X.; Tierney, J.E.; Miao, Y.; Warny, S.
#---------------------------------------
# Description_Notes_and_Keywords
#        Description: Biomarker and isotope data from sediments collected in the Indus Fan core U1457 for 10-5 million years BP. LAST UPDATE 6/26/2024: Added IODP sample identification values to the data table.
#         Provided Keywords: International Ocean Discovery Program; Expedition 355; Site U1457; biomarkers
#---------------------------------------
# Publication
# Authors: Sarah J. Feakins, Hannah M. Liddy, Lisa Tauxe, Valier Galy, Xiaojuan Feng, Jessica E. Tierney, Yunfa Miao, Sophie Warny
# Published_Date_or_Year: 2020-06-01
# Published_Title: Miocene C4 Grassland Expansion as Recorded by the Indus Fan
# Journal_Name: Paleoceanography and Paleoclimatology
# Volume: 35
# Edition: e2020PA003856
# Issue: 6
# Pages: 
# Report Number: 
# DOI: 10.1029/2020PA003856
# Online_Resource: https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2020PA003856
# Full_Citation: 
# Abstract: In the late Miocene, grasslands spread across the forested floodplains of the Himalayan foreland, but the causes of the ecological transition are still debated. Recent seafloor drilling by the International Ocean Discovery Program (IODP) provides an opportunity to study the transition across a larger region as archived in the Indus submarine fan. We present a multiproxy study of past vegetation change based on analyses of the carbon isotopic composition (d13C) of bulk organic carbon, plant wax n-alkanes and n-alkanoic acids, and quantification of lignin phenols, charcoal, and pollen. We analyze the hydrogen isotopic composition (dD) of plant wax to reconstruct precipitation dD. We use the Branched and Isoprenoid Tetraether (BIT) index to diagnose shifts between terrestrial versus marine lipid inputs between turbidite and hemipelagic sediments. We reconstruct ocean temperatures using the TEX86 index only where marine lipids dominate. We find evidence for the late Miocene grassland expansion in both  facies, confirming this was a regional ecosystem transformation. Turbidites contain dominantly terrestrial matter from the Indus catchment (D-depleted plant wax), delivered via fluvial transport as shown by the presence of lignin. In contrast, hemipelagic sediments lack lignin and bear D-enriched plant wax consistent with wind-blown inputs from the Indian peninsula; these show a 7.4-7.2 Ma expansion of C4 grasslands on the Indian subcontinent. Within each facies, we find no clear change in dD values across the late Miocene C4 expansion, implying consistent distillation of rainfall by monsoon dynamics. Yet, a cooling in the Arabian Sea is coincident with the C4 expansion.
#---------------------------------------
# Publication 
# Authors: Lisa Tauxe, Sarah J. Feakins 
# Published_Date_or_Year: 2020-07-01 
# Published_Title: A Reassessment of the Chronostratigraphy of Late Miocene C3-C4 Transitions 
# Journal_Name: Paleoceanography and Paleoclimatology
# Volume: 35
# Edition: e2020PA003857
# Issue: 7
# Pages:
# Report_Number: 
# DOI: 10.1029/2020PA003857
# Online_Resource: https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2020PA003857
# Full_Citation: 
# Abstract: Combining magnetostratigraphic and carbon isotopic data for the late Miocene can provide a temporal framework for an isotopic shift first documented in soil carbonate nodules of northern Pakistan. The shift has been interpreted as a change in vegetation from trees and shrubs (using the C3 photosynthetic pathway) to grassland (using the C4 pathway). The cause of the event has been hotly debated and its timing is close to a shift in carbon isotopes in the marine realm. Further understanding depends critically on chronology. Unfortunately, temporal calibration of the various records published over decades relied on different time scales. To address the lack of a consistent chronology, we have reevaluated the constraints for the carbon isotopic shifts recorded from the Indian subcontinent. These show a diachronous transition ranging in age from about 7.8 Ma in Pakistan to as late at 6 Ma in Nepal. The record from IODP Expedition 355 Site U1457, drilled on the Indus fan shows that the transition in peninsular India began at about 7.2 Ma. Similar records from the African margin saw an earlier shift to C4 dominance starting around 10 Ma and those from Australia and South America transitioned later, during the Pliocene. The diachroneity around the globe does not invalidate pCO2 as a driver, but is consistent with it being one of several drivers of the global C4 expansion.
#------------------
# Funding_Agency
#    Funding_Agency_Name: US National Science Foundation
#    Grant: OCE 14-50528, EAR 1547263  
#---------------------------------------
# Site Information
# Site_Name: IODP Site U1457
# Location: Ocean>Indian Ocean
# Country: 
# Northernmost_Latitude: 17.17639
# Southernmost_Latitude: 17.17639
# Easternmost_Longitude: 67.93917
# Westernmost_Longitude: 67.93917
# Elevation: -3523
#---------------------------------------
# Data_Collection
#   Collection_Name: Feakins2020
#   First_Year: 10370000
#   Last_Year: 5630000
#   Time_Unit: cal yr BP
#   Core_Length: 
#   Notes: 
#---------------------------------------
# Chronology_Information 
# Chronology: 
# 
# site 	IODP Site	
# hole	IODP Hole	
# core	IODP core	
# type	IODP type	
# sect	IODP core section	
# w	working half of core	
# top	top offset (cm) within section	
# bottom	bottom offset (cm) within sectio	
# depth_m	in ccsf scale in meters	
# age_ma	on the GPTS2012 timescale	
# alt_age_ma	alternative age based on Indian Ocean calibration	
# label	numbering scheme from Routledge et al., 2019	
# type	datum type CN = nannofossil, PF = foraminifera, MR = magnetostratigraph	
# event	datum, bottom (B) or top (T) of a species, or a named magnetic timeperiod.	
# site	hole	core	type	sect	cc	top	bottom	depth_m	age_ma	alt_age_ma	label	type	Event	
# U1457	C	37	R	6	cc	20	25	539.65	5.59	NaN	28	CN	T Discoaster quinqueramus	
# U1457	C	35	R	6	cc	0	5	526.64	5.92	NaN	29	PF	T Globoquadrina dehiscens	
# U1457	C	44	R	5	NaN	64	NaN	610.36	5.94	NaN	30	CN	T Nicklithus amplificus	
# U1457	C	46	R	1	NaN	68	NaN	624.23	6.733	NaN	32	MR	C3Ar	
# U1457	C	45	R	2	NaN	24	NaN	615.5	6.6	NaN	33	PF	B Pulleniatina primalis	
# U1457	C	46	R	4	NaN	40	NaN	628.34	6.91	6.7	35	CN	B Nicklithus amplificus	
# U1457	C	48	R	1	NaN	9	NaN	643.04	7.285	7.29	36	MR	C3Br.2r	
# U1457	C	48	R	2	NaN	60	NaN	645.05	7.3	7.2	38	CN	B Amaurolithus spp.	
# U1457	C	50	R	1	NaN	57	NaN	662.92	7.454	NaN	39	MR	C3Br.2n	
# U1457	C	51	R	2	NaN	92	NaN	674.47	7.642	NaN	41	MR	C4n.1r	
# U1457	C	67	R	6	cc	0	5	832.85	8.12	NaN	42	CN	B Discoaster quinqueramus	
# U1457	C	68	R	6	cc	9	14	845.62	8.68	NaN	43	CN	T Minylitha convallis	
# U1457	C	69	R	6	cc	25	30	856.5	9.21	NaN	44	CN	T Discoaster bollii	
# U1457	C	70	R	6	cc	18	23	864.64	9.69	NaN	45	CN	T Catinaster coalitus	
# U1457	C	70	R	6	NaN	35	NaN	864.18	9.79	NaN	46	MR	C5n	
# U1457	C	72	R	6	cc	23	28	885.02	9.83	NaN	47	PF	B Neogloboquadrina acostaensis	
# U1457	C	84	R	6	cc	10	15	1001.08	10.4	NaN	48	CN	B Discoaster bellus	
# U1457	C	84	R	6	cc	10	15	1001.08	10.89	NaN	49	CN	B Catinaster coalitus	
# 
#---------------------------------------
# Variables
# Data variables follow that are preceded by "##" in columns one and two.
# Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data)
#
## site	sample identification,,,,,paleoceanography;climate reconstructions,,,C,International Ocean Discovery Program Site
## hole	sample identification,,,,,paleoceanography;climate reconstructions,,,C,International Ocean Discovery Program Hole
## core	sample identification,,,,,paleoceanography;climate reconstructions,,,N,International Ocean Discovery Program Core
## type	sample identification,,,,,paleoceanography;climate reconstructions,,,C,International Ocean Discovery Program drilling type
## sect	sample identification,,,,,paleoceanography;climate reconstructions,,,N,International Ocean Discovery Program Section
## w	sample identification,,,,,paleoceanography;climate reconstructions,,,C,working half of core
## top	sample identification,,,,,paleoceanography;climate reconstructions,,,N,top offset (cm) within section
## bottom	sample identification,,,,,paleoceanography;climate reconstructions,,,N,bottom offset (cm) within section
## code	sample identification,,,,,paleoceanography;climate reconstructions,,,C,requestor code
## IODP_ID	sample identification,,,,,paleoceanography;climate reconstructions,,,C,International Ocean Discovery Program sample identifier
## depth_m	depth,,,meter,,paleoceanography;climate reconstructions,,,N,Depth CCSF scale (meters) below sea floor
## age_ma	age,,,million years ago,,paleoceanography;climate reconstructions,,,N,on the GPTS2012 timescale
## d13Calk29	delta 13C,C29 n-alkane,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13Calk31	delta 13C,C31 n-alkane,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13Calk33	delta 13C,C33 n-alkane,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13Calk29s	delta 13C,C29 n-alkane,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13Calk31s	delta 13C,C31 n-alkane,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13Calk33s	delta 13C,C33 n-alkane,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13Calkn	number of samples,,,count,,paleoceanography,,,N,number of plant wax alkane replicates
## d13Cacid28	delta 13C,C28 n-alkanoic acid,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13Cacid30	delta 13C,C30 n-alkanoic acid,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13Cacid32	delta 13C,C32 n-alkanoic acid,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13Cacid28s	delta 13C,C28 n-alkanoic acid,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13Cacid30s	delta 13C,C30 n-alkanoic acid,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13Cacid32s	delta 13C,C32 n-alkanoic acid,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13Cacidn	number of samples,,,count,,paleoceanography,,,N,number of plant wax alkanoic acid replicates
## d13C_OC	delta 13C,organic matter,,per mil VPDB,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d13C_oc_s	delta 13C,organic matter,one standard deviation,per mil VPDB,,paleoceanography,,isotope ratio mass spectrometry,N,
## d13C_oc_n	number of samples,,,count,,paleoceanography,,,N,number of organic carbon replicates
## OC	organic carbon,sediment,,percent,,paleoceanography,averaged,elemental analyzer,N,
## OCs	organic carbon,sediment,one standard deviation,percent,,paleoceanography,,elemental analyzer,N,
## d15N	delta 15N,sediment,,per mil,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## d15N_s	delta 15N,sediment,one standard deviation,per mil,,paleoceanography,,isotope ratio mass spectrometry,N,
## C_N	organic carbon/nitrogen,sediment,,fraction,,paleoceanography,,elemental analyzer,N,
## dD_29alk	delta 2H,C29 n-alkane,,per mil VSMOW,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## dD_31alk	delta 2H,C31 n-alkane,,per mil VSMOW,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## dD_33alk	delta 2H,C33 n-alkane,,per mil VSMOW,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## dD_29alks	delta 2H,C29 n-alkane,one standard deviation,per mil VSMOW,,paleoceanography,,isotope ratio mass spectrometry,N,
## dD_31alks	delta 2H,C31 n-alkane,one standard deviation,per mil VSMOW,,paleoceanography,,isotope ratio mass spectrometry,N,
## dD_33alks	delta 2H,C33 n-alkane,one standard deviation,per mil VSMOW,,paleoceanography,,isotope ratio mass spectrometry,N,
## dD_28acid	delta 2H,C28 n-alkanoic acid,,per mil VSMOW,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## dD_30acid	delta 2H,C30 n-alkanoic acid,,per mil VSMOW,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## dD_28acids	delta 2H,C28 n-alkanoic acid,one standard deviation,per mil VSMOW,,paleoceanography,,isotope ratio mass spectrometry,N,
## dD_30acids	delta 2H,C30 n-alkanoic acid,one standard deviation,per mil VSMOW,,paleoceanography,,isotope ratio mass spectrometry,N,
## 87Sr_86Sr	87Sr/86Sr,sediment,,dimensionless,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## 143Nd_144Nd	143Nd/144Nd,,,dimensionless,,paleoceanography,averaged,isotope ratio mass spectrometry,N,
## eNd	epsilon neodymium,,,epsilon unit,,paleoceanography,,isotope ratio mass spectrometry,N,
## BIT_H_T	notes,,,,,paleoceanography,,,C,assignment of hemipelagic (H) or turbidic (T) facies based on BIT index with a 0.4 cuttoff H<0.4 and T>0.4
## BIT	branched and isoprenoid tetraether index,sediment,,dimensionless,,paleoceanography,,mass spectrometry,N,
## isoGDGTs_ngg	branched glycerol dialkyl glycerol tetraether,sediment,,parts per billion,,paleoceanography,,mass spectrometry,N,
## brGDGTs_ngg	isoprenoid glycerol dialkyl glycerol tetraether,sediment,,parts per billion,,paleoceanography,,mass spectrometry,N,
## TEX86	tetraether index of 86 carbon atoms,sediment,,dimensionless,,paleoceanography; climate reconstructions,,mass spectrometry,N,
## Bay_l	sea water temperature,glycerol dialkyl glycerol tetraether index,two standard deviations lower bound,degree Celsius,,paleoceanography;climate reconstructions,,,N,reconstructed using TEX86 and Bayspar
## Bay_m	sea water temperature,glycerol dialkyl glycerol tetraether index,,degree Celsius,,paleoceanography;climate reconstructions,,,N,reconstructed using TEX86 and Bayspar
## Bay_h	sea water temperature,glycerol dialkyl glycerol tetraether index,two standard deviations upper bound,degree Celsius,,paleoceanography;climate reconstructions,,,N,reconstructed using TEX86 and Bayspar
## Bay_mmask	sea water temperature,glycerol dialkyl glycerol tetraether index,,degree Celsius,,paleoceanography;climate reconstructions,,,N,masked to show only where BIT>0.4; reconstructed using TEX86 and Bayspar
## V	phenol,sediment,,parts per million,,paleoceanography,,mass spectrometry,N,Total Vanillyl phenols
## C	phenol,sediment,,parts per million,,paleoceanography,,mass spectrometry,N,Total Coniferyl phenols
## S	phenol,sediment,,parts per million,,paleoceanography,,mass spectrometry,N,Total Syringyl phenols
## VSC	phenol,sediment,,parts per million,,paleoceanography,,mass spectrometry,N,Total Vanillyl Syringyl and Cinnamyl phenol mass (milligrams) per mass wood (grams)
## P	phenol,,,parts per million,,paleoceanography,,mass spectrometry,N,Total P phenols
## P/(V+S)	phenol,,,dimensionless,,paleoceanography,,mass spectrometry,N,Ratio of P phenols to Vanillyl plus Syringyl phenols
## Cutin	cutin,sediment,,parts per million,,paleoceanography,,mass spectrometry,N,Cutin acids
## S_V	phenol,sediment,,,,paleoceanography,,mass spectrometry,N,Total Syringyl to Vanillyl phenol ratio
## C_V	phenol,sediment,,,,paleoceanography,,mass spectrometry,N,Total Coniferyl to Vanillyl phenol ratio
## Vd_Vl	organic compound index,sediment,,,,paleoceanography,,mass spectrometry,N,Total acid to aldehyde group ratio for Vanillyl phenols
## Sd_Sl	organic compound index,sediment,,,,paleoceanography,,mass spectrometry,N,Total acid to aldehyde group ratio for Syringyl phenols
## VSC_OC	phenol,,,parts per million,,paleoceanography,,mass spectrometry,N,Total Vanillyl Syringyl and Coniferyl phenol mass in micrograms per gram OC
## Cutin_OC	cutin,,,parts per million,,paleoceanography,,mass spectrometry,N,Cutin mass micrograms per g OC
## Cphenol_OC	phenol,,,parts per million,,paleoceanography,,mass spectrometry,N,Coniferyl phenol mass micrograms per g OC
## char_total_g	charcoal,sediment,,count per gram,,paleoceanography,,,N,abundance count per gram sediment
## char_total_OC	charcoal,,,count per gram,,paleoceanography,,,N,abundance count per gram OC
## char_L_R	charcoal,sediment,,dimensionless,,paleoceanography,,,N,ratio of long/round charcoal
## char_big_small	charcoal,sediment,,dimensionless,,paleoceanography,,,N,ratio of big>small charcoal 
## poll_amar	pollen,sediment,,fraction,,paleoceanography,,,N,Amaranthaceae pollen fraction of terrestrial pollen
## poll_grass	pollen,sediment,,fraction,,paleoceanography,,,N,Grass pollen fraction of terrestrial pollen
## poll_terr_mar	pollen,sediment,,dimensionless,,paleoceanography,,,N,terrestrial/marine palynomorphs
## poll_NAP_AP	pollen,sediment,,dimensionless,,paleoceanography,,,N,non-arboreal/arboreal pollen
## poll_insitu_reworked	pollen,sediment,,dimensionless,,paleoceanography,,,N,insitu/reworked pollen
## kab16	C16 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab17	C17 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab18	C18 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab19	C19 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab20	C20 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab21	C21 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab22	C22 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab23	C23 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab24	C24 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab25	C25 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab26	C26 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab27	C27 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab28	C28 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab29	C29 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab30	C30 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab31	C31 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab32	C32 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab33	C33 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab34	C34 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## kab35	C35 n-alkane,sediment,,parts per billion,,paleoceanography,,,N,
## aab16	C16 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab17	C17 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab18	C18 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab19	C19 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab20	C20 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab21	C21 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab22	C22 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab23	C23 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab24	C24 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab25	C25 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab26	C26 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab27	C27 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab28	C28 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab29	C29 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab30	C30 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab31	C31 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab32	C32 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab33	C33 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## aab34	C34 n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,
## k25-35	n-alkane,sediment,,parts per billion,,paleoceanography,,,N,Summed C25:35 n-alkane
## a24-34	n-alkanoic acid,sediment,,parts per billion,,paleoceanography,,,N,Summed C24-34 n-alkanoic acid
## k/a	organic compound index,sediment,,dimensionless,,paleoceanography,,,N,alkane:acid ratio
## kACL	average chain length,n-alkane,,dimensionless,,paleoceanography,,,N,C24-35
## kCPI	carbon preference index,n-alkane,,dimensionless,,paleoceanography,,,N,C24-35
## aACL	average chain length,n-alkanoic acid,,dimensionless,,paleoceanography,,,N,C24-34
## aCPI	carbon preference index,n-alkane,,dimensionless,,paleoceanography,,,N,C23-34
#
#------------------------
# Data
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: 999999
site	hole	core	type	sect	w	top	bottom	code	IODP_ID	depth_m	age_ma	d13Calk29	d13Calk31	d13Calk33	d13Calk29s	d13Calk31s	d13Calk33s	d13Calkn	d13Cacid28	d13Cacid30	d13Cacid32	d13Cacid28s	d13Cacid30s	d13Cacid32s	d13Cacidn	d13C_OC	d13C_oc_s	d13C_oc_n	OC	OCs	d15N	d15Ns	C_N	dDalk29	dDalk31	dDalk33	dDalk29s	dDalk31s	dDalk33s	dDacid28	dDacid30	dDacid28s	dDacid30s	87Sr_86Sr	143Nd_144Nd	eNd	BIT_H_T	BIT	isoGDGTs_ngg	brGDGTs_ngg	TEX86	Bay_l	Bay_m	Bay_h	Bay_mmask	V	C	S	VSC	P	P/(V+S)	Cutin	S/V	C/V	Vd/Vl	Sd/Sl	VSC_OC	Cutin_OC	Cphenol_OC	char_total_g	char_total_OC	char_L_R	char_big_small	poll_amar	poll_grass	poll_terr_mar	poll_NAP_AP	poll_insitu_reworked	kab16	kab17	kab18	kab19	kab20	kab21	kab22	kab23	kab24	kab25	kab26	kab27	kab28	kab29	kab30	kab31	kab32	kab33	kab34	kab35	aab16	aab17	aab18	aab19	aab20	aab21	aab22	aab23	aab24	aab25	aab26	aab27	aab28	aab29	aab30	aab31	aab32	aab33	aab34	k25-35	a24-34	k/a	kACL	kCPI	aACL	aCPI
U1457	C	34	R	2	W	140	150	SC	355-U1457C-34R-2-IW(140-150)-SC	510.1	999999	-26.7	-26.6	-25.7	0.5	0.4	0.3	3	999999	-21.7	-23.1	999999	0.2	0.4	2	-19.2	0.0	3	0.76	0.02	7.7	0.2	8.1	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.717	0.512	-7.78	H	0.062	5775	212	0.670	20	23	27	23	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	6895	902689	0.3	0.2	0.05	0.65	75	85	100	12	3	8	6	7	15	14	37	32	86	59	215	70	295	73	319	35	183	10	46	1004	30	840	0	96	72	1210	234	2435	463	2742	647	2090	445	801	161	358	83	360	1389	10585	0.13	29	4.11	27.0	4.3
U1457	C	35	R	6	W	140	150	SC	355-U1457C-35R-6-IW(140-150)-SC	525.7	999999	-27.0	-26.8	-25.6	0.3	1.1	0.8	3	-22.5	-21.8	-22.8	0.0	0.0	0.0	3	-17.3	0.1	3	0.52	0.00	6.7	0.4	7.3	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.720	0.512	-8.97	H	0.051	1777	54	0.701	21	25	28	25	0.83 	0.03 	0.33 	1.19 	0.97 	0.84 	0.10 	0.39 	0.03 	0.35 	0.44 	228	19	5	999999	999999	999999	999999	999999	999999	999999	999999	999999	2	1	7	3	4	5	9	11	10	26	14	43	17	63	19	70	12	46	4	23	273	5	256	4	16	4	67	0	206	46	217	35	94	24	43	0	37	0	0	338	701	0.48	30	3.58	26.3	5.7
U1457	C	37	R	1	W	140	150	SC	355-U1457C-37R-1-IW(140-150)-SC	537.7	999999	-26.0	-27.2	-26.5	0.0	0.1	0.0	3	-21.2	-20.3	-22.1	0.5	0.2	0.0	2	-20.0	0.1	2	0.31	0.01	5.1	0.3	6.4	999999	999999	999999	999999	999999	999999	-184	999999	1	999999	0.721	0.512	-10.98	T	0.411	401	147	0.614	17	21	24	999999	6.54 	0.16 	2.95 	9.65 	2.19 	0.23 	0.05 	0.45 	0.02 	0.45 	0.38 	3151	16	52	3925	1281950	0.8	0.7	999999	999999	999999	999999	999999	1	1	4	3	4	7	8	17	13	46	18	75	25	120	20	126	13	71	5	21	131	3	165	3	43	10	77	50	352	128	614	172	766	255	898	200	466	45	179	539	4076	0.13	29	4.94	28.6	3.9
U1457	C	38	R	2	W	96	106	LIDD	355-U1457C-38R-2-W 96/106-LIDD	548.5	5.63	-25.2	-26.6	-25.6	0.2	0.2	0.5	2	-22.7	-21.7	-22.8	0.2	0.3	0.4	3	-20.4	999999	1	0.40	999999	4.0	999999	6.3	-209	-209	-205	3	4	2	999999	999999	999999	999999	9999990	9999990	999999	T	0.472	451	224	0.638	18	22	25	999999	5.16 	0.17 	2.82 	8.15 	2.17 	0.27 	0.05 	0.55 	0.03 	0.36 	0.49 	2045	12	42	3927	985099	0.8	0.7	999999	999999	999999	999999	999999	2	5	5	8	8	10	10	16	12	33	12	47	15	71	13	77	11	45	3	14	62	2	80	2	23	5	36	20	159	54	245	50	258	51	246	38	128	14	47	340	1289	0.26	29	4.34	28.1	4.8
U1457	C	39	R	2	W	140	150	SC	355-U1457C-39R-2-IW(140-150)-SC	558.6	5.68	-25.1	-26.4	-24.8	0.1	0.3	0.1	3	-21.2	-20.3	-22.0	0.1	0.0	0.0	2	-20.6	0.2	3	0.18	0.00	4.5	1.7	5.8	999999	999999	999999	999999	999999	999999	-195	-194	5	999999	0.720	0.512	-10.92	T	0.536	106	65	0.672	20	24	27	999999	1.77 	0.04 	0.75 	2.56 	0.86 	0.34 	0.02 	0.42 	0.02 	0.46 	0.37 	1432	10	22	6963	3899197	0.5	0.4	999999	999999	999999	999999	999999	0	2	9	8	11	13	15	18	17	56	22	65	29	97	26	104	19	61	7	18	308	3	313	2	27	4	33	21	128	46	210	65	282	83	314	66	193	26	84	505	1498	0.34	29	3.36	28.8	3.9
U1457	C	40	R	3	W	14	24	LIDD	355-U1457C-40R-3-W 14/24-LIDD	568.1	5.73	-24.6	-25.8	-24.8	0.2	0.1	0.2	3	-22.6	-21.8	-22.6	0.2	0.2	0.3	3	-20.4	999999	1	0.22	999999	3.8	999999	5.6	-210	-198	-192	3	0	2	999999	999999	999999	999999	9999990	9999990	999999	T	0.511	151	84	0.659	19	23	26	999999	2.09 	0.06 	0.94 	3.08 	1.21 	0.40 	0.02 	0.45 	0.03 	0.47 	0.54 	1383	8	26	6181	2775486	0.6	0.4	0.00	0.59	98	70	73	7	1	4	4	6	6	7	8	7	5	7	25	8	35	7	37	5	22	2	6	47	1	62	1	13	2	15	9	64	20	89	16	85	15	75	13	35	3	15	160	428	0.37	30	3.68	27.9	4.8
U1457	C	41	R	2	W	92	102	SC	355-U1457C-41R-2-IW(92-102)-SC	577.4	5.78	-25.1	-26.4	-24.6	0.1	0.2	0.2	3	-21.6	-20.4	-21.9	0.3	0.0	0.1	2	-20.0	0.1	3	0.28	0.01	4.1	0.7	6.3	999999	999999	999999	999999	999999	999999	-197	-192	3	999999	0.723	0.512	-11.29	T	0.495	198	105	0.659	19	23	26	999999	6.57 	0.17 	3.40 	10.14 	2.12 	0.21 	0.03 	0.52 	0.03 	0.41 	0.32 	3627	12	59	4473	1599904	0.8	0.8	999999	999999	999999	999999	999999	0	0	4	6	8	10	10	15	13	94	14	50	18	77	16	87	13	54	6	16	99	2	132	2	34	5	39	26	170	65	297	86	359	117	387	98	227	22	104	446	1933	0.23	29	4.71	28.7	3.7
U1457	C	42	R	1	W	22	32	LIDD	355-U1457C-42R-1-W 22/32-LIDD	585.0	5.82	-24.5	-25.9	-25.1	0.2	0.2	0.0	2	-23.0	-22.0	-23.2	0.1	0.1	0.1	3	-21.1	999999	1	0.47	999999	4.1	999999	10.4	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	9999990	9999990	999999	T	0.395	782	284	0.666	19	23	27	23	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	2341	499820	1.0	0.8	999999	999999	999999	999999	999999	3	15	8	12	8	8	9	13	11	29	12	41	12	62	16	76	8	35	3	11	56	2	77	1	16	3	22	13	95	33	158	32	173	33	166	30	89	10	35	306	853	0.36	29	4.11	28.3	4.8
U1457	C	43	R	2	W	99	100	SC	355-U1457C-43R-2-IW(90-100)-SC	596.8	5.87	-25.8	-26.3	-24.6	0.3	0.4	0.3	3	-21.6	-21.9	-20.7	0.0	0.2	0.3	2	-20.3	0.1	3	0.19	0.00	3.3	1.2	6.3	999999	999999	999999	999999	999999	999999	-196		1	999999	0.721	0.512	-11.22	T	0.566	106	61	0.654	19	23	26	999999	7.10 	0.09 	2.22 	9.42 	2.25 	0.24 	0.02 	0.31 	0.01 	0.45 	0.54 	5004	12	50	4013	2132122	0.6	0.5	999999	999999	999999	999999	999999	0	0	4	3	5	5	6	10	9	47	11	41	18	65	14	71	11	45	5	13	291	3	299	2	36	4	38	23	133	48	268	64	318	121	327	87	173	21	86	341	1646	0.21	29	4.18	28.6	3.6
U1457	C	44	R	2	W	36	46	LIDD	355-U1457C-44R-2-W 36/46-LIDD	605.8	5.92	-25.1	-26.2	999999	0.3	0.2	999999	2	-22.6	-24.0	-22.0	0.4	1.0	0.5	3	-20.2	0.1	3	0.33	0.00	3.8	0.3	6.8	-202	-198	999999	3	1	999999	999999	999999	999999	999999	9999990	9999990	999999	T	0.435	500	209	0.684	20	24	28	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	4660	1414333	0.6	0.6	999999	999999	999999	999999	999999	17	3	6	7	8	8	10	16	13	13	14	51	16	82	17	76	9	46	3	14	76	2	95	2	29	7	48	28	205	69	317	69	374	78	414	68	231	28	96	343	1949	0.18	30	3.86	28.5	4.8
U1457	C	44	R	4	W	132	142	SC	355-U1457C-44R-4-IW(132-142)-SC	609.7	5.94	-26.2	-26.5	-25.8	0.0	0.1	0.2	3	-22.1	-24.4	-22.5	0.3	0.8	0.3	2	-19.4	0.2	3	0.25	0.00	7.0	0.8	4.2	999999	999999	999999	999999	999999	999999	-147	999999	999999	999999	0.717	0.512	-8.43	H	0.157	564	53	0.686	21	24	28	24	0.03 	0.01 	0.01 	0.05 	0.29 	6.59 	0.03 	0.48 	0.17 	0.00 	0.35 	20	14	2	999999	999999	999999	999999	999999	999999	999999	999999	999999	1	1	2	2	4	8	10	22	21	58	49	179	65	286	53	343	29	179	9	40	144	5	164	3	13	7	58	22	206	58	319	100	342	96	253	64	172	21	57	1290	1687	0.76	30	4.79	28.1	3.7
U1457	C	45	R	1	W	99	109	LIDD	355-U1457C-45R-1-W 99/109-LIDD	614.9	6.29	-25.7	-25.8	-25.5	0.4	0.6	0.7	3	-22.2	-22.3	-21.4	0.0	1.2	0.2	3	-19.8	999999	1	0.34	999999	5.8	999999	5.8	-169	-180	-176	0	0	1	999999	999999	999999	999999	9999990	9999990	999999	H	0.070	1389	55	0.712	22	25	29	25	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	8	1	2	3	4	6	7	13	12	31	22	80	27	121	25	157	13	87	4	20	54	3	64	2	6	4	25	8	76	22	150	39	129	30	74	19	47	0	10	587	594	0.99	30	4.74	27.6	4.1
U1457	C	45	R	5	W	75	85	SC	355-U1457C-45R-5-IW(75-85)-SC	620.4	6.60	-25.4	999999	999999	0.1	999999	999999	2	-23.1	-25.3	-23.9	0.4	0.9	0.1	2	-19.6	0.1	3	0.58	0.01	7.1	1.3	8.5	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.716	0.512	-9.25	H	0.046	4149	104	0.693	21	25	28	25	0.37 	0.02 	0.16 	0.54 	0.60 	1.14 	0.07 	0.42 	0.05 	0.33 	0.40 	94	12	3	999999	999999	999999	999999	999999	999999	999999	999999	999999	19	4	13	9	12	15	10	27	18	50	28	91	32	145	71	161	26	85	10	34	161	13	156	11	36	24	181	63	851	182	1212	211	658	142	250	17	89	55	150	732	3818	0.19	30	3.05	26.9	4.8
U1457	C	46	R	1	W	20	30	LIDD	355-U1457C-46R-1-W 20/30-LIDD	623.8	6.76	999999	-25.9	-25.4		0.1	0.0	2	-22.9	-24.7	-22.8	0.4	0.9	0.2	3	-19.2	999999	1	0.25	999999	5.9	999999	4.9	-182	-190	-183	0	1	0	999999	999999	999999	999999	9999990	9999990	999999	H	0.086	470	23	0.715	22	26	29	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	3	4	8	8	19	14	48	18	80	18	107	10	62	3	16	41	2	58	1	3	1	7	3	20	8	48	16	52	19	35	11	27	3	38	396	278	1.43	30	4.60	28.9	3.7
U1457	C	46	R	1	W	80	90	LIDD	355-U1457C-46R-1-W 80/90-LIDD	624.4	6.78	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	-20.1	999999	1	0.47	999999	5.3	999999	8.3	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	9999990	9999990	999999	H	0.070	2561	134	0.771	25	28	32	28	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	72	4	73	3	10	6	45	16	188	48	290	62	202	44	92	23	56	0	14	999999	1021	999999	30	1.00	27.1	4.4
U1457	C	46	R	1	W	118	128	LIDD	355-U1457C-46R-1-W 118/128-LIDD	624.8	6.80	999999	999999	999999	999999	999999	999999	999999	-22.3	-23.5	-22.5	0.2	0.0	0.1	3	-19.5	0.1	3	0.23	0.01	6.0	0.3	4.5	999999	999999	999999	999999	999999	999999	-141	-156	999999	999999	9999990	9999990	999999	H	0.201	102	18	0.793	26	29	33	29	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	1011	439886	0.7	0.4	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	37	2	50	1	5	2	16	7	47	14	79	22	70	19	46	13	30	0	9	999999	348	999999	30	1.00	27.7	3.8
U1457	C	46	R	3	W	101	111	LIDD	355-U1457C-46R-3-W 101/111-LIDD	627.5	6.90	999999	999999	999999	999999	999999	999999	999999	-22.5	-23.4	-23.2	0.1	0.4	999999	3	-20.2	999999	1	0.58	999999	4.6	999999	7.9	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	9999990	9999990	999999	H	0.047	4997	134	0.713	22	26	29	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	505	87210	0.6	0.4	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	7	4	8	6	18	10	32	12	69	999999	91	999999	33	5	16	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	31	0.00	29.0	1.0
U1457	C	46	R	5	W	72	82	LIDD	355-U1457C-46R-5-W 72/82-LIDD	629.6	6.97	-26.3	-27.1	-25.7	999999	999999	999999	1	-22.2	-24.1	-23.8	0.1	0.8	0.1	3	999999	999999	999999	999999	999999	999999	999999	999999	-163	-166	-162	0	2	0	999999	999999	999999	999999	9999990	9999990	999999	H	0.053	1043	29	0.712	22	25	29	25	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	939	999999	0.6	0.5	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	5	12	10	35	12	56	10	65	6	38	999999	999999	80	3	84	2	6	3	22	7	59	17	155	47	207	46	108	22	54	0	14	999999	729	999999	34	1.00	28.0	4.3
U1457	C	47	R	1	W	79	89	LIDD	355-U1457C-47R-1-W 79/89-LIDD	634.1	7.09	-26.1	-26.6	-26.0	1.0	1.0	1.1	3	999999	999999	999999	0.0	0.0	0.2	2	-18.6	999999	1	0.45	999999	7.8	999999	8.1	999999	999999	999999	999999	999999	999999	-136	-147	999999	999999	9999990	9999990	999999	H	0.049	3941	104	0.718	22	26	29	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	4799	1063526	0.8	0.6	0.03	0.49	66	72	100	999999	999999	999999	2	3	5	4	9	7	18	11	37	12	72	999999	80	999999	33	999999	11	223	13	253	11	35	24	162	60	486	141	816	161	491	97	160	49	64	0	73	999999	2538	999999	32	0.00	26.9	4.1
U1457	C	47	R	3	W	112	122	LIDD	355-U1457C-47R-3-W 112/122-LIDD	637.4	7.16	-25.7	-26.6	999999	999999	999999	999999	1	-23.1	-25.0	-23.0	0.1	0.2	0.1	3	-16.8	0.2	3	0.46	0.01	6.8	2.1	8.9	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	9999990	9999990	999999	H	0.090	1122	61	0.746	24	27	31	27	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	1991	432331	0.6	0.3	0.05	0.55	68	87	98	999999	999999	999999	999999	1	2	3	5	4	9	6	22	7	31	8	40	999999	22	999999	7	75	3	89	2	9	4	27	15	26	0	156	35	123	31	85	30	65	6	23	999999	579	999999	33	0.00	28.5	4.0
U1457	C	47	R	5	W	140	150	SC	355-U1457C-47R-5-IW(140-150)-SC	640.5	7.22	-26.5	-27.4	-25.7	0.1	0.2	0.1	3	-22.2	-23.4	999999	0.0	999999	999999	2	-19.8	0.3	3	0.20	0.01	5.3	1.1	4.9	999999	999999	999999	999999	999999	999999	-131	999999	1	999999	0.714	0.512	-6.85	H	0.075	438	19	0.732	23	26	30	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	1259	632622	0.5	0.4	999999	999999	999999	999999	999999	2	1	8	2	4	6	7	17	15	44	36	131	51	215	39	245	24	140	12	48	212	5	188	4	13	5	37	27	92	34	285	81	275	56	186	37	87	9	50	983	1191	0.83	30	4.63	28.1	4.0
U1457	C	47	R	6	W	32	42	LIDD	355-U1457C-47R-6-W 32/42-LIDD	641.1	7.23	-26.9	-27.7	-25.8	999999	999999	999999	1	-22.3	-23.3	-22.1	0.0	0.0	0.0	2	-19.7	999999	1	0.28	999999	4.6	999999	5.2	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.710	0.512	-7.63	H	0.095	857	47	0.728	23	26	30	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	2	2	3	6	6	13	10	33	11	50	8	56	4	31	999999	8	62	3	76	2	5	3	15	6	39	13	103	35	127	34	87	19	47	4	13	999999	520	999999	34	0.00	28.2	3.7
U1457	C	47	R	6	W	79	89	LIDD	355-U1457C-47R-6-W 79/89-LIDD	641.6	7.24	-26.8	-27.3	-25.4	1.0	0.2	0.3	2	-22.3	-23.7	999999	0.1	0.2	999999	2	-18.8	999999	1	0.20	999999	4.9	999999	4.7	-172	-173	-169	0	0	2	999999	999999	999999	999999	9999990	9999990	999999	H	0.059	1315	44	0.727	23	26	30	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	4051	2007420	0.6	0.4	0.06	0.77	96	87	100	999999	999999	1	999999	2	4	5	9	9	21	16	54	18	79	15	86	6	48	999999	14	21	2	22	1	3	2	10	3	24	7	46	12	35	8	17	0	6	0	0	999999	155	999999	34	0.00	27.0	4.2
U1457	C	47	R	6	W	120	130	LIDD	355-U1457C-47R-6-W 120/130-LIDD	642.0	7.24	-25.9	-26.8	-25.7	0.2	0.1	0.6	2	-22.5	-23.7	-23.0	0.0	0.0	0.2	2	-19.2	999999	1	0.16	999999	11.8	999999	4.8	-175	-175	-168	2	1	2	999999	999999	999999	999999	9999990	9999990	999999	H	0.090	346	18	0.729	23	26	30	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	2	3	5	8	8	19	16	52	18	79	13	91	7	53	3	13	50	2	60	2	4	2	12	4	35	14	104	44	147	43	110	25	59	7	17	364	604	0.60	30	4.79	28.5	3.5
U1457	C	47	R	7	W	13	23	LIDD	355-U1457C-47R-7-W 13/23-LIDD	642.4	7.25	-25.5	-26.7	-25.2	0.2	0.1	0.0	2	-23.9	-26.7	-21.0	0.5	0.6	5.4	3	-19.9	0.3	3	0.38	0.00	5.9	0.4	6.8	-175	-177	-169	5	3	5	999999	999999	999999	999999	9999990	9999990	999999	H	0.056	2284	75	0.736	23	27	30	27	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	1	2	4	6	7	13	11	28	21	71	24	104	22	106	8	59	3	16	40	4	43	3	7	5	27	10	73	21	117	28	81	18	38	9	13	0	0	463	397	1.16	29	4.31	26.9	3.8
U1457	C	47	R	7	W	60	70	LIDD	355-U1457C-47R-7-W 60/70-LIDD	642.9	7.25	-26.8	-27.8	-26.1	0.1	0.1	0.1	2	-22.8	-24.6	-23.5	0.6	0.6	0.4	3	-20.3	999999	1	0.19		0.5		4.3	-177	-178	-177	1	0	2	-137	-160	999999	999999	9999990	9999990	999999	H	0.081	505	23	0.717	22	26	29	26	0.21 	0.00 	0.02 	0.23 	1.00 	4.35 	0.02 	0.12 	0.00 	0.50 	0.28 	120	8	0	999999	999999	999999	999999	0.16	0.57	78	83	100	999999	999999	1	1	2	3	4	7	7	15	11	36	12	55	9	61	5	31	2	8	42	2	51	1	3	2	9	4	26	10	71	27	80	20	49	11	23	0	0	244	318	0.77	29	4.52	27.8	3.5
U1457	C	48	R	1	W	35	45	LIDD	355-U1457C-48R-1-W 35/45-LIDD	643.4	7.26	-28.5	999999	-29.2	0.1	999999	0.3	2	-24.6	-27.0	-26.7	0.4	0.5	0.2	3	-20.9	999999	1	0.36		5.0		6.0	-157	-162	-153	0	1	0	-128	-139	999999	999999	0.716	0.512	-7.71	H	0.074	1047	43	0.712	22	25	29	25	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.06	0.57	64	82	99	999999	999999	2	2	3	4	5	8	6	14	9	28	9	38	10	46	4	21	1	6	63	5	71	4	10	9	33	15	101	39	239	75	219	45	94	18	39	0	7	184	876	0.21	29	3.98	27.3	3.6
U1457	C	48	R	2	W	22	32	LIDD	355-U1457C-48R-2-W 22/32-LIDD	644.2	7.27	-27.6	-28.8	-28.0	0.1	0.0	0.5	2	-22.4	-25.2	-23.9	0.7	0.6	0.8	3	-19.4	999999	1	0.25		6.7		6.4	-170	-173	-170	1	0	2	-131	-139	999999	999999	9999990	9999990	999999	H	0.109	1030	65	0.714	22	26	29	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	5606	2232994	0.7	0.4	0.02	0.46	50	68	100	999999	999999	999999	999999	3	5	7	13	12	29	21	69	22	97	16	104	9	60	3	18	58	3	63	2	7	4	22	6	55	18	118	44	134	32	74	16	34	0	8	446	531	0.84	29	4.55	27.7	3.7
U1457	C	49	R	1	W	40	50	LIDD	355-U1457C-49R-1-W 40/50-LIDD	653.1	7.37	-27.9	-29.3	-27.9	0.0	0.0	0.1	3	999999	-28.6	-29.3	0.4	0.4	0.6	3	-20.9	0.0	3	0.22	0.01	5.1	0.9	4.3	-175	-173	-175	999999	999999	999999	-140	-149	999999	999999	9999990	9999990	999999	H	0.143	402	38	0.776	25	28	32	28	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	1	1	2	3	3	5	5	10	7	20	8	32	6	37	4	20	999999	6	72	3	86	2	9	5	28	9	60	21	111	34	102	30	65	19	33	4	9	999999	488	999999	34	0.00	27.7	3.2
U1457	C	49	R	2	W	89	99	LIDD	355-U1457C-49R-2-W 89/99-LIDD	655.1	7.39	-29.1	-30.2	-29.2	0.2	0.9	0.5	2	-29.2	-29.3	-29.9	0.5	0.3	0.0	2	-20.4	999999	1	0.22		2.3		4.8	-169	-170	-164	2	0	2	-134	-145	999999	999999	9999990	9999990	999999	H	0.078	748	33	0.736	23	27	30	27	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.02	0.47	42	59	95	999999	999999	1	999999	2	3	4	6	6	13	9	26	10	44	11	49	4	24	1	6	84	3	95	3	7	5	25	7	59	18	119	31	101	25	53	12	26	0	0	198	444	0.45	29	3.98	27.3	3.8
U1457	C	49	R	3	W	96	106	LIDD	355-U1457C-49R-3-W 96/106-LIDD	656.7	7.40	999999	999999	999999	999999	999999	999999		-24.8	-27.0	-26.8	0.6	0.7	0.7	3	-23.8	999999	1	0.28		3.7		6.5	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	9999990	9999990	999999	T	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	1	4	7	10	12	14	13	17	13	30	12	31	11	42	11	50	7	30	4	8	42	1	51	1	10	3	24	13	81	27	147	29	155	32	135	25	86	12	40	235	769	0.31	29	3.27	28.4	4.7
U1457	C	49	R	4	W	135	150	SC	355-U1457C-49R-4-IW(135-150)-SC	658.6	7.42	-31.1	-32.2	-31.3	0.2	0.3	0.4	3	999999	-26.6	-25.5	0.7	0.4	0.7	3	-23.4	0	3	0.29	0.00	3.9	0.8	5.9	999999	999999	999999	999999	999999	999999	-182		2	999999	0.718	0.512	-9.87	T	0.545	221	139	0.743	23	27	31	999999	7.40 	0.10 	3.32 	10.82 	2.03 	0.19 	0.03 	0.45 	0.01 	0.37 	0.35 	3788	11	36	2487	870436	0.3	0.2	0.01	0.06	52	10	8	5	12	21	26	33	33	33	42	33	68	33	79	33	108	33	134	26	84	11	25	154	4	167	3	24	8	63	35	215	77	385	91	429	111	410	100	301	49	153	632	2321	0.27	29	2.97	28.7	4.1
U1457	C	50	R	1	W	88	98	LIDD	355-U1457C-50R-1-W 88/98-LIDD	663.3	7.46	-29.8	-30.5	-30.2	0.2	0.1	0.9	2	-29.2	-29.5	-30.0	0.2	0.1	0.3	2	-21.4	999999	1	0.12		10.0		3.2	-175	-172	-173	999999	999999	999999	999999	999999	999999	999999	9999990	9999990	999999	H	0.288	70	16	0.744	23	27	31	27	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	0.05	0.09	20	32	86	999999	999999	999999	1	2	2	3	4	4	8	6	17	7	30	6	40	4	20	1	6	60	2	73	1	4	2	9	3	20	8	50	19	56	20	45	13	29	6	12	146	277	0.53	30	4.16	28.5	3.1
U1457	C	51	R	1	W	20	30	LIDD	355-U1457C-51R-1-W 20/30-LIDD	672.3	7.59	-26.6	-28.7	-28.3	1.0	0.3	0.4	2	-29.3	-29.4	-30.1	0.1	0.2	0.5	3	-21.4	0	3	0.18	0.00	5.4	0.1	4.2	-191	-188	-188	1	0	0	999999	999999	999999	999999	9999990	9999990	999999	H	0.132	273	22	0.748	24	27	31	27	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	744	412231	0.3	0.1	0.00	0.11	38	15	21	999999	999999	1	1	2	3	4	7	7	13	11	28	14	53	12	69	7	35	2	8	49	2	58	2	5	3	14	6	38	15	90	32	94	31	68	20	46	7	16	251	456	0.55	30	4.00	28.3	3.2
U1457	C	52	R	4	W	133	148	SC	355-U1457C-51R-4-IW(133-148)-SC	678.0	7.65	-30.6	-31.8	999999	0.1	0.2	999999	3	-28.7	-29.2	-29.9	0.2	0.0	0.1	2	-23.5	0	2	0.32	0.00	4.2	0.5	5.6	999999	999999	999999	999999	999999	999999	-188	-189	2	999999	0.719	0.512	-9.54	T	0.442	537	247	0.708	22	25	29	999999	4.17 	0.07 	1.89 	6.13 	1.52 	0.25 	0.03 	0.45 	0.02 	0.34 	0.37 	1945	8	22	999999	999999	999999	999999	999999	999999	999999	999999	999999	8	7	11	12	15	27	23	37	26	73	26	78	36	134	38	161	32	104	14	30	160	3	207	2	21	8	75	39	281	91	431	96	451	128	399	82	298	18	138	726	2413	0.30	30	3.36	28.4	4.4
U1457	C	54	R	2	W	100	110	LIDD	355-U1457C-52R-2-W 100/110-LIDD	684.2	7.67	999999	999999	999999	999999	999999	999999	2	-29.3	-29.5	-30.0	0.1	0.1	0.2	3	-24.2	999999	1	0.29		4.2		5.2	999999	999999	999999	999999	999999	999999	-202	-202	6	1	9999990	9999990	999999	T	0.595	212	168	0.709	22	25	29	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	2989	1036230	0.2	0.1	999999	999999	999999	999999	999999	3	10	10	13	14	20	16	25	16	43	13	39	14	59	14	64	10	35	5	10	13	0	19	1	5	1	12	6	50	17	84	17	95	21	91	18	73	13	42	306	521	0.59	29	3.52	28.8	4.7
U1457	C	54	R	1	W	89	104	SC	355-U1457C-54R-1-IW(89-104)-SC	702.1	7.72	-30.2	-31.2	-30.5	0.1	0.1	0.2	2	-28.5	-29.7	-29.2	0.1	0.2	0.1	2	-23.4	0	3	0.19	0.00	5.0	2.8	6.9	999999	999999	999999	999999	999999	999999	-165	-166	2	3	0.714	0.512	-8.7	T	0.596	88	62	0.679	20	24	27	999999	7.13 	0.10 	2.98 	10.21 	1.49 	0.15 	0.02 	0.42 	0.01 	0.34 	0.36 	5458	10	51	1809	967285	0.2	0.1	999999	999999	999999	999999	999999	0	3	5	9	10	7	8	17	18	47	21	59	28	107	30	140	25	81	9	20	194	2	235	1	17	5	55	30	196	64	393	80	493	110	436	72	295	22	122	569	2283	0.25	30	3.46	28.6	5.1
U1457	C	56	R	1	W	80	90	LIDD	355-U1457C-56R-1-W 80/90-LIDD	721.4	7.78	-31.2	-32.2	-32.5	999999	999999	999999	1	-29.5	-30.0	-31.0	0.4	0.4	0.2	2	-23.3	999999	1	0.25		4.4		4.7	999999	999999	999999	999999	999999	999999	-174	-176	2	3	9999990	9999990	999999	T	0.484	263	139	0.699	21	25	28	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	791	310726	0.2	0.1	0.03	0.37	100	49	100	999999	3	4	5	5	10	7	18	11	31	11	41	12	54	13	81	6	34	3	8	12	0	17	0	4	1	12	7	57	18	87	19	112	26	119	24	100	16	51	295	629	0.47	29	4.36	29.0	4.8
U1457	C	58	R	3	W	91	106	SC	355-U1457C-58R-3-IW(91-106)-SC	743.5	7.84	-31.1	-31.8	-31.0	0.3	0.3	0.1	3	-30.5	-31.3	-31.6	0.1	0.2	0.3	3	-22.9	0	2	0.28	0.01	4.1	0.2	4.7	999999	999999	999999	999999	999999	999999	-173	-176	5	3	0.718	0.512	-8.82	T	0.394	292	94	0.744	23	27	31	27	2.25 	0.05 	0.78 	3.07 	1.10 	0.37 	0.02 	0.35 	0.02 	0.33 	0.38 	1088	5	18	999999	999999	999999	999999	999999	999999	999999	999999	999999	2	2	10	5	8	14	14	27	19	65	21	63	29	108	24	153	22	81	8	22	161	5	211	5	42	13	104	52	474	134	583	136	592	162	491	121	357	12	147	598	3208	0.19	30	3.97	28.1	4.3
U1457	C	60	R	2	W	135	150	SC	355-U1457C-60R-2-IW(135-150)-SC	762.3	7.90	-31.1	-32.4	-32.8	0.1	0.2	0.1	3	-29.5	-29.8	-30.5	0.1	0.1	0.4	2	-24.1	0	3	0.24	0.01	3.8	0.6	5.5	999999	999999	999999	999999	999999	999999	-198	-199	2	1	0.716	0.512	-9.56	T	0.652	209	198	0.755	24	27	31	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	2848	1182626	0.1	0.1	999999	999999	999999	999999	999999	7	13	17	23	24	32	31	48	36	100	34	89	36	141	38	164	33	100	13	26	234	5	235	5	50	17	167	102	748	240	1094	233	1157	411	1064	214	854	139	473	775	6627	0.12	29	3.27	28.6	4.0
U1457	C	62	R	1	W	40	50	LIDD	355-U1457C-62R-1-W 40/50-LIDD	779.2	7.95	-31.6	-32.9	-33.1	0.7	0.8	999999	2	999999	999999	999999	0.0	0.3	0.4	3	-24.2	999999	1	0.21	999999	10.5	999999	6.2	-210	-213	-211	2	1	2	-201	-205	2	2	9999990	9999990	999999	T	0.650	88	82	0.750	24	27	31	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	3309	1610401	0.2	0.2	999999	999999	999999	999999	999999	2	8	8	10	10	13	10	18	12	35	10	27	9	37	10	44	8	28	3	8	41	1	49	1	10	3	25	15	125	40	201	41	248	55	260	53	227	41	134	219	1424	0.15	29	3.41	29.1	4.9
U1457	C	64	R	1	W	135	150	SC	355-U1457C-64R-1-IW(135-150)-SC	799.6	8.00	999999	999999	999999	999999	999999	999999		-29.4	-29.7	-30.8	0.2	0.4	0.6	2	-23.6	0	2	0.22	0.00	4.7	0.3	4.0	999999	999999	999999	999999	999999	999999	-186	-195	1	6	0.718	0.512	-9.13	T	0.675	99	111	0.757	24	28	31	999999	1.68 	0.02 	0.46 	2.16 	0.90 	0.42 	0.01 	0.27 	0.01 	0.41 	0.36 	969	4	11	4693	2100470	0.2	0.2	999999	999999	999999	999999	999999	1	5	9	12	18	19	20	25	23	45	19	43	20	65	20	86	18	47	7	13	76	2	93	2	12	5	33	22	140	50	200	53	227	69	198	58	160	25	77	384	1256	0.31	29	2.77	28.6	3.6
U1457	C	66	R	1	W	73	83	LIDD	355-U1457C-66R-1-W 73/83-LIDD	818.3	8.06	-31.0	-32.3	-33.1	999999	999999	999999	2	-30.6	-31.1	-31.7	0.4	0.5	0.1	3	-24.4	0	3	0.26	0.00	5.0	1.5	5.2	-214	-213	-208	3	0	0	-197	-197	3	2	9999990	9999990	999999	T	0.725	152	213	0.757	24	28	31	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	3285	1278548	0.3	0.2	0.01	0.07	97	29	52	3	10	11	14	14	18	14	24	16	46	12	36	11	46	12	67	10	33	999999	10	13	0	18	0	5	2	12	8	59	18	89	17	105	22	100	21	88	16	51	999999	586	999999	34	0.00	28.9	4.8
U1457	C	66	R	2	W	121	136	SC	355-U1457C-66R-2-IW(121-136)-SC	820.0	8.06	-31.1	-32.6	999999	0.7	1.0		3	-23.2	-26.1	-24.9	0.1	0.3	0.1	3	-24.0	0	3	0.28	0.01	3.7	1.3	5.8	999999	999999	999999	999999	999999	999999	-192	-193	2	4	0.717	0.512	-9.17	T	0.689	130	148	0.742	23	27	31	999999	4.24 	0.07 	1.44 	5.75 	1.55 	0.27 	0.02 	0.34 	0.02 	0.33 	0.40 	2037	6	26	999999	999999	999999	999999	999999	999999	999999	999999	999999	14	15	17	22	19	28	26	39	29	80	29	73	29	102	30	129	26	74	10	20	99	2	21	0	7	0	57	34	283	91	453	93	506	146	495	105	395	63	223	603	2852	0.21	29	3.10	28.8	4.4
U1457	C	67	R	1	W	41	51	LIDD	355-U1457C-67R-1-W 41/51-LIDD	827.7	8.09	-30.6	-31.7	-32.7	999999	999999	999999		-24.3	-27.2	-27.4	0.3	0.5	0.3	2	-24.4	999999	1	0.25	999999	3.2	999999	4.9	999999	999999	999999	999999	999999	999999	-204	-204	3	4	9999990	9999990	999999	T	0.640	123	113	0.755	24	27	31	999999	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	2991	1204008	0.2	0.2	999999	999999	999999	999999	999999	999999	1	1	2	2	2	2	3	2	5	2	4	2	6	999999	6	1	4	999999	1	13	0	17	0	3	1	9	6	45	16	88	16	106	23	109	21	92	16	57	999999	588	999999	32	0.00	29.1	5.1
U1457	C	68	R	1	W	63	73	LIDD	355-U1457C-68R-1-W 63/73-LIDD	837.6	8.35	-28.0	-29.5	-28.5	0.0	0.2	0.2	2	-24.2	-26.9	-26.8	0.3	0.1	0.3	3	-20.2	999999	1	0.38	999999	6.3	999999	5.7	-176	-178	-175	1	2	1	999999	999999	999999	999999	9999990	9999990	999999	H	0.127	999999	999999	0.728	23	26	30	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	13097	3467220	0.5	0.4	999999	999999	999999	999999	999999	999999	1	3	6	6	19	11	30	20	46	31	92	40	175	35	208	15	94	5	24	10	1	17	2	6	4	21	8	62	16	77	24	76	23	64	16	49	8	24	765	438	1.75	30	4.35	28.2	3.7
U1457	C	68	R	6	W	86	101	SC	355-U1457C-68R-6-IW(86-101)-SC	844.0	8.70	-28.0	-29.1	999999	0.2	0.0	999999	3	-23.6	-26.0	-24.7	0.0	0.9	0.6	2	-20.7	0	2	0.31	0.00	5.8	0.7	4.6	999999	999999	999999	999999	999999	999999	-147	-150	999999	999999	0.719	0.512	-9.36	H	0.108	1136	85	0.770	25	28	32	28	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	312	100360	0.2	0.0	0.09	0.19	9	44	83	3	2	5	7	7	16	12	24	15	36	21	57	26	135	41	158	16	69	6	23	85	6	104	5	19	16	115	67	434	118	503	130	361	100	246	80	158	23	47	589	2199	0.27	30	3.78	27.4	3.4
U1457	C	69	R	1	W	80	90	LIDD	355-U1457C-69R-1-W 80/90-LIDD	847.5	8.90	-30.1	-30.7	-30.8	0.5	1.0	0.7	2	-25.4	-27.5	-27.2	0.4	0.1	0.3	3	-21.1	999999	1	0.39	999999	6.8	999999	6.5	-163	-178	-156	999999	999999	999999	999999	999999	999999	999999	0.713	0.512	-8.64	H	0.117	1387	103	0.748	24	27	31	27	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	604	155159	0.2	0.1	999999	999999	999999	999999	999999	999999	1	1	3	3	7	3	10	7	14	8	22	8	34	999999	44	0	19	999999	6	8	1	12	1	2	2	9	5	37	10	47	14	48	12	37	10	31	4	16	999999	265	999999	32	0.00	28.3	3.8
U1457	C	69	R	5	W	136	148	SC	355-U1457C-69R-5-IW(136-148)-SC	853.2	9.22	-30.0	-30.3	-28.9	0.8	0.6	0.6	3	-24.4	-26.8	-28.0	0.3	0.3	0.2	3	-21.6	0	3	0.14	0.00	5.6	0.6	2.7	999999	999999	999999	999999	999999	999999	-167	999999	999999	999999	0.718	0.512	-8.47	H	999999	999999	999999	999999	999999	999999	999999	999999	0.03 	0.00 	0.01 	0.04 	0.15 	3.84 	0.00 	0.39 	0.06 	0.96 	0.41 	29	0	1	229	160087	0.2	0.0	999999	999999	999999	999999	999999	1	1	2	3	7	13	20	34	25	59	44	139	61	275	50	367	32	150	7	35	46	2	64	2	6	4	24	14	73	22	110	43	127	38	101	24	62	0	22	1219	623	1.96	30	4.69	28.1	3.5
U1457	C	70	R	1	W	98	108	LIDD	355-U1457C-70R-1-W 98/108-LIDD	857.4	9.45	-30.8	-30.8	-31.6	0.5	0.3	0.9	2	-27.0	-30.6	-30.3	0.1	999999	0.2	3	-22.1	0	3	0.14	0.00	5.8	1.0	2.7	-166	-169	-173	999999	7	999999	999999	999999	999999	999999	9999990	9999990	999999	H	0.176	215	27	0.729	23	26	30	26	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	1724	1232122	0.2	0.0	999999	999999	999999	999999	999999	999999	999999	999999	1	999999	2	1	4	3	7	4	13	5	25	5	36	3	16	999999	4	5	0	14	0	1	1	4	2	16	5	30	11	35	11	29	8	22	3	9	999999	179	999999	34	0.00	28.6	3.5
U1457	C	70	R	4	W	137	152	SC	355-U1457C-70R-4-IW(137-152)-SC	862.3	9.73	-29.8	-30.5	-30.9	0.1	0.1	0.5	3	-25.2	-29.2	-29.1	0.2	0.8	0.0	3	-21.2	0	2	0.26	0.00	5.7	0.8	4.3	999999	999999	999999	999999	999999	999999	-141	999999	999999	999999	0.718	0.512	-8.45	H	0.145	795	77	0.745	24	27	31	27	0.27 	0.01 	0.05 	0.33 	0.50 	1.54 	0.02 	0.19 	0.04 	0.44 	0.35 	128	6	4	305	117541	0.1	0.0	0.03	0.07	56	26	96	1	1	4	5	11	16	19	28	22	48	31	84	42	160	51	234	36	125	14	34	66	4	91	4	15	9	46	31	198	71	304	84	252	70	183	59	134	25	61	858	1442	0.60	30	3.52	28.0	3.3
U1457	C	71	R	1	W	111	121	LIDD	355-U1457C-71R-1-W 111/121-LIDD	867.2	10.00	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	-21.9	999999	1	0.32	999999	4.4	999999	4.8	999999	999999	999999	999999	999999	999999	-148	-154	999999	999999	9999990	9999990	999999	H	0.139	1655	162	0.763	24	28	31	28	999999	999999	999999	999999	999999 	999999 	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	1	2	2	5	2	4	3	8	2	6	2	9	999999	22	999999	7	999999	4	135	9	153	8	27	20	92	53	472	119	576	121	346	82	227	82	134	0	38	999999	2195	999999	32	0.00	27.1	3.9
U1457	C	71	R	6	W	18	28	LIDD	355-U1457C-71R-6-W 18/28-LIDD	873.8	10.37	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	-21.7	999999	1	0.20	999999	4.9	999999	4.6	999999	999999	999999	999999	999999	999999	-143	-139	999999	999999	0.719	0.512	-9.42	H	0.155	1961	229	0.794	26	29	33	29	0.29 	0.01 	0.07 	0.37 	0.53 	1.47 	0.02 	0.26 	0.04 	0.31 	0.40 	183	9	5	999999	999999	999999	999999	999999	999999	999999	999999	999999	999999	2	3	3	2	9	3	7	4	10	4	11	5	30	999999	41	999999	15	999999	6	43	3	56	4	12	8	39	13	161	45	183	36	115	29	73	29	51	8	14	999999	746	999999	32	0.00	27.2	3.7