Ice Coring Survey For Main Biological Site, cruise 2007/08 V1 (SIPEX)
Entry ID:
SIPEX_IceSampling
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Summary
Abstract:
Ice samples were collected by means of ice coring with 9 and 13 cm diameter ice corers on a total of 15 stations in the 115-130 degrees E sector off East Antarctica in September and early October 2007 during the Sea Ice Physics and Ecosystem eXperiment (SIPEX). Ice temperature profiles were recorded for one core at each station. Ice cores were cut into 10 cm sections and analysed for ice texture, ... delta 18O composition, inorganic nutrients (phosphate, silicate, nitrate, nitrite, ammonium), dissolved organic carbon/nitrogen, absorbance spectra of coloured dissolved organic matter (CDOM), particulate organic carbon/nitrogen, persistent organic pollutants (POP), chlorophyll a and pheopigment concentration, photosynthetic parameters measured with a Fast Rate Repetition Fluorometer (FRRF) and a Pulse Amplitude Modulated Fluorometer (PAM) as well as algal species composition and biomass and species composition and biomass estimates of ice-associated metazoans.
Ice texture analysis from ice cores taken at the "biology main site" was carried out onboard. On the main sites we collected in total 11.8 m of ice cores for textural, salinity and O18 analysis. 28 % of the collected ice was congelation ice while the remaining was largely frazil ice (except for some possible snow ice layers that will be detected later using O18 data). Bulk salinity of the ice cores (n=13) ranged from 4.1 to 9.4, with an average of 6.1. A second, trace metal clean, coring site, was sampled for iron-biogeochemical work. 
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Geographic Coverage
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Spatial coordinates
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Parent DIF
This data set description is a member of a collection. The
collection is described in
ASAC_2767
Temporal Coverage
Start Date:
2007-09-11
Stop Date:
2007-10-10
Quality
ATTRIBUTE ACCURACY REPORT: Anomalous/Suspect Data Please note: JulianD=Julian Date and
CalD=Calendar Day Wind speeds below the 0.5 m/s criteria are common between 1900 and 0900 hours
and occurred throughout each month. January 2001 The following data appear to be correct:
ArrayID JulianD CalD Time Error Message 150 11 11 745 Air ... temp difference from 11 ( 11) 745 (
.40335) to 11 ( 11) 800 ( 3.6975) is greater than 3.0 degrees C 150 30 30 745 Air temp
difference from 30 ( 30) 745 ( 3.728) to 30 ( 30) 800 ( 7.2208) is greater than 3.0 degrees C
150 30 30 1415 Air temp difference from 30 ( 30) 1415 ( 15.945) to 30 ( 30) 1430 ( 12.256) is
greater than 3.0 degrees C The following data appear to be correct, wind speeds below the 0.5
m/s criteria are common between 1900 and 0900 hours: ArrayID JulianD CalD Time Error Message 102
28 28 1900 Windspeed is less than 0.5 m/s from 28 (28) 1900 to 29 (29) 700 The following data
were changed in the raw files to read zero: ArrayID JulianD CalD Time Error Message 150 8 8 745
Wind direction is greater than 360 or less than 0 on 8 (8) 745 (- .0954) 150 8 8 1045 Wind
direction is greater than 360 or less than 0 on 8 (8) 1045 (- .0954) 150 12 12 600 Wind
direction is greater than 360 or less than 0 on 12 (12) 600 (- .09543) 150 12 12 1530 Wind
direction is greater than 360 or less than 0 on 12 (12) 1530 (- .09537) 150 16 16 215 Wind
direction is greater than 360 or less than 0 on 16 (16) 215 (- .0954) 150 20 20 1715 Wind
direction is greater than 360 or less than 0 on 20 (20) 1715 (- .0954) February 2001 The
following data appear correct, associated with an ~180 wind shift at 1345 and again at 1615
ArrayID JulianD CalD Time Error Message 150 51 20 1345 Air temp difference from 20 ( 51) 1345 (
18.081) to 20 ( 51) 1400 ( 14.056) is greater than 3.0 degrees C 150 51 20 1615 Air temp
difference from 20 ( 51) 1615 ( 10.313) to 20 ( 51) 1630 ( 14.818) is greater than 3.0 degrees C
150 51 20 1615 Rel hum difference from 20 ( 51) 1615 ( 0) to 20 ( 51) 1630 ( 0) is greater than
25% The following data appear to be correct, wind speeds below the 0.5 m/s criteria are common
between 1900 and 0900 hours: ArrayID JulianD CalD Time Error Message 102 34 3 1900 Windspeed is
less than 0.5 m/s from 28 (28) 1900 to 29 (29) 700 March 2001 The following data appear to be
correct: ArrayID CalD JulianD Time Error Message 150 20 79 645 Air temp difference from 20 ( 79)
645 ( 1.129) to 20 ( 79) 700 ( 4.5564) is greater than 3.0 degrees C 150 30 89 1015 Air temp
difference from 30 ( 89) 1015 ( 14.872) to 30 ( 89) 1030 ( 11.652) is greater than 3.0 degrees C
The following data appear correct, associated with an onshore wind shift: ArrayID CalD JulianD
Time Error Message 150 28 87 1800 Rel hum difference from 28 ( 87) 1800 ( 0) to 28 ( 87) 1815 (
0) is greater than 25% The following data were changed in the raw files to read zero: ArrayID
CalD JulianD Time Error Message 150 6 65 1530 Wind direction is greater than 360 or less than 0
on 6 (65) 745 (- .09541) 150 15 74 2045 Wind direction is greater than 360 or less than 0 on
15(74) 1045 (- .09537) 150 18 77 2245 Wind direction is greater than 360 or less than 0 on 18
(77) 600 (- .09539) 150 19 78 845 Wind direction is greater than 360 or less than 0 on 19 (78)
845 (- .09539) 150 26 85 700 Wind direction is greater than 360 or less than 0 on 26 (85) 700 (-
.09542) April 2001 The following data appear to be correct: ArrayID CalD JulianD Time Error
Message 150 7 97 900 Air temp difference from 7 ( 97) 900 ( 15.811) to 7 ( 97) 915 ( 11.048) is
greater than 3.0 degrees C 150 9 99 1915 Air temp difference from 9 ( 99) 1915 ( 16.202) to 9 (
99) 1930 ( 19.357) is greater than 3.0 degrees C 150 9 99 1930 Air temp difference from 9 ( 99)
1930 ( 19.357) to 9 ( 99) 1945 ( 22.779) is greater than 3.0 degrees C 150 9 99 2015 Air temp
difference from 9 ( 99) 2015 ( 22.907) to 9 ( 99) 2030 ( 18.275) is greater than 3.0 degrees C
150 23 113 1430 Air temp difference from 23 ( 113) 1430 ( 25.731) to 23 ( 113) 1445 ( 30.488) is
greater than 3.0 degrees C 150 24 114 1545 Air temp difference from 24 ( 114) 1545 ( 28.274) to
24 ( 114) 1600 ( 24.187) is greater than 3.0 degrees C 150 24 114 1745 Air temp difference from
24 ( 114) 1745 ( 19.995) to 24 ( 114) 1800 ( 15.844) is greater than 3.0 degrees C 150 4 94 1630
Relative humidity difference from 4 ( 94) 1630 ( 32.199) to 4 ( 94) 1645 ( 57.555) is greater
than 25% The following data were changed in the raw files to read zero: ArrayID CalD JulianD
Time Error Message 150 1 91 2245 Wind direction is greater than 360 or less than 0 on 1 (91)
2245 (- .09537) 150 25 115 1645 Wind direction is greater than 360 or less than 0 on 25(115)
1645 (- .09529) 150 26 116 545 Wind direction is greater than 360 or less than 0 on 26 (116) 545
(- .09541) May 2001 The following data appear to be correct: ArrayID CalD JulianD Time Error
Message 150 4 124 1345 Air temp difference from 4 ( 124) 1345 ( 30.339) to 4 ( 124) 1400 (
27.122) is greater than 3.0 degrees C 150 16 136 430 Air temp difference from 16 ( 136) 430 (
9.286) to 16 ( 136) 445 ( 12.509) is greater than 3.0 degrees C 150 27 147 1630 Air temp
difference from 27 ( 147) 1630 ( 22.938) to 27 ( 147) 1645 ( 18.916) is greater than 3.0 degrees
C The following data were changed in the raw files to read zero: ArrayID CalD JulianD Time Error
Message 150 6 126 130 Wind direction is greater than 360 or less than 0 on 6 (126) 130 (-
.09532) 150 14 134 100 Wind direction is greater than 360 or less than 0 on 14(134) 100 (-
.095532) 150 14 134 2200 Wind direction is greater than 360 or less than 0 on 14(134) 2200 (-
.0953) June 2001 The following data appear correct, associated with a convective storm event:
ArrayID JulianD CalD Time Error Message 150 174 23 1200 Air temp difference from 23 ( 174) 1200
( 25.003) to 23 ( 174) 1215 ( 21.652) is greater than 3.0 degrees C 151 174 23 1200
Precipitation difference from 23 ( 174) 1200 ( .254) to 23 ( 174) 1215 ( 5.842)is greater than 5
mm 151 174 23 1215 Precipitation difference from 23 ( 174) 1215 ( 5.842) to 23 ( 174) 1230 (
15.494)is greater than 5 mm 151 174 23 1230 Precipitation difference from 23 ( 174) 1230 (
15.494) to 23 ( 174) 1245 ( 5.588)is greater than 5 mm The following data appear to be correct,
wind speeds below the 0.5 m/s criteria are common between 1900 and 0900 hours: ArrayID CalD
JulianD Time Error Message 102 28 179 1900 Wind speed is less than 0.5 m/s from 28 (179) 1900 to
29 (180) 700 The following data were changed in the raw files to read zero: ArrayID CalD JulianD
Time Error Message 150 24 175 1815 Wind direction is greater than 360 or less than 0 on 24(175)
1815 (- .09519) 150 24 175 2015 Wind direction is greater than 360 or less than 0 on 24(175)
2015 (- .09522) July 2001 The following data appear correct, associated with a convective storm
event: ArrayID CalD JulianD Time Error Message 150 1 182 1700 Air temp difference from 1 (182)
1700 ( 26.474) to 1 ( 182) 1715 ( 21.718) is greater than 3.0 degrees C 150 10 191 1700 Air temp
difference from 10 (191) 1700 ( 29.067) to 10 ( 191) 1715 ( 25.588) is greater than 3.0 degrees
C 150 11 192 1400 Air temp difference from 1 (182) 1700 ( 26.474) to 1 ( 182) 1715 ( 21.718) is
greater than 3.0 degrees C 150 11 192 1400 Relative hum difference from 11 ( 192) 1400 ( 46.695)
to 11 ( 192) 1415 ( 85.354) is greater than 25% 151 26 207 1430 Precipitation difference from 26
( 207) 1430 ( 1.778) to 26 ( 207) 1445 ( 27.94) is greater than 5 mm 151 26 207 1445
Precipitation difference from 26 ( 207) 1445 ( 27.94) to 26 ( 207) 1500 ( 8.89) is greater than
5 mm 151 26 207 1500 Precipitation difference from 26 ( 207) 1500 ( 8.89) to 26 ( 207) 1515 (
1.016) is greater than 5 mm The following data were changed in the raw files to read zero:
ArrayID CalD JulianD Time Error Message 6 6 187 1800 Wind direction is greater than 360 or less
than 0 on 6 ( 187) 1800 (-.09516) 10 10 191 800 Wind direction is greater than 360 or less than
0 on 10 ( 191) 800 (-.09518) 16 16 197 1445 Wind direction is greater than 360 or less than 0 on
16 ( 197) 1445 (-.09513) 21 21 202 915 Wind direction is greater than 360 or less than 0 on 21 (
202) 915 (-.0952) August 2001 The following data appear correct, associated with a convective
storm event ArrayID CalD JulianD Time Error Message 150 10 222 1630 Air temp difference from 10
( 222) 1630 ( 32.213) to 10 ( 222) 1645 ( 27.325) is greater than 3.0 degrees C 150 14 226 1600
Air temp difference from 14 ( 226) 1600 ( 27.329) to 14 ( 226) 1615 ( 23.78) is greater than 3.0
degrees C 150 14 226 1615 Air temp difference from 14 ( 226) 1615 ( 23.78) to 14 ( 226) 1630 (
20.642) is greater than 3.0 degrees C 151 19 231 1815 Precipitation difference from 19 ( 231)
1815 ( 3.302) to 19 ( 231) 1830 ( 10.16) is greater than 5 mm 151 19 231 1830 Precipitation
difference from 19 ( 231) 1830 ( 10.16) to 19 ( 231) 1845 ( 5.08) is greater than 5 mm The
following data appear to be correct, wind speeds below the 0.5 m/s criteria are common between
1900 and 0900 hours: ArrayID CalD JulianD Time Error Message 102 21 233 1900 Wind speed is less
than 0.5 m/s from 21 (233) 1900 to 22 (234) 700 The following data were changed in the raw files
to read zero: ArrayID CalD JulianD Time Error Message 150 1 213 900 Wind direction is greater
than 360 or less than 0 on 1 ( 213) 900 (- .09522) 150 22 234 1100 Wind direction is greater
than 360 or less than 0 on 22 ( 234) 1100 (-.09515) 150 26 238 815 Wind direction is greater
than 360 or less than 0 on 26 ( 238) 815 (-.09524) September 2001 The following data appear
correct, associated with a convective storm: ArrayID CalD JulianD Time Error Message 151 4 247
1930 Precipitation difference from 4 ( 247) 1930 ( .254) to 4 ( 247) 1945 ( 5.334) is greater
than 5 mm The following data appear correct, wind speeds below the 0.5 m/s criteria are common
between 1900 and 0900 hours: ArrayID CalD JulianD Time Error Message 102 17 260 1900 Wind speed
is less than 0.5 m/s from 17 (260) 1900 to 18 (261) 700 The following data were changed in the
raw files to read zero: ArrayID CalD JulianD Time Error Message 150 5 248 845 Wind direction is
greater than 360 or less than 0 on 5 ( 248) 845 (- .09523) 150 5 248 1715 Wind direction is
greater than 360 or less than 0 on 5 ( 248) 1715 (-.09517) 150 9 252 330 Wind direction is
greater than 360 or less than 0 on 9 ( 252) 330 (- .09527) 150 14 257 400 Wind direction is
greater than 360 or less than 0 on 14 ( 257) 400 (-.09527) 150 14 257 630 Wind direction is
greater than 360 or less than 0 on 14 ( 257) 630 (-.09527) 150 15 258 1730 Wind direction is
greater than 360 or less than 0 on 15 ( 258) 1730 (-.09521) 150 29 272 2200 Wind direction is
greater than 360 or less than 0 on 29 ( 272) 2200 (-.09527) 150 30 273 45 Wind direction is
greater than 360 or less than 0 on 30 ( 273) 45 (- .0953) October 2001 The following data appear
to be correct, wind speeds below the 0.5 m/s criteria are common between 1900 and 0900 hours:
ArrayID CalD JulianD Time Error Message 102 2 275 1800 Wind speed is less than 0.5 m/s from 2 (
275) 1800 to 3 ( 276) 700 The following data were changed in the raw files to read zero: ArrayID
CalD JulianD Time Error Message 150 15 288 15 Wind direction is greater than 360 or less than 0
on 15 ( 288) 15 (- .09524) 150 22 295 1015 Wind direction is greater than 360 or less than 0 on
22 ( 295) 1015 (-.09524) November 2001 The following data appear to be correct: ArrayID CalD
JulianD Time Error Message 150 16 320 2300 Air temp difference from 16 ( 320) 2300 ( 8.145) to
16 ( 320) 2315 ( 13.584) is greater than 3.0 degrees C 150 23 327 800 Air temp difference from
23 ( 327) 800 ( 4.8328) to 23 ( 327) 815 ( 7.9874) is greater than 3.0 degrees C The following
data appear to be correct, wind speeds below the 0.5 m/s criteria are common between 1900 and
0900 hours: ArrayID CalD JulianD Time Error Message 102 9 313 1800 Wind speed is less than 0.5
m/s from 9 (313) 1800 to 10 ( 314) 600 102 11 315 2000 Wind speed is less than 0.5 m/s from 11
(315) 2000 to 12 ( 316) 800 102 12 316 1800 Wind speed is less than 0.5 m/s from 12 (316) 1800
to 13 ( 317) 900 The following data were changed in the raw files to read zero ArrayID CalD
JulianD Time Error Message 150 12 316 30 Wind direction is greater than 360 or less than 0 on 12
( 316) 30 (- .09548) December 2001 ArrayID CalD JulianD Time Error Message 150 1 335 1615 Air
temp difference from 1 ( 335) 1615 ( 21.005) to 1 ( 335) 1630 ( 17.857) is greater than 3.0
degrees C 150 14 348 1645 Air temp difference from 14 ( 348) 1645 ( 13.069) to 14 ( 348) 1700 (
16.759) is greater than 3.0 degrees C 150 24 358 130 Air temp difference from 24 ( 358) 130 (
12.634) to 24 ( 358) 145 ( 9.2097) is greater than 3.0 degrees C LOGICAL CONSISTENCY REPORT:
NACOMPLETENESS REPORT: Data collection period The meteorological monitoring program was started
in October 1997 at the DNERR and has been continuos through the present. The data collection
format has followed NERRS protocol since standardized meteorological program development in
November of 1998. Deleted Data Missing Data The following data are missing (-99999) due to
replacement work on temperature sensor: ArrayID CalD JulianD Time Error Message 150 19 353 1030
15 minute air temperature and humidity The following data were removed (55555), approximately 15
minutes of the one hour sampling period were missing due to sensor replacement. ArrayID CalD
JulianD Time Error Message 101 19 353 1100 hourly average air temp and average relative humidity
The following data are retained but may be inaccurate due to daily average temperature and daily
average relative humidity calculations are based on all 5 seconds samples with the exception of
approximately 15 minute interval while sensor was being replaced around 1030. ArrayID CalD
JulianD Time Error Message 241 19 353 2400 daily average air temp and average relative humidity
LINEAGE/PROCESS STEP: PROCESS DESCRIPTION: Additional Description: Entry verification a) Data
Input Procedures: The 15-minute, 1-hour average, and 24-hour meteorological data were downloaded
from each instrument on the weather station to a Campbell Scientific CR10X datalogger. The CDMO
Data Logger Program (nerr303.csi) was loaded into the CR10X and controls the sensors and data
collection schedule (see 2b of the Entry Verification section for the data collection schedule).
The CR10X then interfaced with the PC208W software supplied by Campbell Scientific. This
software was located on a computer to which the data was uploaded (every 15 minutes) via a short
haul modem to a computer located at St. Jones Center for Estuarine Studies. The data was saved
as a raw data file (SJ_RAW.dat) onto a separate hard drive and backed up onto Delaware Coastal
Programs' (DCP) server. Once an entire month of data was available, the CDMO Weather Data
Management Program (WDMP) was used to convert the files to an Access database. This program was
developed in Visual Basic to interface with the NERRS data collection schedule (see 2b of the
Entry Verification section for the data collection schedule). The WDMP will automatically input
and convert the monthly raw data file into and Access Database. There are three main steps the
WDMP performs. First, it converts the comma delimited monthly raw data file into an Access
Database. Secondly, it checks the data against a predetermined set of error criteria (see Part C
of this section). Finally, it produces error and summary reports. Any anomalous data were
investigated and are noted below in Anomalous Data section. Any data corrections that were
performed are noted in the Data Correction section below. Common errors noted in the monthly
error reports were wind speeds below the 0.5 m/s criteria, temperature change of greater than 3
C in a 15 minute period, and precipitation difference of greater than 5mm in 15 minutes. All
errors of these types were double checked with other data that could support such "anomalous"
weather changes and noted in the sections that follow. Wind speeds below the 0.5 m/s criteria
are common between 1900 and 0600 hours and are not individually checked. Both raw data files and
Access databases were saved to the DCP server with daily tape back-up. Both Robert Scarborough
and Mike Mensinger conducted data management and QA/QC activities. The Centralized Data
Management Office converted all SWMP weather data collected with CR10X program versions prior to
version 4.0 which was distributed in October 2003. This was necessary in order to merge the old
data format (12 array output) with the new data format found in version 4.0 (3 array output).
The new format produces averages, maximums and minimums every fifteen minutes (array 15), every
hour (array 60) and every day (array 144) for any sensors hooked up to the CR10X. Specifically,
the 150 and 151 fifteen minute data were converted to the new 15 array; the hourly 101, 102, 105
and 106 data were converted to the new 60 array; and the daily 241, 242, 243, 244, 245 and 246
data were converted to the new 144 array. With the new format, the use of 55555's to code for
deleted data and 11111's to code for missing data has been abandoned. Hence, all 55555's or
11111's contained in the SWMP weather data collected prior to Version 4.0 of the CR10X program
were removed and left blank. b) Data Collection Schedule i) Data is collected in the following
formats. (1) Sample data points are collected every 15 minutes. (2) Hourly averages are
collected every 60 minutes. (3) Every 24 hours daily averages, maximums with time, and minimums
with time. ii) 15 minute sample point parameters: Array 150: Date, Time, Air Temperature (c),
Relative Humidity (%), LiCor (par), Barometric Pressure (mb), Wind Speed (m/s), Wind Direction
Array 151: Rainfall (mm) iii) Hourly average parameters: D Array 101: Date, Time, Air
Temperature (c), Relative Humidity (%), LiCor (par), Barometric Pressure (mb) Array 102: Date,
Time, Wind Speed (m/s), Wind Direction, Wind Speed Maximum (m/s) iv) Daily Averages parameters:
Array 241: Date, Time, Air Temperature (c), Relative Humidity (%), LiCor (par), Barometric
Pressure (mb) Array 242: Date, Time, Wind Speed (m/s), Wind Direction, Wind Direction Standard
Deviation (using Yamartino's Algorithm) v) Daily Maximum parameters: Array 243: Date, Time, Air
Temperature (c), Time, Relative Humidity (%), Time, LiCor (par), Time, Barometric Pressure (mb),
Time, Wind Speed (m/s), Time, Battery Voltage, Time vi) Daily Minimum parameters: Array 244:
Date, Time, Air Temperature (c), Time, Relative Humidity (%), Time, LiCor (par), Time,
Barometric Pressure (mb), Time, Wind Speed (m/s), Time, Battery Voltage, Time c) Error/Anomalous
Data Criteria Air Temp: - 15 min sample not greater than max for the day - 15 min sample not
less than the min for the day - 15 min sample not greater than 3.0 C from the previous 15
minutes - Max and min temp recorded for the day - 1-hour average not greater than 10% above the
greatest 15 min sample recorded in the hour Relative Humidity: - Not changed by more than 25%
from the previous 15 minutes - Max and min humidity recorded for the day - 1-hour average not
greater than 10% above the greatest 15 min sample recorded in the hour Rainfall: - Precipitation
not greater than 5 mm in 15 min - No precipitation for the month Wind Speed: - Wind speed
greater than 30 m/s - Wind speed less than .5 m/s Wind Direction: - Wind direction not greater
than 360 degrees - Wind direction not less than 0 degrees Pressure: - Pressure greater than 1040
mb or less than 980 mb - Pressure changes greater than 5 mb per hour - Maximum and minimum
values recorded for the day - 1-hour average not greater than 10% above the greatest 15 min
sample recorded in the hour Time: - 15-minute interval recorded For all data: - Duplicate
interval data PROCESS DATE: 20060222
Access Constraints
Data collected in conjunction with the National Estuarine Research Reserve
System's (NERRS) System-wide Monitoring Program (SWMP) is considered public information. Please
see site for further information: http://cdmo.baruch.sc.edu/aboutdata.htm
LIABILITY: Distribution According to the Ocean and Coastal Resource Management Data
... Dissemination Policy for the NERRS System-wide Monitoring Program, NOAA/ERD retains the right to
analyze, synthesize and publish summaries of the NERRS System-wide Monitoring Program data. The
PI retains the right to be fully credited for having collected and processed the data. Following
academic courtesy standards, the PI and NERR site where the data were collected will be
contacted and fully acknowledged in any subsequent publications in which any part of the data
are used. Manuscripts resulting from the NOAA/OCRM supported research that are produced for
publication in open literature, including refereed scientific journals, will acknowledge that
the research was conducted under an award from the Estuarine Reserves Division, Office of Ocean
and Coastal Resource Management, National Ocean Service, National Oceanic and Atmospheric
Administration. The data set enclosed within this package/transmission is only as good as the
quality assurance/quality control procedures outlined by the enclosed metadata reporting
statement. The user bears all responsibility for its subsequent use/misuse in any further
analyses or comparisons. The Federal government does not assume liability to the Recipient or
third persons, nor will the Federal government reimburse or indemnify the Recipient for its
liability due to any losses resulting in any way from the use of this data. NERR weather data
and metadata can be obtained from the Research Coordinator at the individual NERR site (please
see Section 1 Principal investigators and contact persons), from the Data Manager at the
Centralized Data Management Office (please see personnel directory under the general information
link on the CDMO home page) and online at the CDMO home page http://cdmo.baruch.sc.edu. Data are
available in text format and Access data tables.
Use Constraints
The principal investigator (PI) listed in the enclosed metadata retains the right
to be fully credited for having collected and processed the data. Please see the site for
further information: http://cdmo.baruch.sc.edu/aboutdata.htm
Data Set Progress
COMPLETE
Distribution
Distribution Format:
Ascii File, Formatted For Text Attributes, Declared Format (ASCII)NA
Fees:
Data is available at no charge.
Personnel
Role:
TECHNICAL CONTACT
Role:
DIF AUTHOR
Contact Address:
Department of Natural Resources and Environmental Control
City:
Dover
Province or State:
DE
Postal Code:
19901
Country:
USA
Creation and Review Dates
DIF Creation Date:
2006-02-22
Last DIF Revision Date:
2009-06-02
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