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BIBLIOGRAPHIC INFORMATION

PB90- 125444

Report Nos: NOAA-TM-NMFS-F/NEC-68, MARMAP/CONTRIB/~ED/NEFC-88/12

Title: MARMAP (Marine Resource Monitoring, Assessment, and Prediction) Surveys of
the Continental Shelf from Cape Hatteras, North Carolina, to Cape Sable, Nova
Seotia (1984-87). Atlas No. 3. Summary of Operations.

Date: Jul 89

Authors: J. D. Sibunka, and M. J. Silverman.

Performing Organization: National Marine Fisheries Service, Woods Hole, MA.
Northeast Fisheries Center.

Type of Report and Period Covered: Technical memo.

Supplementary Notes: See also PB85~150985 and PB87-232831.

NTIS Field/Group Codes: 47D, 47C, 98F
Price: PC Al0/MF A02

Availability: Available from the National Technical Information Service,
Springfield, VA. 22161

Number of Pages: 206p

Keywords: *Marine biology, “Oceanographic data, “Continental shelves, *Cape
Hatteras, Oceanographic surveys, Primary biological productivity, Hydrology,

Chlorophylls, Phytoplankton, Benthos, Sampling, Fisheries, Mollusca, Tables (Data),
Atlases, MARMAP program.

Abstract: The atlas is the third in a series dealing with mesoscale plankton

surv and attendant information from a comprehensive fishery ecosystem study
known as the MARMAP program (Sherman 1980, 1988). It summarizes sampling methods,
station activities, and geographic coverage for MARMAP surveys conducted off the
north tern United States from 1984 through 1987, the final four years of an 11-
year multidisciplinary survey program that began in 1977. The MARMAP data base of
the Northeast Fisheries Center (NEFC) contains station information obtained from
two types of cruises: (1) those in which the principal objective was to conduct
ichthyoplankton surveys with supportive biological, chemical, and physica
oceanographic data collection; and (2) resource surveys in which the principal
objective was to assess the distribution and abundance of fish and moilusk
populations.



Page 114

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Delaware I] 1887-04 survey No. 76.


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1985-04 and A?batross IV


Page 60

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74

SURVEY NO. 70

DELAWARE II 86-07
Aug 28 - Sep 24

Figure 23. Station locations for Delaware II 1986-07 and Delaware II

1986-07 survey No. 70.


4

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DELAWARE I! 87

SURVEY NO. 75
4 ADM. ARCISZEWSKI 87

-04)

Apr 13 - 22

7a

Page 190

Station locations for Admiral Arciszewski 1987-04 survey

No. 75 and Delaware II 1987-04 Part I.

Figure 29.


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Page 121

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Page 4

Woods Hole Laboratory (Potter 1978). To eliminate wind-
milling by the flowmeters when setting the gear, disposable
beverage cups were placed over the fins before the 0.61-m
bongo array was deployed. The cup was washed immedi-
ately into the net when the flowmeter was submerged and
later discarded when the plankton sample was preserved. If
a flowmeter malfunctioned, it was repaired or replaced and
the amount of water sampled curing the tow was estimated
from a regression line derived from plotting previous
flowmeter readings versus the total tow time.

A Hendix Model T-1 mechanical time-depth recorder
(TDR) was attached to the towing wire immediately above
the 0.61-m bongo array to record tow profile and maximum
sampling depth. Calibration of TDRs was done ashore,
both intermittently and after any repairs. A hydraulic pump
fitted with a pressure gauge assembly was used to simulate
water pressure at nominal depth. A calibration scale was
derived from a plot of resultant TDR deflection points at
simulated depths. If the TDR malfunctioned, maximum
sampling depth of the plankton tow was estimated by
multiplying the total amount of wire out (in the water) by
the sine of the occurring horizontal wire angle at maximum
depth (see Smith and Richardson 1977).

Plankton tows were smooth double-oblique from the
surface to a maximum depth of 200 m or to within S m of
the bottom. A 45-kg ball was attached beneath the bongo
array to depress the sampler(s). Vessel speed of 1-2 kn was
adjusted to maintain a 45° wire angle throughout the tow.
The wire angle was measured from the horizontal with an
inclinometer. An electric meter block was used to monitor
rate of wire payout and retrieval (m/min) and the amount of
wire out. Wire was payed out at 50 m/min and retrieved at
20 m/min. These rates were adjusted at depths less than or
equal to 60 m to tow for 5 min, with a wire payout time of
1 minand 15 sec and a retrieval time of 4 min. This towing
scheme was adopted to insure sampling a minimum of 100
m? of water (Houde 1977).

The 0.61-m plankton samples were sent to the Morski
Instytut Rybacki (MIR), Szczecin, Poland, for sorting,
identification, and enumeration according to procedures
described by Jossi and Marak (1983). The MARMAP
0.505-mm samples were sorted for all ichthyoplankton.
Larval fish were identified, counted, and measured to the
nearest 0.1 mm of standard length. Up to 50 randomly
selected larvae of a species were measured from each
sample. Larvae and related data sheets were sent to the
NEFC Sandy Hook Laboratory for verification, further
analysis, data entry, and archiving.

The 0.333-mm plankton samples were analyzed for
invertebrate zooptanktcn composition anu abundance. The

volume of the entire sample was detzrr * organ-
isms greater than 2.5 cm were remove olumes
determined separately. Asubsample. simately 500

organisms was taken, thea each organism iuentified to the

lowest taxon possible (Jossi and Marak 1983). The zo-

oplankton samples were archived at the MiB. laboratory.
Vertical plankton hauls were made at 24 stations on

Georges Bank on cruise DL8708 to collect scallop larvae
for Dr. M. J. Tremblay, Fisheries and Oceans, Halifax,
Nova Scotia, Canada. A 0.40-m bongo frame fitted with
paired 0.085-mm nets was used along with 68 kg of weight
to depress the sampler. A TSK analog flowmeter was
suspended within each bongo frame and a ‘DR attached to
the towing wire to record actual tow depth. Sampling
procedures required that the ship be stopped. Tows were
made to within 5 m of bottom or to a maximum depth of 100
m. Wire was payed out and retrieved at 50 m/min and the
wire angle recorded. The plankton samples collected were
preserved in five-percent buffered formalin and retumed to
Dr. Tremblay for analysis.

Two neuston samplers were towed on MARMAP
surveys. One consisted of a 0.5- by 1.0-m tubular frame
fitted with a conical 0.505-mm net (Jossi and Marak 1983).
This net was towed for 10 min in conjunction with the
bongo haul. After the tow, large pieces of debris or seaweed
were rinsed of adhering plankton, the amount of weed
recorded and discarded. The resultant catch was preserved
in five-percent formalin. Excessively large catches were
measured volumetrically and subsampled; the remainder of
the catch was drained and then discarded. Samples were
archived at the NEFC Narragansett Laboratory.

AHaedrich neuston sampler was towed at 3.5 kn for 15
minatselected stations to collect juvenile fish that avoid the
slower towed 0.5- x 1.0-m sampler. It consisted of a 1.0- x
0.3-m fiberglass rectangular frame with a built-in pontoon
on each end (Bartlett and Haedrich 1968). The frame was
fitted with a 1.8-mm mesh conical meter net. Samples from
this neuston net were sorted at sea, the fish preserved in
five-percent formalin, and the remaining sample discarded.
The fish were identified, counted, and measured to the
nearest 0.1 mm SL at NEFC Sandy Hook and Woods Hole
facilities,

HYDROGRAPHY

Hydrographic procedures used on MARMAP surveys
are described by Kirschner (1980) and Patanjo et al. (1982).
Minor modifications in hydrographic methodology were
implemented over time, either to expedite survey opera-
tions or to meet the needs of short-term studies.

Both 1.7- and §-liter polyvinyl chloride Niskin bottles
were used to collect water samples. Boitles were attached
to a 1/4-in diameter wire and the array depressed with a 45-
kg weight. An electronic meter block was used to attain
nominal sampling depths. To aid in determining actual
depths sampled, a mechanical TDR was attached near the
deepest bottle. In water depths greater than 75 m, asecond
TDR was used, usually at the 50-m bottle. Normally all
bottles were fitted with protected and unprotected reversing,
thermometers. Nominal sampling depths were: 1,5, 10, 15,
20, 25, 30, 35, 50, 75, 100, 150, 200, 250 m, and within 5
m of the bottom, if water depth was less than 300 m. If
station depth exceeded 300 m, the cast was made to a


NU. os fechnical Memorandum NMFS-F/NEC-68

Ths TM senes 1s used for documentabon and timely communication of preliminary results,
inlenm ‘eports, or special purpose information, and has not received complete formal review,
editonal contro! or detailed editng

MARMAP Contribution No. FED/NEFC 88-12

MARMAP Surveys of the Continental S* “lf
from Cape Hatteras, North Carolini,

to Cape Sable, Nova Scotia (1984-87)
Atlas No. 3 Summary of Operations

John D. Sibunka and Myron J. Silverman
Sandy Hook Lab., National Marine Fisheries Serv., Highlands, NJ 07732

U. S. DEPARTMENT OF COMMERCE
Robert A. Mosbacher, Secretary

National Oceanic and Atmospheric Administration
Wii'tam E. Evans, Administrator

National Marine Fisheries Service
James W. Brennan, Assistant Administrator for Fisheries
Northeast Fisheries Center
Woods Hole, Massachusetts

July 1989


Page 145

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Recent issues In this series

38. The Shelf/Slope Froat South of Nantucket Shoals and Georges Bank as Delineated by Satellite Infrared
Imagery and Shipboard Hydrographic and Plankton Observations. By J. B. Colon, Jr., J. L. Anderson, J. E.
‘O'Reilly, C. A. Evans-Zetlin, and H. G. Marshall. May 1985. vi + 22 p., 14 figs. NTIS Access. No. PB85-221083/AS.

39. USA Historical Catch Deta, 1904-82, for Major Georges Bank Fisheries, By Anne M. T. Lang. and Joan E.
Palmer. May 1985. iii + 21 p., 12 figs., 2 tables. NTIS Access. No. PB8S-233948/AS.

40. Indexing the Economic Health of the U.S. Fishing Industry's Harvesting Sector, By Virgil J. Norton, Morton

M. Miller, and Elizabeth Kenney. May 1985. v ¢ 42 p., 44 figs., 25 tables, 1 app. NTIS Access. No. PB85-217958/
AS.

41. Calculation of Standing Stocks and Energetic Requirements of the Cetaceans of the Northeast United States
Outer Continental Shelf. By Robert D. Kenney, Martin A. M. Hyman, and Howard E. Winn. May 1985. iv + 99 p.,
1 ug., 5 tables, 1 app. NTIS Access. No. PB8S-239937/AS.

42. Status of the Fishery Resources Off the Northeastern United States for 1985. By Conservation & Utilization
Division, Northeast Fisherics Center. August 1985. iii + 137 p., 46 figs., 49 tables. NTIS Access. No. PB&6-125473/
AS.

43. Status of the Fishery Resources Off the Northeastern United States for 1986. By Conservation & Utilization
Division, Northeast Fisheries Center, September 1986. iii + 130 p., 45 figs., 48 tables. NTIS Access. No. PB87-122115/
AS.

44. NOAA's Northeast Monitoring Program (NEMP): A Report on Progress of the First Five Years (1979-84)
and a Plan for the Future. By Robert N. Reid, Merton C. Ingham, and John B. Pearce, eds., and Catherine E. Warsh
(water quality), Robert N. Reid (sediments & bottom organisms), Adriana Y. Cantillo (trace contaminants iu tissues),
and Edith Gould (biological effects), topic coords. May 1987. xi + 138 p., 13 figs., 1 table, 9 app. NTIS Access. No.
PB87-210100.

45. Focd and Distribution of Juveniles of Seventeen Northwest Atlantic Fish Species, 1973-1976. By Ray E.
Bowman, Thomas R. Azarovitz, Esther S. Howard, and Brian P. Hayden. May 1987. xi + 57 p., 10 figs., 19 tables. NTIS
Access. No. PB&7-215851/AS.

46. Influence of Freshwater Inflows on Estuarine Productivity. By James G. Turek, Timothy E. Goodger, Thomas.
E. Bigford, and John S. Nichols. May 1987. iii + 26 p. NTIS Access. No. PB87-213660/AS

47. MARMAP Surveys of the Continental Shelf from Cape Hatteras, North Carolina, to Cape Sable, Nova Scotia
(1977-1984). Atlas No, 2. Annual Distribution Patterns of Fish Larvae. By Wallace W. Morse, Michael P. Fahay,
and Wallace G. Smith. May 1987. viii + 215 p., 27 figs., 2 tables. NTIS Access. No. PB87-232831/AS.

48. Indexed Bibliography of the Bay Scallop (A-gopecten irradians). By Barbara D. Sabo (Gibson) and Edwin W.
Rhodes. May 1987. iii + 85 p. NTIS Access. No. PB&7-231411/AS.

49. Northeast Fisheries Center Framework for Inshore Research. By Research Planning & Coordination Staff,
Northeast Fisheries Center. July 1987. vi + 44 p., 2 figs., 2 tables. NTIS Access. No. PB87-232286/AS.

50. Status of the Fishery Resources Off the Northeastern United States for 1987. By Conservation & Utilization
Division, Northeast Fisheries Center. October 1987. iii + 132 p., 48 figs., 50 tables. NTIS Access. No. PB88-148549.

51. An Annotated List of the Fishes of Massachusetts Bay. By Bruce B. Collette and Karsten E. Hartel, February
1988. x + 70 p., 1 fig., 1 table. NTIS Access. No. PB88-179247/AS.

52. An Evaluation of the Bottom Traw! Survey Program of the Northeast Fisheries Center. By Survey Working
Group, Northeast Fisheries Center. March 1988. ix + 83 p., 33 figs., 17 tables. NTIS Access No. PB88-201982/AS.

(continued on inside back cover)


Sep 30 - Oct 10

74

ALBATROSS IV 86-05
Sep 14 - Nov 6

Wyre

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Station locations for Albatross IV 1986-05 and Delaware IT

Figure 24.

1986-08.


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Page 8
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Berrien, P. L. 1984. Yellowtail flounder, Limanda
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Berrien, P. L., N. A. Naplin, and M. R. Pennington. 1981.
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of the Southern Oceans. 44 p.

Fairbanks, R. G. 1982. The origin of continental shelf and
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Marshall, H. G., and M.S. Cohn. 1981. Phytoplankton
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O'Reilly, J.E., and J. P. Thomas. 1984. A handbook for
the measurement of total daily primary productivity
using '4C simulated in situ sunlight incubation, Biomass
Handbook No. 10. SCAR/SCOR/IABO/ACMRR Group
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Parsons, T. R., Y. Maita, and C. M. Lalli, 1984. A manual
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Patanjo, D., S. R. Nickerson, and F. Steimle. 1982. Report
on temperature, salinity, and dissolved oxygen measure-
ments made on MARMAP surveys between October


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Page 49

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Page 43

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Page 48



(continued from inside front cover)

53, Contaminants in Hudeoo-Raritan Estuary Water and Influence of Co:d Storage upoa Its Chemical Compo-
sition, By Anthony Calabrese, Lawrence J. Buckley, and J. Christopher Powell. May 1988. vil + 37 p. 10 figs., 11
tables. NTIS Access. No. PB88-225628/AS.

54, Epizootic Ulcerative Syadromes in Coastal/Estuarine Fish. By Cari J, Sindermann. June 1968. v + 37 p..8 figs.
1 table. NTIS Access. No. PB89-110803/AS.

55. A Plan for Study: Response of the Habitat and Biota of the Inner New York Bight to Abatement of Sewage
Studge Dumping. By Environmental Processes Division, Nc vast Fisheries Center. June 1988. iii + 34 p., 5 figs.,
3 tables, 4 app. NTIS Access. No. PB89-100903/AS

56. Characterization of the Middle Atlantic Water Management Unit of the Northeast Regicaal Actioa Plan. By
‘Anthony L. Pacheco, ed. July 1988. v + 322 p., 136 figs. 21 tables. NTIS Access. No. PB89-145262/AS.

57, An « lysis and Evaluation of Ichthyoplankion Survey Data from the Northeast Continental Shelf

y Wallace G. Smith, ed. August 1988. xiii + 132 p., 53 figs., 12 tables, 1 app. NTIS Access. No. PB8S-
122S01/AS.

58. An Indexed Bintiography of Northeast Fisheries Center Publications and Reports for 1967. By Jon A. Gibson.
August 1968. iii + 20 p. NTIS Access. No. PB89-113013/AS.

59. Sarveys of Breeding Peaguias aad Other Seabirds in the South Shetland Islands, Antarctica, Janvary-
February 1987. By W. Javid Shuford and Larry B. Spear. Scptember 1988. vii + 27 p., 14 figs. 1 table. NTIS Access.
No. PB89-141311/AS.

60, Sarvey of Antarctic Fur Seals in the south Shetland Islands, Antarctica, during the 1966-1967 Austral
Summer. By John L. Bengtson, Lisa M. Ferm, Tero J. Harkonen, Everett G. Schaner, and Brent S, Stewart, September
1988. vii + 8 p., 1 fig., 3 tabics. NTIS Access. No. PB89-141303/AS.

61. Fish ax Sentinels of Eavironmental Health. By Robert A. Murchelano. September 1988. iii + 16 p., 4 figs. NTIS
Access. No. PB89-139737/AS.

62. The Effects of Density Dependent Population Mechanisms on Assessment Advice for the Northwest Atlantic
Mackerel Stock. By W. J. Overholtz, S.A. Murawski, W.L. Michaels, and L.M. Dery. October 1988. v + 49 p., 7 figs.,
20 tables. NTIS Access. No. PB89-151948/AS.

63. Status of the Fishery Resources Off the Northeastern United States for 1988. By Conservation and Utilization
Division. October 1988. iii + 135 p., 51 figs., 52 tables. NTIS Access. No. PB89-130819/AS.

64. The Shell Disease Syndrome in Marine Crustaceans. By Carl J. Sindermann. February 1939, v + 43 p., 5 figs.,
2 tables. NTIS Access. No. PB89-162523/AS.

65. Stock Assessment Information for Pollock, Pollachius virens (L.), in the Scotian Shelf, Georges Bank, aud
Gulf of Maine Regions. By Ralph K. Mayo, Stephen H. Clark, and M. Christina Annand, April 1989. vi + 14 p.. 6
figs., 14 tables.

66. Guidelines for Estimating Lengths at Age for 18 Northwest Atlaatic Finfish and Sbelifish Species. By Judith
A. Peatilla, Gary A. Nelson, and John M. Burnett, IIT. May 1989. iii + 39 p., 18 figs. 19 tables.

67. Response of the Habitat and Biota of the Inner New York Bight to Abatement of Sewage

‘Stadge Dumping.
Second Annval Progress Report -- 1985. By Environmental Processes Division, Northeast Fisheries Center. July
1989. vii + 47 p., 39 figs., 11 tubles, 3 app.

18


Page 133

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. * NOAA Technical Memorandum NMFS-F/NEC-68

x

Sars ot

MARMAP Surveys
of the Continental Shelf
from Cape Hatteras, North Carolina,

to Cape Sable, Nova Scotia (1984-87)

Atlas No. 3. Summary of Operations

U.S. DEPARTMENT OF COMMERCE
National Oceanic and Atmospheric Administration
National Marine Fisheries Service
Northeast Fisheries Center
Woods Hole, Massachusetts

July 1989

RED20UCED BY

U.S DEPARTMENT OF COMMERCE
NATIONAL TECHNICAL INFORMATION SERVICE
SPRINGFIELD, VA 22161


Page 140

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DELAWARE It 84-05

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Ss
ALBATROSS IV 84

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May 9 - Jun 2

Page 164

Station locations for Albatross IV 1984-03 survey No. 50 and

Delaware 11 1984-05 survey No. 51.

Figure 3.


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Page 170

2% ¢
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F Feb 27 - Apr 12
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Figure 9. Station locations for Albatross IV 1985-02 and Albatross 7
1985-02 survey No. 58.


Page 110

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Page 188

ALBATROSS !V 87-01

4
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SURVEY NO. 7
DELAWARE II 87

“01

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ALBATROSS IV 85-04

May 9 - Jun 4

SURVEY NO. 59
DELAWARE I! 85-03

04,

Figure 11. Station locations for Delaware II 1985-03 survey No. 59 and
Albatross IV 1985



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maximum depth of 300 m. This procedure changed in 1987
{L*' 8708) when reversing the:mometers were not used, but
water bottle casis were made to a maximum depth of 100
TM to collect water for chlorophyll a and phacopigments,
and salinity determinations. Twice a day, at stations where
Primary productivity sampies were collected, additional
bottles were added and some standard sampling depths
were adjusted to sample at predetermined light levels.

After the cast was set at depth, bottles were allowed to
flush and thermometers to equilibrate for 3-5 min before
the messenger was released. Ax that time, the wire angle
was measured and recorded. A modified Niskin bottle
without revers.ag thermometers, knewn as the “bottom trip
bottle” (BTB), was attacned just above the 45-kg weight at
station depths less than 101 m. After all bottles had been
tripped, the entire array was lowered slowly until the
weight made contact with the seabed, the closing mecha-
nism on the BTB was activated automatically, and a water
sample obtained within 1 m of the vottom. The tctal
amount of wire was recorded and used in conjunction with
the TDR trace io establish actual bottam depth at that time.
‘The BTB was used on cruise DL&607 in depths greater than
100 m in suppor of a special study involving benthic
sampling.

After the hydrographic cast was completed, reversing
thermometers were read twice. allowing a minimum time
lapse of 20 min trom cast completion. Sampies fer analysis
were drawn immediately from water bottles in the {cllow-
ing ort: 7: dissolved oxygen, primary productiviiy, chloro-
phyll a and phacopigments, phytoplankton, numenss, sa-
hnity, and H,'"O/H,'*O. Disscived oxygen samples vol-
lected in 1984 and 1985 were taken from all bottles at
Primary preductivity stations and al selected transec sta-
tions. These samples were processed at sea using the
modified Winkler method (Carpenter 1965). The proce-
dure changed in 1986 in that dissolved oxygen samples
were drawn from the 8TB only. An alternate procedure,
the azide modification of the Winkler method (Kroner et
al. 1964; Amencan Puolic Health Association 1975), was
used on two cruises, DL8607 and DL87U8. Salinity samples
were taken from all water bottles and analyzed ashore with
a Guildline AutoSal Model 8400. This procedure changed
with the iniroduction of a Seabird Model S3E9 conductiv-
ity, temperature, depth (CTD) instrument in 1987. The
Seabird CTD was used on MARMAP cruises DL8708,
8710, and part of 8704. In addition, a SeaMarTech Model
60. AR fluorometer was integrated with the CTD and
used intermittently on cruises DL8708 and 8710. CTD
casts were made to within $m of the bottom if water depth
was less than 300 m. In water depths greater than 300 m,
the CTD was lowered to a maximum depth of 300 rm. After
each cast, data from the CTD were unloaded into a COM-
PAQ personnel computer. On cruise DL8704, a single
Niskin bottle was attached to the hydrographic wire just
above the CTD. The array was lowered to maximum wire
Out, the winch stopped, and a messenger deployed on the
wire to trip the water bottle. Both the temperature record

Page 5

salinity sample were used to calibrate the CTD. During
cruise DL8707, salinity samples were taken from the 1-m
depth and deepest water bottle used on station tn calibrate
the CTD. Samples collected for H,'*O/H,'*O measure-
ments were taken from all bottles and were analyzed at the
Lamont-Doheny Geological Observatory, Palisades, New
York, using methods described by Fairbanks (1982). The
latter rampting was discontinued after cruise DL8610,

On cruise GY8507, a Neil Brown Mark Ill CTD was
used along with both a General Oczanics rosette water
sampler fitted with Niskin bottles to collect discrete depth
samples and a Sea Tech 25-cm path length transmissometer
to measure light transperency in the water. CTD and
transmissometer data were collected during cast decent,
and the discrete-depth water samples were obtained during
cast ascent. This array was lowered to near bottom on each
cast. The hydrographic results from this cruise were
Presented in Townsend and Christensen (1986).

Or. cruises where hydrographic casts were not made,
i.e, when plankton sampling was conducted in conjunction
with traw! surveys, or if continuous temperature profiles
were desired, a Sippican expendable bathythermograph
(XBT) was used. Two probe types, one effective from 010
206 m and another from 0 to 450 m were utilized. On
MARMAP cruises, XBT cests were routinely made at all
Stations on selected transects (usually Transect A,C, Dy and
‘on other transect stations where water depths were greater
than 150 m. This procedure was discontinued in 1985
(DL8S07}. In support of a special ichthyoplankton study
undertaken in the spring of 1987 (AA8704, WI8701), XBT.
casts were made at alternate stations. XET drops were
either made near the time of messenger release for the water
bottie cast or near the time of the plankton tow on raw!
surveys.

Sea surface temperature was measured with a stem
thermometer to the nearest 0.1'C at all stations. On wo
Cruises in 1987 (AA8704 and part of DL8710), a thermistor
affixed to the vessel's seawater intake pipe recorded sea
Surface temperature. A sample of water from the surface
bucket was kept for salinity analysis on trawl surveys, but
this practice was discontinued in 1987 (AL8701).

A Secchi disc reading was taken to measure water
transparency when the vessel was stopped for hydrographic
observations. This reading, recorded to the nearest 0.5 m,
was not taken at night or in rough sea conditions.

At each station, observations of barometric pressure,
wind speed and direction, wave height, air temperatun.
Cloud type, and amount of cover were recorded.

CHLOROPHYLLa AND PHAEOPIGMENTS

‘The determination of chlorophyll a and phacopigment
(phaeophorbide and phacophytin) concentrations was based
on methods described by Strickland a. id Parsons (1972) and
Evans and O'Reilly (1983). Water samples were taken at
each station at standard sampling depths from surface to


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Page 78

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INTRODUCTION

‘This atlas is the third in a series dealing with mesoscale
plankton surveys and attendant information from a compre-
hensive fishery ecosystem study known as the MARMAP!
program (Sherman 1980, 1988). It summarizes sampling
methods, station activities, and geographic coverage for
MARMAP surveys conducted off the northeastern United
States from 1984 through 1987, the final four years of an 11-
year multidisciplinary survey program that began in 1977
(Sibunka an“ Silverman 1984).

The basic MARMAP research strategy is to integrate
Survey information on seasonal and annual variability in
biological and environmental components of the shelf
ecosystem with fine-scale, process-oriented field studies
and laboratory research to determine influences on the size
of recruiting fish populations. The survey data have been
used to prepare reports on changing biotic and abiotic
components of the continental shelf ecosystem off the
northeastern United States. A list of reports is available on
request to the Northeast Fisheries Center (NEFC) Narra-
gansett Laboratory, Narragansett, Rhode Island. Fish eggs
and larvae from the surveys have provided an effective,
fishery-independent means for assessing adult spawning
biomass of important fish stocks (Berrien et al. 1981;
Morse 1982; Morse 1984; Berrien 1983; Berrien 1984 a,b;
Berrien and Sissenwine 1988).

MARMAP surveys off the northeastern United States
covered continental shelf waters from Cape Hatteras, North
Carolina, to Cape Sable, Nova Scotia, an area of some
260,000 km?. On several cruises, additional stations were
occupied as far south as Charleston, South Carolina. Sur-
vey measurements during the 1984-87 reporting period
included: ichthyoplankton and zooplankton abundance,
temperature, salinity, dissolved oxygen, concentration of
chlorophyil a and phaeopigments, nutrients, and primary
Productivity. Water samples were taken for circulation
studies using H,'*O/H,'*O ratios. Marine mammal and sea
bird censuses were conducted on a regular basis by inves-
tigators from Manomet Bird Observatory, Manomet,
Massachusetts. Ships and scientific personnel from Poland
participated in survey operations during the spring and
summer of 1987.

The successful 11-year series of surveys, the longest
continuously running monitoring program of its kind ever
conducted in the westem North Atlantic, was broken in
1988 when recurring mechanical problems with R/V Dela-
ware II forced cancellation of the January survey after
completing just 65 stations. Shortly thereafter, MARMAP
survey activities were scaled back to collections made with
0.61-m bongo tows on semi-annual trawl surveys and a
summer mollusk survey to monitor changes in size compo-
sition and biomass of zooplankton. An intensive series of
monthly to bimonthly ichthyoplankton surveys is planned
at three-year intervals beginning in 1991 to monitor th.

‘ Marine Resource Monitoring, Assessment, and Prediction

Page 1

status of the Northeast Continental Shelf Ecosystem through
fishery-independent estimates of total finfish biomass.

SAMPLING PROCEDURES

The MARMAP data base of the Northeast Fisheries
Center (NEFC) contains station information obtained from
two types of cruises: (1) those in which the principal
objective was to conduct ichthyoplankton surveys with
supportive biological, chemical, and physical oceanographic
data collection; and (2) resource surveys in which the
Principal objective was to assess the distribution and abun-
dance of fish and mollusk populations. In addition, plank-
ton samples were taken on two environmental assessment
cruises (AL8406, GY8507). The latter cruise, a survey of
coastal waters in the Gulf of Maine to determine the
relationship of hydrographic conditions and the distribu-
tion of nutrients and plankton, was led by Dr. D. Townsend,
Bigelow Laboratory for Ocean Science, West Boothbay
Harbor, Maine. Finally, during the spring and early sum-
mer of 1987, a cooperative program involving the United
States, Canada, and Poland was undertaken to estimate the
spawning biomass of Atlantic mackerel, Scomber scom-
brus, based on the production of eggs. In support of this
program, plankton cruises were made on Polish vessels
Admiral Arciszewski and Wieczno (AA8704, WI8701).
Although a 0.20-m bongo sampler was used for the mack-
erel assessment, we took advantage of the ship time and
geographic coverage by towing a 0.61-m bongo sampler
along with the smaller sampler following standard MAR-
MAP sampling procedures. Research ships, corresponding
cruise numbers, principal cruise objectives, and related
information are listed in chronological order in Table 1.

The station plan for most MARMAP cruises was fixed.
Station positions for the bottom trawl surveys were based
on a stratified random plan which changes with cach cruise
(Grosslein 1969). A summary list by cruise of each station
in the MARMAP data base for 1984 through 1987 is
presented in Table 2. Graphic presentations for both cruise
and survey coverage ar. shown in Figures 1-36. Cruise
maps show all stations occupied by one ship that are part of
the MARMAP data base. Survey maps depict only those
stations north of Cape Hatteras, North Carolina, where the
0.61-m bongo plankton sampier was towed, and include the
Most complete coverage resulting from cither one or a
combination cf two cruises. Where parts of cruises were
combined, geographically overlapping stations that were
out of phase temporally were omitted from one of the
cruises. Deleted stations are identitied in Table 2.

This report summarizes sampling activities for 39
cruises which comprise 34 surveys. On an annual basis,
coverage ranged from 9 to 11 cruises and 8 to 9 surveys.


Page 106

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Page 76

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Figure 22. Station locations for Delaware II 1986-04 survey No. 68 and
Albatross IV 1986-04 survey No. 69.


Page 102

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Page 175

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1985-08 survey No. 63 and Delaware II 1985-10.


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1977-December 1978. Nat. Mar. Fish. Serv., Woods
Hole Lab. Ref. Doc. No. 82-03. 335 p.

Posgay, J. A., and R. R. Marak. 1980. The MARMAP
bongo zooplankton samplers. J. Northw. Atl. Fish. Sci.
1: 91-99,

Pottes, D.C. 1978. A new rotary test tank for calibration
of net flowmeters. Nat. Mar. Fish. Serv., Woods Hole
Lab. Ref. Doc. No. 78-32. 18 p.

Reid, R.N., J. E. O'Reilly, and V.S. Zdanowicz, eds. 1982.
Contaminants in New York Bight and Long Island Sound
sediments and demersal species, and contaminant effects
on benthos, summer 1980. NOA.A Tech. Mem. NMFS-
F/NEC-16. 96 p.

Sherman, K. 1980. MARMAP, a fisheries ecosystem study
in the Northwest Atlantic: fluctuations in ichthyoplank-
ton-zooplankton components and their potential for
impact on the system. Pages 9-37 in F. P. Diemer, F. J.
Vernberg, and D. R. Mirkes, eds. Advanced concepts in
ocean measurements for marine biology. Belle W.
Baruch Institute for Marine Biology and Coastal Re-
search. University of South Carolina Press. 572 p.

Sherman, K. 1988. Ichthyoplankton surveys: 2 strategy for
monitoring fisheries change ina large marine ecosystem.

Page 9

Pages 3-9in W. G. Smith, ed. An analysis andeval) a
of ichthyoplankton survey data from the northeast -..u-
nental shelf ecosystem. NOAA Tech. Mem. NMFS-F/
NEC-57. 132 p.

Sibunka, J. D., and M. J. Silverman. 1984. MARMAP
surveys of the continental shelf from Cape Hatteras,
North Carolina, to Cape Sable, Nova Scotia (1977-1983).
Atlas No. 1. Summary of operations, NOAA Tech. Mem.
NMFS-F/NEC-33. 360 p.

Smith, P. E., and S. L. Richardson. 1977, Standard
techniques for pelagic fish egg and larvae surveys. FAO
Fish. Tech, Pap. No. 175. 100 p.

Strickland, J. D. H., and T. R. Parsons. 1972. A practical
handbook of sea water analysis. Fish. Res. Bd. Can. Bull.
167. 311 p.

Townsend, D. W., and J. P. Christensea. 1986. Summer-
time oceanographic conditions in the Gulf of Maine, 16-
24 July, 1985; physical oceanographic, nutrient, and
chlorophyll data. Bigelow Lab. for Ocean Sci. Tech.
Rep. No. 61. 422 p.

Turner Designs. 1981. Fluorometric facts: chlorophyll and
phaeophytin. Turner Designs (Mountain View, CA)
Bull. No. 101. 12 p.


Page 132

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(Q3ANI1NOD) °2 379VL


MARMAP ATLAS SERIES

‘This is the third in a series of atlases containing dala on the phytoplankton, zooplankton, ichthyoplankton, hydrogra-
Phy, chlorophyll a and phacopigments. nutnerits, and primary productivity of the Northeast Continental Shelf Ecosystem.
The sampling was conduct’. as part of the Marine Resources Monitoring, Assessment, and Prediction (MARMAP)
Program of the Northeast Fisheries Center. The cooperating instituiaons in the program are:

Manomet Bird Observatory, Manomet, MA
Morski Instytut ..yback: (MIR), Gdynia, POL

MARMAP atlases are issued as individual issues in the NOAA Technical Memorandum NMFS-F/NEC senes as they
become available. They provide processed measurements of variability in key components of the Northeast Conunental
Shelf Ecosystem. A general description of the MARMAP Progri:m is given in Sherman (1980).

EDITORIAL COMMITTEE

Kenneth Sherman, Chairman
Northeast Fisheries Center, Narragansett Laboratory
Narragansett, RI 02882

Julien Goulet (Data Processing)
Northeast Fisheries Center, Narragansett Laboratory
Narragansett, RI. 02882

John Green (Zooplankton)
Northeast Fisheries Center, Narragansett Laboratory
Narragansett, RI 02882

Harold Marshall (Phytc plankton)
Old Dominion University
Norfolk, VA. 23508

David Mountain (Hydrography)
Northeast Fisheries Center, Woods Hole Laboratory
Woods Hole, MA 02543

John O'Retlly (Primary Production, Chlorophyll, Nutrients)
Northeast Fisheries Center, Sandy Hook Laboratory
Highland», NJ_ 07732

Wallace Smith (Ichthyoplankton)
Northeast Fishenes Center, Sandy Hook Laboratory
Highlands, NJ. 07732


SURVEY NO. 57

DELAWARE It 85-01
Jan 8 - Feb 6

i ALBATROSS IV 85-02
Feb 27 - Apr 12

4

367
72

Figure 8. Station locations for Delaware TI 1985-01 survey No. 57 and
Albatross IV 1985-02.


Page 192

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Figure 31.


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Page 196

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Station locations for Delaware II 1987-03 and Albatross Iv
1987-01/Delaware 11 1987-03 survey No. 74,


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Page 3

MARMAP
Survey Research Cruise Sampling No. Principal
No. Vessel No. Dates Stations Cruise Objective
1986
67 Delaware Il 86-03 May 8-Jun 6 160
68 Delaware IT 86-04 Jun 17-Jul 17 105 Shellfish Assessment
69 Albatross IV 36-04 Jul 29-Aug 29 116 Scallop Assessment
Delaware Il 86-07 Aug 25-Sep 24 174 Ichthyoplankton-Zooplankton-
Ocean Pulse
70 Delaware Il 86-07 Aug 28-Sep 24 155
Albatross IV 86-05 Sep 14-Nov 6 106 Bottom Traw!
Delaware II 86-08 Sep 30-Oct 10 4 Bottom Trawl
“ae Albatross IV 86-05 Sep 14-Nov 6 147
Delaware II 86-08 Sep 14-Nov 6
Delaware IT 86-10 Nov 5-Dec 11 161 Ichthyoplankton-Zooplankton
72 Delaware li 86-10 Nov 5-Dec 11 159
1987
Delaware II 87-01 Jan 7-Feb 8 134 Ichthyoplankton-Zooplankton
BB Delaware Il 87-01 Jan 7-Fed 8 133
Albatross IV 87-01 Mar 24-Apr 28 123 Bottom Trawl
Delaware II 87-03 Apr 21-28 32 Bottom Trawl
14 Albatross IV 87-01 Mar 24-Apr 28 155
Delaware Il 87-03 Mar 24-Apr 28
5 Admiral Arciszewski_ 87-04 Apr 13-22 91 Ichthyoplankton-Zvoplankton,
Delaware Il 87-04 May 7-Jun7 253 Ichthyoplankton-Zooplankton
16 Delaware II 87-04 May 7-Jun7 193
Wieczno Parts 1-1 87-01 May 31-Jul 14 M Ichthyoplankton-Zooplankton
77 Wieczno Parts 1&1 87-01 May 31-Jun 30 229
Albatross IV 87-05 Jul 7-Aug 10 109 Scallop Assessment
78 Wieczno Part I 87-01 Jul 7-Aug 10 155
Albatross IV 87-05 Jul 7-Aug 10
Delaware II 87-08 Aug 19-Sep 20 180 Ichthyopiankton-Zooplankton
719 Delaware II 87-08 Aug 19-Sep 20 179
80 Albatross IV 87-07 Sep 11-Oct 30 144 Bottom Trav!
Delaware Il 87-10 Nov 4-Dec 10 125 Ichthyoplankton-Zooplankton
81 Delaware Il 87-10 Nov 4-Dec 10 124

ICHTHYOPLANKTON-ZOOPLANKTON

The 0.61-m bongo sampler used to collect fish eggs
and larvae was described by Posgay and Marak (1980).
‘This sampler was fitted with 0.505- and 0.333-mm mesh
nets on all cruises. Standard methods employed in sam-
pling operations are given in Smith and Richardson (1977)
and Jossi and Marak (1983). For special studies, a 0.20-m
bongo sampler was towed with the larger bongos. Various

mesh nets (0.505-, 0.333-, 0.253-, 0.165- and 0.053-mm)
were use J to collect these smaller samples. After the nets
were washed down, plankton samples were transferred to
sample jars and preserved in five-percent buffered for-
malin.

To determine the volume of water filtered, a General
Oceanics? digital flowmeter was suspended within each
bongo frame. These flowmeters were calibrated routinely
before and after each cruise in a flume tank at the NEFC

—_—
4 Use of trade names does not imply endorsement by NOAA/Natlonal Marine Fisherles Service




Page 134

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Table 1. Listing of Northeast Fisheries Center MARMAP cruises and combinations of cruises to form surveys, 1984-87,

MARMAP
Survey Research Cruise Sampling No. Principal
No. Vessel No. Dates Stations Cruise Objective
1984
Delaware II 84.01 Jan 10-Feb 8 161 Ichthyoplankton-Zooplankton
48 Delaware Il 84-01 Jan 10-Feb & 160
49 Albatross IV 84-02 Mar 2-Apr 25 156 Bottom Trawl
Albatross 1V 84-03 May 9-Jun 2 181 Ichthyoplankton-Zooplankton
50 Albatross 1V 84-03 May 9-Jun 2 178
Si Delaware IT 84-05 Jun 17-24 4 Bottom Trawl
Albatross IV 84-06 Jul 4-18 70 Ocean Pulse
52 Albatross IV 84-06 Jul 4-18 68
33 Delaware II 84-06 Jul 10-30 107 Shellfish Assessment
54 Albatross IV 84-07 Jul 25-Aug 30 119 Scallop Assessment
55 Albatross 1V 84-08 Sep 17-Nov 3 158 Botiom Trawl
Delaware Il 84.09 Nov 1-Dec 5 146 Ichthyoplankton-Zooplankton
56 Delaware Il 84-09 Nov 1-Dec 5 144
1985
Delaware IT 85-01 Jan 8-Feb 6 132 Ichthyoplankton-Zooplankton
57 Delaware II R5-01 Jan 8-Feb 6 126
Albatross IV 85-02 Feb 27-Apr 12 130 Bottom Trawl
58 Albatross 1V 85-02 Feb 27-Apr 12 120 Bottom Trawl
Delaware II 85-03 Apr 2-30 191 Ichthyoplankton-Zooplankton
59 Delaware Il 85-03 Apr 2-30 130
Albatross IV 85-04 May 9-Jun 4 173 Ichthyoplankton-Zooplankton
60 Albatross IV 85-94 May 9-Jun 4 134
Gyre 85-07 Jul 17-Jul 22 2 Oceanographic
Albatross IV 85-07 Jul 23-Aug 29 128 Scaliop Assessment
61 Albatross IV 85-07 Jul 17-Aug 29 150
Gyre 85-07 Jul 17-Aug 29
Delaware II 85-07 Aug 29-Sep 22 193 Ichthyoplankton-Zooplankton
62 Delaware II 85-07 Aug 29-Sep 22 173
Albctross IV 85-08 Sep i0-Nov 15 0 Bottom Trawl
Delaware II 85-08 Oct 1-Oct 25 80 Bottom Trawt
63 Albatross IV 85-08 Sep 10-Nov 15 140
Delaware II 85-08 Sep 10-Nov 15
Delaware Il 85-10 Nov 7-Dec 12 180 Ichthyoplankton-Zooplankton
64 Delaware H 85-10 Nov 7-Dec 12 179
1986
Delaware II 86-01 Jan 10-Feb 12 174 Ichthyoplankton-Zooplankton
65 Delaware If 86-01 Jan 10-Feb 12 173
Albatross IV 86-02 Mar 4-Apr 27 150 Bottom Trawl
6 Albatross IV 86-02 Mar 4-Apr 27 145 Bottom Trawl

Delaware IT 86-03 May 8-Jun 6 165 Ichthyoplankton-Zooplankton


Page 35

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Table 2. Summary of MARMAI survey operations, 1984-87.

CRUISE = name of vessel, year, and cruise number.

TM = transect letter designation.

STA = consecutive station number by cruise. (Stations with a leading asterisk were deleted when
forming a survey from one or more cruises.)

DATE = sampling date (year, month, day) in Greenwich Mean Time (GMT).

LAT and LONG = - station coordinates to the nearest whole minute. (Coordinates listed for each station may
vary from coordinates used in other publications due to vessel drift and the use of exact starting
coordinates for each activity on station.)

DEPT" = water depth in meters at the start of the 0.61-m bongo tow.

0.61-M START TIME = time the 0.61-m bongo began sampling: GMT = Greenwich Mcan Time;

Local = local mean time.

DNT =~ day, night, and twilight. [The DNT designation is based on light levels at the start time of the
Plankton tow. If no plankton tow was made, then the time of the principal observation (i.e.,
messenger or XBT drop) was used, Twilight is defined as that part of the day which occurs
within one hour of sunrise and sunset, respectively.)

0.20-M BONGO PAIR: 5:3 = 0.505- and 0.333-mm mesh nets; 2:1 = 0.253- and 0.165-mm mesh nets; 1:0 =
0.165- and0.053-mm mesh nets.

OTH BON =  €.40-m bongo with paired 0.085-mm mesh nets.
NEU = 12x 1-m neuston net.

HAE = Haedrich neuston net.

XBT = expendable bathythermograph.

cTD = conductivity, temperature, depth instrument.
HYDRO MES TIME = GMT time of messenger release on bottle cast.
TEMP = temperature from reversing thermometers on water boitle..
SAL = salinity.

#0 = samples for measuring H,'*O/H,'*O isotope.

CHL = chlorophyll a and phacopigments.

DO = = dissolved oxygen.

NUT = nutrient.

SEC = Secchi disc.

“Cc = primary productivity.

PHYTO TYPE 1, 2 = phytoplankton samples.



Introduction...
Sampling Procedures

Acknes ledgements
References Cited .

wre

we

. Station locations for Albatross 1V 1984-02 survey No. 49 and Albatross 1V 1984-03 .....
|. Station locations for Albatross 1V 198:

. Station locations for Delay... °8.
. Station locations for Delaware I 1985
. Station locations tor Albatross 1V 1988-04 and Albatross IV 1985-04 survey No. 60
. Station locations for Gyre 1988-07 and Albatross 1V 1985-07 ....
. Station locations for Gyre 1985-07/Albatross 1V 1985-07 survey No. 61 and Delaware IE

. Station locations for Delaware I] 1985-07 and Delaware II 1985-07 survey No. 62
. Saation locations for Albatross 1V 1985-08 and Delaware I] 1985-08 .
. Station locations for Albatross IV 1985-08/Delaware IT 1985-08 survey No. 63 and

. Station locations for Delaware u 1985. 10 survey No. 64 and Delaware I] 1986-01
. Station locations for Delaware II 1986-03 and Delaware II 1986-03 survey No. 67
. Station locations for Delaware I] 1986-04 survey No. 68 and Albatross 1V 1986-04
. Station locations. for Delaware I] 1986-07 and Delaware Wl 1986-07 survey No.70

. Station locations for Albatross IV 1986-05 and Delaware II 1986-08 ..
. Station locations for Albatross IV 1986-0S/Delaware IT 1986-08 survey No. 71 and

Table of Contents

Ichthyoptankton - Zooplankton
Hydrography ..
Chlorophyll a and Phacopigments .
Nutrients .....
Primary Productivity ..
Phytoplankton...
Benthic Sample:

ad

wae

List of Tables

. Listing of Northeast Fisheries Center MARMAP cruises, and combinations of cruises

to form surveys, 1984-87...
Summary of MARMAP survey operations, 1984-1987 .....

List of Figures

Station locations for Delaware Il 1984-01 and Delaware fl 1984-01 survey No. 48 ....

urvey No. 50 and Delaware II 1984-05
survey No. 51
Station locations for A!hatross 1V 1984-06 and Albatross 1V 1984-06 survey No.52 ...
Station locations tor Delaware IT 1984-06 survey No. 53 and Albatross 1V 1984-07

surve.' No. 54
Stat:on locations for Albutross IV 1984-08 survey No. 55 and Delaware IT 1984-09
Station locations for De! ware I 1984-09 survey No. 56 and Delaware I} 1985-01
Station locations for Der re 95-01 survey No. $7 and Albatross 1V 1985-02
Station locations for Alb, 5 385-02 and Albatross IV ‘985-02 survey No. 58

3 survey No. 59 and Albatross [V 1985-04

1985-07...

Delaware Il 1985-10 ...

). Station locations for Delaware If 1986-01 survey No. 65 and Albatross 1V 1986-02
Station locations for Albatross 1V 1986-02 and Albatross IV 1986-02 survey No. 66

survey No. 69 .

Delaware II 1986-10 ...
Station locations for Delaware II 1986-10 survey No. 72 and Delaware II 1987-01 .

Page iii


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Page 6

100 m (see Hydrography section). Additional samples for
chlorophyll a and phacopigment measurements were taken
twice a day at primary productivity stations from water
bottles. Determinations were completed at sea.

After water bottles were retrieved, a measured volume
of seawater (approximately 200-800 ml) from each was
filtered. Phytoplankton were size-fractionated by filtration
to separate the netplankton (greater than or equal to 20 wm)
and nannoplankton (less than 204m). The sample filters
were then transferred to individual grinding tubes and
pulverized in 90-percent acetone with the aid of an electric
grinding rod. After grinding, the acetone volume in each
tube was brought to 10 ml and the sample centrifuged for
clarification. A portion of the supernatant was poured into
atest tube and the fluorescence was measured with a Tumer
Designs fluorometer.

Approximately 0.1 ml (two drops) of five-percent HCl
was added to degrade chlorophyll a to phacopigments and
the fluorescence was re-read. The two fluorescence read-
ings were used to calculate chlorophyll a and phacopig-
ment concentrations. The chlorophyll a and phacopigment
concentrations in the netplankton and nannoplankton were
summed to obtain tie total amount of chlorophyll a and
phacopigment at each depth sampled.

A modified version of the above procedure, based on
methods described in Parsons et al. (1984), was initiated in
1985 (DL8S10). Following the filtration process, sample
filters were submerged in a tube containing 10 ml of 90-
Percent acetone and refrigerated in darkness for 24 h while
chlorophyll a and phacopigmenis transfused into the ace-
tone solution. In 1987 (DL8708), the time period allowed
for chlorophyll a and phaeopigments to transfuse into the
acetone solution was reduced to 12 h. Standard methods for
centrifuging samples and reading fluorescence were then
followed. Procedures were again modified in 1987 (DL8708,
8710) in that samples were centrifuged only when neces-
sary to clarify the solution. This extraction procedure was
also used on cruise GY8507 with minor differences. A 100-
mi sample of seawater was filtered through a 0.45-um filter,
and a minimum period of 6 h was allowed for chlorophyll
aand phacopigment transfusion into acetone before fluorom-
etric analysis.

Fluorescence of near-surface water was measured
continuously using a modifed Turner Designs fluorometer
Corenzen 1966; Turner Designs 1981) on two surveys in
1984 (DL8401 and AL8403) and on all MARMAP surveys
from DL8S510 through DL8710 with the exception of
AA8704 and WI8701. Water for underway measurements
was provided through the laboratory seawater system of the
ship. Astrip chart recorder was used along with this system
in 1984. This procedure was changed in 1985 (DL8510) in
that fluorescence was read and recorded by scientific
personnel. In 1987 (DL8704), this procedure again changed
and the fluorometry system was interfaced with a Hewlett-
Packard 71B microcomputer, a cassette drive, printer, and
a North Star 800 Loran C navigation unit to record location
and fluorescence automatically. The flow-through under-

way fluorescence measurements were calibrated routinely
at sea by measuring the pigment (chlorophyt! a and phae-
‘opigments) content of water taken from the fluorometer
effluent using standard methods.

Fluorescence in the water column was also measured
by a SeaMarTec Model 6000 AR fluorometer integrated
with the CTD unit on several 1987 cruises (see Hydrogiz-
phy section).

NUTRIENTS

Techniques \:sed to collect and analyze inorganic nutrients
in seawater are found in Matte er al. (1983). Additional
analytical procedures were based on methodology pre-
sented in Kaczmarek et al. (1974). Seawater samples were
collected at designated stations on cruise DL8401 from
selected water bottles, except at station depths less than or
equal tc 25 m, where samples were taken from all bottles.
At copths greater than 25 m but less than or equal to 35 m,
samples were taken from 1, 5, 10, and 15 mand the bottom
bottle. A? depths greater than 35 m, samples were taken
from 1, 10, 70, 30, 50, 75, 100, 150, 200, and 250 m and the
bottom bottle, or to a maximum depth of 300 m. Samples
were also taken from the bottom trip bottle when used (see
Hydrography section).

Paired samples for inorganic nitrogen (nitrite and
nitrate), orthophosphate, and reactive silicon analysis were
drawn from a Niskin hottle into acid-cleaned, twice-rinsed,
30-ml polyethylene vials. In addition, a 25-ml sample was
also drawn into a 40-ml acid-cleaned, twice-rinsed, glass
vial for determination of ammonium concentration. One
milliliter of phenoi alcohol reagent (10-pecent phenol in
alcohol) was added to the 25-ml sample as the first reagent
of the ammonium analysis (Liddicoat et al. 1975) and asa
presen ative (Degobbis 1973). The glass vial was then
sealed with aluminum foil and Teflon-lined cap. All
samples were frozen for analyses ashore.

Several times during a cruise, replicate samples were
taken from the same Niskin bottle (usually from the 5- or
10-m depth sample) to measure precision of collection and
analytical procedures. In addition, seven replicates were
frozen for standardization of the laboratory analysis for
each 75 to 100 samples collected for ammonium determi-
nation.

Estimates of nitrite, nitrate, orthophosphate, and reac-
tive silicon were obtained using a Technicon Autoanalyzer
Mand techniques found ir, Kaczmarek et al. (1974). Analy-
ses for ammonium were performed separately using a
modified procedure by Liddicoat et ai (1975) in which
samples were provessed in batch modes and absorbance
was measured using the autoanalyzer.

‘Water samples collected on cruise GY8507 (see Hy-
drography section) were analyzed at sea for concentrations
of nitrate, nitrite, phosphate, silicate, and ammonium using
a Technicon autoana!wer and m. .nods found in Strickland
and Parsons (1972). Determination of urea was based on


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DELAWARE II 86-01

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Delaware II 1986-01.


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Page 93

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Page 187

4

DELAWARE I! 87-01

Jan 7-Febe@

367
72

74°

SURVEY NO. 72

DELAWARE I! 86-10

Nov 5 - Dec 11

eae:

Figure 26. Station locations for Delaware II 1986-10 survey No. 72 and

Delaware II 1987-01.


procedures in Aminot and Kerovel (1982), but modified in
that 1.0 ml of sample per minute was injected into the
autoanalyzer. The diluent used was 2.0 ml of Brij 30 plus
11 mi of distilled deionized water.

PRIMARY PRODUCTIVITY

Primary productivity measurements using methods
described by O'Reilly and Thomas (1984) were made at
two stations per day, ore shortly after sunrise for morning
incubation and another near time of local solar noon for
afternoon incubation. A LICOR submersible quantum
cosine sensor was used to determine the depths where light
intensities were of 100, 69, 46, 25, 10, 3, and 1 percent of
subsurface irradiance. Water samples trom these depths
were filtered through a 300-ym screen to remove large
zooplankton. For each depth sampled, two replicate “light”
and one “dark” 125-ml productivity bottles were filled with
seawater. Twenty-five wCi of '*C-bicarbonate were added
to cach bottle. Light bottles were placed in glass tubes
which were s cened to match the corresponding light
intensity at de: dark bottles were placed in an opaque
tube. All bottles w allowed to incubate in a continuous
flow seawater bath tu. 5h. The '*C uptake in dark bottles
was subiracted from the '4C uptake in light bottles to
determine the amount of '‘C utilized by the phytoplankton
community at each depth.

After incubation, the samples were filtered serially
with 20- and 0.45- jam mesh discs to separate netplankton,
nannoplankton, and organic '. released as dissolved or-
ganic carbon by the active phytoplankton. The filters were
then fumed over concentrated HCl vapor for 1 min to
remove residual inorganic '*C and placed in individual
vials to which 0.2 ml of water and 1.0 ml of Soluene-100
(Packard Instrument Company) were added. After 2 h, two
drops of 30-percent hydrogen peroxide were added to each
vial, and following an additional 2 h, 9 m! of Insta-Gel were
added to (fix) the contents of each vial. Concurrently, a 10-
ml subsample of the filtiate containing the dissolved organic
C-labeled carbon was placed in a glass liquid scintillation
vial, acidified to pH 2.8, and sparged with air (100 cc/vial/
min) for 30 min to remove the inorganic '“C. Thereafter, 10
mi of Insta-Gel flucr were added to the filtrate, All fixed
samples were analyzed ashore using a liquid scintillation
spectrometer.

Daily primary productivity (mg C m° d") was esti-
mated by integrating the results from the light depths
sampled and extrapolating the '‘C uptake measured during
the 5-h incubation period to the tota: photoperiod. Photo-
synthetically active radiation was measured using a quan-
tum sensor (400-700 nm) and a digital integrator (LICOR
500) affixed to the incubator.

Page 7
PHYTOPLANKTON

Seawater samples for phytoplankton species composi-
tion and enumeration were collected for two different
studies on MARMAP cruises. These samples arc desig-
nated PHYTO TYPE 1 and 2, respectively, in Table 2.

The PHYTO TYPE 1 series was collected for subse-
quent species identifications, cell counts, and spatial and
temporal distributiors. Unfiltered surface water (1-m
depth Niskin bottle) sampies of 500 ml were taken at all
stations and preserved wii. two-percent buffered formalin
in polyethylene bottles. In 1987 (DL8701), this procedure
was changed and samples were taken from even-numbered
stations. Sample analyses were done ashore according to
procedures described by Marshall and Cohn (1981).

The PHYTO TYPE 2 scries of phytoplankton samples
was collected to quantify the vertical distribution of the
dinoflagellate Ceratium tripos in the euphotic layer. Atthe
morning primary productivity station, 1 | of seawater from
each of the light depths sampled was gravity filtered
through a separate 20-pm filter disc. The filtration funnel
was rinsed with filtered seawater (0.45 wm) and the filter
disc placed in a vial and preserved with approximately two-
percent buffered formalin. This PHYTO TYPE 2 sampling
routine was modified for cruise DL85O1 in that 1-1 water
samples were also collected from those hydrographic depths
sampled for chlorophyli a and phaeopigment measure-
ments on transects A, B, and C to identify an early spring
bloom. All samples were analyzed at Rutgers University,
New Brunswick, New Jersey.

BENTHIC SAMPLES

On cruise DL8607, benthic samples were taken at se-
lected stations with a 0.1-m? Smith-McIntyre stainless steel
grab. Methods followed in the collection and processing of
grab samples are described by Reid et al (1982). The
bottom trip bottle (see Hydrography section) was used on
hydrographic casts at grab stations to collect water samples
for dissolved oxygen and salinity determinations.

ACKNOWLEDGEMENTS

The authors express special appreciation to Janc F. Allen
for generating the data in Table 2. We are also grateful to
Carl J. Weilandics for the initial preparation of the ADP
data, Julien Goulet and Susan H. Koelb for their efforts in
data base support, and Dorothy T. Schibik for typing the
text drafts. Sincere thanks go to members of the Fisheries
Ecology and Environmental Processes Divisions, North-
east Fisheries Center, for their help in making this report
possible.


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DELAWARE I! 86-03
May 8 - Jun G

74

DELAWARE I 86-03
May 8 - Jun 6

Figure 21. Station locations for Delaware II 1986-03 and Delaware II
1986-03 survey No. 67.


Page 97

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TT 1987-08 and Delaware IJ


SURVEY NO. 71

e@ ALBATROSS IV 86-05
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; «DELAWARE Ht! 86-08
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4

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7

DELAWARE II 36-10

4

Figure 25. Station locations for Albatross IV 1986-05/Delaware Ii
1986-08 survey No. 71 and Delaware II 1986-10.


Page 113

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ALBATROSS IV 87-05 4
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Figure 33. Station locations for Albatross IV 1937-05 and Albatross IV
1987-05/Wiecz10 1987-01 (part III) survey No. 78.


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Page iv

27.
. Station locations for Delaware II 1987-03 and Albatross IV 1987-01/Delaware II 1987-03

). Station locations for Admiral Arciszewski

. Station locations for Delaware I] 1987-04 Part Il and Delaware Il 1987-04 survey No. 76
. Station locations for Wieczao 1987-01 Part | and Part Il
. Station locations for Wiecznc 1987-01 Part II] and Wieczno y No.
. Station locations for Albatros” [V 1987-05 and Albatross IV 1987 05/Wieczno 1987-01

. Station locations for Delaware II 1987-08 and Delaware i 1987-0" urvey No. 79
. Station locations for Albatross 1V 1987-07 survey No. 80 and Dele ure II 1987-10 ..
. Station locations for Delaware I 1987-10 survey No.81 .....

Station locations for Delaware I] 1987-01 survey No. 73 and Alba.ross IV 1987-01 .....

survey No, 74 .....

1987-04 Part 1 ....

(part Ill) survey No. 78 ....



Page 88

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x x 4 6290 620 wt 62 SL Sw LE |= 226088 OTT
x x N 2p20 2y90 (OF LE SL Ce LE «226008 BOT
x x N STI2 SIIO 22 2 SZ v2 4€ © 2260"8 SOT
x x Q fv9t L902 at vy SL 80 2 = 126098 201
x x Q (er Zt vt wS SL OS 9€ 1260%8 OOT
x x a 1980 IS2t 62 02 SZ SS 9€ 26008 86
x x N p2S0 9260 ST ay SL L€ 9€ 126098 96
x x N S¥EO SP40 02 wy SL 92 9€ 126008 56
x x N 8100 SIp0 22 ve SL G29 [26008 £6
x x N G62I2 62Ie TE 2 St OT 9€ «126098 26
x x GO is4t Ste 12 62 SL 9S SE 026098 06
x x Q és0i “S¥l_ 62 92 S52 61 SE O260"e 98
x x G 4080 L021 62 St GZ ZE SE 026008 98
x x N 250 #260 $9 SS 9 yy SE 026008 €8
x x WN 8106 8Tv0 2Se iv we $0 9€ O0260"8 18
x x 1 Ov6T OvE2 20 SS ve v2 9E G6160%8 82
x x G 82vt e2et SE 8S mL wy 9€ GT60RE SZ
x x OQ 2ett est = 6et 6E wf Sv 9E = G16098 wf
x x id 6246 G21 ae 20 Sé vO LE = 6160"8 IZ
x x N S900 SpPO  66T £€ wh 80 Z€ 616008 89
x x 1 €€61 €€€2 09 9E mL Ov 2€  ST6078 99
x x Q €s91 «€992 «6S £2 wl iS £€ 816088 59
x x @ widl wIgt [92 20 wL 2S LE = 816098 EO
x x Q S180 SI2t 69 40 WL 21 8€ = «—8160"8 [9
x x w 1020 61090 ey 12 we SE GE G160rE 6S
x x N EvO2 fr00 Gr ey el fy BE BT60NE 95
x x 1 6281 6222) ik SE EL 62 8€ = LT6098 SS
x x Q Syvl Sw8t Fl2 at ef Of BE LT60¥8 FS
x x Q 9s2t gsot est 0 €L éy Sf = £16098 2S
x x Mw 8150 8160 46 GT & 2 GE «= 160"8 or
x x w 2010 2050 92T vy tL $0 6E «£16088 OF
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