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OCS Study

MMS 2000-072

MONITORING SEABIRD POPULATIONS IN AREAS OF OIL AND

GAS DEVELOPMENT ON THE ALASKAN CONTINENTAL SHELF

A COMPUTERIZED PELAGIC SEABIRD ATLAS FOR ALASKA

John F. Piatt

Biological Resources Division

U.S. Geological Survey

1011 East Tudor Road'

Anchorage, Alaska 99503

and

R. Glenn Ford

Ecological Consulting Inc.

2735 NE Weidler St.

Portland, Oregon 97232

Final Report to Minerals Management Service

December 2000

.This study was funded in part by the U.S. Department

of the Interior (USDOI), Minerals Management Service

(MMS) , through Intra-agency Agreement No. 14407 with

the USDOI, Fish and Wildlife Service, as part of the

MMS Alaska Env'ironmental Studies Program
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Introduction

,

Seabirds are the most visible and vulnerable victims of oil

pollution in marine waters. As demonstrated by the "Exxon Valdez"

spill (Piatt et al. 1990), we cannot predict when or where an

accident leading to pollution might occur in Alaska, or where oil

will eventually end up traveling from a point source of

pOllution. It is therefore prudent to document the abundance and

distribution of seabirds throughout Alaska in order to: i) assist

in the planning and development of future oil fields, ii)

identify areas with significant and predictable aggregations of

seabirds so that these areas might be avoided, if possible, in

the extraction and shipment of oil, and, iii) mitigate and assess

the impact of oil pollution if and when it occurs.

This report contains results of a pilot project funded by

MMS in 1993 to compile pelagic seabird data that was available at

that time and demonstrate capabilities for mapping of pelagic

distribution data for Alaskan seabirds. No funding was provided

by MMS to continue work on the database in subsequent years, and

attempts to locate alternate funding during intervening years

have also not been successful. Therefore this report only

indicates the potential for a pelagic database, and shows maps of

bird distribution developed from OCSEAP data only (see below) .

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Despite these limitations, this report contains the only broadscale maps of seabird distribution in Alaska since Gould et al.

(1982). Much pelagic data continues to be collected each year by

various investigators in Alaska. It is still our hope that a

pelagic database will be developed which not only allows access

to historical data, but also creates an active repository for

data collected in the future.

The Pelagic Database

The need for comprehensive geographic data on the pelagic

and colony distribution of seabirds in Alaska has long been

recognized. During the Outer Continental Shelf Environmental

Assessment Program (OCSEAP) of the 1970's, unprecedented efforts

were undertaken to gather and assimilate these data. Additional

data were routinely collected on environmental conditions at sea

(e.g., temperature, salinity), and on marine mammals. This work

culminated in two atlases which are still widely used today by

researchers and management agencies around the world (despite

being out of date). The "Catalog of Alaskan Seabird Colonies"

(Sowls et al. 1978) documented the distribution and species

composition of all seabird colonies in Alaska. Shortly

thereafter, Gould et al. (1982) published the atlas of "Pelagic

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Distribution and Abundance of Seabirds in the Gulf of Alaska and

Eastern Bering Sea" which documented. the at-sea distribution and

abundance of 16 common seabird species in one degree latitudelongitude blocks. In addition to this landmark work, reports by

other key investigator~ (e.g., Hunt et al. 1981) laid the

foundation for our understanding of the pelagic biology and

distribution of seabirds in Alaska.

Since these atlases were produced, a considerable amount of

new data has been collected on the pelagic distribution of

seabirds in Alaska and the North Central Pacific (e.g., Hunt &

Harrison 1990, Piatt et al. 1991, 1993, 1997; Schauer 1992,

Elphick & Hunt 1993, Hunt et al. 1993, Gould & Piatt 1993,

Klosiewski & Laing 1994, Byrd et al. 1997). The USFWS maintains

•

and updates a detailed colony database for Alaska and Russia.

We would like to develop a computerized GIS mapping system

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for displaying and analyzing pelagic seabird data in Alaska and

other areas of the North Pacific. The original atlas by Gould et

al. (1982) included about 5,500 shipboard and 1,900 aerial

transects conducted in Alaska mostly between 1976 and 1981 (Table

1). For this pilot work, we re-compiled the original OCSEAP data

from sources at the Fish and Wildlife Service and National Ocean

Data Center, proofed these original data, and archived them in a

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standard format. A program was written to compile these data into

one degree latitude- iongitude blocks, and this database was used

to produce GIS maps using CAMRIS (Computer Aided Mapping and

Resource Inventory System). Since OCSEAP, a great many other

pelagic surveys have been conducted by agency and university

investigators, and these data need to be integrated into the

database (Table 1, Appendix 1). This involves a considerable

effort of reconstructing many dissimilar datasets that were

collected using different protocols, and depends on collaboration

with principal investigators (Table 1). These include aerial

surveys (50-100 m transect widths, continuous recording of bird

.observations), large vessel surveys (300 m transect widths, 10-

min transects using methods described by Gould and Forsell,

1989), small-boat, shoreline transects (100 m transect widths,

variable length transects), and surveys with variations on these

techniques. Survey data may have been collected continuously, or

binned into 10-min or transect length units of time or distance.

In addition to differing in methods of collection, these various

datasets are archived in different formats using different

softwares, and all need to be compiled and re-formatted into a

common database.

5
should include CD-ROM disks and user manuals for distribution to

It

Once compiled, a software program is needed to manipulate,

6

area and species of interest.

based user-interface that could deliver custom made maps for any

Fairbanks]). Finally, another useful end product would be a webpublication of the U.S. Geological Survey, U.S. Fish and Wildlife

Service, Minerals Management Service, and. other major

contributors [e.g., Univ. California, Irvine, Univ. of Alaska,

pelagic seabird distribution in the North Pacific (joint

contributors, and ultimately a published hard-copy atlas of

Oregon, California, and the North Central Pacific. Final products

CD-ROM. We would ultimately like to combine all available

Inc. 1993) a manual for use of the filtering software and

datasets for Alaska, Russia, British Columbia, Washington,

generation of specific datasets is required. Ultimately, the

database archive prepared for California (Ecological Consulting

would then possible for users to select subsets of the database

entire database and filtering software could be made available on

by cruise, area, investigator, survey type, year, month, species

(with ARC-INFO, ARC-View, etc.) or data analysis (e.g., SAS).

or other taxonomic group for further analysis. Similar to the

filter, and compile data subsets into desired outputs for mapping

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Preliminary Analyses

Preliminary analyses (Figs. 1-29) of pelagic seabird data

gathered from ships and compiled for the years 1976-1984 (i.e., a

fraction of the total available data~ Table 1) show how pelagic

seabird distribution data can be used to assess gross patterns of

abundance and relationships with topographical features of the

region and seabird colony distribution. Computerized seabird

colony data were obtained from Art SowIs/NOAA. Analyses and

mapping of seabird distribution were accomplished with CAMRIS

(Computer Aided Mapping and Resource Inventory System; Copyright

1987, 1988 by R. Glenn Ford, Ecological Consulting Inc.). For

mapping, transects were first grouped and averaged over 60 min

latitude-longitude blocks (Piatt and Ford 1993). Density polygons

were generated from blocked data, and missing blocks were filled

using algorithms that extrapolate from densities of adjacent

blocks.

Fig.l shows the distribution of 1° latitude-longitude blocks

sampled by the existing database.' The, average abundance of murre

species is indicated for each block by differential scaling (see

key for density indices). Block data can be transformed by

smoothing algorithms to develop density polygons (Fig. 2), which

provide a better impression of seabird distribution. The density

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polygons are scaled geometrically, with highest densities

appearing as darker shades. Here, we have also overlain the

distribution of murre colonies (filled circles, geometrically

scaled into three abundance levels) and mapped pelagic

distribution for the summer breeding season only. Clearly, murres

are concentrated near breeding colonies in summer, and occur

mostly within the boundaries of the continental shelves. Highest

densities occur in the Bering and Chukchi Seas. During winter

(Fig. 3), murres move south and reside in the southern Bering Sea

and southeast Alaska. Zooming in for a closer look at Cook Inlet

and the Alaska Peninsula, we can see (Fig. 4) that murres in this •

region are concentrated near major breeding colonies at the

Semidi Islands, and in lower Cook Inlet. During winter (Fig. 5),

the association with colonies disappears, and murres concentrate

around Kodiak Islands and in Shelikof Strait.

The summer distribution of all major seabird taxa are

illustrated in ~igs. 6-29. Note that scaling for each species

differs depending on their mode of disperion. Highly aggregated

species (e.g., murres) are scaled geometrically whereas dispersed

species which are typically found in very low densities are

usually scaled arithmetically. Thus, different maps are not

equivalent in showing distributional abundances of each species

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(although they could ali be standardized to achieve this effect)

In general; breeding species are most abundant during summer

around their breeding colonies. Species (e.g., fulmars, stormpetrels) that forage at great distances from colonies, however,

are not concentrated near colonies. Non-breeding species (e.g.,

albatrosses, shearwaters) are not constrained by colony location

and are distributed in habitats preferred for foraging. In any

case, mapping reveals that species exhibit markedly different

distributional patterns, often in association with bathymetric

features (e.g., coastal- Larus gulls; shelf- murres, kittiwakes;

shelfedge- fulmars, storm-petrels; oceanic- albatrosses) . ,

Conclusions

The computerized pelagic seabird database and atlas could be

a valuable tool for scientists and resource managers. We estimate

that it will require about two years of development to reach a

stage where it can be distributed (with associated software) for

general application. It can then be used to: i) interpret and

improve our understanding of the pelagic ecology of individual

seabird species in the North Pacific, ii) provide distibution and

abundance information for mitigating and assessing impacts of

offshore'oil development on the Alaskan continental shelf, iii)

9
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develop site-specific information for agencies to provide on

request from the public or other management agencies (e.g.,

NMFS) , and, iv) provide baseline information for assessing

changes in seabird distribution and abundance in the future

(particularly where data have been collected systematically and

repeatedly in the same geographic areas) .

Literature cited

Byrd, G.V., R.L. Merrick, J.F. Piatt, and B.L. Norcross. 1997.

Seabird, marine mammal and oceanography coordinated

investigations (SMMOCI) near UnimakPass, Alaska. Pp. 351-

364 in: Forage Fishes in Marine Ecosystems. Proceedings of

~he International Symposium on the Role of Forage Fishes in

Marine Ecosystems. Alaska Sea Grant College Program Report

No. 97-01. University of Alaska Fairbanks.

Ecological Consulting Inc. 1993. Marine mammal and seabird

computer database analysis system, California OCS 1975-

1985. Prepared for Pacific OCS Region, Minerals

Management Service, U.S. Department of the Interior., 48

pp. (+CD-ROM).

Elphick, C.S. and G.L. Hunt. 1993. Variations in the

distributions of marine birds with water mass in the

northern Bering Sea. Condor 95: 33-44.

10
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Gould, P.J. and D.J. For~ell. 1989. Techniques for shipboard

surveys of marine birds. U.S. Dept. of the Interior,

Fish and Wildl. Serv., Washington D.C., Fish and Wildl.

Tech. Rep. 25. 22 pp.

Gould, P.J. and J.F. Piatt. 1993. Seabirds of the central

North Pacific ..pp. 27-38 in Vermeer, K., K.T. Briggs,

K.H. Morgan, and D. Siegel-Causey (Eds.), The Status,

Ecology, and Conservation of Marine Birds of the North

Pacific. Can. Wildl. Servo Spec. Publ., Ottawa.

Gould, P.J., D.J. Forsell, and C.J. Lensink. 1982. Pelagic

distribution and abundance of seabirds in the Gulf of

Alaska and eastern Bering Sea. U.S. Dept. of the

Interior, Fish and Wildl. Serv., Biological Services

Program, OBS 82/48. 294 pp.

Hunt, G.L. Jr., P. Gould, D.J. Forsell, and H. Peterson, Jr.

1981. Pelagic distribution of marine birds in the

eastern Bering Sea. Pages 689-718 in (D.W. Hood and

J.A. Calder, eds.), The eastern Bering Sea shelf:

oceanography and resources, Vol. 2. Office of Mar.

Poll. Assess., NOAA, Seattle, Washington.

Hunt, G.L. and N.M. Harrison. 1990. Foraging habitat and prey

taken by Least Auklets at King Island, Alaska. Mar. Ecol.

Prog. Ser. 65: 141-150.

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•

Hunt,. G.L., N.M. Harrison, and J.F. Piatt. 1993. Foraging ecology

as related to the distribution of planktivorous auklets in

the Bering Sea. Pp. 18-26 in Vermeer, K., K.T. Briggs, K.H.

Morgan, and D. Siegel-Causey (Eds.), The Status, Ecology,

and Conservation of Marine Birds of the North Pacific. Can.

Wildl. Servo Spec. Publ., Ottawa.

Klosiewski, S.P., and K. Laing. 1994. Marine bird populations of

. Prince William Sound, Alaska, before and after the Exxon

Valdez oil spill. Exxon Valdez Oil Spill Trustee Council

Final Rep., USFWS, Anchorage, Alaska.

Piatt, J.F., J.L. Wells, A. MacCharles, and B. Fadely. 1991. The

distribution of seabirds and their prey in relation to ocean

currents in the southeastern Chukchi Sea. Can. Wildl. Servo

ace. Pap. 68: 21-31 .

Piatt, J .F., A. Pinchuk, A. Kitaiskiy, A.M. Springer, and S.A.

Hatch. 1992. Foraging distribution and feeding ecology of

seabirds at the Diomede Islands, Bering Strait. U.S. Fish

and Wildl. Servo Final Rep. for Minerals Management Service

(OCS Study MMS 92-0041). Anchorage, Alaska. 133 pp.

Piatt, J.F. andR.G. Ford. 1993. Distribution and abundance

of Marbled Murrelets in Alaska. Condor ,95: 662-669.

Piatt, J.F., C.J. Lensink, W, Butler, M. Kendziorek, and D.

Nysewander. 1990. Immediate impact of the Exxon Valdez

oil spill on marine birds. Auk 107: 387-397.

12
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J

Piatt, J.F., M.R. Robards, S. Zador, M. Litzow, and G. Drew.

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1997. Cook Inlet Seabird and Forage Fish Studies. Exxon

Valdez Oil Spill Restoration Project Ann. Rep., Biological

Res. Div., USGS, Anchorage, Alaska. 151 pp.

Schauer, A. 1992. Associations between seabirds and water masses

in the northern Bering Sea. Pp. 388-397 in Nagel, P.A.

(Ed.), Results of the Third Joint US-USSR Bering and Chukchi

Seas Expedition (BERPAC), Summer 1988. U.S. Fish and Wildl.

Serv., wash. D.C.

Sowls, A.L., S.A. Hatch, and C.J. Lensink. 1978. Catalog of

Alaskan Seabird Colonies. U.S. Dept. Interior, Fish and

Wildl. Serv., FWS/OBS -78/78.

Vermeer, K., K.T. Briggs, K. Morgan, and D. Siegel-Causey

(Eds.). 1993. The status, ecology, and conservation of

marine birds of the North Pacific. Can. Wildl. Servo

Spec. Publ., Ottawa.

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Gulf of

MURRE Species

JAN-DEC

o 100200300400500600

Kilometers

:, 0.0 Birds/krn2

0-2.8 Birds/krn2

2,8-7.7 Birds/krn2

rm 7.7-21 Birds/km2

m21-59 Birds/km2

11I59-165 Birds/krn2

----- 200 In contour

- LOaD rn contour

Alask

176 00 168 00 160 00 152 00 144 00 136 00

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Figure 1. Map of the distribution and abundance of murres

(Uria spp.) in Alaska throughout the year. Each 1° latitudelongitude block is shaded to show the average density of

murres (see key) in that block. Shaded blocks reveal where

ship-based pelagic seabird surveys have been conducted during

the time period included for this preliminary analysis (1976-

1984) .
•

MURRE Species

Gulf of

Al ask a

136

MAY-AUG

o 100200300400500600

Kilometers

Birds/km2

Birds/krn2

Birds/km2

Birds/krn2

I11III36.297 Birds/km2

I11III89.09-2 Birds/km2 · . . . Sampled area

----- 200 m contour

- 1000 In conlour

• 1-6001 Birds

• 6002-59999 Birds

.60000-1701913 Birds

176 00 168 00 150 00 152 00 144 00

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Figure 2. Distribution and abundance of murres CUria spp.) in

Alaska during the summer breeding season. Abundance data

contoured geometrically and smoothed for aid in visual

interpretation. The key indicates the density of murres at the

edge of the contour, e.g., the lowest density contour ranges

from 0.0 murresjkm' at the edge of that contour polygon to

2.45 murresjkm' at the edge of the next highest density

polygon. All known murre colonies are plotted as filled

circles and scaled into three size categories.
Al ask a

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Aleutian Islands Gulf

MURRE Species

OCT-APR

o 100 200 300400500 600

Kilometers

Birds/krn2

Birds/krn2

tl16.2383 Birds/krn2

1115.581 Birds/krn2

IIIIi 36.917 Birds/krn2

• 97.200 Birds/krn2

Sampled area

----- 200 m contour

- 1000 m contour

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Figure 3. Distribution and abundance of murres (Uria spp.) in

Alaska during winter.
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150 00

MURRE Species

MAY-AUG

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Kilometers

60 BO 100120140 'I~~~~

.00000 Eirds/Krn2

2.0064 Birds/KrnZ

m~f 4.0257 Birds/Krn2

!lD B.0773 Eirds/Krn2

I11III16.206 Eirds/Krn2

.32.517 Birds/Krn2

: :", Sampled area

----- 200 m contour

-1000 m contour

• 1-6001 Birds

• 6002-59999 Eirds

• 60000-1701913 Eirds

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Figure 4. Distribution and abundance of murres (Uria spp.) in

southcentral Alaska during the summer breeding season.

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Figure 5. Distribution and abundance of murres CUria spp.) in

southcentral Alaska during winter.

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. NOV-MAR

a 20 40 60 80 100120140 ,~mm . Kilometers

. .00000 Birds/Krn2

1.9912 Birds/Krn2

H13.9650 Birds/Krn2

1m 7.8954 Birds/Krn2

II1II15.722 Eirds/Krn2

.31.306 Eirds/Krn2

::: Sampled area

----- 200 m contour

152 00 150 00
•

BLACK-FOOTED

ALBATROSS

MAY-SEPT

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Kilometers

liI!I.12242 ilird.jkm2

11.23700 Blrd.jkm2

•.41694 Blrd.jkm2

•.74400 Blrd.jkm2

/~I Sampled area

·····200 m contour

- 1000 m contour

.00000 Blrd.jkm2

rur .05400 Eirds/km2

144 00

ulf of

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Figure 6. Distribution and abundance of Black-footed Albatross

in Alaska during summer. Note arithmetic scaling of density.

•

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LAYSAN

ALBATROSS

MAY-SEPT

o 100200300400500600

Kilometers

.00000 Birds/km2

Mt .032191 Birds/krn2

1!!I!l.07650 Birds/km2

11.17350 Birds/km2

11.30033 BiTds/km2

11.59212 Birds/km2

<>: Sampled area

-····200 m contour

- 1000 m contour

152 00 144 00

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Figure 7. Distribution and abundance of Laysan Albatross in

Alaska during summer. Note arithmetic scaling of density.

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64 00

PTERODROMA Spp.

PETRELS

MAY-SEPT

100200300400 500 600

Kilometers

.00000 Birds/km2

tM .05045 Birds/kin2 .

m! .13200 Birds/km2

• .25600 Birds/km2

• .46150 Birds/km2

• .91000 Birds/km2

:(J Sampled area

·····200 m contour

-1000 m contour

ia.Ulf

Alaska

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Figure 8. Distribution and abundance of Pterodroma petrels

(primarily Mottled Petrel) in Alaska during summer. Note

arithmetic scaling of density.
•"

SHEARWATER Spp.

MAY-SEPT

o 100200300400500600

Kilometers

.00000 Birds/km2

mm 1.0350 Birds/krn2

11II5.4536 Birds/km2

.20.369 Birds/km2

.68.206 Bird./km2

.370.95 Bird./km2

/{: Sampled area

..... 200 In contour

--1000 In contour

144 00

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Figure 9. Distribution and abundance of shearwaters

(principally Short-tailed and Sooty) in Alaska during' summer.

Note geometric scaling of density.

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152 00

NORTHERN FULMAR

MAY-SEP

o 100 200 300400 500 600

Kilometers

.00000 Birds/krn2

t"2.2762 Birds/krn2

¥M 5.1809 Birds/krn2

II 11.793 Birds/krn2

11II26.642 Birds/krn2

.61.097 Birds/krn2

Sampled area

----- 200 m contour

-1000 m contour

• 4-13999 Birds

• 14000-64999 Birds

• 65000-500000 Birds

144 00

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Figure 10. Distribution and abundance of Northern Fulmar in

Alaska during summer. Note geometric scaling of density.
---------------------------------------------------,

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FORK -TAILED

STORM-PETREL

MAY-SEP

a 100200300400500600

Kilometers

.00000 Birds/km2

2.0778 Birds/km2

Hi 4.3175 Birds/krn2

II 8.9710 Birds/krn2

II 18.640 Birds/krn2

.38.732 Birds/km2

: Sampled area

----- 200 m contour

- 1000 m contour

• 1-399 Birds

• 400-9999 Birds

• 10000-500000 Birds

144 00

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Figure 11. Distribution and abundance of Fork-tailed stormpetrel in Alaska during summer. Note geometric scaling of

density,

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152 00

•

LEACH'S

STORM-PETREL

MAY-SEP

100200300400500600

iJ

Kilometers

• ,00000 Birds/krn2 ,. il 1.4564 Birds/km2 ;.:.;;.:;.; kt 2.1212 Birds/km2

IIIIli 3.0893 Birds/km2

IIIIli 4.4994 Birds/km2

•

.6.5530 Birds!km2 • Sampled area l

i -----200 m contour ,.

-1000 m contour

• 1-699 Birds

• 900-8499 Birds

• .8500-575688 Birds

•

•

•

Figure 12. Distribution and abundance of Leach's storm-petrel

in Alaska during summer. Note arithmetic scaling of density.

,;

•~!

!!

•
j.

•

Al ask a

Gulf of

CORMORANT Species

MAY-SEP

o 100 ZOO 300400 500 600

Kilometers

Birds/km2

Birds/km2

1m .21875 Birds/km2

1!Ill.51700 Birds/krnZ

IIIIIIl 1.Z190 Birds/krnZ

.7.7510 Birds/krn2

Sampled area

..._- 200 m contour

- 1000 m con lour

• 1-87 Birds

• 88-359 Birds

.360-7580 Birds

.~. ()

~"

Islands'

•

•

,,.

•

"

•

•

176 00 160 00 152 00 144 00 136 00

•

Figure 13. Distribution and abundance of Cormorants

(principally Pelagic, Red-faced, and Double-crested) in Alaska

during summer. Note arithmetic scaling of density.

•
11

•

•

iI

•

•

•

•

:1

,

.•1

::

•

•

64

JAEGER Spp.

MAY-SEP!'

o 100200300400500600

Kilometers

.00000 Birds/km2

IT@[ .10400 Birds/krn2

I!!I!i .21850 Birds/km2

• .36350 Birds/km2

• .58800 Birds/km2

• 1.0995 Birds/km2

\:::: Sampled area

·····200 m contour

- 1000 m contour

•

I:

••

:1

•

II

Figure 14. Distribution and abundance of Jaegers (Pomarine,

Long-tailed and Parasitic) in Alaska· during summer. Note

geometric scaling of density.
•

•"

•

!I

•

•

•

•

Ii

i

1

,I

Figure 15. Distribution and abundance of

Glaucous-winged, Glaucous) in Alaska

geometric scaling of density.

LARUS Spp. Gull.

MAY-AUG

o 100200300400500600

Kilometers

.00000 Bird./km2

.63050 Bird./km2

1iI!!I1.9230 Blrd.jkm2

11I3.7706 Bird./km2

11I8.4691 Blrd./km2

III 12.361 Bird./km2

(/ Sampled area

..... 200 m contour

-1000 m contour

• 1-99 Birds

• 100-499 Bird•

• 500-34000 Bird.

144 00

Larus gulls (Herring,

during summer. Note
•

144 00 136

Gulf of

Al ask a

152 00

•

BLACK-LEGGED

KITTIWAKE

MAY-AUG

0 100 ZOO 300400500 600

" Kilometers

;1

• .00000 Birds/krnZ

.73133 Birds/km2

%11.7990 Birds/km2

lIIIIZ.91ZZ Birds/krn2

lIIII4.7835 Birds/krn2

lIIII 7 .6880 Birds/km2

• Sampled area

·····ZOO m contour • -1000 m contour

• 1-1199 Birds

•

•

•

•

•

Figure 16. Distribution and abundance of Black-legged

Kittiwakes in Alaska during summer. Note geometric scaling of

density.

•

•
•

•

,il

Ii

Ii·

"!!

•

•

,I

•

•

72 00 RED-LEGGED

KITI'I1fAKE

MAY-SEPT

o 100200300400500600

Kilometers

.00000 Birds/km2

Wi .01149 Birds/krn2

1I!!Il.04267 Birds/km2

l1li.06700 Birds/km2

•.12150 Birds/km2

•.28446 Birds/km2

«: Sampled area

..... 200 m conlour

-1000 m contour

• 40-1174 Birds

.1175-114860 Birds

Gulf of

Alaska

144 00

•

•

'i

!i

I'

il·

•

Figure 17. Distribution and abundance of Red-legged Kittiwakes

in Alaska during summer. Note arithmetic scaling of density.
,:

•,.

•

•

·Ii

il

'1,

i!

,I

.,

"

•

il

i1

'I

i

l

•

"

·Ii

'I.

!1

II

'I

:r

"

•Iii

II

'I

I!

II

!i

•

I·

:1.

"

Figure

Common,

scaling

18.' Distribution and abundance of

Aleutian) in Alaska during summer.

of density.

TERNS Spp.

MAY-AUG

o 100200300400500600

Kilometers

.00000 Birds/krn2

itt .01200 Birds/krn2

I!JB .03233 Birds/krn2

11.06825 Birds/krn2

11.12800 Birds/krn2

11.25268 Bird./krn2

IJ Sampled area·

...-- 200 m contour

- 1000 m contour

Terns (Arctic,

Note arithmetic
q

•

PHALAROPE Spp.

MAY-SEPT

o 100200300400500600

Kilometers

.00000 Birds/km2

[Ir .48100 Birds/krn2

Dl!2.4049 Birds/km2

• 10.015 Birds/km2

.31.226 Birds/km2

• 131.57 Birds/km2

:?> Sampled area

·····200 III contour

- 1000 In contour

144 00

of

Aia~ka

152 00

ij

J

"

•

•

i;

•

,

•

Figure 19. Distribution and

necked and Red) in Alaska

scaling of density .

abundance of Phalaropes (Redduring summer. Note geometric

.,

II

•

II

!I

I,'1

:1

'I

•
Gull 01

Alaska

•

72 00

•,

.!!

•

II 64

"

d

"

•,I,I·

Ii

"

"

•

•

II

"

•

152 00

CASSIN'S AUKlEI'

MAY-AUG

o 100200300400500600

Kilometers

.00000 Birds/krn2

.09950 Birds/krn2

11m .42521 Birds/krn2

..2.1725 Birds/krn2

.65.901 Birds/krn2

.280.07 Birds/krn2

):) Sampled area

·····200 III contour

-1000 III contour

• 1-399 Birds

• 400-9999 Birds

• 10000-100000 Birds

144 00

•

•,I

•

Figure 20. Distribution and .abundance of Cassin's Auklet in

Alaska during summer. Note geometric scaling of density.
•

Ii , ,

PARAKEET AUKLET

MAY-SEPT

o 100200300400500600

Kilometers

in .00000 Birds/km2

tt.01190 Birds/kTn2

1!!!II.03500 Birds/km2

11I.07250 Birds/klll2

11I.16300 Birds/klll2

11I.44300 Birds/km2

:tt Sampled area

·····200 m contour

- 1000 m contour

• 1-79 Birds

• 60-1599 Birds

• 1600-150000 Birds

144 00

of

Ala~ka

•

II 152 00

•

11.

•

'II

I.

!I,

!I·

";

il

'i

•"

Ii

I'

:1

• Figure 21. Distribution and abundance of Parakeet Auklet in

Alaska during summer. Note arithmetic scaling of density.

"

ii

III,

•
Alaska

•

•,

n

•

•

•

'i·

•

•

II

"

'i

64 00

Gulf

WHISKERED AUKLET

MAY-AUG

o 100200300400500600

KiloIlleters

::m .00000 Birda/km2

kB .01794 Birds/kIll2

1!lIII.11715 Birda/km2

11.35058 Birda/km2

11.70122 Birda/km2

111.6024 Blrda/km2

/t Sampled area

·····200 m contour

- 1000 III contour

of

144 00

•

II•

Figure 23. Distribution and abundance of Whiskered Auklet in

Alaska during summer. Note geometric scaling of density.
Gulf of

Alaska

"

•

Ii

•

;1

il

"

,.

•

64

I',I

•

II

il

.,

-I!

•

"il

,I'

:I-

"

•

•

'I 152 00

ANCIENT MURRELET

MAY-AUG

. 0 100200300400500600

TT .00000 Birds/km2

iM .17667 Birds/km2

1m! .41933 Birds/km2

1111.0940 Birds/km2

1112.5195 Birds/km2

1116.0745 Birds/km2

({: Sampled area

--···200 m contour

-1000 m contour

• 1-299 Birds

• 300-2499 Birds

• 2500-60000 Birds

144 00

•

"

,.

•:i

Ii·

,.

i!

•

:f

Figure 24. Distribution and abundance of Ancient Murrelet in

Alaska during summer. Note geometric scaling of density.
•,

•

•

•

•"

:j

!I,

•

•

64 00

BRACIIYRAMPHUS spp.

MURRELETS

MAY-AUG

o 100200300400500600

Kilometers

.00000 Birds/km2

nm .01400 Birds/km2

m! .01747 Birds/km2

...09650 Birds/km2

11.25612 Birds/km2

11.53425 Birds/kzn2

::::~( Sampled area

·····200 In contour

- 1000 m contour

Gulf of

Alaska

'44 00

•

"

•

•

Figure 25. Distribution and abundance of BrachyramphuS

murrelets (Marbled and Kittlitz's) in Alaska during summer.

Note arithmetic scaling of density.
Gulf of

Alaska

•

..

•

•

•

•

•

•

•

152 00

PIGEON GUILLEMOT

MAY-AUG

o 100200300400500600

Kilometers

.00000 Bird./krn2

fM .08333 Birds/km2

1m! .03050 Bird./krn2

• .05781 Bird./krn2

• .14400 Bird./krn2

• .24533 Bird./krn2

:Ji Sampled area

----·200 m contour

- 1000 m contour

• 1-39 Bird•

• 40-149 Bird.

• 150-2500 Bird.

144 00

•

•

ii

ii

•

Figure 26. Distribution and abundance of Pigeon Guillemot in

Alaska during summer. Note arithmetic scaling of density.
•

RHINOCEROS AUKIEr

MAY-AUG

o LOO 200 300400 500 800

Kilometers

.00000 Blrds/km2

Sf .08000 Blrds/km2

111.02750 Blrds/km2

11.08559 Blrds/km2

11.20732 Blrds/km2

11.48380 Blrds/km2

:}} Sampled area

·····200 m contour

- 1000 m contour

144 00

Gulf

Alaska

152 00

64 00

•

"

•

'f

II

r

!!

•

!!

,

•

Figure 27. Distribution and abundance of Rhinoceros Auklet in

Alaska during summer. Note arithmetic scaling of density.

il

"

•
;;

•

Gu.lf of

Alaska

TUFTED PUFFIN

MAY-AUG

o 100200300400500600

Kilometers

136 00

.00000 Birds/krn2

.32300 Birds/krn2

lSI 1.0300 Birds!km2

1m 4.1962 Birds/krn2

116.6955 Birds/krn2

.11.920 Birds/krn2

· .. Sampled area

----- ZOO m contour

- 1000 m contour

• 1-399 Birds

• 400-5399 Birds

.5400-163316 Birds

152 00 144 00

•

•

•

•

•

•

•

I

•

Figure 28. Distribution and abundance of Tufted Puffin in

Alaska during summer. Note geometric scaling of density.

•

•
.!'" •

Alaska

I

I

HORNED PUFFIN

MAY-AUG

100200300400500600

Kilometers

of

144 00

Gulf

,00000 Birds/krn2

I

IIII'i'o':' ,97000E-0 Birds/krn2 Mn .30900 Birds/krn2

1m ,69600 Birds/krn2

I11III1.0910 Birds/krn2

.2.0040 Birds/km2

Sampled area

~III--'" 200 m contour - 1000 rn contour

• 1-79 Birds

• 80-799 Birds

.800-250000 Birds

i60 00 152 00

"

:!

Chukchi

Sea

72 00

,~

'!

I'

iiII

"

•

il

,I

I·

•

!I

•

.'•

•

•

Figure 29. Distribution and abundance of Horned Puffin in

Alaska during summer. Note geometric scaling of density.

•

:1

I~

!1

!i

I!

•
II

•

•

•

•

'II.

II

"

Ii

•

:!

,I

•

•

•

Appendix 1. Catalog (incomplete) of aerial and ship-based seabird

surveys conducted (primarily OCSEAP) in Alaska,.
4/06176 4/13176 911 I 59 6016! ShIpboard :DIscoverer ; G.OA

1 A B ,

c i 0 , .E , , F G i H i I i

1 ALPHAICRUISEN( SURVTYPE SHIPNAME REGION iSTRTDATE ENDDATE NOTRANS I

2 MF T 1 Shinboard RN Georne Kelez 1G.OA+ Aleutians i5/01170 17/14170 01

3 MF I 1001 ShiDboard RN Georae Kelez .? I 1971 , I· I 01

4 FW , 1018 Aerial ? I? ' 1981 , 01

5 MM 1 4001 ? ? I? 18/13174 9/9174 01

6 T 4001 Shinboard ,RN Thomnson G.OA I 9/16174 I 9129174 1991

7 1 50011 Aerial Grumman Goose G.OA 16/01172 I 1841

8 T 5001 Aerial 1Grumman Goose G.OA : 4/16173 1 01

9 ,

I 5001 Aerial 1Grumman Goose G.O.A. 14126173 1 0

10 i 5002 Shl"board OCeanonranher G.OA ! 1127175 ,3/04175 132

11 I 50031 Aerial P2V G.OA 13/06175 13/09175 1 47,

12 I 50041 Shinboard Surveyor G.OA 14121175 16/14175 392

13 I 5005 ShiDboard Discoverer G.OA + Berina Sea 15/09175 6121175 8261

14 I 5006 Aerial P2V G.O.A. 16/11176 6/17176 1851

15 1 5008 Aerial P2V 1Berina Sea/Arctic 106/18175 06121175 1021

16 I 50091 Aerial P2V G.OA 16126175 6127175 72

17 I i 50101 Aerial P2V Arctic Seas '7/02175 7/04175 2531

18 I 1 50111Aerial Surveyor G.OA + Berinn Sea : 7/11175 8/01175 95

19 I 1 50121 Aerial P2V G.OA + Berino Sea i 6/15175 6/16175 1681

20 ! I . 501 :jTShinboard Glacier G.O.A. + Berinn Sea , 7/16175 17129175 1741

21 1 '50141Aerial 'P2V G.OA + Berino Sea i 7/31175 17102175 277

22 T 5015! Shinboard Discoverer G.OA + Berinn Sea 18/06175 i 9/12175 226

23 I 50161 ShiDboard Surveyor G.OA + Berino Sea 18/07175 !9/12175 91

24 1 ,

, 50181Shinboard ,Miller Freeman G.OA+Berinn Sea ' 8/12175 ,9/04175 149

25 T 5020 IshiDboard 1Silas Bent G.OA + Berino Sea ' 9/01175 '9128175 1091

26 I 50211 Shinboard 1Glacier+Burton Is G.OA + Berinn Sea '9/01175 9130175 124

27 , 50221 ShiDboard Miller Freeman G.OA + Berino Sea ,9/06175 8129175 150

28 1 i 50231 Shlnboard 1Discoverer G.OA + Berinn Sea 19/13175 10/02175 90

29 ,

I 50241 ShiDboard SurveYor G.OA i 9/16175 9122175 411

30 I i 50251 Shinboard 1Survevnr GOA 110/01175 10124175 112

31 I 50261 ShiDboard SurveYor G.OA+Berina Sea 110/02175 110124175 110

32 ,

50271 Aerial ,P2V I G.OA i10/07175 110/08175 106 , 33 1 50281 ShiDboard !Discoverer G.OA 110/08175 !10/16175 1 27

34 1 I 50291 Aerial IP2V GOA 110/17175 74

35 ,

, i 50301 Shl"board Discoverer G.O.A. ! 10123175 11/09175 64

36 i , 50311 Shioboard 1Surveyor G.O.A. 110128175 11/06175 38

37 ! , 5032TSh,nboard 1Surveyor G.OA + BerinoSea 111/09175 '11/17175 60

38 I" 1 50341 Shioboard IDiscoverer G.OA 111/17175 12/02175 31

39 1 i 50341Smallboat IDiscoverer G.OA 112/02175 112/06175 28

40 1

-t 50351Aerial P2V Berino Sea i12/09175 ! 13

41 I 5036 rShinboard USCGC Midnet Berinn Sea ' 10/05175 110/13175 9

42 I 1 50371 Shl"board RNAmatuli Berino Sea 17/30175 10/24175 9

43 ! ! 50381 Shioboard Aleutian Tem ? Isummer 75 403

44 I 1 5083! Shlnboard Miller Freeman BerinnSea 111/10175 12/03175 106

45 1 ! 6001 Aerial P2V G.O.A. 11/08176 97

46 1 6002 Shinboard MoanaWave G.O.A. 12/15176 2120176 72

47 I 6004 ShlDboard MoanaWave G.OA 12122176 3/04176 56

48 60051 Shinboard Discoverer G.OA i 10124176 10127176 119

49 1 6006IAerial P2V G.OA + Berinn Sea 12128176 3/08176 386

50 60071 ShlDboard IDiscoverer G.O.A. !3/01176 3/11176 110

51 I 60081 Shioboard Surveyor G.OA i 3/08176 3/12176 47

52 I i 60091 Shinboard MoanaWave G.OA + Berinn Sea '3/08176 3125176 81

53 I ! 6010 ShlDboard Miller Freeman G.O.A i3/15176 3121176 149

54 , 60111 Shinboard Discoverer IG.OA !3/16176 3/29176 85

55 , 6012 ShlDboard Miller Freeman G.OA + Berino Sea ,3/24176 14121176 , 98

56 , 6013 IShlnboard MoanaWave G.OA 3/30176 14/15176 113

57 , 60141 Aerial P2V G.O.A. 3/29176 13/30176 I 1771

I 58 , 60151 Aerial P2V . G.OA 4/04176 I I 311 ,

•!~

•

•

•

•

•

•

•,

'I

•
i1

•

117 FW 8026, Smallboal ,Demersal ,Cook Inlet 5/16178 4

A B , C 0 i E F 1 G H I i

1 ALPHA CRUISENO SURVTYPEI SHIPNAME REGION ISTRTDATE ENDDATE NOTRANS I

60 1 60171? ? ? I 1976 0

61 : 60181 Shipboard ? G,OA 14/14176 4130176 57!

62 , 6019 IShipboard MoanaWave G.OA 15/07176 5121176 78

63 6019 Shipboard MoanaWave G,OA I 4121176 5/05176 63

64 , 6021 Shipboard Miller Freeman G.OA + Berina Sea 14125176 5/13176 100

65 1 6025 Shipboard Nordic Prince IGOA '5/01176 5/11176 141

66 ! 6026 Shipboard Nordic Prince G,OA ' 5/18176 5120176 251

67 6027 Shipboard Nordic Prince G,OA 15J22J76 6/08176 1311

68 6028 Shipboard Nordic Prince G,OA J 6/17176 31

69 6029 Shipboard Nordic Prince G,OA 16/18176 6126176 171

1 70 6030 ? ? ? I? ? 01

71 FW 6031 Shipboard Nordic Prince ? i 517176 7127176 0

72 6050 Shipboard Discoverer G.OA 15/04176 5/05176 42

73 I 6051 Shipboard ? ? 11976 0

74 6052 Shipboard ? ·G.OA i 1976 0

75 6055 ? ? ? '? 0

76 6057 Shipboard Miller Freeman 1G.OA + Berina Sea 15/18176 6104176 128

77 60641 Shipboard Survevor G.OA 15125176 6/03176 351

78 ! 6066 Shipboard MoanaWave G.OA + Berina Sea '5126176 6/05176 48

79 ! I 60671 Shipboard MoanaWave G.O.A. + Berina Sea !6/06176 6120176 103

80 ' . i 6068 Shipboard Lindblad Explorer G.OA + Berina Sea 15/30176 6/16176 38

81 i 6069!? ? ? ' 1976 0

82 !FW 1 6087 Shipboard Miller Freeman Seattle to Kodiak ,

, 1976 0

I 83 , 70271 Shipboard IDiscoverer G.OA '2115m 2120m 109

84 ! 7028 Aerial IGrumman Goose I G.OA 13/07m 3/09m 0

85 ,7029 iAerial iGrumman Goose IG,OA + Berina Sea '4/20m 412Bm 1 508:

86 ,

, 7031 1Aerial IGrumman Goose !G.OA 15/19m 5120m 1751

87 1 I 70321 Shipboard IYankee Clipper !Kodiak '5122171 6/06m 3151

i 88 ! 1 7033 Shipboard iYankee Clipper I? 16/18m 6128m 2381

89 I , 70341? ? I? , 7/06177 7129m 300

90 , 70351 Shipboard Yankee Clipper I? 18/11m 8123m/ 240

91 ,

, 70361 Shipboard Yankee Clipper I? 19/07m 9119m 211

92 r i 70421 Shipboard ISurvevor IKodiak-St.Matlhew 16123m 6126m 62

93 1 70431 Shipboard Lindblad Explorer IS.E. Alaska I 1977 01

i 94 i I 70451 Aerial Grumman Goose ' Kpdiak • Cook Inlet 16/17177 6/18m 1691

95 1 70461 Shipboard ? :? 19/05177 9/15m 1631

I 96 i , 7047 Shipboard Miller Freeman I Kodiak i 10130177 111/14177 151 , 97 , ,

70481 ? ? I? '? 0

98 IFW I 70491 Shipboard USCGCMaliow Central Pacific IOel 1977 Nov 1977 0

99 1 i 70501 Shipboard Aleutian Tern Aleutian Islands 15/12/77 5/16m 0

100 I I 70511 Shioboard Aleutian Tern Aleutian Islands '6/22177 0

i 101 1 70521 Shipboard Aleutian Tem Aleutian Islands 17/02/77 712Bm 0

1 102 , 70531Shipboard IAleutian Tern 'Aleutian Islands '8/1m 8122177 0

I 103 I 7054 Shipboard Aleutian Tern IAleutian Islands 17/20m 7127m 0

I 104 , I 8006 Shipboard Commando IKodiak 14/03178 4/08178 20 , 105 I I 8007 Shipboard Commando ,Kodiak 14120178 4/30178 491

106 ,

I I 8008 Shipboard Commando 1Kodiak 12 Mav 78 3 Mav 78 291

107 IFW I 8012 Shipboard Oshpro Maru IJapan-Alaska I 1978 445

108 I 1 8014 Shipboard Commando Kodiak 15123178 6/10178 58

I 109 i I 8015 Shipboard 1Commando IKodiak 16/13178 6/30178 68

110 i i 80161 Shipboard Miller Freeman Kodiak 16/19178 7/09178 0

i 111 !FW i 80171 Shipboard Commando Kodiak 17/12178 7/28178 46

I 112 IFW 80181 Shipboard Commando Kodiak :8/01178 8/14178 I 01

I 113 IFW 80191 Shipboard ICommando :Kodiak :8/15178 8/30178 46

1 114 iFW 80231 Smallboal I Demersal ; Cook Inlet ; 8/04178 151 ,

, 115 'FW 80241 Shipboard 1Surveyor i? 8128178 9/09178 01

1 116 ,FW 80251 Shipboard IHokusei Maru IJapan - 39'OON 1978 ! 3001 , , ,

.,'

•

ii

"

•

•

•

•

!

•

•

•

•

•
II

•

q

o

o

o

o

o

o

o

o

o

0,

o

o

o

o

o

o

o

o

o

o

o

o

o

o

01

o

o

01

01

o

o

o

o

17

iMarch 84 I

Iwinter 84 !

[winter 82

'fall 82

Prince William Sound iJan,1983 I

Prince William Sound ISep, 1983

Adak-St. Mat.-Homer 1 1983

Pnnce William Sound Oct, 1983

Pnnce William Sound IFeb.1983 I

Pnnce William Sound Jul.1983 I

Prince William Sound i 1983 :

Prince William Sound Aua,1983

KodiakiSemidis 1summer 84 I

Kodiak IFall 83

Prince William Sound IMar, 1983 I

Kodiak- Berino Sea I Winl.83

Aleut Is,-Sl. Mathew 11983

Polar + Berino Sea I 1983

Pnnce William Sound 'Jun.1983 I

Prince William Sound !Apr, 1983 I

N Pacific 11983

Pnnce William Sound IMay. 1983 I

Aoattu is, 1983

SE.from Japan i 1982

South east i 3/19/82

Cook inlet 18/16/82

SEto Jaoan ' 1982

South East Isummer 82

:Kodiak

,Pnnce William Sound iwinter 83 I

IPnnce William Sound Dec. 1983 1

!Pnnce William Sound Nov, 1983

IKodiak

I? .11982

1Kodiak IFeb 1983 IFeb 1983

IKodiak

IPnnce William Sound !summer 83 I

820061 Shipboard 1Ursa Major

820051 Shipboard I?

144 IF 820071? I?

145 I 820081 Shioboard I?

146 iF 82010lShipboard IOshore Maru

147 'F 1 82011 Shioboard Oshoro Maru

148 IF 1 82050 Smallboat I?

149 ! I 82100 Shioboard I?

150 IF I 830011 Shipboard IUrsa Major

151 IF , 830021 Shioboard ?

152 IF , 830031 Shipboard Miller Freeman

153 iF 830051? ?

154 iF I 830121? ?

155 iF , 831001? ?

156 IF 1 83200 ? ?

157 iF , 833001 Shioboard Western Pacific

158 IF 83501 Smallboat ?

159 IF I 83502 Smallboat ?

160 IF i 83503 Smallboat ?

161 IF i 83504 Smallboat ?

162 'F , 83505 Smallboat ?

163 'F I 83506 Smallboat ?

164 IF I 83507 Smallboat ?

165 IF I 83508 Smallboat ?

166 IF ! 835091 Smallboat ?

167 iF 83510 Smallboat ?

168 iF I 83511 Smallboat I?

169 IF 83512 Smallboat ?

170 iF 83555 Smallboat ?

171 IF 83560 ISmallboat ?

172 IF 835751 Smallboat ?

173 iF 840021 Shipboard Ursa Major

174 F 840031 Shioboard IPolar Sea

175 !F 840051? ISmolk

142

143 IF

A B C 0 .E , F G I H I I . ! , 1 ALPHA 1CRUISEN( SURVTYPEI SHIPNAME REGION ISTRTDATE ENDDATE NOTRANS

118 FW I 8027 Smallboat Demersal Cook Inlet 18/03178 91

119 1 8032 Shipboard Miller Freeman G.OA i 31Z2f78 3125f78 241

120 FW 8049 Shioboard USGGC ButtonwoodI? i0Cl1978 iNov 1978 I 01

121 8100 Shipboard ? Aleutian Islands , 1978 I 0

122 MF 9001 Shioboard IMiller Freeman Berino Sea '7f7169 :7m169 I 01

123 9001 Shioboard IMV Tustumena Kodiak to Homer 11/16f78 I I 3

124 IFW 9002· Shipboard 1Ursa Maior Kodiak I Nov '79 :Dec' 79 1 01

125 IFW 9003 Shioboard IOshoro Maru Western Pacific IJUN 1979 IAUG 1979 I 01

126 iF 80002 Shipboard ursa Maier ? IFeb 1980 I Mar 1980 ! 01

127 IFW 800041 Shioboard USCGC Cambell Kodiak to Aleutians 1 1980 I 321

128 iF 80010 .Shipboard Alpha Helix Aleutian Islands I 1980 I 401

129 F I 80011 Shioboard KORW Kodiak 1 1980 I 0

. 130 F I 80040 Shipboard ? ? 15119/80 , 0

131 F I 80045 Shioboard RNLee ChUkchi S. + Berino IFall '80 I , 0

132 F 1 80100 Shipboard Aleutian Tern Aleutian Islands 1980 1 i 0

133 IFW ! 80280ISmallboat Demersal Cook Inlet 9/04f78 I I 10

I 134 F i 81003!Shipboard Ursa Malor Kodiak ,Fall 81 I 01

135 I , 810101 Shioboard Aloha Helix Eastern Aleutians I 1981 ! 10

136 IF i 81020 Smallboat ? E Aleutian Islands 11981 ! 0

137 IF I 810221? ? Benno-ChukchiSea I 1981 I 0

138 iF I 810241 Shipboard Oceanoaraoher Berino Sea Sep 1981 'Oct 1981 I 0

139 IF 810251 Shioboard ? Berino Sea 0Cl1981 I 0

140 iF 820011 Shipboard ISurf Bird SE Alaska 1982 , 0

141 IF 820021 Shioboard 1Surveyor G.OA + Berino Sea I 1982 I 0 , , , ,

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i A B , C 0 E i F G H I 1

I 1 ALPHA 1CRUISEN( SURVTYPE SHIPNAME IREGION STRTDATE ENDDATE NOTRANS I

i 176 F I 84020 ? ? I South East 1984 871

I 1n F I 84030 IShipboard Akademik Korolev I Berine Sea 6/28/84 6/29/84 01 ,

178 F 84040 Shipboard Oshoro Maru i? ,summer 84 270

I 179 F 84041 Shipboard Oshoro Maru ? summer 84 178

180 F 84042 Shipboard Oshoro Maru . ? summer 84 1 204

! 181 F 84043 Shipboard Oshoro Maru ? summer84 1 2751

: 182 IF 84044 Shipboard Oshoro Maru 55'N Line ,summer 84 I 1481 ,

183 IF 84060 Shipboard Refuee Charter Shemva-Sl. Matthew 11984 I 01

,

I 184 F , 84060 Smallboat ? Prince William Sound IJune 84 I 0

1 185 F 1 84501 Smallboat ? Prince William Sound Jan.84 I 0 ,

, 186 F 84501 Smallboat ? 1Prince William Sound Oct. 84 0

I 187 F 84502 Smallboat ? Prince William Sound Feb. 84 01

188 F 84503 Smallboat ? Prince William Sound March 84 0:

189 F 84504 Smallboat ? Prince William Sound .April 84 01

190 F 84505 Smallboat ? IPrince William Sound Mav84 01

191 F [ 84507 Smallboat ? Prince William Snd. Julv 84 01

192 F 1 84508 Smallboat I? Prince William Sound Aug. 84 0

193 F 1 84509 Smallboat I? Prince William Sound Sept. 84 0

194 F I 84511 Smallboat ? Prince William Sound Nov. 84 0

195 F 1 84512 Smallboat ? Prince William Sound Dec. 84 0

196 F 1 84555 Smallboat ? Prince William Sound I 1984 0

I 197 F I 84560 Smallboat ? Prince William Sound [winter 84 0

i 198 F I 84575 Smallboat ? Prince Wiiliam Sound 11984 0

199 F I

, 85005 Shipboard Ursa Maior Kodiak IFeb.85 I 01

i 200 'F 1 85040 Shipboard Oshoro Maru I? I 1985 1 01

: 201 F I 85041 Shipboard Oshoro Maru ? I 1985 ! ! 01 , 202 F , I I 850421 Shipboard Oshoro Maru I? ! 1985 I 1 0 , 203 F I 850431 Shioboard Oshoro Maru I? i 1985 I 0 ,

I 204 F 1 850441 Shipboard IOshoro Maru I? I 1985 1 0

I 205 IF I , 850451 Shipboard IOshoro Maru I? I 1985 I 0

! 206 IF 85046 Shipboard IOshoro Maru I? i 1985 0

! 207 iF I 850471 Shipboard IOshoro Maru I? 1985 0

! 208 IF I

850481 Shipboard IOshoro Maru I? i 1985 0 I 209 iF I 85049 Shipboard 1Oshoro Maru I·'? I 1985 0

210 IF ; 85051 Shipboard IHokusei Maru ? , 1985 0

1 211 IF ; 85052 Shipboard IHokusei Maru !? i 1985 0

i 212 F 85053 Shipboard Hokusei Maru !? I 1985 0

1 213 F I 85054 Shipboard 1Hokusei Maru I? I 1985 0

214 F 1 85055 Shioboard 1Hokusei Maru ? ! 1985 0

I 215 F , 85056 Shipboard 1Hokusei Maru I? i 1985 0

I 216 F I 85057 Shipboard Hokusei Maru I? 11985 0

I 217 F 850581 Shipboard Hokusei Maru ? I 1985 0 , 218 ,F I 850591 Shipboard Hokusei Maru I? ! 1985 0

219 F 1 85060 IShioboard Hokusei Maru ? i 1985 0

! 220 IF I 850611 Shipboard .Hokusei Maru ? 11985 0

,

I 221 IF I 85062 Shipboard Hokusei Maru ? 11985 0

! 222 IF 85063 Shipboard Hokusei Maru ? I 1985 0

1 223 IF 1 85064 Shipboard Hokusei Maru ? I 1985 0

I 224 F 85065 Shipboard Hokusei Maru ? i 1985 0

1 225 IF 85100 ? ? Aleutian Islands I 1985 0

226 iF 85501 Smallboat ? Prince William Sound IJan.1985 01

227 IF 85502 Smallboat ? Prince William Sound iFeb.1985 0

228 !F 85503 Smallboat ? :Prince William Sound 1Mar. 1985 0

I 229 IF 855041 Smallboat ? IPrince William Sound iAor.1985 0

I 230 IF I 855051 Smallboat ? 1Prince William Sound IMav.1985 01

I 231 IF ,

, 855061 Smallboat ? Prince William Sound IJun.1985 01

I 232 !F , 855071 Smallboat ,? Prince William Sound IJui.1985 I 01 , 233 IF I 855081 Smallboat I? Prince William Sound IAuD.1985 : , 01
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1 ALPHA CRUISENC SURVTYPE SHIPNAME REGION STRTDATE ENDDATE !NOTRANS I

234 F 855091 Smallboat ? Prince William Sound Seo.1985 ,

0

235 F 85510 Smallboat ? Prince William Sound Ocl.1985 0

236 F 85511 Smallboat ? Prince William Sound Nov. 1985 I 0

237 F 85512 Smallboat ? Prince William Sound Dec.1985 0

238 IF 855551 Shioboard ? ' Prince William Sound 11985 1 I 0

239 F 85560 IShioboard ? Prince William Sound 1985 1 0

240 F I 855751 Shioboard ? Prince William Sound 1985 ,

, 0

241 F I 860051? ? Kodiak february 86 ! 0

242 F 86040 Shipboard Pusan 851 N. Pacific ocean ? ! 0

243 F I 860421 Shioboard Aloha Helix Gulf AK Seamount Pro 1986 I 0

244 F 86100 ? '? 'Aleutian Islands 1986 , 0

245 F 87001 ? ? Kodiak Feb.87 0

246 F 87040 Shipboard Aloha Helix G.O.A.- oceanic 5/87 0

247 F 870411 Shioboard Oshoro Maru Kediak to Seattle 1987 0

248 F 87042 Shipboard Oshoro Maru N. Pacific ocean 10/87 11/87 0

249 F 88001 I? I? Kodiak Feb.88 0

250 F 88040 IShipboard ? Pusan,Kerea-Dutch H. 7/88 I 0

251 F 88041 1Shioboard Akademik Korolev Dutch H.-Honolulu seotember 88 I 0

252 F 88100 IShioboard Tialax Aleutian Islands summer88 I 0

253 F 88100 IShioboard Miller Freeman G.OA 5/88 i ,

, 0

254 89001 Shipboard Miller Freeman Kodiak-Hawaii 1012189 '10/19/89 706

255 , 890021 Shioboard Miller Freeman Hawaii-5eattle 10/24/89 11/12/89 401

256 IF 90010 Shipboard Tiglax Alaska Peninsula 7/07/90 7/18/90 335

257 IF i 900111 Shioboard Osharo Maru Tokvo-Hawaii 6/30/90 8/18/90 360

258 F 900121 Shipboard Oshoro Maru Hawaii-Tokyo 8124190 9/16190 460

i 259 IF , 900131 Shioboard I? IN. Pacific ocean 5128190 8/23/90 171

260 IF I 90500 IShipboard I? N. Pacific ocean 1990 , 385

I 281 F i 90501 1Shiaboard I? Trans N.Pac.O.Jaoan 1990 286

262 F I 915.00 Shipboard I? ,? 1991 140

263 F , 915011 Shioboard I? I? 1991 307

264 F I 915021 Shipboard ? I? 1991 103
..

,-;;;58;o--+- ;;;0+'H"'a"'r"'''s'"0''_n'--C~-~IC'_H'''at'''c''-h'---5=---_+. ,--P",h1",11",1p.=-s-"Me-_I FINAL TAPE at OBS-CE

59 a Harrison, C. I 1 Specimens collected I F.T. at OBS-CE Idate?

A I J i K l i M I N

1 STATCNTSIOBSERV1 OBSERV2 .OBSERV3 COMMENTS

2 OINMFS ship-RN Geor~e B. Kelez MFOO01

3 01 APS, OAP

4 01 Krasnow Braadlv Loh ??

5 OiSanaer IPat .Sam marine mammal survey

6 OIWohl-K I ,

I 18 ~en.obs I

7 ai Haddock-L Benson-J I raw data at OBS-CE 1

8 o Haddock-L Benson-J I 3 dates 01 5001-164 transectslraw data at FWS,Oi

9 01 Haddock L Benson-J , 3 days 01 5001-164 transectslraw data atFWS,OB

10 a Isleib P. Eberhardt transects-15 minslraw data at OBS-CE

11 A' Hunt G. IBriaas-K 47 exc.nDAT.llstinas+summ.-kev c.lfinai tace-OB

12 61! Hatch, S. Timson-B Trans.-15 mlns+300 m. wideldat-k.c.IFINAL TAPE

13 81 WarneY-1 Guzman-J trans=15 minslnot key C.-raw data atOBS-CE

14 a Hunt G. Brinns -K BailevcE (44 eXDerimental transects\ F.T at OBS-CE

. 15 a Blackshic-J Johnson-N Bailey-E FINAL TAPE at OBS-CE

16 a Bartonek J. Hatch-S Timson-B FINAL TAPE at OBS-CE

17 aIBartonek-J Hatch_5 Timson-B FINAL TAPE at OBS-CE

18 29 Benson, J. Timson-R.S FINAL TAPE at OBS-CE

19 a Cline-D Johnson-N Wohl-K FINAL TAPE at OBS-CE

20 a Rauzon-M Hatch_5 final tace at OBS-CE

21 aIBartonek-J Cliye-D Harrison, C. linal tace at OBS-CE

22 64 i Rauzon-M Rurhle-J FINAL TAPE at OBS-CE

23 321 Henderwn-K Benson-J Handel-C FINAL TAPE at OBS-CE I

24 531 Nvsewander FINAL TAPE at OBS-CE

25 I 77 Warner scecimens coilectedIF.R. at OBS-CE

26 I 1,Sowls I I FINAL TAPE at OBS-CE

27 I 211 Harrison, C. I FINAL TAPE at OBS-CE

28 I 191 Nvsewander , A lew birds collected I FT. in OBS-CE

29 1IHandei-C small boat survey-not transcribed? I F.T. at OBS-CI

30 ; 301 Handel, C. Benson-J I FINAL TAPE at OBS-CE

31 , 30 I Rauzon-M FINAL TAPE at OBS-CE

32 I oIBartonek-J Harrison-C FINAL TAPE at OBS-CE

33 111 Henderson-K FINAL TAPE at OBS-CE

34 aIHarrison-C Hatch_5 Bailey-E FINAL TAPE at OBS-CE

35 23 iRoehle-J FINAL TAPE at OBS-CE

36 I aiHenderson-K 1 FINAL TAPE at OBS-CE

37 1 5lHatch_5 , I I FINAL TAPE at OBS-CE

I 38 ,

19iHardv-D 1Nvsewander-D !Trans-15 mins each I F.T. at OBS-CE I

39 I OIHardy-D INYsewander-D 1 not key cunched I F.T.at OBS-CE

40 i o Harrison, C. Hatch-S IRuehie-T FINAL TAPE at OBS-CE

41 1 oiWickersham-E , F.Tat OBS-CE I date?

42 1 aIAilen-J i FINAL TAPE at OBS-CE

43 I aI Holber~-E Aleutian Is. NWR. staff I F.T. at OBS-CE

44 11 !Kirchoff-M Rauzon-M I FINAL TAPE at OBS-CE

45 a Harrison-C Hatch_5 'Bailey-E FINAL TAPE at OBS-CE I

I 46 OISanaer-G Kirchol-M iPhillics FINAL TAPE at OBS-CE I

47 571 Kirchoff-M nos.include eXDerimental 01 some tricsIOBS-CE+bil

48 01 Hardv-D Frazer-D F.T.at OBS-CE I contains additional scecies si~htil

49 aIHarrison-C Hatch_5 Sowls-A F.Tat OBS-CE I 5002?? 1

50 1181 Forsell-[) FINAL TAPE at OBS-CE I

51 I O,Handel C. I I FINAL TAPE at OBS-CE I

52 351 Phillics-M I FINAL TAPE at OBS-CE 1

53 a Sanaer-G Handel-C IBates_5 FINAL TAPE at OBS-CE I

54 ,

, 441 Kirchhoff i I F.Tat OBS-CE Idate 76? 1

55 , 521 Rauzon-M 1

,

, sDecimens collected I F.T at OBS-CE I

56 I 115' Frazer, D. I I 1no recort I F.Tat OBS-CE !

57 a Harrison-C iHatch-S IHandel-C I FINAL TAPE at OBS-CE I I - "

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I 117 01 Jones IPeterson I 4 small boat transects - 4.75 hours

A J ! K L M ,

, N

1 STATCNTSIOBSERVl OBSERV2 ... OBSERV3 COMMENTS

60 01 Hall, H. Maine Mammal survey

61 41 SChad-T no reoort I F. T. at OBS-GE I date?

62 231 DeGanoe

63 231 DeGanoe 6019/6058 I F.T. at OBS-GE

64 141 Forsell, D. FINAL TAPE at OBS-CE

65 01 Moe-A no reoort I F.T. at OBS-GE I

66 ai Harrison, C. , FTat OBS-GE I no report I

67 aIBartonek J. Sowls-A ISanaer-G no reoort I F.T. at OBS-GE

68 , 01 Handel-C I FINAL TAPE at OBS-CE

69 aIHandel, C. Sanaer-G I no report I F.T. at OBS-GE I date?

70 a! I 6030.u049 VOID-NO WORK

71 01 ,

72 OIGould-P Rauzon-M FINAL TAPE at OBS-GE

73 1 aI Gould, P.J. Rauzon-M FINAL TAPE at OBS-CE

74 I aI GoUld, P.J. FINAL TAPE at OBS-GE

75 01 VOID

76 aIForsell, D. I FINAL TAPE at OBS-GE

77 OIGould-P Larson-G FINAL TAPE at OBS-GE

78 1 a 1Metznoy-K FINAL TAPE at OBS-GE 1

79 I 151 Me1znov-K no reoort I F.T. at OBS-GE I Date?

60 i 01 Rauzon-M 1 date-? I F.T. at OBS-GE

61 I 01 I PELAGIC DATA

62 01 Baird , I

, 83 I 0: Sanaer-G IPetersen-M ! FINAL TAPE at OBS-CE

! 84 I o!Harrison-C IHandel-G 'Sowls-A F.T. at OBS-GE.757rec.l165-1/165-21427-tvpe 5

I 85 ! a 1Harrison-C IHandel-C Sowls-A FINAL TAPE at OBS-CE I

86 I a1Harrison-C !SowIs-A GiII-B FINAL TAPE at OBS-CE

87 I 2! Forsell-D 1Gould ,Sanoer 4 oen. obs.lship=Lea llFin Tp.at OBS-CE

88 ,

, 01 Forsell-D 1Sanaer-G Guzman Yankee Clipper-Lea 213 aen.obs.1 F.R. at OBS-CE

89 ! 01 Sanoer-G Forsell Guzman 5 oen.obs. IF.T. at OBS-GE

I 90 01 Forsell-D Sanaer-G Yankee Clipper 4 I F.R. at OBS-CE

91 I 11 Nelson Forsell DeGanoe Yankee Clipper-leo 5 I F.R. at OBS-CE

i 92 I 01 DeGanae Sowls FINAL TAPE at OBS-CE

93 I 01 Bates-S ,Matthews

94 I a 1Harrison, C. Handel Gill FINAL TAPE at OBS-GE

95 ! OIGould-P 5 General Obs. I F.T. at OBS-GE I NEGOA 1

96 I 01 Nelson ; I

i 97 01 I NO DATA

1 98 , 01 Forsell-D

I 99 I 01 Spindier-M 1 date-5/16180r9l 51'52 176'31 ICorrections made

i 100 I aI Spindler-M ! 52'45 175'15 I correctins made

101 a ISpindler-M I 51'20 179' \ Corrections made

102 O'Spindler-M , 51'21 179'00 I Corrections made

103 a ISpindler-M Manuwal Coastal Semi sopochnol Is. I Corrections made

104 41 Sanaer-G Wiswar-D 4 General obs.

105 I 7! Sanoer-G Forsell-D

106 31 Forsell-D Hironaka

107 , 01 DeGange Hakodate,Jaoan-Berino Sea-Westem GuW of Alask

I 108 01 Sanaer-G Krasnow

1 109 aIForsell, D. Wiswor 1 1 aeneral obs.

I 110 01 Guzman I

! 111 01 Krasnow Wiswor I , 112 41 1Forsell-D Voss I

113 01 Krasnow Wohl I

I 114 01 Jones Petersen I Sanaer Small boats - small boat transect

I 115 OiHatch-5 I

1 116 OiDeGanae I i Hakodate Japan - Western N. Pacific - south to 39'1 ,

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A J K l , M N ,

1 STATCNTSIOBSERV1 OBSERV2 OBSERV3 COMMENTS

118 0 Jones Peterson 9 small boat transects - 3.5 hours

119 0 Macletosh

I 120 o Forsell-D

121 01 NWR

122 OISanaer INMFS

123 o1Nvsewander Forsell 1(FERRY)

124 o Forsell-D , 1

125 o DeGanae Westem Pacific 60A Berino Sea to Subarctic Con"

126 o Forsell-D Nvsewander-D Zwiefelhofer 1

127 o Forsell-D Nvsewander-D !

128 o Bartonek. J. ,

129 o Zwiefelhofer

130 0 Gould P.J. HorJars-P?

131 o Baird

132 o Earlv-T Emerson Summer Aleutian Data

133 1 o Jones Peterson 110 small boat transects - 4 hrs 10 mins

i 134 oIZwiefelhofer, D. i

135 01 Dav, R.H.

.136 01 Forsell-D Baird-P Small boat and LAND SURVEYS ,

137 01 Nelson-J

138 01 Earlv-T ,

139 OIGarret-R

140 I 01 Gould-P Trapp 1

141 I 01 Sowls-A 1

142 i a1Zwiefelhofer I I

143 I aIZwieflehofer, D. I I

144 I OINelson Ilenhausen-B

145 1 OIKrasnow I 1

146 ! a Bartonek, J. I continued on F82011 \ to slalion 717, ,

147 1 Ol~, R.H I continuation of F82011\ SI. 1718 -1241

146 I 0

149 I oIForsell, D. 1 Aleutian Islands Nat'l ??

150 a1Zwiefelhofer

151 I OIWard-M 1

152 aI Mackintosh i 1

153 1 aIZwieflehofer. D. 1 1

154 1081 DeGanoe i 1Gillnet Fishery

155 aI Forsell-D I i

156 aIForsell, D. 1 Radial Transects I

157 I aI Gould, P.J. Forsell I

158 I 01 Hunt. G. Replicated transects in study areas (no.- monthl u

159 01 Hunt, G. 1 IReplicated transects in studY areas (no.- month) u

160 I a! Hunt G. Replicated transects in study areas Ino.= month} u

161 I 01 Hunt, G. Replicated transects in study areas Ino.- month u

162 I 01 Hunt. G. Replicated transects in study areas (no.= month u

163 I 0 Hunt. G. Replicated transects in study areas Ino.= month u

164 I a Hunt, G. Replicated transects in studY areas no.= month) u

165 1 a Hunt, G. Replicated transects in studY areas no.= month) u

166 I a Hunt, G. Replicated transects in study areas no.= month) u

167 1 a Hunt, G. Replicated transects in study areas (no.- month) u

168 i a Hunt, G. 'Replicated transects in studY areas (no.= month) Ul

169 I 01 Hunt. G. Replicated transects in studY areas (no.- month) u

170 i Ollrons-D I ! Shoreline transects

I 171 ! Ollrons-D i i I shoreline transects

! 172 1 a' Hunt, G. ,

I Pelacic transects

i 173 , OiForsell-D i , ISt1-34

174 , OISowls I ! I Polar Sea Cruise

i 175 : 01 Forsell-D IZwiefelhofer I IUvak Ucanak Bavs onlv
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A J i K I L. M I N

! 1 STATCNTSIOBSERV1 OBSERV2 OBSERV3 ICOMMENTS

I 234 Ollrons-D iReplicated transects in study area

I 235 Ollrons-D IRePlicated transects in studY area

236 o Irons-D IReplicated transects in studY area

237 o Irons-D IReolicated transects in study area

238 o Irons-D I I Shoreline transects

239 Ollrons-D IShoreline transects

I 240 I Ollrons-D I Pelaoic Transects

1 241 oIZwiefelhofer I

I 242 12101 Dav. R. H. 1040 Pusan-Honolulu=560 sl 041 Honolulu-Tokvo=l

I 243 oIDav. RH. 1 I , 244 01 I Aleutian Islands NWR 100=Kiska

245 01 Zwiefelhofer

246 275! Bartonek. J. not keYPunched 11/88

247 2451 Bartonek. J. not keypunched 11/88 , 248 ! 9691 Dav. R H. Seattle to flvino souid fisherv + returnl969+ St.lnot

249 oIZwiefelhofer

250 161Dav, RH. i observations onlv in Jaoan Sea I not kevpunched251 127 IBartonek, J. I not kevpunched-11/88

252 01 Piatt-J I . 253 0 Piatt-J

254 I oI Gould P.J. IPiatt-J

255 ! OjGould-P 1 .

256 i OJ Gould P.J. IPiatt-J I Semidis to Shumaoins

257 , 01 Neweomer-M I Tokvo to Vancouver and Vancouver to Hawaii. (for ,

258 , oI Gould. P.J. I , i

I 259 1 O:Rin~al i N. Pacific Ocean out of Jaoan I For Pat Gould

1.260 , 01 Kellv-J 110 min. transects I scientific observational hiah se

261 ! 01 Kellv-J 110 min. transects I divin~ scientific observer proarlO

I 262 I 01 Kellv-J Scientific observer orooram hiah seas driflnets

263 01 Kellv-J Scientific observer Proaram -Hi~h seas driflnet

I 264 I 01 Gerwin-JA i 10 min transects I research cruise
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1 STATCNTS OBSERV1 OBSERV2 OBSERV3 COMMENTS i

176 01 Sanner-G Cobb-J 87=Transects + Stations I

1n 01 Goaleh I FWSIUSSR Berino Sea Exoedrtion -Russian Reset

I 176 01 Bartonek, J. ,

I

179 01 Bartonek, J. I , 160 01 Bartonek J. I I

161 01 Bartonek, J.

182 0; Bartonek, J. I

183 161 Sowls-A 1st: 1-16 I

184 I Ollrons-D IRenlicated transects in studv area - no. indicates rri

185 ,

I Ollrons-D ReDllcated transects In studvarea-no. indicates me

166 Ollrohs-D I Renllcatsd transects In studv area-no.indicates mo,

187 Ollrons-D Reallcated transects In studY area-no. indicates md

168 Ollrons-D Renlicated transects In studv area - no. indicates m

169 0 Irons, D. Reolicated transects In study area-no. Indicates mo

190 Ollrons-O Renlicated transects in studv area- no. indicates m;

191 I 01 Hunt, G. Reolicated transects in study'area-no. Indicates md

192 I Ollrons-D ' Renlicated transects in studv area - no. Indicates rri

193 ! Oilrons-D Reolicated transects in studvarea-no. Indicates md

194 I 0: Irons-D Renlicated transects in studv area-no. Indicates ma

195 I Ollrons-D ReDllcated transects in study area-no. Indicates me

196 ! Ollrons-D Shoreline transects 1

197 ! Ollrons-D shoreline transects i

196 I 01 Hunt, G. Pelaole Transects 1

199 I o1Nvsewander Zwiefelhofer, D. Uvak-Uaanik ,

200 I O! Bartonek, J. I

I 201 I 01 Bartonek J. ! I

202 I O! Bartonek, J. '1 1

203 01 Bartonek, J. I I

204 I 01 Bartonek, J. i ,, 205 I oiBartonek, J. ,

206 i oiBartonek, J.

207 I oiBartonek, J.

208 I

, 01 Bartonek, J.

209 i 01 Bartonek, J. 1

210 I 01 Newcomer-M . I

,

worklnn under Bob Dav-11/86,data not entered !

211 i 01 Newcomer-M worklna under Bob Dav-11/86,data not entered I

212 i 0; Newcomer-M I I

, Iworklnt' under Bob Dav-11/86,data not entered I

213 ; 01 Newcomer-M workina under Bob Dav-11/86,data not entered

214 ,

, aINewcomer-M worklnn under Bob Dav-11/86 data not entered

215 i aINewcomer-M worklna under Bob Dav-11/86,data not entered

216 I ot Newcomer-M workina under Bob Dav-11/86,data not entered

217 I oiNeweomer...M I workin" under Bob Dav-11/86 data not entered

218 i 01 Newcomer-M workina under Bob Dav-11/86,data not entered

219 I OJ Newcomer-M worklnn under Bob Dav-11/86,data not entered

220 -, 0, Newcomer-M workl"" under Bob Dav-11/86 data not entered

221 I 01 Newcomer-M workina under Bob Dav-11/86,data not entered

222 I oINewcomer-M workinn under Bob Dav-11/86,data not entered

223 I o Newcomer-M worklna under Bob Dav-11/86 data not entered

224 I o Newcomer-M worklna under Bob Dav-11/86,data not entered

225 ; 0 Aleutian Islands NWR

226 ; o Irons-D Reolicated transects In studY area

227 J o Irons-D Renllcated transects In studY area

228 Oilrons-D Reolicated transects in studY area

229 Ollrons-D I Realicated transects in studvarea

230 Ollrons-D I Reolicated transects in studY area

231 Ollrons-D , IRealicated transects In studY area

232 0: lrons-D i IRenlicated transects In studv area I

233 Ollrons-D I 1ReDlicated transects In study area I