QUADRANGLE UNNAMED

 

SS 13-15/6

 

73º - 74º S, 99º - 103º 30'W


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QUADRANGLE

C0NTROL

NETWORK

SATELLITE

IMAGERY

AERIAL

PHOTOGRAPHY

CONTROL

POINTS

FLIGHT

LINE

MAP

 HANDHELD

PHOTOGRAPHY

 


Satellite Imagery

 

FULL Scene (185 km x 185 km)

Landsat 4: T4001112008935510
Path 001 Row 112 - 21 December 1989
Quad map outlined in red. Up in image is roughly 35 degrees True.
Sun elev: 30º / Sun azimuth: 70º
Click on image to view larger version
B&W:270K jpeg (12 pixels/inch)

 

 

FULL Scene (185 km x 185 km)

Landsat 5: LT50031120097079T0
Path 003 Row 112 - 20 March 1997
Quad map outlined in red. Up in image is roughly 35 degrees True.
Sun elev: 07º / Sun azimuth: 67º
Click on image to view larger version
B&W: 315K jpeg (12 pixels/inch)

 


TMA Flight line Map and Control Point Locations

 

Flight line Information - flight lines indicated by dark lines, direction of flight indicated by arrowheads at end of each flight line, TMA # (photo flight #) indicated by number on flight line, and values in parenthesis on the flight lines indicate starting amd ending frame #'s.

Control Photos - number at small arrow on flight line indicates frame #, arrow indicates direction of view (R or L indicates right or left view, frame # and V in parenthesis indicates vertical view), click on frame # to display browse photo, thumbnail versions of control photos appear below.

Control Points - control point location indicated by red square with station name adjacent, click on red square to go to individual control folder.


Aerial Photography

(click on photos to view larger version; average size 150K jpeg)

TMA1877-279R

11/28/66

TMA1877-281L

11/28/66

 

 

TMA1877-293L

11/28/66

TMA1901-167V

11/28/66

 

 

TMA1901-178L

11/28/66

 

 

TMA1908-267V

12/05/66

TMA1908-286V

12/05/66

TMA1908-288R

12/05/66

 

 

TMA1909-221V

12/05/66

 

 

TMA1910-96R

12/05/66

 

 

TMA2034-123L

11/19/67

 

 

TMA2035-178L

11/19/67

 

 

TMA2035-178V

11/19/67

 

 

TMA2036-266L

11/19/67

 

 

TMA2036-272R

11/19/67

 

 

TMA2177-021L

02/22/69

 

 

TMA2177-022R

02/22/69

 

 

TMA2177-19V

02/22/69

 

 

TMA2349-16V

02/17/75

 

 

TMA2351-34V

02/17/75

 

 

TMA2352-36V

02/17/75

 

 

TMA2354-38V

02/17/75

 


Hand Held Photography

 

BOYER-1V

03/01/92

BOYER-2V

03/01/92

 

 

FRIEDA-1OB

03/02/92

 

 

FRIEDA-2OB

03/02/92

 

HELENE-1OB

03/05/92

 

 

HELENE-2V

03/05/92

 

 

MARILYN-3V

03/02/92

 

 

MARILYN-10B

03/02/92

 

 

MARILYN-2V

03/02/92

 

 

T8-1

11/06/68

 

 

T8-2

11/06/68

 


 

Quadrangle Control Network (Click on quadrangle control diagram to see full control network)

 


 

THURSTON ISLAND - JONES MOUNTAIN CONTROL
1968-69 Season
Engineers: Klaus Anderson, Frederick Brownsworth, Jr., Karl Eissinger, Charles Morrison, and Ronald Todd
Terrestrial survey network employing Wild T-2 theodolite for angular measurements and Electro-tapes for distance measurements.
DKM-3A used for astro measurements.
 

USCGS POLAR SEA - PINE ISLAND EXPEDITION
26 February-06 March, 1992
Engineers: Jon C. Campbell, Frank J. Kenny, and Gordon H. Shupe
GPS survey on selected existing monument USGS mapping control stations
Data has not been differentially post-process to obtain more precise coordinates

 


CONTROL POINTS COORDINATES

Control point information - click on point to go to individual folder

NAME

 TYPE*

ALTERNATE

NAME/S

LATITUDE

DMS (S)

LONGITUDE

DMS (W)

ELEVATION

(METERS)

AGENCY

 RELATIVE STRENGTH OF POSITION+

5

O

2687

73 40 23.171

101 27 33.330

212.9

USGS

1

 6

I

2684

73 15 20.6

102 27 21.8

460.3

 USGS

3

 8

O

2681

73 10 34.832

101 14 50.329

 600.3

USGS

1

 8A

O

2677

73 09 42.814

101 11 25.877

636.9

 USGS

1

 8B

O

2679

73 09 44.300

101 06 43.562

653.3

USGS

1

 8C

O

2678

 73 09 43.688

101 04 29.971

650.5

USGS

1

 8D

O

2680

73 09 57.855

101 01 01.830

630.9

USGS

1

 9

O

2674

73 06 50.924

103 00 31.558

444.2

USGS

1

 9A

O

 2675

73 07 25.0

103 02 03.6

413.8

USGS

3

 9B

O

2676

73 08 18.8

103 04 33.3

342.7

USGS

3

 9M

O

2671

73 02 31.434

102 56 53.796

532.4

USGS

1

 9N

O

2670

73 01 38.729

102 56 17.077

555.2

USGS

1

 10A

O

2673

73 03 57.781

99 49 25.252

244.7

USGS

1

BOYER

O

NONE

73 39 48

101 31 56

 NONE

  USGS

  1

 CAMP 1 ASTRO

O

2683

73 13 16.3

99 36 44.3

479.5

 USGS

2

 FRIEDA

U

2685/2594/7

73 35 57.411

103 02 39.522

28.8

 USGS

 1

 FRIEDA

 U

 

 73 36 10

  103 01 45

 N/A

 USGS

 1

 HELENE

U

2689/4

73 54 32.043

100 14 36.902

759.3

  USGS

 1

 HELENE

U

2689/4

  73 54 44

  100 13 44

 N/A

 USGS

 1

T5

I

2617

73 44 59.8

98 55 31.6

491*

USGS

3

 T6

I

2688

73 51 57.0

99 50 35.3

568.8

 USGS

 3

 T8

I

2686/2593

73 36 52.5

101 21 21.5

67.9

USGS

 3

T15

 I

 2682

 73 11 51.5

 103 04 11.9

 549.0

 USGS

 3

 T23

 I

 2672

 73 03 04.9

 99 44 39.7

 205.1

 USGS

 3

 

Horizontal Datum - Position based on the Astronomic Position of Camp II determined during the 1968-69 Season.

GPS - WGS-84 pseudorange point position/ Estimated accuracy: +/- 100 meters

Vertical Datum - Mean sea level

* A - Astronomical

B- Beaconed - Signal/Cairn & monumented

U - Unbeaconed - Occupied, monumented

O - Occupied, unmonumented

I - Intersected

# Unchecked elevation

** These stations are unidentifiable

+ Quality rating (1:best: 3:worst)


The relative strength of position value shown on the Control Points Coordinates list for each quadrangle is not an indicator of the accuracy. It is a number assigned by the USGS based on the number of checks obtained for that survey point.

As an example, an occupied point with several connections to the surrounding network is a 1 (highest reliability). Whereas, a point positioned by two rays intersecting has no check and is assigned a value of 3 (lowest reliability).

(1). Indicates a checked occupied station.

(2). Intersected with 3 or more directions.

(3). Intersected station with no checks - uncertain position - use with caution.

The Thurston Island/Jones Mtn. survey networks were established to provide control for mapping using aerial photographs. All of the individual networks are tied to an astronomic observation taken during the field season of that survey.

 


PINE ISLAND BAY RECONNAISSANCE
LINDSLEY ISLAND SURVEY
1975 Season
Engineers: Tony Malva-Gomes and George Schirmacher
Terrestrial survey network employing Wild T-2 theodolite for angular measurements and Electro-tapes for distance measurements.

 


CONTROL POINTS COORDINATES

Control point information - click on point to go to individual folder

Values for the individual stations were not computed but field notes are in the United States Antarctic Resource Center and station MARILYN was occupied BY USGS personnel with GPS in 1992 but data has not been differentially post-processed to obtain more precise coordinates

NAME

 TYPE*

ALTERNATE

NAME/S

LATITUDE

DMS (S)

LONGITUDE

DMS (W)

ELEVATION

(METERS)

AGENCY

 RELATIVE STRENGTH OF POSITION+

 ELLIOTT

O

N/A

00 00 00

000 00 00

0

USGS

NA

 FRED

 O

N/A

00 00 00

000 00 00

0

USGS

N/A

 INGRID

U

N/A

 00 00 00

 000 00 00

 0

 USGS

N/A

 KEN

O

N

00 00 00

000 00 00

 0

USGS

 N/A

 MARILYN

 U

 N/A

 73 35 48

103 07 44

 0

USGS

 1

 

Horizontal Datum - none

GPS - WGS-84 pseudorange point position/ Estimated accuracy: +/- 100 meters

Vertical Datum - none

* A - Astronomical

B- Beaconed - Signal/Cairn & monumented

U - Unbeaconed - Occupied, monumented

O - Occupied, unmonumented

I - Intersected

# Unchecked elevation

** These stations are unidentifiable

+ Quality rating (1:best: 3:worst)


The Lindsey Islands surveys were completed to support large-scale mapping to evaluate the feasibility of establishing a permanant year round runway in the Lindsey Islands.