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AN ANNOTATED BIBLIOGRAPHY
OF AERIAL REMOTE SENSING
IN COASTAL ENGINEERING
MA
Donald B. Stafford, Richard O. Bruno

and
Harris M. Goldstein

MISCELLANEOUS PAPER NO. 2—73
MAY 1973

U.S. ARMY, CORPS OF ENGINEERS
COASTAL ENGINEERING

ae RESEARCH CENTER
450 ° ° ° °
U3 Approved for public release; distribution unlimited.

Reprint or republication of any of this material shall give
appropriate credit to the U.S. Army Coastal Engineering Research

Center.
Limited free distribution within the United States of single copies of
this publication has been made by this Center. Additional copies are

available from:

National Technical Information Service

ATTN: Operations Division
5285 Port Royal Road
Springfield, Virginia 22151

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[CRAIN UP | Bact sich ( LSS
AN ANNOTATED BIBLIOGRAPHY
OF AERIAL REMOTE SENSING
IN COASTAL ENGINEERING

by
Donald B. Stafford, Richard O. Bruno
and
Harris M. Goldstein

MISCELLANEOUS PAPER NO. 2—73
MAY 1973

U.S. ARMY, CORPS OF ENGINEERS

COASTAL ENGINEERING
RESEARCH CENTER

Approved for public release; distribution unlimited.

ABSTRACT

This bibliography covers representative literature on the applications of aerial remote
sensing techniques to coastal engineering. About 200 references published since 1934 are
presented. Annotations accompany each bibliographic entry and are a concise and
informative summary of the references describing the characteristics of each remote sensor
in coastal engineering investigations. Computer indexes of authors, titles, and keywords are
included.

FOREWORD

This bibliography was compiled and annotated by D. B. Stafford, Department of Civil
Engineering, Clemson University. Computer indexing and report preparation was done by
R.O. Bruno and H.M. Goldstein under the general supervision of D. W. Berg, Chief,
Evaluation Branch, and G. M. Watts, Chief, Engineering Development Division.

Programs used were prepared by M. Keplinger of the National Bureau of Standards, and
B. R. Sims of the Coastal Engineering Research Center. Mr. Sims adapted these programs
specifically for the compilation of this bibliography.

At the time of publication, Lieutenant Colonel Don S. McCoy was Director of the
Coastal Engineering Research Center; Thorndike Saville, Jr. was Technical Director.

NOTE: Comments on this bibliography are invited. Readers who find omissions or
errors are encouraged to submit their suggestions.

This report is published under authority of Public Law 166, 79th Congress, approved
31 July 1945, as supplemented by Public Law 172, ggfh Congress, approved 7 November
1963.

CONTENTS

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KEYWORD LISTING OF AERIAL REMOTE SENSORS AND COASTAL
ENGINEERING ABPILIGATIONS se) asi ciete fut cetiatoueler wiles ekeuete es ie stele lat

I. INTRODUCTION

This annotated bibliography presents a compilation of literature describing the coastal
engineering applications of aerial remote sensing. References in the compilation are
annotated for a quick evaluation. The annotations are a concise, informative summary of
the references. They describe the type of coastal engineering or related coastal
environmental investigation discussed and the types of aerial remote sensors used in the
study. Data obtained from the sensors are presented.

Although the bibliography is not a complete listing of available literature, it is a
representative sampling of the important references. Including additional references would
duplicate rather than broaden ideas and concepts.

A selected list of textbooks and manuals on the basic principles and concepts of aerial
remote sensing and photogrammetry is included as background information. These
references can be useful for coastal engineers not familiar with the characteristics of remote
sensing techniques.

II. USE OF BIBLIOGRAPHY

Each entry of the bibliography has a coded reference number, author, title, source,
keywords and annotation. The coded reference number is identified (using example
7204RS0002) as:

72 04 RS 0002
L— Serial number assigned to each reference by
year and month of publication.

Reference subject — Remote Sensing
Month of publication (April)
Year of publication (1972)

Where the year or month of publication is unknown, zeros are used. The reference numbers
are designed to permit additional entries to the literature data base.

Special utility of the bibliography is in its indexes. Reference numbers, authors, titles
and keywords are input to a computer indexing program. Each entry in the indexes is
identified by the reference number. The author index is an alphabetical listing; the title
index is an alphabetical listing of words taken out of context of the reference titles. To
provide a subject index, keywords were chosen from the reference content and all entries
are keyed to this listing. Keywords preceding each annotation are entered by subject in
order of the 1) type of remote sensor discussed; 2) application to coastal engineering; and,
3) geographical area covered, if applicable. The subjects can be differentiated by keyword
definition in lieu of a system separating the keywords by groups.

lv

A keyword vocabulary identifying aerial remote sensors and coastal engineering

applications follows:

Remote Sensors Coastal Applications

Aerial Photographs

Aerial Remote Sensors
Aerial Reconnaissance
Color Aerial Photographs
Color Infrared Photographs
Image Enhancement
Infrared Imagery
Multispectral Photographs
Multispectral Imagery
Microwave Sensors
Photogrammetry

Radar Imagery

Satellite Photographs

Beach Erosion
Bibliography

Coastal Changes
Coastal Engineering
Coastal Mapping
Coastal Processes
Coastlines

Ecology

Estuaries

Geological Applications
Marine Resources
Marshlands
Nearshore Ecology
Oceanographic Applications
Shoreline Delineation
Soil Identification
Storm Effects
Thermal Anomalies
Tidal Inlets
Vegetation

Water Currents

Water Depths

Water Penetration
Water Pollution

Wave Patterns

Wave Surfaces

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Ill, ANNOTATED BIBLIOGRAPHY
3410RS0001
LUCKE, JOHN B., “A Study of Barnegat Inlet, New Jersey, and Related Shoreline
Phenomena,” Shore and Beach, Vol. 2, No. 2, Oct. 1934, pp. 98-111.

Keywords: Aerial Photographs, Coastal Processes, Tidal Inlets, Barnegat Inlet, New Jersey

Article describes an early study that used photos to interpret coastal features. Study of
Barnegat Inlet and adjacent beach is a detailed examination of the characteristics of coastal
and submerged features. Photos were used to locate features and illustrate the relationship
of coastal landforms. Basis for identifying coastal features such as channels, sediment
deposits, and tidal deltas on photos is presented. Excellent photos of coastal landforms are
included.

3907RS0001
HOWARD, ARTHUR D., “Hurricane Modification of the Offshore Bar of Long Island, New
York,” Geographical Review, Vol. 29, No. 3, July 1939, pp. 400-415.

Keywords: Aerial Photographs, Storm Effects, Long Island, New York

Article is one of the earliest to use photos illustrating effects of a hurricane. The southern
shore of Long Island was examined after the 21 September 1938 hurricane. New inlets were
formed in the barrier beach. Oblique photos taken after the storm showed the nature and
characteristics of the inlets. The photos also showed many changes caused by the storm on
the ocean and lagoon side of the once uniform and straight shoreline. No quantitative data
were obtained.

3909RS0001

NICHOLS, ROBERT L., and MARSTON, ALWYN F., “Shoreline Changes in Rhode Island

Produced by Hurricane of September 21, 1938,” Geological Society of America Bulletin,
Vol. 50, No. 9, Sept. 1939, pp. 1357-1370.

Keywords: Aerial Photographs, Storm Effects, Rhode Island

Article is an early report using photos to illustrate effects of a severe storm on coastal
features. Oblique photos taken after the hurricane showed the inlets cut in the beach and
other storm effects. No comparative photos were taken before the storm. Oblique photos
made it difficult to extract quantitative data because of the varying scale. Considerable data
collected by before and after field surveys are included. Area covers 12 miles of the Rhode
Island shoreline.

4106RS0001

SHEPARD, FRANCIS P., EMERY, KENNETH O., and LaFOND, E. C., “Rip Currents: A

Process of Geological Importance,” The Journal of Geology, Vol. 49, No. 4, June 1941,
pp. 337-369.

Keywords: Aerial Photographs, Coastal Processes, Beach Erosion, California

Use of photos in an investigation of the relationship between rip currents and beach erosion
in California is described. Vertical and oblique photos show rip currents and their effects on

the beach. Rip currents were identified on the photos by gaps in the breaking waves and by
areas of discolored water or foam being carried seaward. Photos were used primarily to
examine the characteristics of the water rather than land features.

4200RS0001
EARDLEY, A. J., Aerial Photographs—Their Use and Interpretation, Harper and Brothers,
New York, 1942, 203 pp.

Keywords: Aerial Photographs, Geological Applications, Coastal Mapping

This is an early textbook on photo interpretation containing basic concepts of making
measurements on photos. Principles of stereo viewing and procedures for constructing
mosaics are described. Much of the book is devoted to the applications of photo
interpretation in geologic mapping. A brief section, by John B. Lucke, on the use of photos
in shoreline studies is included. Advantages and limitations of photos in examining coastal
features are discussed. Primary advantage of photos is noted as their depiction of submerged
features such as channels and sediment deposits. The best time and weather conditions for
taking photos showing underwater detail are described. Mosaics of two coastal areas show
intricate submarine sedimentation patterns. Techniques for identifying submerged features
are presented.

4300RS0001
SMITH, H.T.U., Aerial Photographs and Their Applications, Appleton-Century-Crofts, New
York, 1943, 372 pp.

Keywords: Aerial Photographs, Geological Applications, Coastlines

This is an early textbook on photo interpretation. Emphasis is on geological applications of
photos, although several engineering applications are discussed. Procedures for measuring on
photos, stereo viewing, and mosaic construction are described. Section on coastal landforms
presents techniques for the geological classification of coastlines from photo interpretation.
Photos of coastal landforms are included.

4505RS0001

U.S. NAVAL PHOTOGRAPHIC INTELLIGENCE CENTER, “A Guide to Pacific Land-

forms and Vegetation for Use in Photographic Interpretation,” Report No. 7, U.S. Naval
Photographic Intelligence Center, Washington, D.C., May 1945.

Keywords: Aerial Photographs, Coastlines, Coastal Mapping, Geological Applications,
Vegetation

Report describes landforms and vegetation typical in the Pacific. The report served as a
training guide for interpreters to identify landforms and vegetation from photos. Emphasis
is on coastal landforms, coral reefs and atolls. Many coastal features are illustrated by
stereopairs. Many oblique and ground photos with descriptions of important features are
included. Material may be useful to coastal engineers not familiar with photo interpretation
techniques. Report can be used in geological applications.

4700RS0001

McCURDY, P. G., Manual of Coastal Delineation from Aerial Photographs, United States

Navy Hydrographic Office Publication No. 592, United States Navy Hydrographic
Office, Washington, D.C., 1947, 143 pp. (Reprinted, 1966).

Keywords: Aerial Photographs, Coastal Mapping

Book presents an extensive treatment on delineation of coastal features from photos for
mapping and charting purposes and a well-illustrated discussion of types of coasts. Many
illustrations are single photos or stereopairs. Procedures are given for locating the high water
line on photos from slight changes in gray cotor tones of the beach. Difficulties in
determining water depths accurately from small-scale photos are noted. However, it is
concluded that shallow areas and other hazards to navigation can be identified by careful

examination of photos. The many photos of coastal landforms are an outstanding feature.

4701RS0001

MUNK, W.H., and TRAYLOR, M. A., ‘Refraction of Ocean Waves; A Process Linking

Underwater Topography to Beach Erosion,” The Journal of Geology, Vol. 55, No. 1, Jan.
1947, pp. 1-26.

Keywords: Aerial Photographs, Wave Patterns, California Coast

This is a detailed study of wave refraction related to offshore topography. Refraction
diagrams along the southern California coast near the Scripps Institution of Oceanography
were compared to photos; there was a good correlation. The photos confirm the response of
waves to underwater topography as predicted by refraction theory. Convergence of waves
traveling over submerged ridges and divergence of waves moving over submarine canyons are
illustrated by aerial and ground photos. Relation of refraction to coastal erosion is
discussed.

4701RS0002
WILLIAMS, W.W., “The Determination of Gradients on Enemy-Held Beaches,” The
Geographical Journal, Vol. 109, No. 1, Jan. 1947, pp. 76-93.

Keywords: Aerial Photographs, Water Depths, Shoreline Delineation

Article describes and evaluates four methods of computing beach and nearshore profiles by
photos as used during World War II. One method uses plots of the waterline made from
photos taken at different times and tide tables to calculate the gradient between the high
and low tide waterline. Method is susceptible to error and does not give profiles for any area
covered at low tide. Three wave methods, based on relations between velocity, period,
refraction, and water depths, are discussed. The wave-velocity procedure requires photos
with the time lapse between exposures known to the nearest second. Wave-period method
requires hydrographic data. The wave refraction procedure has not been used extensively.
Photos are used to illustrate the methods.

4701RS0003

MOORE, J.G., “The Determination of the Depths and Extinction Coefficients of Shallow

Water by Aerial Photography Using Color Filters,” Philosophical Transactions of the
Royal Society of London, Series A, Vol. 240, No. A816, 1947, pp. 168-217.

Keywords: Aerial Photographs, Water Depths, Water Penetration

A theoretical study of a method for determining water depths from photos is presented.
Method is based on water penetration characteristics of different wavelength bands within
the visible spectrum. Color filters were used to take photos in which the film was exposed
with the desired part of the spectrum. The procedure for taking suitable photos is given.
Results obtained from September 1944 to October 1945 are analyzed. Article is an early

publication about light penetration characteristics of water.

4704RS0001
BEACH EROSION BOARD, “‘Test of Aerial Photogrammetry in Making Beach Surveys,”
The Bulletin of the Beach Erosion Board, Vol. 1, No. 1, Apr. 1947, pp. 1-10.

Keywords: Aerial Photographs, Photogrammetry, Coastal Mapping, Anna Maria Key,
Florida

A test and cost comparison of compiling topographic maps for a beach-erosion survey by
field versus photogrammetry is presented. The test was conducted in cooperation with the
Army Map Service at Anna Maria and Longboat Keys, Florida. Probably because of shape
and topography of the test area, photogrammetry was not entirely successful in developing
the topography and supplemental field surveys were required. Cost of using photo-
grammetry was determined to be much greater than a field survey using planetable

procedures.

4712RS0001
DEITZ, ROBERT S. “Aerial Photographs in the Geological Study of Shore Features and
Processes,” Photogrammetric Engineering, Vol. 13, No. 4, Dec. 1947, pp. 537-545.

Keywords: Aerial Photographs, Coastal Processes, Coastal Changes, Santa Monica,
California

Capabilities and qualities of photos in studies of shore features and processes are described.
Emphasis is on underwater features shown in shallow water and under proper conditions.
This permits study of submerged features by direct viewing of photos. Under conditions
that prevent submerged features being depicted on photos, indirect methods, such as wave
refraction and breaking, can be used to imply water depths. Shore features and processes are
more susceptible to geological study because of their clear presentation on photos. As a
result of manmade construction, changes in the coastline at Santa Monica over a 9-year
period are illustrated by oblique photos. Photos are concluded to be a prime tool for
studying changes in shore features.

4812RS0001
COLEMAN, C. G., “Photographic Interpretation of Coasts and Beaches,” Photogrammetric
Engineering, Vol. 14, No. 4, Dec. 1948, pp. 462-472.

Keywords: Aerial Photographs, Coastal Mapping

Article discusses photo interpretation of beaches and coasts for military reconnaissance in
support of amphibious operations during World War II. Vertical and oblique photos were
used for determining conditions of beaches for which reliable maps or charts were not
available. The information required in amphibious planning was obtained from photos, even
poor quality photos that were often the only ones available. A combination of
photogrammetry and photo interpretation was used for the required information. Many
military applications have counterparts in civilian coastal studies.

4812RS0002
LUNDAHL, ARTHUR C., ‘Underwater Depth Determination by Aerial Photography,”
Photogrammetric Engineering, Vol. 14, No. 4, Dec. 1948, pp. 454-462.

Keywords: Aerial Photographs, Water Depths

Report summarizes the methods developed during World War II to determine water depths
near beaches from photos and includes a discussion of the advantages, disadvantages, and
errors of each method. In using parallax methods, conventional stereopairs did not give
suitable accuracy. Sonne continuous-strip stereo photos were more accurate, and were used
extensively. Attempts to use film density were generally unsuccessful with the equipment
available during World War Il. Wave methods using fundamental equations of wave motion
in conjunction with photos taken with a known time lapse are discussed. Wave methods
using velocity, period, and refraction were used. Success of any of the three procedures is
dependent on good quality photos. A method for determining beach slope that uses a plot
of the waterline from photos taken at different stages of the tide is described.

5010RS0001
DICKERSON, LEWIS A., ‘“Stereophotogrammetric Wave Measurement,” The Bulletin of
the Beach Erosion Board, Vol. 4, No. 4, Oct. 1950, pp. 40-45.

Keywords: Photogrammetry, Wave Surfaces, Wave Patterns, Atlantic City Beach, New
Jersey

Article discusses two trials conducted by the Army Map Service for the Beach Erosion
Board to measure ocean wave characteristics by photogrammetry. The photos used were
stereopairs made with two cameras mounted on the Steel Pier at Atlantic City, New Jersey.
The primary interest was wave height. The first test was unsuccessful because of unknown
camera and orientation elements, although the results were encouraging to justify another
trial. The second test produced a three-dimensional model of the water surface in a
photogrammetric plotter. However, wave crests concealed the wave trough and heights
could not be measured. The conclusion was that it was possible but difficult to use the
method. It was also concluded that the technique might be more successful with
improvements in the arrangement for taking photos, such as two cameras mounted in one or
more low-flying, slow-speed aircraft.

5009RSO0001
McCURDY, P. G., “Coastal Delineation from Aerial Photographs,” Photogrammetric Engi-
neering, Vol. 16, No. 4, Sept. 1950, pp. 550-555.

Keywords: Aerial Photographs, Coastal Mapping

Problems common in delineating shorelines from photos for maps and charts are presented.
The shoreline, generally taken as the high water line, usually appears as a line between areas
with slightly different color (gray) tone on the photos. Another line further inland is the
debris line where material accumulates at the highest point of wave runup during high tides.
Photos are also used to locate areas of shallow water or other hazards to navigation.
Difficulties in using photos to define water depths accurate enough for charts are described.

5009RS0002
CAMERON,H.L., “The Use of Aerial Photography in Seaweed Surveys,” Photogram-
metric Engineering, Vol. 16, No. 4, Sept. 1950, pp. 493-501.

Keywords: Aerial Photographs, Color Aerial Photographs, Water Penetration, Nearshore
Ecology, Nova Scotia, Canada

Article describes a project along the southern coast of Nova Scotia, to map the distribution
of seaweed by photos. Black and white photos taken with conventional cameras using green
and red filters, and black and white color photos taken with a Sonne continuous-strip
camera were used. The photos taken with a green filter provided more subsurface detail and
were better for seaweed mapping than the photos taken with a red filter. Color photos were
better than black and white in the areas they covered. Seaweed type and distribution could
be mapped in water 25 feet deep. Procedures used in planning and executing the mission to
ensure that satisfactory photos were taken at selected tidal stages and the interpretation and
mapping techniques are described.

5012RS0001
SHEPARD, FRANCIS P., “Photography Related to Investigation of Shore Processes,”
Photogrammetric Engineering, Vol. 16, No. 5, Dec. 1950, pp. 756-769.

Keywords: Aerial Photographs, Coastal Processes

Paper discusses the uses of ground and aerial photos to study waves, rip currents, beach
features, and cycles of erosion. Photos are noted to be particularly useful in studying wave
patterns along coastlines. Rip currents are illustrated by ground and aerial photos. Seasonal
cycles of beach erosion and accretion can be investigated with periodic ground or aerial
photos. Importance of accurate dating of historical photos is emphasized.

5012RS0002
TEICHERT CURT, and FAIRBRIDGE, R. W., ‘“Photo-Interpretation of Coral Reefs,”
Photogrammetric Engineering, Vol. 16, No. 5, Dec. 1950, pp. 744-755.

Keywords: Aerial Photographs, Coastal Mapping, Geological Applications

Article presents information to identify and examine coral reefs and features on photos.
Types of coral reefs and related features are described. Vertical and oblique photos illustrate
coral reefs. Photos taken at low tide and at a scale of 1:5,000 or larger with 60 percent

overlap to permit stereo examination are recommended. Photos are concluded to be useful
in this study since important submerged features are shown. Low oblique photos are useful
in interpreting coral reef features.

5100RS0001

BELCHER, DONALD J., AMOUZEGAR, J., HODGE, R.J., LADENHEIM, H.C., and

LUEDER, D.R., “A Photo-Analysis Key for the Determination of Ground Condi-

tions,” Vol. 1—Coastal Plain Beaches, Vol. 2—Pocket Beaches, Vol. 3—Coral beaches,

Glaciated Beaches, River Mouth Beaches, and Terrace Beaches, Beach Series, Technical
Report No. 3 for the Office of Naval Research, Cornell University, Ithaca, N.Y., 1951.

Keywords: Aerial Photographs, Coastlines, Coastal Mapping

This three-volume report presents information to identify types of beaches and beach
features on photos. Report covers all types of beaches and many of them are illustrated by
photos, and the geographical distribution discussed. The material presented is useful to
coastal engineers not familiar with photo interpretation techniques but wish to use photos
in reconnaissance of coastal areas. Publication can also be useful in geological applications of
photo interpretation in beach studies.

5200RS0001

SCHUMACHER, A., “Results of Exact Wave Measurements (by Stereophotogrammetry)

with Special Reference to More Recent Theoretical Investigations,” Gravity Waves,

Proceedings of the National Bureau of Standards Semicentennial Symposium on Gravity
Waves National Bureau of Standards Circular 521, Washington, D.C., 1952, pp. 69-78.

Keywords: Photogrammetry, Wave Surfaces, Wave Patterns.

The history and results of attempts to measure ocean waves by photogrammetry using
stereo photos taken from a ship is presented. The advantages and capabilities of
photogrammetry in such investigations are given for the types of additional data to be
derived. Maps of wave patterns from this method are included. Use of rapid sequence stereo
photos to gather data on changes in waves in space and time is discussed. Extension of the
method from shipborne cameras to airborne cameras is mentioned. The article lists
numerous German references on use of shipborne photogrammetry to measure descriptive
wave parameters.

5203RS0001
CAMERON, H.L., “The Measurement of Water Current Velocities of Parallax Methods,”
Photogrammetric Engineering, Vol. 18, No. 1, Mar. 1952, pp. 99-104.

Keywords: Aerial Photographs, Photogrammetry, Water Currents, Bay of Fundy, Canada

Article describes the anomalous stereo effects on photos by water currents where the water
surface is discolored enough to be opaque. Surface movement by water currents between
exposures produces a parallax that causes the surface to appear as ridges and valleys in the
stereo model. The possible use of this phenomena to measure current velocities and
direction is discussed. Suggestions for applying this technique are given, such as the use of a
slow-moving aircraft to obtain maximum water surface displacement, noting the stage of the

tide to correlate current velocity with tidal stage, and the use of powder or dye to ensure
the water surface is opaque. A description of trials at three locations in the Bay of Fundy
includes three stereopairs showing the anomalous water surface and numerical examples

using data from one of the stereopairs.

5203RS0002

OROS, CHARLES N., ‘River Current Data from Aerial Photography,” Photogrammetric
Engineering, Vol. 18, No. 1, Mar. 1952, pp. 96-99.

Keywords: Aerial Photographs, Water Currents, Columbia River, Oregon
Report describes a study by the Corps of Engineers to determine river current velocity and
direction on a section of the Columbia River known as Fivemile Rapids for use as
background data to design the Dalles Dam. Photos of floating targets painted on a sheet of
plywood supported by two connected oil drums were used. The targets were released
upstream and their progress traced on overlapping photos. By comparing adjacent photos
taken at a known time interval, the velocity and direction of the target movement were
determined. Flights were planned at specific river stages when current data were desired.
Radio communications between boats releasing targets and a ground operaions base and
signal flag communications between the operations base and the aircraft coordinated
operations. Satisfactory current data were obtained for a situation in which other methods
would have been almost impossible. Technique could possibly be modified for use in

measuring current velocity and direction in coastal engineering applications.

5207RS0001
WARD, H. A., “A Method of Separating Multiple Systems of Ocean Waves for Detailed
Study of Directions and Other Properties,” The Bulletin of the Beach Erosion Board,
Vol. 6, No. 3, July 1952, pp. 1-13.
Keywords: Aerial Photographs, Wave Patterns.

A procedure is described for using photos of nearshore areas to determine direction of
multiple ocean wave trains. Inadequacy of other methods of determining wave direction is
discussed. Improvements in wave refraction and longshore current calculations that may
result from collection of more reliable wave direction data are noted. The proposed
procedure can detect and analyze two or more systems of waves approaching the shoreline.
A transparent sheet with a series of parallel lines drawn at about 0.1-inch intervals is placed
over the photo and rotated to detect the wave systems. When the parallel lines are aligned
with the obvious series of wave crests, these lines cover the obvious wave system and permit
less obvious wave patterns to be observed. These minor wave systems are usually difficult or

impossible to detect on photos. Examples of the device and technique are included.

5406RS0001

LUEDER, DONALD R., ROCKWELL, W. H., and BELCHER, DONALD J., “Determination

of Beach Conditions by Means of Aerial Photographic Interpretation,” Relations

Between Beach Features and Beach Conditions, Technical Report No. 6, Vol. 1, School
of Civil Engineering, Cornell University, Ithaca, N.Y., June 1954.

Keywords: Aerial Photographs, Coastlines, Coastal Processes

Report is one of a series describing the results of a research program conducted for the
Office of Naval Research to develop techniques for determining beach trafficability from
photos. Since trafficability is related to other characteristics, the material presented may be
useful in determining from photos beach characteristics useful in coastal engineering.
Characteristics such as average foreshore slope, grain size of beach material, beach width,
and presence of ripple marks and beach cusps were found related to beach trafficability. The
report concludes that good quality, large-scale photos are necessary to accurately measure
beach characteristics. Although the median grain size of beach material cannot be
determined directly from photos, the report indicates that it can be estimated from beach
slope and width.

5406RS0002

LUEDER, DONALD R., and BELCHER, DONALD J., “Determination of Beach Condi-

tions by Means of Aerial Photographic Interpretation,” Photographic Gray Tones as an

Indication of the Size of Beach Materials, Technical Report No. 6, Vol. 4, School of Civil
Engineering, Cornell University, Ithaca, N.Y., June 1954.

Keywords: Aerial Photographs, Coastlines, Soil Identification

Report is one of a series that describe results of a research program conducted for the Office
of Naval Research to develop techniques for determining beach trafficability from photos.
Report discusses the use of photo gray tones to determine grain size of beach materials, a
technique that may be useful in coastal engineering. The technique measures photo density
with a microdensitometer along a line perpendicular to the waterline. Variation in gray tone
or photo density along the line is related to the moisture content of beach material which is
a function of the predominant grain size. Tonal characteristics of the boundary between the
gray tone of the dry backshore and the gray tone of the periodically wetted foreshore is a
key factor in determining the grain size. Characteristic gray tone patterns for beaches
composed of fine and coarse sands are described. This report may be useful in locating the
high water line on photos for beach erosion studies.

5406RS0003

LUEDER, DONALD R., and BELCHER, DONALD J., ‘Determination of Beach Condi-

tions by Means of Aerial Photographic Interpretation,” A Method for Estimating Beach

Trafficability from Aerial Photographs, Technical Report No. 6, Vol. 5, School of Civil
Engineering, Cornell University, Ithaca, N.Y., June 1954.

Keywords: Aerial Photographs, Coastlines, Coastal Processes

Report is one of a series describing the results of a research program conducted for the
Office of Naval Research to develop techniques for determining beach trafficability from

photos. Since the techniques are based on the measurement of other beach characteristics
on photos, the approach may be useful in coastal engineering. Beach properties from photos
include average foreshore slope, beach width, grain size of beach material, and presence of
ripple marks and beach cusps. Report recommends specifications for photos to be used in
determining trafficability. Photos taken at low tide +2 hours at a scale of 1:2,500 or larger
were recommended. Procedures used to determine beach characteristics related to
trafficability from photos are described.

5903RS0001
MARKS, WILBUR, and RONNE, F.C., “Aerial Stereo-Photography and Ocean Waves,”
Photogrammetric Engineering, Vol. 21, No. 1, Mar. 1955, pp. 107-110.

Keywords: Aerial Photographs, Wave Patterns

Article discusses a plan to use stereopairs to experimentally verify theories of ocean wave
generation, propagation, and decay. Advantages of photogrammetry over other procedures
are noted. The plan required cameras installed in two aircraft flying in tandem at a constant
horizontal separation with an FM radio link to ensure simultaneous triggering of both
cameras and to produce a stereopair of the moving and changing sea surface. A ship towing a
raft was used to determine the scale. Wave heights at discrete points were determined from
the stereopairs to yield a two-dimensional energy spectrum of the sea surface.

5600RS0001

KELLY, ROBERT A., “Applications of Terrestrial Photogrammetry for Determination of

Shore Movements,” Master of Science Thesis, Department of Geology, Ohio State
University, Columbus, Ohio, 1956.

Keywords: Photogrammetry, Coastal Changes, Beach Erosion, Lake Erie Shoreline, Ohio

Thesis presents results of an investigation of terrestrial photogrammetry applications in
beach erosion and coastal change studies. Terrestrial photogrammetry was used along the
Lake Erie shoreline to determine beach profiles for use in computing volume changes in the
beach and also to examine changes in a laboratory beach subject to wave action.
Before-and-after topographic maps were plotted for the laboratory beach to compute
volume changes caused by different wave conditions. A proposed technique for using
photogrammetry with photos of vertical graduated rods of known length for nearshore
bottom mapping is described. The advantages, limitations, and recommendations for
improving terrestrial photogrammetry in beach studies are discussed.

5600RS0002
COX, CHARLES, “Optical Measurements of Sea Surface Roughness,” Proceedings of the
First Conference on Coastal Engineering Instruments, Edited by R. L. Wiegel, Council
on Wave Research, University of California at Berkeley, Calif., 1956, pp. 1-15.
Keywords: Aerial Photographs, Wave Patterns
A method of using special photos of the sea surface to measure the roughness is outlined.
Method is based on reflections from the sun recorded on the photos. Four K-17 cameras
were mounted in an aircraft; two cameras were arranged with their axes vertical, and two

10

with their axes tilted. Two cameras, one vertical and one tilted, were modifed to take
out-of-focus photos. These are termed photometric photos and were used to determine
average sea surface brightness. The in-focus or image photos were used to determine the
aircraft altitude and to note problems such as white caps, slicks, or cloud shadows. Report
concludes that optical methods offer possibilities of determining two-dimensional sea

surface roughness but that suitable techniques were in an early stage of development in
1955.

5604RS0001

McBETH, FRANK H., “A Method of Shoreline Delineation,’ Photogrammetric Engineer-
ing, Vol. 22, No. 2, Apr. 1956, pp. 400-405.

Keywords: Aerial Photographs, Coastal Mapping, Shoreline Delineation
A procedure for delineating the high water line on photos in the preparation of nautical
charts and maps is described. It is based on photo textural and tonal differences and a
banded appearance caused by debris. Procedure varies depending on whether the shoreline is
composed of rock or clastic materials (sand, gravel, and shell). Although the high water line
for the last high tide is delineated by this procedure, the author maintains that the
distinction between the mean high water line and the usual high water line is insignificant
for most mapping purposes. Several photos of coastal areas illustrate the technique.

5604RS0002

TEWINKEL, G.C., “Hydrographic Application of Photogrammetry in the United States

Coast and Geodetic Survey,” Photogrammetric Engineering, Vol. 22, No. 2, Apr. 1956,
pp. 263-267.

Keywords: Aerial Photographs, Photogrammetry, Coastal Mapping, Shoreline Delineation

Article presents a brief review of the uses of photos and photogrammetry by the USC&GS
in its Photogrammetry Division. Photogrammetry is used primarily in the compilation and
revision of charts, and by hydrographic survey teams. Review mentions that the Survey
attempts to obtain photos at low tide, and delineates the high water line from the photos.
Photos were useful in periodic revisions of charts, because changes in coastal features can be
easily evaluated. Black and white infrared photos are most suitable for delineating the
land-water boundary because water photographs dark compared to the adjacent land.

5704RS0001

BROOKS, H.R., “Chart Revisions,” Photogrammetric Engineering, Vol. 23, No. 2, Apr.
1957, pp. 303-306.

Keywords: Aerial Photographs, Coastal Mapping, Shoreline Delineation
Paper describes use of photos to revise USC&GS charts. Charts must be revised periodically
to ensure that land and water information is current. Chart revision is necessary where
storms and cultural development cause frequent changes in land and water detail. Photos at
periodic intervals show where natural and manmade changes have occurred and chart
revision is required. Black and white infrared photos are often used in areas of deltas and
tidal flats for easier delineation of the shoreline.

Il

5704RS0002
JONES, BENNETT G., “Photogrammetric Surveys for Nautical Charts,” Photogrammetric
Engineering, Vol. 23, No. 2, Apr. 1957, pp. 291-302.

Keywords: Aerial Photographs, Coastal Mapping,Shoreline Delineation

Report discusses production, maintenance, and revision of nautical charts by the USC&GS
using photogrammetry. Types of photos used are described along with shoreline delineation
techniques. Field inspectors frequently mark the high water line on photos by referring to
debris lines or other markings to aid the chart compiler. Black and white infrared photos
make water areas appear very dark and permits shoreline delineation with less field
inspection.

5704RS0003
JONES, BENNETT G. “Low-Water Photography in Cobscook Bay, Maine,” Photo-
grammetric Engineering, Vol. 23, No. 2, Apr. 1957, pp. 338-342.

Keywords: Aerial Photographs, Coastal Mapping, Shoreline Delineation, Cobscook Bay,
Maine

Article describes a project by the USC&GS for the Corps of Engineers to delineate the
shoreline at low- and half-tide levels as part of a tidal power study. Cobscook Bay has an
irregular shoreline with numerous tidal flats. Photos were taken simultaneously using
panchromatic and black and white infrared film at low tide and half tide. The infrared film
was ideal for the task since a thin film (3 inches or less) of water photographed very dark or
black in marked contrast with the adjacent land areas. Time of photography and tide level
were correlated from tide observations at several stations within the bay. A panchromatic
and an infrared photo illustrate a part of the area.

5704RS0004

ZEIGLER, JOHN M., and RONNE, F.C., ““Time Lapse Photography—Aid to Studies of the

Shorelines,” Naval Research Reviews, No.4, Office of Naval Research, Washington,
D.C., Apr. 1957, pp. 1-6.

Keywords: Aerial Photographs, Color Aerial Photographs, Coastal Changes

Report describes a program to obtain photos of the Eastern United States coastline by
scientists at the Woods Hole Oceanographic Institution. Vertical photos were taken of parts
of the coast for making mosaics of coastal features and oblique color photos of the entire
east coast were taken at a rate of two frames per second with a movie camera. This article is
primarily concerned with oblique photos, and discusses the equipment and procedures used.
Changes in coastal features over about a 6-month period are illustrated for Fire Island Inlet,
New York, and Capes Hatteras and Fear, North Carolina. Coastal changes are described in
qualitative terms because of the difficulty of extracting quantitative data from the oblique
photos. Users and uses of such photos are discussed. The group planned to continue the
flights, at least annually.

12

5706RS0001

RIB, HAROLD T., “The Application of Aerial Photography to Beach Erosion Studies,”

Unpublished Master of Science Essay, Department of Civil Engineering, Cornell
University, Ithaca, N.Y., June 1959.

Keywords: Aerial Photographs, Beach Erosion, Coastal Processes

Essay discusses applications of photos to beach erosion studies, and indicates how photos
can be used more in this field. Use of photos in determining the source and rate of
accumulation or loss of beach materials, investigating wave refraction, and evaluating the
performance of shore protection structures is discussed. Photogrammetry and interpretation
are reviewed and suggested specifications for photos are given. A scale of 200 feet per inch
or larger was recommended. Several photos illustrate beach features and phenomena.

5810RS0001
ZEIGLER, JOHN M., and RONNE, F.C., “Coastline Photography,” Industrial Photog-
raphy, Vol. 7, No. 1, Oct. 1958, pp. 40-41.

Keywords: Color Aerial Photographs, Coastal Changes, Tidal Inlets, Eastern U.S. Coast

Article describes a program by scientists at Woods Hole Oceanographic Institution to
produce periodic color photos of the Eastern United States coast. Photos were taken with a
16-mm. movie camera at two frames per second. The coast from Maine to Texas was
covered. Oblique color. photos were taken from 2,500 to 5,000 feet. The camera and the
film viewing system are described. Significant short term changes in dynamic coastal
features are discussed. Tidal inlets are rapidly changing coastal features. Several color photos
are presented. Practical applications of time-lapse photos in coastal studies are described.

5811RS0001

CHIERUZZI,* ROBERT, and BAKER, ROBERT F., “A Study of Lake Erie Bluff

Recession,” Bulletin 172, Engineering Experiment Station, Ohio State University,
Columbus, Ohio, Nov. 1958.

Keywords: Aerial Photographs, Photogrammetry, Coastal Changes, Lake Erie, Ohio

Report presents a study of bluff recession along a short section of Lake Erie shoreline in
Ohio. In one phase, the investigators used topographic maps compiled by photogrammetry
from photos taken in May and August 1957 and May 1958. The maps were used to plot
profiles of bluffs to determine the amount of recession during the time intervals. Report
notes that the use of photos for determining bluff recession is most applicable to long term
changes where the magnitude of the changes would be significantly greater than the errors
inherent in the technique. Report discusses important aspects of bluff recession.

5811RS0002
EMERY, K. O., “Wave Patterns Off Southern California,” Journal of Marine Research,
Vol. 17, Nov. 1958, pp. 133-140.

Keywords: Aerial Reconnaissance, Wave Patterns, Southern California Coast

Article presents a study of wave direction and period from aerial reconnaissance. Wave
characteristics were observed and recorded. Observations were used to construct

13

wave-pattern maps showing direction and period. Several maps are presented. Visual
observation was superior to photos because of uncertainties in orientation and interpre-
tation of the photos, the small area included in each photo, and the need to observe for
several minutes to determine direction and period of smaller wave trains. Aircraft location
was by radar. Study covered an area off southern California. Applications of wave-pattern
maps are discussed; the influence of offshore islands on wave patterns is described.

5900RS0001
LUEDER, DONALD R., Aerial Photographic Interpretation—Principles and Applications,
McGraw-Hill, New York, 1959, 462 pp.

Keywords: Aerial Photographs, Soil Identification, Coastlines

Text is widely used in photo interpretation. First part covers principles of photo
interpretation, and describes elements of the photo pattern. Second part describes
procedures for interpreting various landforms and soils. Third part covers applications of
interpretation techniques to engineering, water resources, geology, and other fields. Chapter
9 discusses color (gray) tones of beaches composed of materials with different gradations
and predominant sizes. Text indicates that tone is a function of surficial moisture content
and predominant grain size. Effect of beach slope on gray tone of the beach is also
discussed. The book is a comprehensive compilation of basic information.

5903RS0001
PINCUS, HOWARD J., “Some Applications of Terrestrial Photogrammetry to the Study of
Shorelines,” Photogrammetric Engineering, Vol. 25, No. 1, Mar. 1959, pp. 75-82.

Keywords: Photogrammetry, Coastal Changes, Coastal Processes

Although this article does not describe a remote sensing technique, it does discuss terrestrial
photogrammetry in the study of coastal processes. Capabilities of terrestrial photo-
grammetry in studying shoreline changes compared to aerial photogrammetry are outlined.
Terrestrial photogrammetry has been useful in measuring bluff recession, determining beach
profiles, and calculating volume changes. Ground photos were also used in the laboratory to
monitor changes in model beaches in a wave tank. Obtaining photos during bad weather and
collecting beach material samples, are particular advantages of terrestrial photogrammetry.
The technique is best adapted to small sections of coastline.

5907RS0001

POWERS, WILLIAM E., and KOHN, CLYDE E., “Aerial Photo-Interpretation of Land-

forms and Rural Cultural Features in Glaciated and Coastal Regions,” Northwestern

University Studies in Geography, Number 3, Department of Geography, Northwestern
University, Evanston, Ill., July 1959.

Keywords: Aerial Photographs, Coastal Mapping, Massachusetts

Report covers techniques for interpreting landform and rural cultural features of glaciated
areas in the United States from photos and contains brief sections on photo identification of
shore features associated with glacial landforms and seaside resort settlements, primarily in
Massachusetts. Several shore features are illustrated by black and white stereopairs and

14

ground photos. Section on interpretation of seaside resort settlement features describes a
seven-category, land-use classification system for coastal development, and several stereo-

pairs illustrate the types of development.

5909RS0001
THEURER, CHARLES, “Color and Infrared Experimental Photography for Coastal
Mapping,” Photogrammetric Engineering, Vol. 25, No. 4, Sept. 1959, pp. 565-569.

Keywords: Aerial Photographs, Color Aerial Photographs, Coastal Mapping

Article discusses use of photos in the preparation and revision of hydrographic charts by the
USC&GS. Color and black and white infrared photos were first used only to supplement
panchromatic photos, but the unique characteristics of each type increased their usefulness.
Infrared film is best suited for delineating the land-water interface because water appears
very dark or black on the photos, and the sandy beach appears very light or white. However,
lack of contrast in land areas on infrared film makes difficult the identification of terrain
features, and limits the use of the film. Color film shows underwater topography and is

useful in planning hydrographic surveys.

6000RS0001
AMERICAN SOCIETY OF PHOTOGRAMMETRY, Manual of Photographic Interpretation,
American Society of Photogrammetry, Falls Church, Va., 1960, 868 pp.

Keywords: Aerial Photographs, Coastal Processes, Water Penetration

Comprehensive text discusses all aspects of photo interpretation and contains sections on
the use of photos to investigate erosion and deposition by waves and coastal landforms in
Chapter 4, pp. 201-219. One section discusses types of coasts, with several photos
illustrating landforms and features. List of technical articles and reports that made extensive
use of photos in studying coastal features and processes is included. Another section
illustrates the central Louisiana coast as an example of photo interpretation in coastal
geomorphology. Marshlands, swamps, beaches, and other features are discussed and
illustrated by aerial and ground photos. Appendix C to Chapter 2, pp. 93-97, is a discussion
by Russian scientists of factors that must be considered in taking good photos of
underwater objects, including recommendations for selection of camera, film type, and

filters for use with water bodies having various levels of transparency.

6000RS0002
COLWELL, ROBERT N., ed., Manual of Photographic Interpretation, American Society of
Photogrammetry, Falls Church, Va., 1960, 868 pp.

Keywords: Aerial Photographs, Coastal Processes, Water Depths
See No. 6000RS0001.

15

6000RS0003
WILLIAMS, W. W., Coastal Changes, Routledge and Kegan Paul, Ltd., London, 1960,
220 pp.

Keywords: Aerial Photographs, Coastal Changes

A discussion of coastal changes includes a review of forces that cause them. A chapter on
evidence on coastal changes and observational methods discusses measurement techniques in
coastal erosion surveys. Inaccuracies of many personal observations and old maps are
mentioned. The small scale of many nautical charts and the infrequency of revision are
listed as the primary limitations in erosion studies. Use of photos in coastal-change studies is
described. The problem of scale variation between photos is noted, and the necessity of
using distances from charts or maps to determine the scale of each photo rather than use of
the nominal photo scale is emphasized. The desirable scale and other characteristics of

photos taken for coastal-change studies are given.

6000RS0004
RAY, RICHARD G., “Aerial Photographs in Geologic Interpretation and Mapping,”
Professional Paper 373, U.S. Geological Survey, Washington, D.C., 1960.

Keywords: Aerial Photographs, Photogrammetry, Geological Applications, Beach Erosion

Publication covers the geological applications of photos. Principles and techniques for using
photos in different types of geological studies are described. Section on interpretation of
photos in engineering geology discusses their use in beach erosion studies. Principles of
photogrammetry related to measurements on the photos that are useful in geological
applications are also covered. Publication provides useful background information in which

geological considerations are relatively important.

6003RS0001
KOWALCZYK, CHESTER E., and STREES, LEO V., “New Attacks on Special Photo-

erammetric Problems,
pp. 44-47.

Photogrammetric Engineering, Vol. 26, No.1, Mar. 1960,

Keywords: Aerial Photographs, Water Depths, Coastal Mapping
Article reviews problems of the U.S. Navy Hydrographic Office (USNHO) in using

photogrammetry to prepare nautical charts; one is the difficulty in determining water
depths from photos. Measurement of water depths (to a maximum of about 20 feet) by
parallax methods with linear correction to the observed depth has been used to a limited
extent by USNHO. The difficulty is in obtaining photos with sufficient penetration of water
bodies for practical hydrographic mapping. Use of aerial and shipboard photos to determine
wave characteristics is discussed. Two aircraft in tandem taking simultaneous photos of the

water surface have been used as an approach to the problem.

16

6003RS0002

SWANSON, LAWRENCE W., “Photogrammetric Surveys for Nautical Charting—Use of

Color and Infrared Photography,” Photogrammetric Engineering, Vol. 26, No. 1, Mar.
1960, pp. 137-141.

Keywords: Aerial Photographs, Color Aerial Photographs, Coastal Mapping, Water Depths

Article discusses uses of color and black and white infrared photos in the preparation and
maintenance of nautical charts by USC&GS and the advantages and disadvantages of these
photos. The superior definition of color photos permits identifying objects that previously
required field reconnaissance when using only panchromatic film. Color photos show
bottom features to depths of 60 to 70 feet in some areas. Water depths measured on a Kelsh
Plotter using color photos and corrected for refraction were within +5 percent of the values
from hydrography ina test near the Virgin Islands. This quality is useful in planning
nearshore hydrographic surveys, and has been used to plot bottom contours with modified
photogrammetric plotters. The superior shoreline delineation on infrared photos is
mentioned.

6004RS0001

ZEIGLER, JOHN M., “Beach Studies in the Cape Cod Area Conducted During the Period

August 1953—April 1960,” Reference No. 60-20, Woods Hole Oceanographic Institu-
tion, Woods Hole, Mass., Apr. 1960.

Keywords: Aerial Photographs, Coastal Changes, Beach Erosion, Tidal Inlets, Cape Cod,
Massachusetts

Report describes beach studies on Cape Cod by Woods Hole Oceanographic Institution
scientists supported by the Office of Naval Research. An important part of the study was
the use of photos to examine short-term coastal changes. Use of periodic photos was a more
feasible approach to monitor changes than field surveys using plane-table mapping. Monthly
changes in Nauset Inlet are illustrated by mosaics of photos taken during 1955-58. Drastic
changes occurred in the configuration of the inlet. The photos indicate the dynamic nature
of many tidal inlets over a brief time. Beach-erosion data obtained from field surveys on the
east side of Cape Cod are presented. A brief description is given of a program to annually
photograph the Atlantic and Gulf coasts of the United States.

6012RS0001
FORRESTER, W. D., “Plotting of Water Current Patterns by Photogrammetry,” Photo-
grammetric Engineering, Vol. 26, No. 5, Dec. 1960, pp. 726-736.

Keywords: Aerial Photographs, Photogrammetry, Water Currents, Rideau River, Canada

Report treats one approach to the use of photogrammetry for measuring water currents by
the Canadian Hydrographic Service. Parallax caused by water currents moving objects on the
water surface is used to determine the velocities. A field trial in measuring current velocities
on the Rideau River in Ottawa, Canada is described and the results are discussed. In the
trial, natural foam was used on the water and several white markers were dropped from a
bridge into the river. Results were encouraging, but improvements in equipment would have
provided better quality photos and fewer problems in extracting data from the photos and
also improved accuracy.

17

6100RS0001
MILLER, VICTOR C., Photogeology, McGraw-Hill, New York,1961, 253 pp.

Keywords: Aerial Photographs, Photogrammetry, Geological Applications

Textbook covers the fundamentals and applications of photogeology or the use of photos in
geology. Part I covers basic material on the characteristics of photos, stero viewing
principles, and photo measuring instruments. Part II covers principles of photo interpre-
tation, particularly in geological applications. Part II] gives a series of exercises that
illustrates geological applications of photos. These exercises are excellent stereo photos (only
one coastal area) with explanatory text and supplemental figures. Although not oriented
toward coastal engineering applications, this book contains background information that
may be useful for coastal studies in which geology is important. An extensive bibliography
on photogeology is included.

6103RS0001
COLWELL, ROBERT N., “Some Practical Applications of Multiband Spectral Reconnais-

sance,”” American Scientist, Vol. 49, No. 1, Mar. 1961. pp. 9-36.

Keywords: Aerial Photographs, Shoreline Delineation, Water Penetration

Article reviews applications of photos (and other remote sensors) which use film sensitive to
various parts of the electromagnetic spectrum. Review discusses the use of panchromatic
versus black and white infrared film for delineating shore features. Film and_ filter
combinations that give the best results in studying underwater details are also discussed.
Article contains a stereo view that shows bottom detail clearly through 30 feet of water.

6107RS0001
TANNER, WILLIAM F., “Mainland Beach Changes Due to Hurricane Donna,” Journal of
Geophysical Research, Vol. 66, No. 7, July 1961, pp. 2265-2266.

Keywords: Aerial Photographs, Coastal Changes, Storm Effects, Florida

Report presents changes caused by Hurricane Donna along the lower west coast of Florida
using before-and-after photos. Photos taken in 1953, 1957, and 1958 before the hurricane
in September, 1960, were compared with those taken in October and November of 1960.
The assumption that the more obvious differences between the coastline on the prestorm
and the 1960 photos were due primarily to storm effects was used to detect coastal changes
and to compute sand movement by the storm. An average depth of 5 feet for eroded and
accreted areas was also assumed to convert areal changes to volume changes. The author
concluded that the storm only accelerated already active processes, and that there was about
100 years of sand movement during the storm period.

6200RS0001
VON BANDAT, HORST F., Aerogeology, Gulf Publishing, Houston, Tex., 1962, 363 pp.

Keywords: Aerial Photographs, Photogrammetry, Geological Applications

This book gives a comprehensive coverage of photogeology or the geological applications of
photos. Part I covers basic characteristics and geometry of photos, fundamentals of
photogrammetry, and stereo viewing principles. Part II describes geologic mapping

18

techniques and discusses specialized applications of geologic photo interpretation. Parts IIT,
IV, and V cover principles of geologic photo interpretation. Part VI describes applications of
photos in geomorphological studies of landforms. Important in this section are chapters on
marine and lacustrine landforms and coral reefs. Discussion of coastal landforms is included,
and several single and stereo photos are used to illustrate them. Although not oriented
toward coastal engineering applications, this book contains background information that
may be useful in coastal studies in which geology is important.

6200RS0002

FISHER, JOHN J., “Geomorphic Expression of Former Inlets Along the Outer Banks of

North Carolina,” Master of Science Thesis, Department of Geology, University of North
Carolina, Chapel Hill, N.C., 1962.

Keywords: Aerial Photographs, Tidal Inlets, Coastal Changes, Outer Banks, North Carolina

Thesis describes a study of former tidal inlets along the Outer Banks of North Carolina by
using photos. Photos were examined to identify features that would indicate former tidal
inlets. Old tidal deltas in the lagoons behind the beach were used to locate the inlets. Old
coastal charts and topographic maps were also used. Information on the historical
distribution and migration patterns of tidal inlets is presented. Photos were an effective tool
to locate and examine the characteristics of these inlets, and several photos are included.

6203RS0001

CAMERON, H.L., “Water Current and Movement Measurement by Time-Lapse Air

Photography—An Evaluation,” Photogrammetric Engineering, Vol. 28, No. 1 Mar. 1962,
pp. 158-163.

Keywords: Aerial Photographs, Photogrammetry, Water Currents

Article evaluates technique of using photos that show anomalous stereo effects of the water
surface to map currents. Author reviews principles of using parallax measurements on ridges
and depressions visible on opaque water surfaces to determine current velocities. The two
primary conditions necessary for using the method are: (1) the water surface must be
naturally opaque as a result of discolored water, foam, or ice or the surface must be marked
artificially before the photos are obtained, and (2) some fixed object along the shore must
be visible in the stereo model to provide a vertical reference. A series of trials in using the
technique in Canada is discussed. The problems encountered and a description of the results
of each trial are discussed. The maximum and minimum velocities determined by
photogrammetry are discussed, and two primary limitations of the procedure are described.

6207RS0001

WAUGH, J.E., “Storm Damage Survey,” Photogrammetric Engineering, Vol. 28, No. 3,
July 1962, pp. 516-517.

Keywords: Aerial Photographs, Color Aerial Photographs, Storm Effects, Coastal Mapping.
Article describes a program initiated by the USC&GS after the March-1962 east coast storm
to update coastal charts. Immediately after the storm, about 900 miles of coastline from
Long Island to North Carolina was photographed with panchromatic film, and all major
inlets, harbor entrances, and major breakthroughs were photographed with color film. The

19

photos showed that many of the coastal charts were made obsolete by the storm. Photos
were used to produce chartlets to show mariners the major changes caused by the storm.
Chartlets were to be used until all regular charts could be revised. Color photos were
concluded to be very useful in investigating storm damage and changes along coastlines.

6209RS0001

HERATH, L., ‘Shoreline Development and Protection of Negombo Beach, Ceylon: An

Aerial Photographic Approach,” Transactions of the Symposium of Photo Interpre-

tation, International Archives of Photogrammetry, International Society for Photo-
erammetry, Delft, The Netherlands, Vol. 14, Sept. 1962, pp. 453-460.

Keywords: Aerial Photographs, Coastal Mapping, Negombo Beach, Ceylon

Paper discusses results of a photo study of the coastline near Negombo Beach, Ceylon.
Objectives were to gather information on the stages of coastal development, to classify the
type of shoreline, and to make preliminary determinations of the best shoreline protection
method. Difficulty was encountered in selecting the protection methods from photo
interpretation without field observations. However, information from the photos is valuable
in guiding future field surveys. Study is based on an examination of 10 photos at a scale of
1:40,000.

6216RS0001
KENNEY, NATHANIEL T., “Our Changing Atlantic Coastline,” National Geographic
Magazine, Vol. 122, No. 6, Dec. 1962, pp. 860-877.

Keywords: Aerial Photographs, Storm Effects, Coastal Changes, Eastern United States

A well-illustrated, nontechnical, review of the severe damage caused by the March-1962
storm along the coast of Eastern United States is presented. Photos show before-and-after
conditions of beaches and resorts from Long Island to Cape Hatteras. An excellent color
oblique photo of the breakthrough (inlet) on Hatteras Island is shown. Many examples of
storm damage to structures and natural coastal features are included.

6300RS0001
EL-ASHRY, MOHAMED T., ‘Effects of Hurricanes on Parts of the United States Coastline
as Illustrated by Aerial Photographs,” Unpublished Master of Science Thesis, Department

of Geology, University of Illinois, Urbana, Ill., 1963.

Keywords: Aerial Photographs, Coastal Changes, Storm Effects, North Carolina

Thesis investigates effects of hurricanes on coastal features, primarily in North Carolina, as
depicted on photos. Effects of hurricanes and other storms on Cape Hatteras, Hatteras
Island, Hatteras Inlet, Ocracoke Island, Cape Lookout, Cape Fear, and Corncake Inlet and
vicinity were determined from periodic photos taken between 1958 and 1962 and from
topographic maps. The effects of Hurricane Helene in 1958 were determined by comparing
photos taken after the storm with older topographic maps. The effects of the storm of
March 1962 were determined by comparing before-and-after photos. Although some
measurements were made on the photos, the coastal changes were described primarily in
qualitative terms. A discussion of the meteorology of hurricanes and the factors upon which
the hurricane damage depends is included. An appendix describes changes in La Costa
Island, Florida from periodic photos.

20

6300RS0002

EMERY, K. O., “An Aerial Study of Hawaiian Wave Patterns,” Pacific Science, Vol. 17,
1963, pp. 255-260.

Keywords: Aerial Reconnaissance, Wave Patterns, Hawaii
Although this study did not use photos, the survey was accomplished entirely by aerial
reconnaissance of wave direction and period. Flights over a large area surrounding the
Hawaiian Islands were made to record wave directions and periods to compile a
wave-pattern map. The map illustrated the effects of wave refraction and shielding caused
by the different islands. Beach conditions on the islands correlated with the predominant
wave characteristics at a particular location. Wave directions were easily correlated with
meteorological conditions at the time of the survey.

6300RS0003
KELLER, MORTON, “Tidal Current Surveys by Photogrammetric Methods,” Photogram-
metric Engineering, Vol. 29, No. 5, Sept. 1963, pp. 824-832.

Keywords: Aerial Photographs, Photogrammetry, Water Currents, Charleston Harbor,
South Carolina, Ocracoke Inlet, North Carolina.

Use of photogrammetry for tida! current surveys by the USC&GS is presented.
Photogrammetry can determine currents at a number of points over a large area. Floating
targets are placed on the water and their movement is recorded on photos; data reduction is
accomplished on a stereo plotter where target movement appears as x-parallax. Comprehen-
sive current surveys were conducted in Charleston Harbor, South Carolina; Ocracoke Inlet,
North Carolina; and Tampa Bay, Florida. Important factors are discussed, including photo
characteristics, camera type, film type, weather, sunspots, and target design and placement.
Panchromatic film is concluded to be best for current surveys. USC&GS intends to increase
use of photogrammetry in tidal current surveys and prepare more detailed data on the
procedures used.

6306RS0001

ATHEARN, W.D., and RONNE, F.C., “Shoreline Changes at Cape Hatteras: An Aerial

Photographic Study of a 17-Year Period,” Naval Research Reviews, No. 6, Office of
Naval Research, Washington, D. C., June 1963, pp. 17-24.

Keywords: Aerial Photographs, Coastal Changes, Cape Hatteras and Hatteras Inlet, North
Carolina

Report discusses use of periodic photos to determine shoreline changes at Cape Hatteras and
Hatteras Inlet, North Carolina. Measurements were made on eight photo coverages from
1945 to 1962. The south beach at Cape Hatteras eroded about 1,500 feet between 1945 and
1953 and an additional 300 feet between 1953 and 1958 but was stable after 1958. The east
beach was stable and the spit at the tip of the Cape changed orientation. The western side of
Hatteras Inlet eroded about 6,000 feet during the 17-year period and the eastern side
accreted about 400 feet.

6309RS0001
KELLER, MORTON, “Tidal Current Surveys by Photogrammetric Methods,” Technical
Bulletin No, 22, U.S. Coast and Geodetic Survey, Washington, D. C., 1963.

Keywords: Aerial Photographs, Photogrammetry, Water Currents, Charleston Harbor,
South Carolina

Bulletin describes procedure employed in the USC&GS to measure tidal currents by
photogrammetry. The basic principles of the photogrammetric measurement of current
velocity and direction are discussed. Technique is based on measurement of the movement
of floating surface targets between the exposure of overlapping photos. Design and
placement of the surface targets are covered. Report describes a photo survey of tidal
currents in Charleston Harbor, South Carolina. Current surveys at Ocracoke Inlet, North
Carolina, and Tampa Bay, Florida, are discussed. A comparison of current velocities with
data from current velocities with data from current meters in Charleston Harbor indicated
satisfactory results by photogrammetry.

6311RS0001
SMITH, JOHN T., JR., “Color—A New Dimension in Photogrammetry,” Photogrammetric
Engineering, Vol. 29, No. 6, Nov. 1963, pp. 999-1013.

Keywords: Color Aerial Photographs, Coastal Mapping

Article discusses use of color photos in nautical chart preparation and maintenance in the
USC&GS and the advantages of color over black and white photos. Color photos show
clearer bottom detail. Several excellent color photos show Key West and Everglades
National Park, Florida; Hyannis Port, Massachusetts; Seattle, Washington; and a large eddy
north of St. John’s Island in the Caribbean. Procedures for exposing and processing color
photos are given. The problem of sunspots on color photos of water and techniques for
reducing the detrimental effects of the sunspots is discussed.

6311RS0002
TEWINKEL, G. C., “Water Depths from Aerial Photographs,” Photogrammetric Engineer-
ing, Vol. 29, No. 6, Nov. 1963, pp. 1034-1042.

Keywords: Aerial Photographs, Water Depths

Report discusses factors that cause errors in water depths determined from photogram-
metry. Under consideration are depths of clear shallow water. The primary factor is the light
refraction at the air-water interface. An equation is derived for a factor that, when
multiplied by water depths determined in a stereoplotter, corrects for the refraction.
Correction factor varies with location in the stereo model and also with water depth.
Average value of the factor is between 1.4 and 1.5 for a water depth of 60 feet. Water
depths from a plotter and corrected for refraction are not affected by camera tilt; horizontal
locations of bottom details are not affected by refraction when using a plotter. Surface
waves cause an error averaging about 8 percent in depth determinations and produce a
y-parallax that can cause an erroneous orientation of the model if underwater points are
used.

6400RS0001

PIERCE, JACK W., “Recent Stratigraphy and Geologic History of the Core Banks Region,

North Carolina,” Ph. D. Dissertation, Department of Geology, University of Kansas,
Lawrence, Kans., 1964.

Keywords: Aerial Photographs, Coastal Changes, Tidal Inlets, Core Banks, North Carolina

Dissertation describes use of photos in a study of the stratigraphy and geologic history of
the Core Banks Region of North Carolina. Photos taken in 1945, 1954—55, 1958-1960,
and 1962 were examined to determine the short term changes in coastal features along
about 45 miles of barrier island coastline. In addition, a series of USC&GS charts produced
between 1864 and 1952 were analyzed for coastal changes over a longer period. Most
coastal changes from the photos are described in qualitative terms. No details of the
photogrammetry are given. Photos were also used to determine the distribution and
migration of small tidal inlets in a part of the area at six different times over a 17-year
period. The inlets were shown to be a transient feature although uniformity in location was
noted. Report contains data on volume changes in the shores. A theory of the geologic
evolution of the area is presented.

6404RS0001
WAUGH, JOSEPH E., ‘Photogrammetric Measurement of Tidal Currents,” Proceedings of
the American Society of Civil Engineers, Journal of the Surveying and Mapping Division,
Vol. 90, No. SU 1, Paper No. 3857, 1964, pp. 17-29.
Keywords: Aerial Photographs, Photogrammetry, Water Currents, Charleston Harbor,
South Carolina

Paper describes the procedure used by the USC&GS to measure tidal currents by
photogrammetry. The technique provides an economical approach for synoptic current
measurements over a large area. By taking photos at intervals throughout the tidal cycle,
current directions and velocities at tide stages can be determined. Current velocity is
measured by the movement of floating surface targets between the exposure of two
overlapping photos. Current measurement, target designs, and problems such as sun spots
are discussed. Procedure is well-adapted to the production of tidal current charts because of
the ease with which currents can be determined in a dense network of data points.

6407RS0001
VAN WIJK, M.C., “Discussion Paper-Water Depths from Aerial Photographs by G. C.
Tewinkel,” Photogrammetric Engineering, Vol. 30, No. 4, July 1964, p. 647.

Keywords: Aerial Photographs, Water Depths

Article reviews a paper titled, “Water Depths from Aerial Photographs,” published in
Photogrammetric Engineering, Volume 29, No.6, November, 1963, pp. 1034-1042, and
authored by G. C. Tewinkel. Main point of this discussion paper is whether refracted light
rays from two camera stations intersect at a point beneath the water surface. The paper
states that generally they do not. Equations are derived to show that only for special cases
does the intersection occur, and otherwise there are vertical and horizontal displacements of

23

underwater features. The fact that the corresponding rays do not intersect generally has the
effect of making the theoretical formulation of equations for determining water depths

from photos more involved.

6409RS0001

SWANSON, LAWRENCE W., “Aerial Photography and Photogrammetry in the Coast and

Geodetic Survey,” Photogrammetric Engineering, Vol. 30, No.5, Sept. 1964, pp.
699-726.

Keywords: Aerial Photographs, Color Aerial Photographs, Coastal Mapping.

Article reviews functions of the USC&GS, and discusses the use of photogrammetry within
the Survey with special emphasis on color photos. Discussion covers such phases of color
photos as camera equipment, exposure conditions, film, suitable weather, sun spots, and
laboratory processing. A discussion of the advantages of color photos in the Survey program
is included. Color photos of coastal and other terrain features are included. These excellent
photos show the enormous amount of detail depicted on color photos. A brief review, with
an accompanying comparative illustration, of the characteristics of black and white infrared
photos concludes the article.

6410RS0001

HARRIS, WILLIAM D., and JONES, BENNETT G., “Repeat Mapping for a Record of Shore

Erosion, Cape Kennedy, Florida,” Shore and Beach, Vol. 32, No.2, Oct. 1964, pp.
31-34.

Keywords: Aerial Photographs, Photogrammetry, Coastal Mapping, Coastal Changes, Cape
Kennedy, Florida

Paper discusses use of black and white infrared photos and photogrammetry by the
USC&GS to map the coast near Cape Kennedy, Florida. Photos were taken at about high
tide so that the high water line could be interpreted from the black and white infrared
photos even with a moderate surf. Characteristics and advantages of infrared film are
discussed. Map compiled from the photos was compared to old charts dated 1877, 1929,
and 1948, to measure erosion. Amount of erosion or accretion is given for five selected
points along the shore.

6411RS0001

GROENEVELD MEIJER, W. O. J., “Formula for Converstion of Stereoscopically Observed

Apparent Depth of Water to True Depth, Numerical Examples and Discussion,”
Photogrammetric Engineering, Vol. 30, No. 6, Nov. 1964, pp. 1037-1045.

Keywords: Aerial Photographs, Photogrammetry, Water Depths

A formula is derived for converting apparent water depths observed in a stereo model
produced from photos to true depths. Correction factor is a variable that is dependent on
apparent water depth, index of refraction, location within the model, altitude, and base
length. The apparent water depth is multiplied by the computed correction factor, a positive
number generally between 1.3 and 1.5, to obtain true depths. The derived formula is

24

converted for numerical calculation by computer. Series of correction factors are given to
show the variation cf the factor with different variables. The correction factor is shown to
vary in an elliptical manner about the center of the model with a minimum value at the
center. Convenience of using a digital computer to calculate the correction factor is
discussed. Author notes that there is not horizontal displacement of underwater features in

stereo models.
6411RS0002

SONU, CHOULE J., “Study of Shore Processes with Aid of Aerial Photogrammetry,”
Photogrammetric Engineering, Vol. 30, No. 6, Nov. 1964, pp. 932-941.

Keywords: Aerial Photographs, Coastal Processes

Article discusses basic requirements for shore process investigations, limitations of
conventional methods, and possibilities of using photos to supplement or replace
conventional study procedures. Qualifications of photogrammetry in coastal studies are
given, especially determination of underwater topography. Procedures for using photos to
study landforms, wave characteristics, currents, and littoral drift are discussed. Aircraft,
film, and lens requirements and problems in photogrammetry applications to shore

processes are summarized. Pertinent literature is included. 6504RS0001

CAMERON, H.L., “Sequential Air Photo Interpretation in Coastal Change Studies,”
Maritime Sediments, Vol. 1, No. 2, Apr. 1965, pp. 8-12.

Keywords: Aerial Photographs, Coastal Changes, Nova Scotia, Canada

Article describes use of comparative photos to determine changes at two locations along the
coast of Nova Scotia. Two sets of photos dated 1945 and 1955 were compared for Rose Bay
and four sets dated 1939, 1945, 1950, and 1960 were analyzed for Advocate Harbor.
Directions of littoral drift and growth of spits and bars were determined from periodic
photos. Availability of comparative photos and their potential for studies of coastal changes

were emphasized.

6500RS0002
CAMERON, H.L., “Coastal Studies by Sequential Air Photography,” Canadian Surveyor,
Vol. 19, No. 4, 1965, pp. 372-381.

Keywords: Aerial Photographs, Coastal Changes, Nova Scotia, Canada

Paper describes use of comparative photos to study changes in coastal features. Rose Bay
and Advocate Harbor, Nova Scotia were studied. Photos were used to examine sedimenta-
tion processes associated with wave and current action. The author concluded that photos
were useful for studying coastal changes and proposed a program to photograph the
Canadian coastline periodically to monitor the changes. The author maintained that this

would give results worth more than the cost.

25

6503RS0001
EL-ASHRY, MOHAMED T., and WANLESS, HAROLD R., “Birth and Early Growth of a
Tidal Delta,” The Journal of Geology, Vol. 73, No. 2, Mar. 1965, pp. 404-406.

Keywords: Aerial Photographs, Coastal Changes, Tidal Inlets, Hatteras Island, North

Carolina

Article describes use of photos to monitor growth of a tidal delta and a new inlet on
Hatteras Island, North Carolina, by an extratropical cyclone during March 1962. The tidal
delta was formed in Pamlico Sound on the lagoon side of the barrier island and covered an
area of 0.11 square miles at age 5 days, 0.20 square miles at 2 months, and 0.35 square miles
at 10 months. Growth of the delta was monitored from photos taken by the USC&GS. It
was concluded that periodic photos are excellent for studying dynamic coastal features.

6504RS0002
EWING, GIFFORD C., “Oceanography from Space,” Reference No. 65-10, Woods Hole
Oceanographic Institution, Woods Hole, Mass., Apr. 1965.

Keywords: Satellite Photographs, Aerial Remote Sensors, Oceanographic Applications

Conference proceedings on the feasibility of oceanographic explorations from aircraft and
manned obital spacecraft are presented. Proceedings contain about 75 articles on use of
remote sensors in oceanography. Authors of the articles are well-known authorities in
oceanography and related fields. Many applications discussed are related to coastal
engineering investigations, such as determination of currents, wave refraction patterns, state
of sea, and considerations of coastal geography, geology, and engineering applications by
remote sensors.

6510RS0001
CAMERON, H.L., “The Shifting Sands of Sable Island,” The Geographical Review,
Vol. 55, No. 4, Oct. 1965, pp. 463-477.

Keywords: Aerial Photographs, Coastal Changes, Coastal Mapping, Sable Island, Canada

Article describes changes in size, shape, and position of Sable Island, Canada, determined
from comparative photos. Photos taken in 1952, 1955, 1959, and 1964 were used to map
the island. Photos compared to charts prepared in 1766, 1851, and 1899 show that the
island had migrated eastward about 10 miles between 1799 and 1959. Short term changes
were also observed by comparative photos. The article discusses the history, geology, and
ecology of Sable Island.

6600RS0001

EL-ASHRY, MOHAMED T., ‘‘Photointerpretation of Shoreline Changes in Selected Areas

Along the Atlantic and Gulf Coasts of the United States,” Ph. D. Dissertation,
Department of Geology, University of Illinois, Urbana, IIl.,1966.

Keywords: Aerial Photographs, Coastal Changes, Storm Effects, South Carolina, Florida,

Texas
Report describes shoreline changes at selected locations along the Atlantic and Gulf coasts
as determined from periodic photos. Study areas were southern South Carolina (Beaufort,

26

Charleston, and Georgetown Counties), west coast of Florida (Lee County), and Matagorda
Peninsula and other areas (Matagorda, Brazoria, and Cameron Counties) in Texas.
Comparative photos ranging in date from 1939 to 1962 were used to analyze coastal
changes. Effects of storms and long term coastal processes on the shoreline are illustrated
and described in qualitative terms. Advantages of comparative photos for studies of coastal
change are discussed. Changes in beaches, beach ridges, barrier islands, tidal inlets, deltas,
spits, shoals, and other features are described.

6600RS0002
GAWNE, CONSTANCE E., “Shore Changes on Fenwick and Assateaque Islands, Maryland

and Virginia,” Unpublished Senior Thesis, College of Liberal Arts and Sciences,
University of Illinois, Urbana, IIl., 1966.

Keywords: Aerial Photographs, Beach Erosion, Fenwick and Assateaque Island, Maryland
and Virginia

Report describes a study of the magnitude and rate of beach erosion along 40 miles of coast
on Fenwick and Assateaque Islands by use of periodic photos. Beach erosion magnitude was
determined by comparing ground distances computed from measurements made directly on
the comparative photos. Photo scale was derived from measurements on the photos and
small-scale topographic maps. Erosion values were measured at 4-mile intervals along the
coast.

6600RS0003

PLUSQUELLEC, PAUL L., “Coastal Morphology and Changes of an Area Between

Brigantine and Beach Haven Heights, New Jersey,” Unpublished Master of Science
Thesis, Department of Geology, University of Illinois, Urbana, IIl., 1966.

Keywords: Aerial Photographs, Coastal Changes, New Jersey

Thesis presents a study of changes in coastal features between Brigantine and Beach Haven
Heights, New Jersey, by use of photos and old USC&GS field sketches. Field sketches dating
back to 1840 and periodic photos dating from 1932 to 1964 were used. Planimetric maps
sketched from photos were compared to each other and to the field sketches and changes in
coastal features were noted. Photos were corrected for scale variation but not for tilt in
compiling the maps. Changes were described in qualitative terms although some measure-
ments define the erosion and accretion of spits and other coastal features. Differences
between changes caused by normal wind, tide, wave, and longshore currents and by major
storms are stated. Net change for the area was a significant amount of erosion.

pean 6600RS0004.
AMERICAN SOCIETY OF PHOTOGRAMMETRY, Manual of Photogrammetry, ordeyeds.
Vols. 1 and 2, American Society of Photogrammetry, Falls Church, Va., 1966, 1199 pp.

Keywords: Photogrammetry, Aerial Photographs, Coastal Mapping

Comprehensive text covers all aspects of photogrammetry in two volumes. Chapters on
optics, the photo process, stereo viewing principles, planning photogrammetry projects,

27

aerial cameras, and types of photos are included. Photo mapping techniques and
photogrammetric plotting equipment are presented. Chapters on terrestrial photo-
grammetry, radar techniques, mosaic construction, and mapping from oblique photos are
also included. Book contains a comprehensive glossary of photogrammetry terms and an
extensive list of references.

6600RS0005
THOMPSON, MORRIS M., ed., Manual of Photogrammetry, 3rd_ed., Vols. 1 and 2, Ameri-
can Society of Photogrammetry, Falls Church, Va., 1966, 1199 pp.

Keywords: Photogrammetry, Aerial Photographs, Coastal Mapping
See No. 6600RS0004.

6605RS0001

BARNETT, T. P., “Oceanographic Interpretation of Two Gemini 5 Photographs,” Informal

Manuscript Report No. 0-20-66, Unpublished Manuscript, Marine Sciences Department,
U.S. Naval Oceanographic Office, Washington, D. C., May 1966.

Keywords: Satellite Photographs, Water Currents, Salton Sea, California, California Coast

Report discusses the oceanographic interpretation of two Gemini V satellite photos. One
photo covers the Salton Sea in California and shows a large area of discolored water that
appears to be a counterclockwise current pattern. Explanation of the discolored water and
current patterns is presented, based on prior knowledge and published data. The second
photo shows the Southern California coast and Channel Islands and lacks significant
oceanographic data but applications of satellite photos in coastal studies are discussed.
Importance of prior information in interpreting satellite photos is emphasized. Potential use
of satellite photos in planning large-scale field surveys is noted.

6612RS0001

LUDIUM, ROGER L., and van LOPIK, JACK R., ‘““A Remote Sensing Survey of Areas in

Central Coastal Louisiana, Part 1—Discussion,” NTIS Acquisition No. AD 808904,
Sciences Services Division, Texas Instruments, Inc., Dallas, Tex., Dec. 1966.

Keywords: Aerial Remote Sensors, Coastal Mapping, Central Louisiana Coast

Report investigates the use of remote sensing in evaluating terrain along the central
Louisiana coast. The study, conducted for the Office of Naval Research, was to determine
the capability of remote sensors in detecting and delineating landforms, land-water contacts,
and vegetation types in a deltaic region. Sensors evaluated include conventional panchro-
matic, black and white infrared, color, and color infrared photos and day and night infrared
imagery in the 8 to 14 micron band. Description of the study areas and results of the remote
sensor interpretation and evaluation are given. Useful information on photos and infrared
sensors is included. Color infrared film was the most useful. Many example photos of
features taken with different film types are also included.

28

6700RS001

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION, ‘Earth Photographs from

Gemini III, IV, and V,” NASA Special Publication 129, Office of Technology
Utilization, National Aeronautics and Space Administration, Washington, D. C., 1967.

Keywords: Satellite Photographs, Coastal Processes, Oceanographic Applications

Publication presents 244 color satellite photos from the Gemini III, IV, and V missions. The
photos are enlarements of film taken with a handheld Hasselblad 70-mm camera. About 25
percent of the photos show coastal features and processes. A description of the area covered
and the features in each photo are included. Littoral currents, sediment patterns, and
variable water depths are visible on satellite photos. The photos can be used to illustrate
coastal features and processes from satellite altitudes and to investigate their potential
coastal engineering and oceanographic applications. An index of Gemini III, IV, and V
satellite photos and a geographic index are included.

6702RS0002

NAVAL OCEANOGRAPHIC OFFICE, “Spacecraft Oceanography Project Bibliography,”

Issue 1, Spacecraft Oceanography Project, U.S. Naval Oceanographic Office, Washington,
D.C., Feb. 1967.

Keywords: Aerial Remote Sensors, Bibliography, Oceanographic Applications

Bibliography covers a wide range of topics related to oceanography and remote sensing. It
was prepared to collect scattered references in a practical form for investigators in spacecraft
(and aircraft) oceanography. Bibliography is divided into five major categories, including
oceanography background information, surface phenomena, observations by remote sensors,
economic benefits of remote sensors in oceanography exploration, and unpublished reports.
Section on remote sensors is subdivided by type and includes photo sensors, infrared
sensors, radar sensors, microwave sensors, and lasers and masters. About 600 references are
listed in the bibliography.

6703RS0001
DUXBURY, ALYN C., “Currents at the Columbia River Mouth,” Photogrammetric Engi-
neering, Vol. 33, No. 3, Mar. 1967, pp. 305-310.

Keywords: Color Aerial Photographs, Photogrammetry, Water Currents, Columbia River
Mouth

Article describes a study of surface currents near the mouth of the Columbia River by use of
color photos. Color photos were taken of floating targets consisting of color-coded, vinyl air
mattresses dropped from a boat. Photos were taken during flood tide and ebb tide. Targets
were distributed at about 1/2-mile intervals across the river mouth and surrounding area.
The mattresses were filled with water to prevent wind interference. Ground control was
provided by anchored navigational buoys and adjacent landforms. Surface current
trajectories and velocities were determined by comparing the position of targets on photos
taken during successive flights with a known time lapse, although details of target movement
measurement procedure are not given. Procedure was concluded to give satisfactory results
and advantageous for dynamic surface current patterns over a large area.

29

6704RS0001

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION, “A Survey of Space
Applications for the Benefit of All Mankind,” NASA Special Publication 142, Office of
Space Science and Applications, National Aeronautics and Space Administration,
Washington, D. C., Apr. 1967.

Keywords: Satellite Photographs, Aerial Remote Sensors, Oceanographic Applications

Publication presents information on applications of satellites, satellite photos and other
remote sensors in earth resources includes sections on geology, geography, cartography,
hydrology, water resources, and oceanography. Possible space applications and an
assessment of the economic benefits of satellite photos and other remote sensors in each
field is included. Advantages of using sequential coverage to investigate dynamic features
and phenomena are discussed. Applications of remote sensors in monitoring coastal deltas,
mapping shoals, and determining water depths are described. Areas for future research in

remote sensing of earth resources studies are noted.

6704RS0002

ZDANOVICH, V.G., et al., “Application of Aeromethods for Investigation of the Ocean,”

NTIS Acquisition No. AD 662577, Foreign Technology Division, U.S. Air Force,
Wright-Patterson Air Force Base, Ohio, Apr. 1967.

Keywords: Aerial Photographs, Water Currents, Water Depths, Wave Patterns, Oceano-
graphic Applications

Edited machine translation of a Russian report published in 1963 describing applications of
photos in oceanography and hydrology. Primary applications of photos discussed are water
current determinations, wave pattern investigations, water depth measurements, shallow
water charting, and spectral sea brightness: determinations. Advantages, disadvantages, and
limitations of photos in oceanography are discussed. Technique for measuring ocean wave
parameters on photos taken simultaneously from two aircraft, and the electronic equipment
with procedures for measuring the spectral brightness of the ocean from an aircraft are
described. Best types of photos for oceanography are discussed.

6700RS0002
STRANDBERG, CARL H., Aerial Discovery Manual, Wiley, New York, 1967, 249 pp.

Keywords: Aerial Photographs, Aerial Reconnaissance, Water Pollution

Textbook covers basic characteristics of photos and describes photo interpretation
equipment and techniques. Section on, “Photohydrology” emphasizes use of photos for
analyzing water bodies, water pollution, streams, aquatic vegetation, and other water-related
problems. Information is applicable to coastal engineering investigations in estuaries and

bodies of shallow water. Other sections give important aspects of photo interpretation.

30

6700RS0003

FISHER, JOHN J., “Development Pattern of Relict Beach Ridges, Outer Banks Barrier

Chain, North Carolina,” Ph.D. Dissertation, Department of Geology, University of
North Carolina, Chapel Hill, N. C., 1967.

Keywords: Aerial Photographs, Coastlines, Outer Banks, North Carolina
Dissertation describes a study of relict beach ridges by photos and field studies. The study

was to determine the location of former shorelines by mapping relict beach ridges on the
barrier islands and adjacent mainland near the Outer Banks of North Carolina and Virginia.
Photos were viewed stereoscopically and also at a low-viewing angle to detect and map the
linear beach ridges. Viewing photos from a point 5° or 10° above the horizontal plane and
slowly rotating the photos has been successful in locating linear features difficult to
detect. Description of shoreline locations based on relict beach ridges are presented. Photos

illustrating beach ridges and other coastal landforms are included.

6700RS0004
MOFFITT, FRANCIS H., Photogrammetry, 2nd ed., International Textbook, Scranton,
Pa., 1967, 551 pp.

Keywords: Photogrammetry, Aerial Photographs, Coastal Mapping

Widely used text for university photogrammetry courses. Book provides a comprehensive
coverage of photogrammetry in a clear and simplified manner. Chapters on camera
characteristics, photo geometry, flight planning, and photo measurements are included. Use
of photogrammetry for mapping is covered in chapters on radial line plotting and
planimetric mapping, stereo viewing principles and parallax measurements, geometry of
overlapping vertical photos, photo orientation, stereo plotting instruments, and mosaic
construction. Chapters on mapping from oblique photos and terrestrial photogrammetry are

also included. Book is a good introduction to the field of photogrammetery.

6702RS0001
EL-ASHRY, MOHAMED T., and WANLESS, HAROLD R., ‘“‘Shoreline Features and their
Changes,” Photogrammetric Engineering, Vol. 33, No. 2, Feb. 1967, pp. 184-189.

Keywords: Aerial Photographs, Coastal Changes, Storm Effects

Report presents an investigation of shoreline features and their changes from periodic
photos. Photos illustrate changes in coastal features at Price Inlet, South Carolina;
Matagorda Peninsula and the Brazos River Delta, Texas; Cape Lookout, North Carolina; and
La Costa Island, Florida. Advantages and disadvantages of using photos in studying coastal
changes are discussed. Other uses of periodic photos in investigating dynamic phenomena
are mentioned. Comparing periodic photos with older maps and charts in determining long
term trends in shorelines is also discussed. Periodic photos were concluded to be an

excellent tool for studying shorelines and shoreline changes.

31

6707RS0001

CONROD, A.C., “Investigation of Visible Region Instrumentation for Oceanographic

Satellites,” Vol. 1, Report RE-31, Experimental Astronomy Laboratory, Massachusetts
Institute of Technology, Cambridge, Mass., July 1967.

Keywords: Aerial Photographs, Water Penetration, Oceanographic Applications; Argus

Island, Bahamas

Paper reviews visible region passive remote sensors in investigations of the ocean or other
water bodies. Review develops background information on planning of satellites for
oceanographic data collection. Report discusses water transparency and light attenuation in
water as a function of wavelength. Report also describes a photo test at Argus Island in the
Bahamas to collect oceanographic data. Test was only partly successful. Report suggests
areas of investigation for a better understanding of the use of photos for oceanographic

applications. Discussion of multispectral photo characteristics and capabilities is included.

6712RS0001

HORIKAWA, KIYOSHI, and SUNAMURA, TSUGUO, “A Study of Erosion of Coastal

Cliffs by Using Aerial Photographs,” Coastal Engineering in Japan, Vol. 10, Dec. 1967,
pp. 67-83.

Keywords: Aerial Photographs, Photogrammetry, Coastal Changes, Japan

Article describes a procedure using topographic maps to determine erosion of coastal cliffs.
Topographic maps were prepared from photos by use of photogrammetry and a stereo
plotting instrument. The maps were used to avoid tilt problems and relief distortions in
making measurements on photos. Results obtained at two locations along the coast of Japan
are presented. Recession of the cliffs was determined by plotting profiles in different years
based on topographic maps. Change in cliff profiles was used to compute volume of eroded
sediment. Authors also discussed relationship between cliff erosion rates and resistance of
rocks composing the cliffs.

6800RS0001
AMERICAN SOCIETY OF PHOTOGRAMMETRY, Manual of Color Aerial Photography,
American Society of Photogrammetry, Falls Church, Va., 1968, 550 pp.

Keywords: Color Aerial Photographs, Color Infrared Photographs, Coastal Mapping

Book presents a comprehensive and detailed description of color and color infrared photos.
Information on color films, cameras, color film processing, printing color photos, and
planning color photo missions is included. Color and color infrared and satellite photos are
shown, including examples of coastal features. Discussion of using color photos for coastal
mapping is presented. An extensive bibliography on color and color infrared photos is also
included.

32

6800RS0002
SMITH, JOHN T., JR., ed., Manual of Color Aerial Photography, American Society of
Photogrammetry, Falls Church, Va., 1968, 550 pp-

Keywords: Color Aerial Photographs, Color Infrared Photographs, Coastal Mapping
See previous No. 6800RS0001.

6800RS0003

EL-ASHRY, MOHAMED T., and WANLESS, HAROLD R., “Photo Interpretation of Shore-

line Changes Between Capes Hatteras and Fear (North Carolina),” Marine Geology,
Vol. 6, 1968, pp. 347-379.

Keywords: Aerial Photographs, Coastal Changes, North Carolina

Article presents a comprehensive description of changes in coastal features along the North
Carolina Coast between Cape Hatteras and Cape Fear based on periodic photos taken
between 1939 and 1962. Changes in capes, inlets, and beaches are illustrated by photos and
diagrams. Measurements were made on photos and changes were related to storms and other
environmental conditions. Photos were also used to illustrate the large shoal area south of
Cape Lookout. Article concludes that periodic photos are an excellent tool for studying
coastal morphology and change.

6800RS0006
JERLOV, NILS G., Optical Oceanography, Elsevier Oceanography Series, Vol. 5, Elsevier
Publishing Co., Amsterdam, 1968, 194 pp.

Keywords: Water Penetration

Book is a comprehensive treatment of the theory and techniques of optical oceanography.
Applications of optical oceanography in marine science, physical oceanography, and related
subjects are discussed. Large amount of data on optical properties of ocean water are
presented. One chapter discusses theory and attenuation of visible light in ocean water.
Techniques for measuring optical properties of water are also presented. Section on
definitions and terminology and bibliography are included. Book can be useful in water
penetration studies using aerial and satellite photos, multispectral photos, and multispectral
imagery.

6800RS0007
AVERY, T. EUGENE, Interpretation of Aerial Photographs, 2nd ed., Burgess,

Minneapolis, Minn., 1968, 332, pp.
Keywords: Aerial Photographs, Aerial Remote Sensors, Photogrammetry, Vegetation,
Coastal Mapping

Textbook in photo interpretation and photogrammetry. Although oriented toward forestry
applications, information useful in other applications of photo interpretation is presented.
Chapters on stereo viewing, photo geometry, parallax measurements, sources of photos, and
mapping are included. One chapter presents the characteristics and applications of infrared
imagery, radar imagery, and satellite photos. Chapters on interpretation of physiographic
features and agricultural, urban, and engineering applications are also included. Film types

33

and filters used in taking photos are described. Stereo photos of landforms and other
features are presented. Examples of color photos are included.

6801RS0001
GEARY, EDMUND L., “Coastal Hydrography,” Photogrammetric Engineering, Vol. 34,
No.1, Jan. 1968, pp. 44-50.

Keywords: Aerial Photographs, Color Aerial Photographs, Coastal Mapping, Water Depths

Article reviews applications of photos in hydrographic surveys. Black and white photos are
described as useful in planning hydrographic surveys and in revising nautical charts. Use of a
satellite photo to revise a chart is illustrated. Data obtained in a test to determine water
depths from color photos of a study area on Wake Island are presented. Data indicated 75
percent of recorded depths were within +1.0 foot of the survey depths and 95 percent were
within +2.0 feet. Plans for a test of depth determination from color photos in the Florida
Keys are given. Photo equipment and other factors in obtaining good color photos of coastal
areas are described. Color photos were concluded to provide a rapid means for depth
information in nearshore areas.

6801RS0002

STEVENSON, ROBERT E., and NELSON, RUTHM., “An Index of Ocean Features

Photographed from Gemini Spacecraft,’ Contribution No. 253, Bureau of Commercial

Fisheries Biological Laboratory, Galveston, Tex., prepared for the Manned Spacecraft
Center, National Aeronautics and Space Administration, Houston, Tex., Jan. 1968.

Keywords: Satellite Photographs, Oceanographic Applications, Coastal Processes

Report is an index of ocean and coastal features photographed during Gemini Missions IV,
V, and VII through XII. Total of 575 photos are listed by Gemini mission number. Index
contains subject listing of oceanographic features, including coastal sediments, coastal
deposits, currents, deltas, lagoons, surf, and other coastal subjects. A geographic index is
also included. Photos were taken with a handheld 70-mm camera. An example color satellite
photo from each mission is included in the index. Index is useful in selecting Gemini photos
of oceanographic or coastal features covering specific geographic areas.

6802RS0001
MOFFITT, FRANCIS H., “Wave Surface Configuration,’ Photogrammetric Engineering,
Vol. 34, No. 2, Feb. 1968, pp. 179-188.

Keywords: Photogrammetry, Wave Surfaces

Article describes use of photogrammetry to define the surface of water waves generated by
towing a ship model in a shallow test basin. Study was a pilot program using
photogrammetry for measuring the wake produced by the model. Cameras and other
equipment were used to take and analyze the photos. Contour lines defining the water
surface in the wake of the towed ship were used for data presentation. Although problems
were encountered, the technique was concluded to be feasible. Suggestions for improving
the equipment are presented. The ability to photograph the surface of a wave and then
measure the water surface was noted to be a useful tool in hydraulic studies.

34

6803RS0001
SCHNEIDER, WILLIAM J., “Color Photographs for Water Resources Studies,” Photo-
grammetric Engineering, Vol. 34, No. 3, Mar. 1968, pp. 257-262.

Keywords: Color Aerial Photographs, Color Infrared Aerial Photographs, Nearshore
Ecology, Marshlands

Article discusses applications of color and color infrared photos in water resources
investigations, including coastal studies. Advantages of color photos are concluded to be
depth penetration and vegetation discrimination. Ability to use photos to extend field
observations over large areas is also important. Applications discussed include the
relationship between hydrologic and vegetation conditions and examination of coastal and
marshland vegetation in the Florida Everglades, fresh-water discharge along the Florida
coast, water circulation and sediment movement and deposition in Great Salt Lake, and
water pollution sources and dispersion in Lake Erie. Color photos are also used to detect

changes in marshland vegetation.

6803RS0002
WALTERS, ROBERT L., “Radar Bibliography for Geoscientists,” CRES Report No. 61-30,
Remote Sensing Laboratory, Center for Research, Inc., Engineering Science Division,

University of Kansas, Lawrence, Kans., Mar. 1968.
Keywords: Radar Imagery, Bibliography

Report is a comprehensive bibliography relating to geoscience applications of radar imagery.
Applications include geology, geography, agriculture, hydrology, oceanography, and related
subjects. Bibliography lists 266 references, including unpublished reports and manuscripts.
Emphasis is on side-looking radar imagery, but references on radar scatterometry, terrain
reflectivity of radar energy, and other topics are also included. This bibliography is an

excellent source of background information on radar imagery. A subject index is included.

6803RS0003

CONROD, A. C., BOERSMA, A., and KELLY, M.G., “Investigation of Visible Region

Instrumentation for Oceanographic Satellites,’ Vol. 11, Report RE-31, Experimental

Astronomy Laboratory, Massachusetts Institute of Technology, Cambridge, Mass., Mar.
1968.

Keywords: Aerial Photographs, Oceanographic Applications, Bahama Banks

Report describes a test of photos for oceanographic data collection on the west edge of the
Bahama Banks. Paper presents information interpreted from photos taken in June 1967, and
based on a field survey in April 1967. Test was more successful than the Argus Island test
described in Volume 1 of this report and useful oceanographic data were obtained from the

photos. Suggestions on planning photo tests for oceanographic data collection are presented.

39

6804RS0001

LUKENS, JOHN E., “Color Aerial Photography for Aquatic Vegetation Surveys,” Proceed-

ings of the Fifth Symposium on Remote Sensing of Environment, University of
Michigan, Ann Arbor, Mich., Apr. 16-18, 1968, pp. 441-446.

Keywords: Color Aerial Photographs, Nearshore Ecology, Finger Lakes, New York

Report describes use of color photos to map aquatic vegetation in the shallow water of
Finger Lakes, New York. Techniques used apply to studies of nearshore ecology in
marshlands, estuaries, and other coastal areas. Factors in selecting the best film-filter
combination, photo scale, overlap, exposure settings, and other variables are discussed.
Color photos were found to be better than color infrared or black and white photos.
Techniques and results in mapping the vegetation of Cayuga Lake are described. Vegetation
was mapped to depths of from 12 to 18 feet. Use of periodic color photos to examine the
spread and retreat of vegetation is mentioned. The use of remote sensing in monitoring a
project that employed chemicals to control floating vegetation in a part of Chesapeake Bay
is described.

6804RS0002

ZAITZEFF, JAMES B., and SHERMAN, JOHN W., III, “Oceanographic Applications of

Remote Sensing,” Proceedings of the Fifth Symposium on Remote Sensing of
Environment, University of Michigan, Ann Arbor, Mich., Apr. 16-18, pp. 497-527.

Keywords: Aerial Photographs, Satellite Photographs, Aerial Remote Sensors, Image
Enhancement, Oceanographic Applications

Paper discusses the applications of remote sensors to oceanographic studies. Characteristics
and capabilities of remote sensing are also discussed. Advantages of remote sensing in
providing a broad synoptic coverage of large-scale oceanic phenomena are noted.
Applications of interest to coastal engineers include reconnaissance by radar, evaluation of
sea state conditions, and determination of water depths by image enhancement. Oceano-
graphic features and processes are illustrated by remote sensor devices. The film density
analysis method of image enhancement for determining water depths from Gemini satellite
photos is given.

6804RS0003
WITMER, RICHARD E., “A Multispectral Survey of a Coastal-Intracoastal Environment,”
Technical Report No. 5, Geography Branch of the Office of Naval Research, Department

of Geography, Florida Atlantic University, Boca Raton, Fla., Apr. 1968.

Keywords: Aerial Photographs, Color Aerial Photographs, Infrared Imagery, Coastal
Mapping, Vegetation, Boca Raton, Florida

Report is a study of coastal landforms and manmade development as shown on conventional
panchromatic, black and white infrared, and color infrared photos and infrared imagery.
Study area was located near Boca Raton, Florida, and extended from the beach to beyond
the Intracoastal Waterway; area included both developed and undeveloped land. An example
of each type of photo is presented and features identifiable on the photos are discussed. A
description of the coastal vegetation and ground photos of vegetation species and types of

36

manmade development are also included. Report discusses the advantages and disadvantages
of aerial sensors in the coastal environment.

6804RS0004

YOST, EDWARD, and WENDEROTH, SONDRA, “Coastal Water Penetration Using

Multispectral Photographic Techniques,” Proceedings of the Fifth Symposium on

Remote Sensing of Environment, University of Michigan, Ann Arbor, Mich., Apr. 16-18,
1968, pp. 571-586.

Keywords: Multispectral Photographs, Water Penetration

Paper is a study of the exposure and spectral filtration conditions to determine the depth at
which submerged objects can be detected. Study was to determine water penetration of
wavelength bands in northern coastal waters which contain large quantities of suspended
particles. A four-lens multispectral camera and filters were used to produce photos exposed
with light in wavelength bands. Photos were taken of two identical target arrays with four
color panels and six gray panels. One target array was placed at the surface and the other
was submerged. Data analysis procedures are given. Data indicated that the green spectral
band had twice the water penetration of the red band and three times that of the blue band.
One problem with the submerged array was the growth of algae on the panels which
affected the data at greater depths.

6805RS0001

RAMEY, EVERETT H., ‘Measurement of Ocean Currents by Photogrammetric Methods,”

Technical Memorandum C&GSTM-5, NTIS Acquisition No. PB 179083, Coast and
Geodetic Survey, U.S. Department of Commerce, Rockville, Md., May 1968.

Keywords: Color Aerial Photographs, Photogrammetry, Water Currents, Oceanographic
Applications
Report describes a technique for determining ocean currents by photogrammetry using
time-lapse color photos. Test was conducted in the Gulf Stream off the coast of South
Carolina in 1965. Fifteen floating targets were distributed at about 1,500-foot intervals
along a line perpendicular to the Gulf Stream. Nine targets were red or white wooden panels
and six targets were formed by aluminum powder. A single-photo technique in which a ship
providéd azimuth ground control and aircraft altitude was used to compute the photo scale.
This was a feasible method of current velocity measurement and a satisfactory accuracy was
obtained. Report also describes a two-photo method. Factors that affect accuracy of current
velocities from photogrammetry is included.
6806RS0001
VAN LOPIK, JACK R., PRESSMAN, ALBERT E., and LUDLUM, ROGER L., “Mapping
Pollution with Infrared,” Photogrammetric Engineering, Vol. 34, No. 6, June 1968, pp.
961-565.
Keywords: Infrared Imagery, Thermal Anomalies, Water Pollution, Water Currents,
Galveston Bay, Texas

Article is a study of thermal anomalies in Galveston Bay, Texas, by the use of infrared
imagery in the 8-14 micron wavelength band. Characteristics of infrared radiation and

37

infrared imaging techniques are given. Infrared image showing surface current directions is
presented. Another image shows use of heated water discharges to trace prevailing current
patterns. Potential applications of infrared in deltaic process and sedimentology investi-
gations are noted.
6807RS0001
LEPLEY, L. K., “Coastal Water Clarity from Space Photographs,” Photogrammetric
Engineering, Vol. 34, No. 7, July 1968, pp. 667-674.

Keywords: Satellite Photographs, Water Penetration

Article describes a study to estimate the percentage of the world’s nearshore areas that are
clear enough to permit mapping of submarine topography using airborne remote sensors and
to determine the feasibility of using satellite photos for coastal water clarity. Satellite
photos (color transparencies) taken during the Gemini missions were used to classify water
clarity in relation to depths, as: muddy (less than 5 meters), typical (5—20 meters), and
clear (greater than 20 meters). A map shows water clarity along coastlines where Gemini
photos were available. The report concluded that water clarity can be observed from
satellite photos and that 35 percent of the world’s coastal waters will allow mapping of the
seafloor to depths of 20 meters by photogrammetry. A complete list of references is
included.

6808RS0001

STAFFORD, DONALD B., “Development and Evaluation of a Procedure for Using Aerial

Photographs to Conduct a Survey of Coastal Erosion,” A Report Prepared for the State

of North Carolina, Department of Civil Engineering, North Carolina State University,
Raleigh, N.C., Aug. 1968.

Keywords: Aerial Photographs, Beach Erosion, North Carolina

Report describes the use of photos for a beach erosion survey along the North Carolina
Coast. Onslow and Carteret counties were used as a study area in developing and evaluating
the procedure. Advantages and disadvantages of using photos for beach erosion surveys are
discussed and a review of pertinent literature is included. An effort was made to develop
procedures to minimize photo errors. Changes in two locations along the beach, the dune
line and the high water line, were determined. The use of photos for beach erosion surveys
was concluded to be applicable to coastal development and has important advantages over
other collection methods.

6809RS0001
ANDERSON, RICHARD R., “Remote Sensing of Marshlands and Estuaries Using Color
Infrared Photography,” Earth Resources Aircraft Program Status Review, Vol. 3,
Hydrology, Oceanography, and Sensor Studies, Section 26, pp. 1-23, National Aero-
nautics and Space Administration, Manned Spacecraft Center, Houston, Tex., Sept.
1968.
Keywords: Color Infrared Photographs, Marshlands, Estuaries, Patuxent River, Maryland

Preliminary report discusses the capability of low-altitude color infrared photos for
evaluating marshland vegetation and water quality in estuaries. Various filters were used
with color infrared film to determine the optimum filter for the best photos of the estuarine

38

environment. Several color infrared photos of the Patuxent River in Maryland are shown.
Information on water salinity, turbidity, currents, pollution, marshland vegetation, and
submerged vegetation can be obtained from color infrared photos. A tabular summary of
identifiable imagery on color infrared photos of marshlands and estuaries is included.

6810RS0001
ANSON, ABRAHAM, “Development of Aerial Color Photography for Terrain Analysis,”
Photogrammetric Engineering, Vol. 34, No. 10, Oct. 1968, pp. 1048-1057.

Keywords: Color Aerial Photographs, Water Penetration, Key West, Florida

Article describes the comparison of black and white, color, and color infrared photos for
terrain analysis, including a test of water penetration capability of color and color infrared
film. Test was conducted by the U.S. Naval Oceanographic Office near Key West, Florida.
Excellent underwater imagery was obtained with the color and color infrared photos.
Considerable ocean bottom detail was also recorded on color infrared photos taken at
altitudes of 2,000 and 5,000 feet.

6811RS0001

CONROD, A.C., KELLY, M.G., and BOERSMA, A., ‘Aerial Photography for Shallow

Water Studies on the West Edge of the Bahama Banks,” Report RE-42, Experimental

Astronomy Laboratory, Massachusetts Institute of Technology, Cambridge, Mass., Nov.
1968.

Keywords: Color Aerial Photographs, Image Enhancement, Nearshore Ecology, Vegetation,
Water Depths, Bahama Banks

Report describes a study of the shallow water ecology on the west edge of the Bahama
Banks. Capabilities and advantages ef photos for nearshore ecological studies and marine
geology are discussed. Unique features and relationships of the marine biota can be
interpreted from photos that are difficult or impossible from the surface or by diving. A
vegetation map prepared from the photos is presented. Results of image enhancement
experiments to improve the capability of extracting data from photos are described. Image
slicing and film density tracing techniques were examined and found useful. Several example
photos and enhanced images are presented. An appendix discusses the use of photos to
determine water depths.

6811RS0002
STROUD, LINDA M., and COOPER, ARTHUR W., “Color Infrared Aerial Photographic
Interpretation and Net Primary Productivity of a Regularly-Flooded North Carolina Salt
Marsh,” Report No. 14, Water Resources Research Institute, North Carolina State
University, Raleigh, N. C., Nov. 1968.
Keywords: Color Infrared Photographs, Marshlands, Vegetation, Oak Island, North Carolina
Report discusses the use of color infrared photos to estimate the primary productivity of
the grasses in a tidal marsh at Oak Island, North Carolina. Photos were taken at a scale of
500 feet per inch. Color photos were also available, but did not show the marsh grasses in
detail. The color infrared photos were used to classify the species of marsh grass and the
vegetation height within the species communities; and to determine the areal distribution of

39

the vegetation community types. Grass samples were collected to determine productivity of
the different classes. Authors conclude that color infrared photos can be used successfully
to map the distribution of pure stands of tidal marsh but that ground checks are necessary

in mixed vegetation.

6812RS0001

LANGFELDER, L. JAY, STAFFORD, DONALD B., and AMEIN, MICHAEL, “A Recon-

naissance of Coastal Erosion in North Carolina,” A Report Prepared for the State of

North Carolina, Department of Civil Engineering, North Carolina State University,
Raleigh, N. C., Dec. 1968.

Keywords: Aerial Photographs, Beach Erosion, North Carolina

Paper presents results of a coastal erosion survey along 330 miles of coast using photo and
wave refraction methods. Advantages and limitations of the techniques are discussed. The
photo procedure uses measurements on photos taken at different points along the dune line
and high water line of the transient beach. Difference in ground distances computed by
multiplying the measurements by the photo scale represents the change in the dune line and
high water line. Total erosion is converted to annual rates. Results of the photo survey are

presented and compared to the wave refraction method.

6812RS0002

MOFFITT, FRANCIS H., “History of Shore Growth from Analysis of Aerial Photographs,”

Report No. HEL-2-21, Hydraulic Engineering Laboratory, University of California,
Berkeley, Calif., Dec. 1968.

Keywords: Aerial Photographs, Coastal Changes,Monterey Bay, California
Report is essentially the same as No. 6904RS0001.

6812RS0003

ADAMS, WILLIAM M., and LEPLEY, LARRY K., “Infrared Images of the Kau and Puna

Coastlines on Hawaii,” Technical Report No. 26, Water Resources Research Center,
University of Hawaii, Honolulu, Hawaii, Dec. 1968.

Keywords: Infrared Imagery, Thermal Anomalies, Hawaii

Report describes a program for infrared coastal imagery of the Kau and Puna Districts of
Hawaii. An infrared scanner with oscilloscope that monitored and recorded on film was
used. This system has a narrow field of view requiring a 11,000-foot altitude for an image of
1,000 feet on each side of the scanner. Equipment and operating procedures are described.
The infrared imagery survey was to detect and evaluate areas along the coast where springs
were discharging cool ground water into the warmer ocean water. Report notes that not all
thermal anomalies are spring discharges and a ground survey should be made along with the
infrared surveys.

40

6900RS0001

BADGLEY, PETER C., MILOY, LEATHA, and CHILDS, LEO, “Oceans from Space,”

Proceedings of a Symposium on the Status of Knowledge, Critical Research Needs, and

Potential Research Facilities Relating to the Study of the Oceans from Space, Gulf
Publishing Co., Houston, Tex., 1969, 233 pp.

Keywords: Aerial Photographs, Satellite Photographs, Oceanographic Applications, Image
Enhancement

In symposium proceedings, articles describe oceanographic applications of satellite photos
and other remote sensors. Several articles relate to coastal engineering. Introductory section
describes characteristics and capabilities of remote sensors. Photos, including many taken
during the Gemini program, illustrate coastal processes. Section of most interest to coastal
engineers is titled, “Color Enhancement for Ocean Cartography,” by Donald S. Ross.
Techniques for color separations representing images corresponding to different parts of the
spectrum are described. Several examples of enhanced photos are presented. Image
enhancement techniques have potential uses in coastal engineering, such as photo density
contouring for evaluating underwater topography and depth determination.

6900RS0002
ROSS, DONALD S., “Color Enhancement for Ocean Cartography,” Oceans from Space,
Gulf Publishing Co., Houston, Tex., 1969, 233 pp.

Keywords: Satellite Photographs, Image Enhancement, Water Depths, Coastal Mapping
See No. 6900RS0001

6900RS0003
BURTON, IAN, KATES, ROBERT W., and SNEAD, RODMAN E., “The Human Ecology
of Coastal Flood Hazard in Megalopolis,” Research Paper No. 115, Department of
Geography, University of Chicago, Chicago, IIl., 1969.
Keywords: Aerial Photographs, Storm Effects, Coastal Changes, Eastern United States

Paper describes damage from tidal flooding after the great Atlantic coastal storm of March
1962. Study was based on photos of selected locations along 1,300 miles of coast from
Massachusetts to North Carolina. Some 65 locations averaging 2.2 miles long were studied,
representing 10 percent of the study area. Photos were used to determine the coastal
development and rate of growth. Density of structures and the built-up part of the coast
were used as measures of development. For most locations, comparative photos taken in the
late 1930’s, about 1950, and late 1960’s were used to determine the changes.

6900RS0004
JOHNSON, PHILIP L., Remote Sensing in Ecology, University of Georgia Press, Athens,
Ga., 1969, 244 pp.
Keywords: Aerial Remote Sensors, Multispectral Photographs, Marshlands, Estuaries,
Nearshore Ecology
Book has 14 papers on remote sensing in ecology presented at a symposium held in 1968 at
Madison, Wisconsin. Papers cover a variety of topics, but most are vegetation studies. A few

Al

papers discuss remote sensing applications in marshlands, estuaries, and shallow water
bodies. Chapter XII, “Aerial Photographic Studies of Shallow Water Benthic Ecology,”
describes topics related to coastal engineering. Described are applications of color and color
infrared photos, multispectral photos, multispectral scanner uinaeetye and infrared scanner
imagery. An extensive bibliography is included.

6900RS0005
LIND, AULIS O. “Coastal Landforms of Cat Island, Bahamas,” Research Paper No. 122,
Department of Geography, University of Chicago, Chicago, IIl., 1969.

Keywords: Aerial Photographs, Coastlines, Coastal Mapping, Coastal Processes, Cat Island,
Bahamas

Paper presents an investigation of coastal landforms of Cat Island, Bahamas. Photo
interpretation was an integral part of the study. Two sets of photos dated 1943 and 1958
were used. Patterns of coastal landforms are described and illustrated. Although the study
examined the Holocene accretionary topography and evidence of sea-level change on the
island, it is useful as a general investigation of coastal geomorphology. Coastal landforms of
Cat Island are described in detail.

6901RS0001

TAYLOR, JAMES I., and STINGELIN, RONALD W., “Infrared Imaging for Water

Resources Studies,” Proceedings of the American eaciety of Civil Engineers, Journal of
the Hydraulics Division, Vol. 95, No. HY1, Paper No. 6331, Jan. 1969, pp. 175-189.

Keywords: Infrared Imagery, Water Currents, Water Pollution, Estuaries

Paper describes water resources applications of infrared imagery. Basic characteristics and
operation of infrared scanners are described. Infrared imagery taken at four tidal stages to
examine currents in the Merrimack River estuary of Massachusetts is discussed. Location of
river water—sea water interface was observed on infrared imagery and applications of the
imagery in thermal effluent dispersion studies are presented. Image enhancement techniques
to improve interpretation of infrared imagery are discussed. Authors state that temperatures
of 1° centigrade can be detected and recorded on infrared imagery taken with the proper
combination of detector parameters. Infrared imagery provides a synoptic view of the
thermal characteristics of large water bodies and is concluded to be a useful tool.

6902RS0001
SONU, CHOULE J., “Tethered Balloon for Study of Coastal Dynamics,” Proceedings of
the Symposium on Earth Observations from Balloons, Sponsored by the American
Society of Photogrammetry, Washington, D.C., Feb. 6—7, 1969, pp. 91-103, (Also
Technical Report No. 66, Coastal Studies Institute, Louisiana State University, Baton
Rouge, La.).
Keywords: Color Aerial Photographs, Coastal Processes, Water Currents

A study of coastal processes using color photos taken from a tethered balloon is presented.
Equipment was a homemade polyethylene balloon with an aerodynamic shape and a radio
controlled 35-mm camera. Time-lapse photos of dye released in wave-generated longshore
currents were used to analyze dynamic coastal processes in the surf zone. The system

42

produced high resolution photos and broad coverage for a qualitative analysis of nearshore
processes. Analysis of successive photos of dye patches determined water movements.
Problems in developing the balloon system and plans for improvement are discussed.
Potential use of the system for other remote sensors and the development of quantitative
study techniques are noted.

6903RS0001

CURRENT, IRA B., “A Blue-Insensitive Anscochrome Aerial Film,” Proceedings of the

35¢2 Annual Meeting of the American Society of Photogrammetry, Washington, D.C.,
Mar. 9-14, 1969, pp. 43-54.

Keywords: Color Aerial Photographs, Water Penetration

Paper describes characteristics of a color film developed by the GAF Corporation
(Anscochrome) for the U.S. Naval Oceanographic Office. To improve depth penetration
capability, the film is produced without the upper blue-sensitive emulsion layer. The film is
insensitive to blue wavelengths which are susceptible to aerial and underwater scattering,
and has a higher speed, faster processing and drying, and higher resolution. Data on the
properties and processing characteristics of the film are presented. Tests were conducted
with the new film to determine its advantages and disadvantages; its designation is SS48895.

6904RS0001
MOFFITT, FRANCIS H., “History of Shore Growth from Aerial Photographs,” Shore and
Beach, Vol. 37, No. 1. Apr. 1969, pp. 23-27.

Keywords: Aerial Photographs, Coastal Changes, Monterey Bay, California

Article discusses a procedure for computing the historical location of the shoreline from
photos. Technique is an analytical photogrammetric approach accommodating photos of
different scale and relating the shoreline location to known ground points. Data are
presented on shoreline changes of Monterey Bay from measurements on 12 sets of photos
taken between 1929 and 1967. A method for correcting the shoreline location on the
photos for tidal stage is included. This technique is best for short sections of shoreline.

6904RS0002
KELLY, MAHLON G., and CONROD, ALFRED C., “Aerial Photography,” Bioscience,
Vol. 19, No. 4, Apr. 1969, pp. 352-353.

Keywords: Aerial Photographs, Nearshore Ecology, Bahama Banks

Article discusses the use of photos in coastal and shallow water ecology, and the difficulty
of conducting surveys of shallow water biota. Distribution of bottom conditions and
vegetation in an example photo of the Bahama Banks is presented. Suggestions are given for
taking photos of shallow water areas. Importance of selecting the proper film and filter
combination for a particular situation is also discussed. Article states that photos can be
used for nearshore ecological data.

43

6905RS0001
PESTRONG, RAYMOND, “Multiband Photos for a Tidal Marsh,” Photogrammetric Engt-
neering, Vol. 35, No. 5, May 1969, pp. 453-470.

Keywords: Multispectral Photographs, Marshlands, San Francisco Bay, California

Article describes tidal marsh morphology and characteristics by analysis of multispectral
photos. The photos were taken by a nine-lens multispectral camera and a panchromatic,
color, and color infrared photo corresponding to each set of nine-lens camera photos. Each
photo covered a narrow range of the spectrum between 400 and 900 millimicrons. Study
area covered a tidal marsh in southwest San Francisco Bay. Investigation included drainage
features, water penetration, location of the land-water boundary, and vegetation types. The
nine-lens camera photos gave excessive duplication. A four-photo combination of color,
color infrared, black and white infrared, and a photo within the 550-630 millimicron
wavelength range was concluded to be the best system. Color photos were best for general
interpretation. A microdensitometer was concluded to be a useful interpretation tool.

6906RS0001

ANDERSON, RICHARD R., “The Use of Color Aerial Photography in Marshland and

Estuarine Studies,” Seminar Proceedings—New Horizons in Color Aerial Photography,

Sponsored by the American Society of Photogrammetry, Held in New York City,
June 9-11, 1969, pp. 281-286.

Keywords: Color Aerial Photographs, Color infrared Photographs, Marshlands, Estuaries,
Patuxent River, Maryland

Paper discusses applications of color and color infrared photos in studies of marshlands and
estuaries of the Patuxent River estuary in Maryland. The color and color infrared photos
were used for plant species identification and indications of water quality, turbidity,
pollution, and salinity. Salinity was determined from plant species associations. Color
infrared photos were superior to color photos in many respects. A summary of features and
interpretation keys for color infrared photos of marshlands and estuaries is presented.

6906RS0002

KELLY, MAHLON G., “Aerial Photography for the Study of Near-shore Ocean Biology,”

Seminar Proceedings—New Horizons in Color Aerial Photography, Sponsored by the

American Society of Photogrammetry, Held in New York City, June 9-11, 1969,
pp. 347-355.

Keywords: Color Aerial Photographs, Nearshore Ecology

Paper describes an investigation of nearshore biological resources in Biscayne Bay, Florida,
from color photos. Various species of biota in the bay were mapped from color photos and
results compared to field data obtained by diving, sample collection and identification,
underwater photography, and sediment type and depth observations. Many features,
distributions, and relationships between vegetation and bottom conditions identified on the
photos would be difficult or impossible to recognize in the field. Photos showed good
correlation between bottom material (soft sediment or hard rock) and vegetative cover,
permitting the bottom to be mapped by interpretation of vegetation characteristics. Use of

4.4,

color photos is advantageous and efficient in synoptic studies of the biota over large areas.
Author also concludes that manmade effects on nearshore ecology can be analyzed from
photos.

6906RS0003

VARY, WILLARD E., “A New Non-Blue-Sensitive Aerial Color Film,” Seminar

Proceedings—New Horizons in Color Aerial Photography, Sponsored by the American
Society of Photogrammetry, Held in New York City, June 9-11, 1969, pp. 127-130.

Keywords: Color Aerial Photographs, Water Penetration, Andros Island, Bahamas

Paper describes a new color film, Anscochrome SS48895, developed for the U.S. Naval
Oceanographic Office to improve depth penetration capability. The objective was to obtain
photos for measuring depths in shallow coastal areas by photogrammetry. This film is not
sensitive to blue in the spectrum. Absence of a blue-sensitive emulsion layer eliminates the
aerial and underwater haze common in color photos of water bodies. The film was used in a
test at Andros Island, Bahamas, in 1968. The test showed important advantages in recording
bottom detail and eliminating undesirable effects of blue light. Further tests of the new film
were conducted in 1969.

6906RS0004

WELCH, ROBIN I., “The Use of Color Aerial Photcgraphy in Water Resource Manage-

ment,” Seminar Proceedings—New Horizons in Color Aerial Photography, Sponsored by

the American Society of Photogrammetry, Held in New York City, June 9-11, 1969,
pp. 315-346.

Keywords: Aerial Photographs, Color Aerial Photographs, Color Infrared Photographs,
Water Currents, Water Pollution, California

Paper presents the results of a comprehensive investigation of photo applications in water
resources studies in California, many of which are related to coastal problems. The studies
cover water movement and pollution investigations, oil pollution detection, kelp inventory,
and selecting underwater park sites. Black and white photos taken with different filters and
color and color infrared photos were examined. Optimum type of photos for different
applications is summarized in tabular form. Color photos were best for water movement and
water pollution studies and color infrared photos were best for inventorying kelp and
selecting underwater park sites. Panchromatic photos were used for oil pollution detection
studies. Water movement involved the monitoring of dye and suspended sediment in various
locations, including the surf zone.

~ 6906RS0005
WENDEROTH, SONDRA, “Hydrographic and Oceanographic Applications of Multispectral
Color Aerial Photography,” Seminar Proceedings—New Horizons in Color Aerial
Photography, Sponsored by the American Society of Photogrammetry, Held in New
York City, June 9-11, 1969, pp. 115-125.
Keywords: Color Aerial Photographs, Multispectral Photographs, Water Penetration

A description of an investigation of water penetration capability in different parts of the
spectrum related to multispectral photo applications is presented. The investigation

45

provided data for the best selection of multispectral camera filters. Data on attenuation of
wavelengths are presented. The study analyzed photos of gray scale and color panel targets
located above and below water. Test results at three locations are given. Additive color
viewing for multispectral photo analysis is described.

6906RS0006
WOBBER, FRANK J., ‘Environmental Studies Using Earth Orbital Photography,” Photo-
grammetria, Vol. 24, No. 3/4, June 1969, pp. 107-165.

Keywords: Satellite Photographs, Coastal Processes, Oceanographic Applications, Geologi-
cal Applications

Article describes applications of satellite photos in environmental studies. Gemini and
Apollo satellite photos are shown with annotations of features and processes that can be
identified; many photos cover coastal areas in different parts of the world. Several types of
coastal features and processes are illustrated, including suspended sediment plumes,
nearshore current patterns, coastal landforms, tidal marshes, ocean wave patterns, longshore
sediment transport, and water depths. Coastal, geological and oceanographic applications of
satellite photos are discussed.

6907RS0001

KELLY, MAHLON G., “Applications of Remote Photography to the Study of Coastal

Ecology in Biscayne Bay, Florida,” A Contribution of the Department of Biology,
University of Miami, Coral Gables, Fla., July 1969.

Keywords: Aerial Photographs, Color Aerial Photographs, Nearshore Ecology, Coastal
Mapping, Biscayne Bay, Florida

Report describes the use of photos to investigate synoptic distribution on bottom biotic
cover. Black and white, color, and color infrared photos were used. Information from photo
interpretation includes: (1) type distribution of biological cover on the bottom, (2)
determination of basic relationships between the biological communities, and (3) analysis of
man’s activities on the ecology. This data were compared to field surveys. Use of photos to
map bottom conditions (hard rock or soft sediments) from the distribution of cover was
demonstrated. Report concludes that photos are a valuable tool in ecological surveys.
Photos of coastal areas, maps of shallow water vegetation, and underwater photos are
presented.

6908RS0001

ROSS, DONALD S.,“Experiments in Oceanographic Aerospace Photography, I—Ben
Franklin Spectral Filter Tests,” Report No. TR-DA2108, Space and Re-entry Systems
Division, Philco-Ford Corporation, Palo Alto, Calif., Prepared for the Spacecraft
Oceanography Program, U.S. Naval Oceanographic Office, Washington, D.C., Aug. 1969.

Keywords: Multispectral Photographs, Water Penetration, Oceanographic Applications

Report describes a test to examine water penetration of various wavelength bands. Test
consisted of photos of a white target painted on the submersible Ben Franklin while the
vessel was at depths of 0, 10, 15, and 25 meters. Photos were taken with a four-lens
multispectral camera. Test confirmed the capability of the blue band to record underwater

46

detail during atmospheric haze. Study concludes that two spectral bands, 460-510
millimicrons and 510-560 mitlimicrons, should be used to optimize depth penetration. If
only one is used, the 460-580 band is recommended. Technical aspects of films and filters
for photo studies of water bodies is included in report.

6909RS0001

BERRYHILL, HENRY L., JR., “Remote Sensing Techniques as Applied to Coastal Sedi-
mentation, South Texas,” Second Annual Earth Resources Aircraft Program Status
Review, Vol. 1, Geology and Geography, Section 6, National Aeronautics and Space
Administration, Manned Spacecraft Center, Houston, Tex., Sept. 16-18, 1969, pp. 1-15.

Keywords: Color Aerial Photographs, Color Infrared Photographs, Coastal Processes, Padre
Island, Texas

Report describes a study of sedimentation and erosional processes and features along the
coast of Padre Island from color and color infrared photos. Color photos were best for
interpreting water currents from sediment patterns and for bottom detail. Color infrared
photos were superior for sand features on land and in shallow water. The study
demonstrated the usefulness of synoptic coverage of a coastal region on a sequential basis by
remote sensing. Several coastal processes are discussed and illustrated, including suspended
sediment plumes and sediment deposition patterns. Periodic photos show the effects of
storms and the healing of storm-produced effects by long term coastal processes.

6909RS0002

RICHERSON, JERRY A., “Passive Microwave Sensing of the Earth’s Environment: A

Bibliography with Abstracts,” Technical Report RSC-03, Remote Sensing Center, Texas
A&M University, College Station, Tex., Sept. 1969.

Keywords: Microwave Sensors, Bibliography

A compilation of literature describing passive microwave sensor applications in earth-related
studies. References on the characteristics of passive microwave sensors and the theory of
microwave radiometry are included. The bibliography is in three parts: a list of books and
proceedings (without abstracts), a general list of publications on passive microwave sensor
applications (with annotations), and a list of articles on microwave absorption and
attenuation in the earth’s atmosphere (without annotations). Many meteorological,
geological, geophysical, and oceanographical applications are described. Bibliography is an
excellent source of background information on the characteristics and applications of
passive microwave sensors.

6909RS0003
KELLY, MAHLON G., “The Study of Coastal Ecology Using Remote Photography,”
Second Annual Earth Resources Aircraft Program Status Review, Vol. 3, Oceanography
and Hydrology, Section 53, National Aeronautics and Space Administration, Manned
Spacecraft Center, Houston, Tex., Sept. 16-18, 1969, pp. 1-17.
Keywords: Color Aerial Photographs, Nearshore Ecology, Coastal Processes, Southern
Florida Coast

Report describes a study of the applications of color photos in nearshore vegetation and

47

bottom mapping at three sites along the Florida Straits. Sites investigated were the Bahama
Banks south of Bimini, the southern half of Biscayne Bav, and the central Florida Keys.
Submerged features and important relationships between vegetation and bottom conditions
identified on the photos are described. The bottom was mapped from vegetation type.
Manmade features, water pollution and their ecological effects were interpreted from the

photos. Color photos are a useful tool in coastal ecological surveys.

6910RS0001

VARY, WILLARD E., “Remote Sensing by Aerial Color Photography for Water Depth

Penetration and Ocean Bottom Detail,” Proceedings of the Sixth International

Symposium on Remote Sensing of Environment, University of Michigan, Ann Arbor,
Mich., Vol. 2, Oct. 13-16, 1969, pp. 1045-1059.

Keywords: Color Aerial Photographs, Water Penetration, Florida Keys, Andros Island,

Bahamas

Paper describes the results obtained by the U.S. Naval Oceanographic Office in two tests of
water penetration capability of color film. The tests were to develop techniques for
improving water penetration by color film for use in charting nearshore bottom detail and
measuring water depths. One test in 1967 off the Florida Keys was an analysis of color
photos taken at different altitudes of gray scale and color targets placed on land and
underwater. Test showed that blue light limited depth penetration, but green light gave the
greatest penetration. A new color film (Anscochrome SS48895), produced by the GAF
Corporation, omits the blue-sensitive emulsion layer. This film, using various filters, was
tested in 1968 at Andros Island, Bahamas. The film was capable of water penetration to 150
feet with good image contrast. Detailed bottom features and depth penetration was

obtained from photos exposed with the 560 millimicron part of the spectrum.

6910RS0002
JONES, DON A., “Mapping the Coastal Zone for Boundary Demarcation,’ Shore and
Beach, Vol. 37, No. 2, Oct. 1969, pp. 34-37.

Keywords: Aerial Photographs, Photogrammetry, Coastal Mapping, Shoreline Delineation

Article presents the coastal mapping program of the USC&GS (now the National Ocean
Survey). Importance of mapping in the development of the coastal zone is emphasized. The
need for accurately locating the coastline to establish the offshore boundaries that define
state and federal ownership is noted. The role of photogrammetry in coastal mapping is
described. Use of black and white photos in delineating the waterline at tidal stages is also
noted. Difficulty in defining the shoreline in marshes and swamps is discussed. Coastal

mapping programs by USC&GS with state support in Louisiana and Florida are described.

48

6910RS0003

ROSS, DONALD S., “Enhanced Oceanographic Imagery,” Proceedings of the Sixth Inter-

national Symposium on Remote Sensing of Environment, University of Michigan, Ann
Arbor, Mich., Oct. 13-16, 1969, pp. 1029-1044.

Keywords: Satellite Photographs, Multispectral Photographs, Image Enhancement, Oceano-
graphic Applications, Water Depths

Paper describes the remote sensing interpretation problems of oceanographic features
(including nearshore features). Color separations (enhanced images) in the blue and green
wavelength bands obtained from Apollo IX satellite photos of coastal areas in North and
South Carolina illustrate the subsurface information available in these bands. Multispectral
photos of the submerged Ben Franklin submarine, taken with a four-lens camera, show use
of the blue part of the spectrum in applications related to the penetration of light in water
bodies. Author concludes that wavelengths shorter than 500 millimicrons can improve the
quantity and quality of the information from photo interpretation of oceanographic
features.

6910RS0004

POLCYN, FABIAN C., and SATTINGER, I. J., “Water Depth Determinations Using Re-

mote Sensing Techniques,” Proceedings of the Sixth International Symposium on

Remote Sensing of Environment, University of Michigan, Ann Arbor, Mich., Oct. 13-16,
1969, pp. 1017-1028.

Keywords: Aerial Photographs, Multispectral Imagery, Water Depths, Wave Patterns

A description of two remote sensing techniques for determining water depths is presented.
Data collection and processing techniques to make shoal detection and water depth
determinations automatic and accurate is emphasized. The techniques are computer
processing of multispectral imagery and optical processing of aerial or satellite photos to
determine changes in wave refraction patterns. The multispectral imagery approach is based
on the spectral signature of the bottom reflection at two different wavelength bands. This
analysis can be performed by computer processing and a map of water depths printed by the
computer. Wave analysis techniques use optical processing to develop the Fourier transform
of the wave patterns on the photos. Wave direction and wavelength are determined from
these transforms. A laser ranging technique for water depth measurement is discussed.

6910RS0005

LIBBY, L. M., LIBBY, W. F., and LAWRENCE, S.S., “Measurement of Ocean Waves in a

Satellite Photograph,” NTIS Acquisition No. AD 696492, Rand Corp., Santa Monica,
Calif., Oct. 1969.

Keywords: Satellite Photographs, Wave Patterns

Report is a study of wave patterns on an Apollo 6 satellite photo. The photo covered about
10,000 square miles in the Atlantic and showed a clear view of the wave patterns. Trough to
trough wavelength measurements were made for 1,000 waves. Distribution of wavelengths
was analysed in relation to weather conditions before photo exposure. There was good
correlation of wavelength distribution with wave propagation theory. Potential use of

49

satellite photos for monitoring global wave patterns is described. Possibility of measuring
wave heights from deformation of the edges of cloud shadows is discussed.

6910RS0006

YOST, EDWARD, and WENDEROTH, SONDRA, “Agriculture ané Oceanographic Appli-

cations of Multispectral Photography,” Proceedings of the Sixth International Sym-

posium on Remote Sensing of Environment, University of Michigan, Ann Arbor, Mich.,
Oct. 13-16, 1969, pp. 145-173.

Keywords: Multispectral Photographs, Image Enhancement, Water Penetration, Oceano-
graphic Applications

Paper describes the theory and design of a multispectral additive color viewing system.
System uses a four-lens camera that takes multispectral photos in four bands ranging from
0.36 to 0.90 microns and permits the photos to be projected to form a single color or false
color presentation. The authors discuss agricultural and oceanographic applications of
multispectral photos and additive color viewing. An experiment in the Tongue of the Ocean
Straits in the Bahamas to investigate multispectral techniques for imaging subsurface
topography is described. Maximum penetration in clear water was obtained with a
wavelength of 0.48 microns. Additive color viewing tests showed targets and the bottom at
depths of 150 feet. Test results at sites in the Gulf of Mexico off the Florida-Alabama coast
and in the Great South Bay of Long Island are also presented. Potential use of these
techniques for detection of phytoplankton and sediment concentrations is noted. Problems
in using multispectral photos are also discussed.

6910RS0007

HICKMAN, G. D., HOGG, JOHN E., SPADARD, A. R., and FELSCHER, MURRAY, “The

Airborne Pulsed Neon Blue-Green Laser: A New Oceanographic Remote Sensing

Device,” Proceedings of the Sixth International Symposium on Remote Sensing of

Environment, University of Michigan, Ann Arbor, Mich., Oct. 13-16, 1969,
pp. 1061-1074.

Keywords: Aerial Remote Sensors, Water Depths, Coastal Processes

Paper describes an airborne-pulsed neon laser device for measuring water depths and other
nearshore applications. The laser emits energy in a narrow wavelength bands of 540
millimicrons as part of the spectrum showing minimum attenuation in water. Depth is
determined by measuring the time interval between the reflection of the laser beam from
the water surface and from the bottom. Presence of suspended sediment is a limiting factor
in use of the laser. Depths ranging from a few feet to 26 feet have been determined.
Reported are a series of laser-emitted light transmission and scattering experiments in a tank
with different levels of water turbidity. Authors conclude that the laser is feasible for depth
determination and may have potential for the measurement of water turbidity, identi-

fication of bottom composition, and tracking of water currents.

50

6911RS0001
NICHOLS, MAYNARD M., “Aspects of Coastal Oceanography from Space Photography,”

Paper Presented at the Annual Meeting of the Geological Society of America, Atlantic
City, N.J., Nov. 10, 1969, 10 pp.
Keywords: Satellite Photographs, Coastal Processes, North Carolina

Paper discusses patterns of turbid water plumes along coastlines as recorded on Apollo IX
photos. Patterns are interpreted as suspended sediment being transported by currents. The
horizontal gradient of the water color or intensity of the turbid water plumes is correlated
with sediment concentration. Data is presented on capability of color, color infrared, and
black and white films to record turbidity patterns at different sediment concentrations.
Analysis of turbid plumes can be used to examine circulation patterns in coastal areas.
Repeat photo coverage to study dynamic coastal conditions is emphased. Slides were used

to show turbid plumes in different areas; most covered the North Carolina coast.

6911RS0002

STOERTZ, GEORGE E., HEMPHILL, WILLIAM R., and MARKLE, DAVID A., ‘Airborne

Fluorometer Applicable to Marine and Estuarine Studies,” Marine Technology Society
Journal, Vol. 3, No. 6, Nov. 1969, pp. 11-26.

Keyworés: Aerial Remote Sensors, Water Currents

Article describes the prototype equipment and operating principles of an airborne
fluorometer which operates on the principle of a Fraunhofer line discriminator and can
detect fluorescence in rhodamine aqueous solution. Concentrations of five parts per billion
can be detected in turbid water. In controlled tests over a tank, the device detected
concentrations of one part per billion. Results of shipboard and airborne tests from a
helicopter are presented. The device is not effective on cloudy days since sunlight is required
to excite fluorescence. The airborne fluorometer is useful in current and dispersion studies

in bays and estuaries and has the potential to detect certain types of water and oil pollution.

6912RS0001
SUNAMURA, TSUGUO, and HORIKAWA, KIYOSHI, “A Study on Erosion of Coastal
Cliffs by Using Aerial Photographs,” Coastal Engineering in Japan, Vol. 12, No. 2, Dee.
1969, pp. 99-120.
Keywords: Aerial Photographs, Photogrammetry, Coastal Changes, Japan

Article describes a study in comparing the location of coastal cliffs on topographic maps to
determine the rate of cliff recession due to wave erosion. The maps were prepared by
photogrammetry from photos taken in 1960, 1965, and 1967. Study area was on the
east-central coast of Japan and was 9 km. long. A brief description on the use of photos was

presented. Article has additional data on cliff erosion.

ol

7000RS0001

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION, “Ecological Surveys from

Space,” NASA Special Publication 230, Office of Space Science and Applications,
National Aeronautics and Space Administration, Washington, D.C., 1970.

Keywords: Satellite Photographs, Water Depths, Coastal Processes, Oceanographic Appli-
cations

Report describes the applications of satellite photos in geography, agriculture, forestry,
geology, hydrology, oceanography, and cartography. Several applications relate to coastal
studies. Excellent color photos from the Gemini and Apollo programs are included, and
several show coastal features and processes; many are annotated. Coastal applications
discussed are water depths, coastal processes, and mapping. Coastal phenomena identified
on the photos include suspended sediment plumes, longshore currents, bottom features, and
sediment deposits. Examples of satellite photo interpretation in compiling small-scale maps
of coastal features are also included.

7000RS0002
HOWARD, JOHN A., Aerial Photo-Ecology, American Elsevier Publishing Co., New York,
1970, 350 pp.

Keywords: Aerial Photographs, Ecology, Vegetation

This book is not oriented toward coastal engineering, but it contains material useful in such
applications. The first part covers the characteristics of photos and the manner in which
they are influenced by the atmosphere and the interaction of light and vegetation. The
second, third, and fourth parts describe the planning of photo missions, the elements of
photogrammetry, and basic photo interpretation. The fifth part covers photo interpretation
techniques in geography, geology, biology, forestry, and ecology. Several chapters
emphasize forestry and is useful for coastal vegetation and ecology studies. An extensive
bibliography and several stereo photos are included.

7000RS0003

COMMITTEE ON REMOTE SENSING FOR AGRICULTURAL PURPOSES, Remote

Sensing with Special Reference to Agriculture and Forestry, National Academy of
Sciences, Washington, D.C., 1970, 424 pp.

Keywords: Aerial Remote Sensors, Estuaries, Marshlands

Book covers remote sensing applications in agriculture and forestry. Information on the
basic characteristics of remote sensors is presented. Material on the interaction of vegetation
and electromagnetic radiation is potentially useful to coastal engineers studying marshlands
and estuaries and monitoring the enviornmental effects of coastal engineering projects.
Although oriented toward agriculture and forestry, many of the techniques apply to other
remote sensing applications.

52

7000RS0004

WAGENER, H.D., “Beach Erosion in the Charleston Harbor Area,’ Environmental

Geology Series 1, Division of Geology, South Carolina State Development Board,
Columbia, S.C., 1970.

Keywords: Aerial Photographs, Beach Erosion, Charleston Area, South Carolina

Report describes a study of beach erosion at Isle of Palms, Sullivans Island, and Folly Beach,
South Carolina, from photos and field observations. Periodic photo mosaics or photo index
sheets were used in the investigation. Mosaics of photos taken in 1941, 1949, 1954, 1958,
and 1964 were compared to determine changes in the location and configuration of the
beaches. Changes interpreted from the mosaics are described. Current erosional conditions
and the performance of erosion control structures are described from field observations in
1969. The author states periodic photos can be used to monitor coastal changes and
recommends a study group for the South Carolina coast; incipient erosion problems can
then be detected and preventive measures taken before any severe damage.

7000RS0005
SINHA, EVELYN, “Oceanography from Space and Aircraft,” Ocean Engineering Infor-
mation Series, Vol. 2, Ocean Engineering Information Service, La Jolla, Calif., 1970.

Keywords: Aerial Remote Sensors, Bibliography, Oceanographic Applications

This is an annotated bibliography of the technology and applications of oceanography
studies from spacecraft and aircraft. It contains 428 references with abstracts covering a
wide range of subjects related to oceanography. Many references describe oceanographic and
geologic applications in the coastal zone. Some references have useful background
information on the characteristics of remote sensors and sensing techniques. A subject and
author index are included.

7000RS0006
EASTMAN KODAK CO., “Applied Infrared Photography,” Kodak Publication No. M-28,
Eastman Kodak Co., Rochester, N.Y., 1970.
Keywords: Aerial Photographs, Color Infrared Photographs
Report presents the technical aspects of black and white infrared and color infrared photos.
Basic information on the near-infrared spectrum and on characteristics of films sensitive to
infrared radiation is given. Capabilities of infrared-sensitive films are described. The
applications of black and white infrared and color infrared photos are included.
Recommended filters for black and white infrared and color infrared films are given.
Procedures for exposing, processing, and printing infrared film are also described. The haze
penetration of infrared films is emphasized.
7001RS0001
ROSS, DONALD S., “Oceanographic Image Enhancement,” Technical Report No.
TR-DA2164, Space and Re-entry Systems Division, Philco-Ford Corp., Palo Alto, Calif.,
Jan. 1970, (NTIS Acquisition No. AD 722 482).

Keywords: Satellite Photographs, Image Enhancement, Oceanographic Applications

Report describes image enhancements of Gemini and Apollo satellite photos of coastal

53

areas. The image slicing technique in which photo density levels are isolated from the
composite photo was used for image enhancement. Depth contours were compared with
photo density levels. Good correlation of image density levels and charted depth contours to
a depth of 20 fathoms was found in on photo; none was optimum for water penetration.
Image enhancement is also useful in identifying suspended sediment patterns. Several
enhanced photos cover coastal areas of North Carolina, South Carolina, and Georgia. Major
features on the enhanced images are described. Image enhancement of satellite photos is
concluded to be useful for determining water depths and other coastal applications.

7002RS0001

ADAMS, WILLIAM M., LEPLEY, L.K., WARREN, C., and CHANG, S. “Coastal and Urban

Surveys With Infrared,” Photogrammetric Engineering, Vol. 36, No.2, Feb. 1970,
pp. 173-180.

Keywords: Infrared Imagery, Thermal Anomalies, Coastlines, Hawaii

Article describes an airborne infrared scanner with oscilloscope and camera recording to
examine thermal anomalies along the coast of Hawaii. The study was to detect areas where
cool ground water was being discharged by springs into the warmer ocean water. Thermal
anomalies were best detected on imagery obtained in the early morning. The scanner was
concluded to be useful for coastal reconnaissance of thermal anomalies. Monitoring
dispersion patterns of cool water discharges may have application in the qualitative
evaluation of coastal currents.

7002RS0002
HELGESON, GAYLORD A., “Water Depth and Distance Penetration,” Photogrammetric
Engineering, Vol. 36, No. 2, Feb. 1970, pp. 164-172.

Keywords: Color Aerial Photographs, Water Penetration

Article discusses approaches to increase the water penetration of color films. A method of
simulating selected combinations of film emulsion layers by printing multispectral images is
presented. The simulated photos show that eliminating the blue-sensitive or yellow
dye-forming emulsion layer is not the best approach to increasing depth penetration. A
more effective method is the use of emulsion layers sensitive to the proper region of the
spectrum as determined by the transmission characteristics of the water. Multispectral
sensing is useful for research and selection of film emulsion layers, but is not feasible when
many photos are required because of the labor necessary for data presentation. The
development of color films with the best combination of emulsion layers for water
penetration is recommended.

7003RS0001
PIERCE, JACK W., “Tidal Inlets and Washover Fans,” The Journal of Geology, Vol. 78,
No. 2, Mar. 1970, pp. 230-234.
Keywords: Aerial Photographs, Tidal Inlets, Storm Effects, North Carolina

Article discusses formation of tidal inlets and washover fans along barrier beaches. It
concludes that tidal inlets are opened by wave attack from the lagoon side of the barrier at
tidal creeks or channels in the marsh and washover fans are formed by attack from the

34

seaward side. Study is based on an evaluation of comparative photos of the Core Banks area
in North Carolina. Photos illustrate storm-produced tidal inlets and washover fans.

7003RS0002
STAFFORD, DONALD B., and LANGFELDER, L. JAY, “An Aerial Photographic Survey
of Coastal Erosion,” Proceedings of the 36th Annual Meeting of the American Society of
Photogrammetry, Washington, D.C., Mar. 1-6, 1970, pp. 533-558.
Keywords: Aerial Photographs, Beach Erosion, North Carolina

Paper is slightly different version of Stafford and Langfelder (1971) described in entry no.
7106RS0001.

7004RS0001
WEBER, JOHN D., “Photographic Monitoring of Shoreline Movement,” Shore and Beach,
Vol. 38, No. 1, Apr. 1970, pp. 36-83.

Keywords: Aerial Photographs, Beach Erosion, Coastal Changes, North Carolina

Capabilities and limitations of photos in measuring beach erosion is presented. Character-
istics of the dune line, high water line, and the waterline for measuring beach erosion on
photos are described and problems associated with each line are discussed. Techniques used
by the Wilmington District Office to compare periodic photos to monitor beach erosion of
the North Carolina Coast are described. Plans for comparing the photo survey with field
survey measurements are described. Discussed are the common problems in measuring
coastal change on photos. The best conditions for taking photos for erosion surveys are
noted. Potentials of black and white infrared film to delineate the waterline are discussed.
Precautions to be observed if the photo survey is to produce accurate short-term beach
erosion data are given.

7004RS0002

NORRMAN, JOHN O., “Studies of the Coastal Morphology of Surtsey Island,” Report No.

AFCRL-70-0212, Translation No. 73, Air Force Cambridge Research Laboratories,

Office of Aerospace Research, U.S. Air Force, L.G. Hanscom Field, Bedford, Mass., Apr.
1970.

Keywords: Aerial Photographs, Coastal Changes, Coastal Mapping, Surtsey Island, Iceland

An English translation of a report by a Swedish scientist assigned the responsibility for ~
coastal morphology research at Surtsey Island, Iceland, formed by volcanic action during
November 1963 to June 1967. Because of the dynamic nature of the island building process,
high wave energy, depth conditions, and material characteristics that promote rapid
development, this was an excellent location for coastal morphology studies. Coastal changes,
primarily rapid erosion, are described. Several photos illustrate island features. Report states
photos are continually used to monitor retreat of the coastal cliffs and that a topographic
map is being prepared by photogrammetry. The text refers to a report by Professor S.
Thorarinsson of Reykjavik, Iceland, which describes the development of Surtsey Island
coastline from photos, although complete reference to the report is not given.

Bye)

7005RS0001

LANGFELDER, LEONARD J., STAFFORD, DONALD B., and AMEIN, MICHAEL,

“Coastal Erosion in North Carolina,” Proceedings of the American Society of Civil

Engineers, Journal of the Waterways and Harbors Division, Vol. 96, No. WW2, Paper
No. 7306, May 1970, pp. 531-545.

Keywords: Aerial Photographs, Beach Erosion, North Carolina

A description of a two-phase approach, using photos and wave refraction techniques, to
survey beach erosion along 330 miles of North Carolina coast. Advantages of the photo
approach to beach erosion are discussed. The procedure is the measurements between stable
reference points, the dune line and high water line on comparative photos in different years.
Difference in ground distances obtained by multiplying photo measurements by the photo
scale represents the change in location of the dune line and high water line. Annual rates of
change are computed by dividing the total changes by the elapsed time interval. A summary
of the erosion data is presented.

7006RS0001

FISHER, JOHN J., “Criteria for Recognition of Estuarine Water Pollution by Aerial

Remote Sensing,” Technical Completion Report, Project No. OWRR:A-031-R1, Depart-
ment of Geology, University of Rhode Island, Kingston, R.I., June 1970.

Keywords: Multispectral Photographs, Water Pollution, Estuaries, Narragansett Bay, Rhode
Island

Report describes a study of water quality in estuaries from multispectral photos. Five
advantages of remote sensing for water pollution studies are listed. A multispectral camera
system of four conventional 35-mm cameras fastened to a frame was developeé for the
research program. The characteristics and capabilities of the system are described. The study
areas were along the west side of Narragansett Bay and at Point Judith Pond. The potential
of four film types, conventional panchromatic, black and white infrared, color, and color
infrared, was investigated. Results of using the photos for detection and evaluation of
estuarine pollution sources are described. The technique to detect small and large pollution
sources was important. The color and color infrared films gave the best results. A brief
review of related studies is included.

7006RS0002

LEWIS, ANTHONY J., and MacDONALD, HAROLD C., “Significance of Estuarine Mean-

ders Identified from Radar Imagery of Eastern Panama and Northwestern Columbia,”
Modern Geology, Vol. 1, No. 3, June 1970, pp. 187-196.

Keywords: Radar Imagery, Estuaries, Marshlands, Eastern Panama and Northwestern
Columbia

The use of radar imagery to examine estuarine meanders in Eastern Panama and
Northwestern Columbia is described. The basic characteristics and modes of operation of
radar imagery are covered. Radar imagery depicts drainage features very clearly, and is
excellent for investigating the characteristics of estuarine meanders and other coastal
drainage features. Estuarine meanders develop under certain environmental conditions and

56

their presence can imply the nature of the coast in areas where they form. Estuarine
meanders can also indicate the relative importance of fluvial and marine processes.
Advantages of radar imagery in terrain studies are discussed.

7008RS0001

HERBICH, JOHN B., and HALES, ZELTON L., “Remote Sensing Techniques Used in

Determining Changes in Coastlines,” Technical Report RSC-16, Remote Sensing Center,
Texas A&M University, College Station, Tex., Aug. 1970.

Keywords: Aerial Photographs, Coastal Changes, Tidal Inlets, San Luis Pass, Texas

Report describes a study of coastal changes at San Luis Pass on Galveston Island, Texas,
from photos and coastal charts. Vertical and oblique photos and charts were compared to
determine changes in the tidal inlet and adjacent beach. The report notes while color photos
are easier to interpret, they are not necessary for coastal change studies. Several photos
show the San Luis Pass area and data on changes are presented. Report concludes that
photos are an adequate sensor for detecting changes due to such long term phenomena as
coastal processes or such short term events as storms.

7008RS0002

BURGESS, FRED J., and JAMES, WESLEY P., “Aerial Photographic Tracing of Pulp Mill

Effluent in Marine Waters,’’ Water Pollution Control Research Series, 12040EBY 08/70,
Federal Water Quality Administration, Washington, D.C., Aug. 1970.

Keywords: Aerial Photographs, Color Aerial Photographs, Water Pollution, Water Currents,
Oregon Coast

Report describes a study of pulp mill effluent dispersion from photos. Three sites along the
Oregon and California coasts were investigated. Black and white, black and white infrared,
and color or color infrared photos were used. Water current velocity and direction, waste
concentrations, toxicity zones, and diffusion coefficients were determined from the photos.
Photo density measurements determined waste plume characteristics. A computer program
was developed to process the data and plot results of the analysis. Surface water current was
the most important variable in shaping the effluent plume. Results of the data are compared
with field samplings from a boat.

7009RS0001
HELGESON, GAYLORD A., and ROSS, DONALD S., “Remote Sensor Imaging for
Oceanography,” Oceanology International, Vol. 5, No. 9, Sept. 1970, pp. 20-25.

Keywords: Color Aerial Photographs, Satellite Photographs, Image Enhancement, Oceano-
graphic Applications

Article discusses requirements for color and satellite photos in oceanographic applications.
The need to select proper techniques to record subsurface features is noted. Sensitivity of
emulsion layers of color films and light attenuation characteristics of water are discussed.
The authors show that the blue-sensitive emulsion layer should not be eliminated for best
results with either aircraft or satellite photos. Most of the article is a discussion of image
enhancement by slicing techniques to map shallow areas and sediment flows on satellite
photos.

a7

7009RS0002

NICHOLS, MAYNARD M., “Coastal Processes from Space Photography,” Proceedings of

the 12!” Coastal Engineering Conference, Vol. 2, Washington, D.C., Sept. 13-18, 1970,
pp. 641-649.

Keywords: Satellite Photographs, Coastal Processes

Applications of satellite photos to studies of coastal processes are described. Advantages of
the high vantage point and broad coverage for examining dynamic, large-scale processes are
emphasized. River effluent plumes, coastal drift, suspended sediment concentrations, and
other features on satellite photos are discussed and illustrated. The need for and the
difficulties in collecting adequate ground data to calibrate the photos are noted. The
capability of repeat photos from NASA’s ERTS program in 1972 for monitoring the
transient coastal processes has possibilities. Limitations of satellite photos for coastal studies
are discussed.

7009RS0003

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION, “Remote Sensing of

Earth Resources—A Literature Survey With Indexes,” NASA Special Publication 7036,

Office of Technology Utilization, National Aeronautics and Space Administration,
Washington, D.C., Sept. 1970.

Keywords: Aerial Remote Sensors, Photogrammetry, Bibliography

This is a comprehensive bibliography of remote sensing and photogrammetry in earth
resources applications. The literature citations contain a brief summary of unclassified
reports and journal articles in the NASA scientific and technical information system from
1962 to 1970. Annotated references include environmental changes and cultural resources,
oceanography and marine resources, and hydrology and water management (including
estuarine studies). Separate subject, author, contract number, and report number indexes
are in the appendexes.

7009RS0004

MUNDAY, JOHN C., JR., et al., “Priority Problems and Data Needs in Coastal Zone

Oceanography—Earth Observation Satellite Planning,” NASA Contractor Report

111779, Prepared by the Virginia Institute of Marine Science, Gloucester Point, Virginia,

for the National Aeronautics and Space Administration, Langley Research Center,
Hampton, Va., Sept. 1970, (NTIS Acquisition No. N70-40772).

Keywords: Satellite Photographs, Aerial Remote Sensors, Coastal Mapping, Coastal
Processes, Water Pollution

Report discusses priority problems and data needs in coastal oceanography and examines
the capability of satellite remote sensing to satisfy them. The oceanographic problems are
compiled and defined from generally accepted national environmental and coastal zone
priorities. The data needs are specified, particularly the variables that can be measured from
a satellite. The spatial resolution, temporal characteristics, and the desired spectral range
requirements for satellite remote sensors are given. Coastal zone oceanography is
emphasized in selection of experiments for an oceanographic satellite and the important
variables are specified.

58

7010RS0001
MAIRS, ROBERT L., “Oceanographic Interpretation of Apollo Photos,” Photogrammetric
Engineering, Vol. 36, No. 10, Oct. 1970, pp. 1045-1058.

Keywords: Satellite Photographs, Coastal Processes, North Carolina

Article describes the use of Apollo IX photos to analyze the origin, movement, and
dissipation of discolored water plumes along the coast of North Carolina near Cape Hatteras.
The plumes discharged from Ocracoke and Hatteras Inlets are concluded to be ebb tide
discharges of low density, highly turbid water in which the sediment was derived from the
bottom of Pamlico Sound. Historical meteorologic and oceanographic data were used to
interpret the photos. Image enhancement, in which blue, green, and red band separations
were prepared, was used for interpretation. A significant difference in the turbidity patterns
was shown in the wavelength bands. Satellite photos were useful for circulation, flushing,
and mixing patterns in coastal areas, particularly with collection of ground and
environmental data.

7010RS0002

AUKLAND, J. C., and TREXLER, D. T., ‘Oil Pollution Detection and Discrimination by

Remote Sensing Techniques,” Report No. 714104/A/006-1, AD 716349, A Report

Prepared for the U.S. Coast Guard by the Microwave Sensor Systems Division, Spectran,
Inc., Downey, Calif., Oct. 1970.

Keywords: Aerial Remote Sensors, Water Pollution, Gulf of Mexico

Report describes a series of tests in the Gulf of Mexico in April 1970 to evaluate the
capability of remote sensors to detect and discriminate oil types on the water surface. The
sensors evaluated were two microwave radiometers, an infrared scanner, two 70-mm cameras
using color and color infrared film, and a four-lens multispectral camera. A total of 103 oil
spills were made at different ship speeds and spill rates using a different oil pollutant. An
excellent series of photos show the oil spills. The study concluded that each sensor tested
had certain advantages for conditions of time, sea surface roughness, weather, and type of
pollutant.

7010RS0003
POLCYN, FABIAN C., BROWN, W.L., and SATTINGER, I. J., “The Measurement of
Water Depth by Remote Sensing Techniques,” Report 8973-26-F, Infrared and Optics
Laboratory, Willow Run Laboratories, University of Michigan, Ann Arbor, Mich., Oct.
1970.
Keywords: Aerial Photographs, Multispectral Imagery, Water Depths, Wave Patterns

Report describes three remote sensing techniques in determining water depths. One
technique is measuring changes in wave refraction patterns from photos. An optical
technique was used to produce Fourier transforms of the wave patterns on photos. The
wave direction and wavelength were determined from the transforms. Test results of this
technique in Lake Michigan are presented. The second technique was computer processing
of multispectral imagery, using the ratio of light intensity reflected from the ocean floor at
different wavelength bands to determine and plot a map of water depths. A depth map is
shown of a test site near Miami, Florida. The third technique used an optical laser system to

59

measure the time difference between the laser beam reflection from the water surface and
from the bottom. The problems and potential of the laser are described. The best accuracy
can be achieved by a combination of the laser and multispectral imagery techniques.

7010RS0004

LLAVERIAS, RITA K., and LOWE, DOROTHY G., “Remote Sensing Bibliography for

Earth Resources, 1968,” Interagency Report No. 203, U.S. Geological Survey, Washing-
ton, D.C., Oct. 1970, (NTIS Acquisition No. PB 195 748).

Keywords: Aerial Remote Sensors, Bibliography

This is the third in a series of bibliographies on remote sensing techniques and applications;
about 800 references published in 1968 are given. It is subdivided by subject with sections
on cartography, geography, geology, hydrology, limnology, marine resources, oceanography,
and remote sensors and techniques. Author, corporate author, and subject indexes are
included to facilitate use of the bibliography.

7011RS0001

KELLY, MAHLON G., and CASTIGLIONE, LOUIS, “Aerial Photographic Studies of the

Coastal Waters of New York and Long Island,” Department of Environmental Science,

University of Virginia, Charlottesville, Va., and Department of Biology, New York
University, Bronx, N.Y., Nov. 1970.

Keywords: Color Aerial Photographs, Multispectral Photographs, Image Enhancement,
Nearshore Ecology, Estuaries, Water Penetration, Long Island, New York

Report describes a study of photo applications in an investigation of the coastal
environment. Studies include water depth penetration, benthic material characteristics, and
water body properties. Color, color infrared, and 70-mm multispectral photos taken at
different altitudes were examined. Color photos with one stop number overexposure gave
better depth penetration and bottom material delineation capability. Six methods of image
enhancement were examined and results are described. Photos were used for mapping
bottom vegetation in an area of temperature climate and turbid water. Benthic material
mapping from photo interpretation was compared with field surveys. Attempts were made
to correlate water color with phytoplankton and sediment concentrations.

7012RS0001
JAMES, WESLEY P., and BURGESS, FRED J., “Ocean Outfall Dispersion,’ Photo-
grammetric Engineering, Vol. 36, No. 12, Dec. 1970, pp. 1241-1250.

Keywords: Color Aerial Photographs, Water Pollution, Water Currents

Article describes a procedure to use photos in evaluating waste concentrations, dispersion
processes, and current patterns near an outfall discharging wastes in the ocean. Advantages
of this procedure as compared to field sampling from a boat are discussed. The theory and
procedure for determining waste concentrations (as reflected by a dye tracer) from
measurements of image density in three spectral bands on color photos are given. Analysis
of time-lapse photos provides a method to examine the changes in effluent plume position
and concentration with time. Movement of the effluent plume indicates current patterns.
Photo measurement and computation procedures were computerized and plots of the study

60

results produced. Photo results were compared with conventional boat samplings and there
was good correlation. The photo technique and the computer plotting system have potential
for a wide range of water dispersion studies.

7012RS0002

KOLIPINSKI, MILTON C., and HIGER, AARON L., “Detection and Identification of

Benthic Communities and Shoreline Features in Biscayne Bay Using Multiband

Imagery,” Third Annual Earth Resources Program Review, Vol. 3, Hydrology and

Oceanography, Section 47, National Aeronautics and Space Administration, Manned
Spacecraft Center, Houston, Tex., Dec. 1-3, 1970, pp. 1-16.

Keywords: Multispectral Imagery, Nearshore Ecology, Marine Resources, Biscayne Bay,
Florida

Paper describes the use of multispectral imagery and computer processing to map
shallow-water vegetation. Mapping is from an analysis of imagery in six spectral bands
ranging from 430 to 680 millimicrons. The map of vegetation communities developed from
the computer output is color coded for identification of species. A color-coded map of
surface water temperature was produced from the multispectral imagery. Spot checks
showed excellent correlation between mapped vegetation and observed community types.
Automated mapping of benthic vegetation from multispectral imagery is useful for
nearshore ecological studies.

7012RS0003

POLCYN, FABIAN C., “Measurement of Water Depth by Multispectral Ratio Techniques,”

Third Annual Earth Resources Program Review, Vol. 3, Hydrology and Oceanography,

Section 61, National Aeronautics and Space Administration, Manned Spacecraft Center,
Houston, Tex., Dec. 1-3, 1970, pp. 1-11.

Keywords: Multispectral Imagery, Water Depths, Water Penetration

Paper describes a technique to determine water depths from multispectral imagery which is
based on the difference in the water penetration characteristics of light at different
wavelengths. Depth estimates are from the ratio of the signal strength in two channels of
multispectral imagery. Computations are printed in a map with computer-coded water
depths. Plans to use a laser device for water depth ranging to provide known depths and
improve the accuracy of the estimates are described.

7100RS0001
SHEPARD, FRANCIS P., and WANLESS, HAROLD R., Our Changing Coastlines,
McGraw-Hill, New York, 1971, 579 pp.

Keywords: Aerial Photographs, Coastal Changes, United States

A systematic description of, and changes in, the coastline of the United States is presented.
Numerous photos show various coastal features. Periodic photos reveal changes in transient
coastal landforms and are an outstanding feature of the book. Both erosional and
accretional changes are illustrated and discussed. This is an excellent compilation of photos
of coastal features and information on the nature of the U.S. coastline.

61

7100RS0002

COLWELL, ROBERT N., et al., “Monitoring Earth Resources from Aircraft and Space-

craft,” NASA Special Publication 275, Scientific and Technical Information Office,
National Aeronautics and Space Administration, Washington, D.C., 1971.

Keywords: Satellite Photographs, Multispectral Photographs, Image Enhancement, Vegeta-
tion, Ecology
Report contains a series of articles written by personnel of the Forestry Remote Sensing
Laboratory at the University of California at Berkeley. Apollo IX satellite photos and high
altitude multispectral photos are discussed. Articles cover a wide range of topics on remote
sensing. One article discusses the additive color image enhancement technique and describes
types of equipment for enhancement. Several articles cover applications of remote sensors
for vegetation classification and evaluation. Sequential photos for vegetation studies is
emphasized. This publications is useful in remote sensing applications for coastal vegetation

and ecology studies.

7100RS0003
EASTMAN KODAK CO., “Kodak Data for Aerial Photography,” Kodak Publication
No. M-29, Eastman Kodak Co., Rochester, N.Y., 1971.

Keywords: Aerial Photographs, Color Aerial Photographs, Color Infrared Photographs

This is a compilation of data on the characteristics of Kodak aerial films. Specifications for
all Kodak films and the characteristics of filters in taking photos are given; data on
processing and printing procedures are included. Film types for mapping, reconnaissance,
and duplicating are described. All Kodak black and white, black and white infrared, color,

and color infrared films are described. Data on spectral sensitivity of films are valuable.

7100RS0004

KONOVALOVA, I. Z., and LAGUTIN, B. L., “Some Statistical Characteristics of Coastal

Currents Based on Aerial Photographs,” Translation 486, U.S. Naval Oceanographic
Office, Washington, D.C., 1971, (NTIS Acquisition No. AD 722 839).

Keywords: Aerial Photographs, Water Currents

This is a translation of a Russian article published in Trudy, Gosudarstvennyy
Okeanograficheskiy Institut, Volume 95, 1968, pp. 72-84. Article describes water current
studies off the Caucasian coast of the Black Sea and in the Gulf of Riga in the Baltic Sea.
Current velocity and direction were determined from measuring movement of floating
targets on periodic photos. Floats were dropped on the surface in a pattern to give the
desired data. To improve visibility, the floats were covered with a dissolving paint. Current
patterns were complex and different than expected. Current velocity increased with distance

from the coastline. The current data are described in detail.

62

7102RS0001

MacDONALD, H. C., LEWIS, A. J., and WING, R.S., “Mapping and Landform Analysis of

Coastal Regions With Radar,” Geological Society of America Bulletin, Vol. 82, No. 2,
Feb. 1971, pp. 345-357.

Keywords: Radar Imagery, Coastal Mapping, Coastlines, Panama

Article describes the potential applications of side-looking radar in coastal mapping and
geomorphology studies. Advantages and limitations of radar imagery in coastal studies are
discussed. Advantages of radar imagery are the wide coverage per flight line and the
all-weather, day and night capability that is important in coastal areas having cloud cover
most of the time. Radar images show a variety of coastal landforms in Panama and include:
tidal mudflats, breaking surf, estuarine features, beach features, and the relationship
between landforms and vegetation. Limitations are low spatial resolution and lack of water
depths, nearshore bottom detail, or longshore sediment transport. Use of radar imagery to
compile or update coastal maps is illustrated.

7102RS0002

GERDING, R. B., et al., ‘“‘Coastal-Zone Requirements for Earth Observatory Satellites

A/B,” Final Report, TRW Systems Group, Redondo Beach, Calif., National Aeronautics

and Space Administration, Langley Research Center, Hampton, Va., Feb. 1971, (NTIS
Acquisition No. N71-17262).

Keywords: Satellite Photographs, Aerial Remote Sensors, Coastal Mapping, Coastal
Processes, Water Pollution

Report describes coastal zone requirements for remote sensors on Earth Observatory
Satellites A and B scheduled for launch during 1974-1976. These satellites are the same as
Earth Resources Satellites E and F. Estimates of optimum and minimum remote sensor
payloads were developed. Types of sensors considered in the satellite missions and the
coastal data obtainable are described. Priority coastal zone applications were concluded to
be pollution, fisheries, and geography-hydrology-cartography. Remote sensors for these
subjects would provide data unobtainable from other satellites.

7104RS0001
ORR, DONALD G., and QUICK, JAMES R., “Construction Materials in Delta Areas,”
Photogrammetric Engineering, Vol. 37, No. 4, Apr. 1971, pp. 337-351.

Keywords: Aerial Photographs, Color Aerial Photographs, Color Infrared Photographs,
Radar Imagery, Infrared Scanner Imagery, Soil Identification, Mississippi River
Delta

Article presents a study of remote sensors in locating construction materials in deltas. Black
and white panchromatic, color, and color infrared photos; radar imagery; infrared scanner
imagery; and multispectral scanner imagery were evaluated. The Mississippi River Delta was
used as a study area and as an analog of the Mekong River Delta in Vietnam. Radar imagery
was best for a regional analysis and color infrared photos were best for the detailed analysis.
Ranking of remote sensors and their use in the coastal environment is included.

63

7105RS0001

GLASBY, J. P., and LOWE, D.G., “Remote Sensing Bibliography for Earth Resources,

1969,” NTIS Acquisition No. PB 202726, U.S. Geological Survey, Water Resources
Division, Washington, D.C., May 1971.

Keywords: Aerial Remote Sensors, Bibliography, Marine Resources, Oceanographic Appli-

cations

Report is the fourth in a series of bibliographies on remote sensing and lists 612 references
published in 1969. The bibliography is subdivided by subject with sections on ecology,
geology, geomorphology, hydrography, oceanography, limnology, and marine resources.
Author, corporate author, and subject indexes are included to facilitate use of the
bibliography.

7106RS0001
STAFFORD, DONALD B., and LANGFELDER, L. JAY, “Air Photo Survey of Coastal
Erosion,” Photogrammetric Engineering, Vol. 37, No. 6, June 1971, pp. 565-575.

Keywords: Aerial Photographs, Beach Erosion, North Carolina

Article describes and evaluates a procedure for using photos in a survey of beach erosion in
North Carolina. Reference points are selected on photos taken in different years and the
distance measured between these points and points located along the dune line and high
water line on the transient beach. The measurements are multiplied by the photo scale for
ground distances. Difference in the ground distances is the change in beach location over the
elapsed time interval. Changes are converted to rates of change by dividing by the time
interval. Advantages and limitations of this approach are discussed; illustrations of data
obtained in North Carolina are presented.

7106RS0002

BURGESS, FRED J., and JAMES, WESLEY P., “Airphoto Analysis of Ocean Outfall

Dispersion,” Water Pollution Control Research Series, 16070ENS06/71, U.S. Environ-
mental Protection Agency, Washington, D.C., 1971.

Keywords: Color Aerial Photographs, Water Pollution, Water Currents, Oregon Coast

Report describes a comprehensive investigation of ocean outfall dispersion near Newport,
Oregon from color photos. Techniques for determining waste concentrations, dispersion
coefficients, and water currents from measurements on photos are described. Photos taken
during flights over dye patches produced by dropping dye from an aircraft were used in
evaluating dispersion characteristics of proposed ocean outfall sites. Results of comparing
waste concentrations from photos with conventional boat samplings are presented. A
computer program to analyze the photo data and to plot the results is described. Study
concluded that photos are an effective and economically feasible method for analysis of
ocean waste disperison. Several oblique photos of the outfall are included. The computer
programs are presented in the appendixes.

64.

7107RS0001
BUTLER, WILLIAM E., JR., “Use of Remote Sensing Data Acquisition for Ecological and
Planning Studies in the Caribbean,” Paper presented at the Caribbean Engineers Seminar,
July 12-13, 1971, Port-of-Spain, Trinidad, 23 pp.
Keywords: Color Aerial Photographs, Infrared Imagery, Nearshore Ecology, Tobago

Paper describes the use of color and color infrared photos and infrared imagery in the
analysis of environmental conditions at the southwestern tip of the island of Tobago in the
Caribbean. Photos were taken with a 70-mm camera. Coastal features and vegetation
identified on the photos are described. Infrared imagery was used to determine water
current directions. The photos and infrared imagery will be used in developing environ-
mental baseline data and for planning a large coastal resort complex. Data from remote
sensors will ensure in the planning stage that the proposed complex will have a minimum
impact on the island ecology. Advantages of remote sensing in planning the location and
number of field data collection points are noted.

7108RS0001

BROWN, W.L., POLCYN, F.C., SELLMAN, A. N., and STEWARD, S. R., “Water Depth
Measurement by Wave Refraction and Multispectral Techniques,” Infrared and Optics
Laboratory, Willow Run Laboratories, University of Michigan, Ann Arbor, Mich., 1971.

Keywords: Aerial Photographs, Multispectral Scanner Imagery, Water Depths, Wave
Patterns

Report presents two remote sensing techniques for measuring depths in coastal waters. One
technique is based on shallow bottom wave refraction and optical processing of the wave
pattern on photos to extract the Fourier transform. The other technique is an analysis of
multispectral scanner imagery of reflected radiation of the water surface and the bottom.
Both techniques are concluded to be feasible. Procedures for using the techniques and the
results at several test sites are presented. The Fourier transform can be used for sea state
conditions from photos. Multispectral analysis can be performed by a computer and
computer-generated depth charts can be printed. These techniques may not give the desired
accuracy in coastal engineering, but they have potential for future applications.

7108RS0002

THOMAS, REUBEN S., “Comparison of the Coastal Engineering Applications of Color and

Color Infrared Aerial Photographs,” Unpublished Master of Science Project Report,
Department of Civil Engineering, Clemson University , Clemson, S.C., Aug. 1971.

Keywords: Color Aerial Photographs, Color Infrared Photographs, Coastal Engineering,
Long Island, New York

Report describes a study of color and color infrared photos to depict coastal features and
processes important to coastal engineering. Extensive review of the literature is included.
Study was a visual comparison of matching color and color infrared photos of the south
shore of Long Island. Report concluded that color and color infrared photos are useful in
coastal engineering studies, but color photos are best for underwater features and color
infrared photos are better for land features and the land-water interface. Capabilities of both
film types to show coastal features is given.

65

7109RS0001

YOST, EDWARD, and WENDEROTH, SONDRA, “Coastal and Estuarine Applications of

Multispectral Photography,” Proceedings of the American Society of Photogrammetry

Fall Convention, San Francisco, Calif., American Society of Photogrammetry, Falls
Church, Va., Sept. 7-11, 1971, pp. 515-530.

Keywords: Multispectral Photographs, Image Enhancement, Water Penetration

Paper describes an investigation of water penetration capability of multispectral photos. The
primary objective was to examine factors affecting the ability to detect and identify objects
in coastal waters. Multispectral photos of underwater targets were made at test sites near
Long Island, New York, and Santa Rosa Island, Florida. The spectral band between 493 and
543 nanometers gave the best water penetration when film was exposed properly. The tests
showed that the time of day and altitude of the aircraft had no significant effect on the
depth penetration if there was no sun glitter on the water surface. The effects of particulant
matter in the water on depth penetration was examined and the results given. Multispectral
additive color viewing gave better chromatic enhancement of surface and underwater objects
than color film. An isoluminous color technique for enhancing subtle spectral differences of
submerged features and within water bodies is described.
7110RS0001

STAFFORD, DONALD B., “An Aerial Photographic Technique for Beach Erosion Surveys

in North Carolina,” Technical Memorandum No. 36, U.S. Army Corps of Engineers,

Coastal Engineering Research Center, Washington, D.C., Oct. 1971.
Keywords: Aerial Photographs, Beach Erosion, North Carolina

This technical memorandum is an edited and shortened version of previous entry No.
6808RS0001.

7110RS002
SAPP, CECIL D., et al., “Selected Bibliography of the Terrain Sciences, Fifth Edition,”

Ratheon Company, Autometric Operation, Wayland, Mass., Oct. 1971.
Keywords: Aerial Remote Sensors, Bibliography, Oceanographic Applications, Soil Identift-
cation

Report is a comprehensive bibliography of remote sensing for terrain scientists. It is
subdivided by subject and includes sections on geology, geomorphology, soils, vegetation
and land use, hydrology and oceanography, engineering and photogrammetry, color,
multi-sensor, and general studies and reference textbooks. An author index has about 1,000
references. This lastest edition is an expansion of earlier bibliographies.

7110RS0003
NATIONAL OCEAN SURVEY, “Photographic and Thermal Remote Sensing Survey of
Boston Harbor Surface Currents,” U.S. Department of Commerce, National Oceanic and
Atmospheric Administration, National Ocean Survey, Office of Marine Survey and Maps,
Rockville, Md., Oct. 1971.
Keywords: Color Aerial Photographs, Infrared Imagery, Water Currents, Boston Harbor,
Massachusetts

Report describes the data acquisition phase of a remote sensing program by the National
Ocean Survey in surveying surface currents in Boston Harbor. Color photos of floating

66

targets composed of aluminum powder were used. Target movement during the time interval
between repeat flights is measured on the photos to determine current velocity and
direction. Photos were taken with color infrared film for increased haze penetration.
Infrared imagery of the harbor was taken at different tidal stages to define the thermal
characteristics of the surface waters. Surface temperatures will aid in determining current
patterns and in water pollution studies.

7200RS0001

CRAVAT, HARLAND R., and GLASER, RAYMOND, “Color Aerial Stereograms of
Selected Coastal Areas of the United States,” U.S. Department of Commerce, National
Oceanic and Atmospheric Administration, National Ocean Survey, Rockville, Md., 1972.

Keywords: Color Aerial Photographs, Coastlines, Coastal Mapping

Publication describes a program by the National Ocean Survey (formerly USC&GS) to
periodically photograph the coasts of the United States with color and black and white
photos. Index of available color photos and information for ordering the photos are
included. Some 45 color stereopairs of coastal areas and a stereoscope are also included. A
description of the area, pertinent features shown, and technical data for each stereopair is
presented. Quality of the color photos is excellent. The stereopairs show coastal landforms,
underwater features, coastal vegetation, pollution effluents, storm damage, and land use.

7202RS0001

THOMPSON, DONALD E., “Airborne Remote Sensing—Georgia Tidal Marshes,” Paper

Presented at the Seminar on Operational Remote Sensing, Sponsored by the American
Society of Photogrammetry, Houston, Tex., Feb. 1-4, 1972, 19 pp.

Keywords: Color Infrared Photographs, Infrared Imagery, Marshlands, Vegetation,
Estuaries, Sapelo Island, Georgia

Paper discusses color infrared photos and infrared imagery in investigations of tidal marsh
vegetation near Sapelo Island, Georgia. The research was to determine tidal marsh
productivity from color infrared photos and field samplings. Photos were taken at four
different periods of growth and samples were collected to determine the grass productivity.
The vegetation was classified by height and the areal distribution of grasses was determined
from color infrared photos. Infrared imagery taken at 1-hour intervals was used to record
the progressive flooding of the marsh caused by the rising tide. Remote sensing and primary
production estimates from ground measurements are concluded to be a feasible and
economical method of determining productivity zones in tidal marshlands.

7203RS0001

BREWER, RONALD K., and HEYWOOD, ALBERT K., “Coastal Boundary Mapping,”

Proceedings of the 38!) Annual Meeting of the American Society of Photogrammetry,
Washington, D.C., Mar. 12-17, 1972, pp. 182-191.

Keywords: Aerial Photographs, Color Aerial Photographs, Coastal Mapping, Shoreline

Delineation, Florida
Paper describes a program of coastal boundary mapping by the National Ocean Survey in
cooperation with the State of Florida. The program will produce about 450 coastal

67

boundary photomaps of the Florida coast at a scale of 1:10,000. The maps will define the
shoreline at mean low water and mean high water so that boundaries for private, state, and
federal ownership can be established. Black and white infrared photos are taken to delineate
the shoreline at desired tide levels. Color photos are being used for aerial triangulation to
establish horizontal ground control and for photo mosaics. Procedures for compiling the
maps and problems in defining the shoreline are given.

68

Iv. AUTHOR INDEX

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So00sH0002
2000S87089
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2000S40069
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2000S46069
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T000S49089

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T000SHS0S4%
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2000SHTTES

2000SuH2T0S
TOOOSYT069
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SAeME ARYA

78

V. KEYWORD INDEX

79

TO00SYH60E9 SOOHL3W ITYLSWWVYN9OLOHd AB SAZAUNS ANSYYND WOTL

2000SuTTES SHdVY9OLOHdG WWTYSv WOH4s SH1d3G YSLVM
T000SH00%9 VNITOSVI-HLYON NOT93Y SYNVE=-3H09 SHL 4O AYOLSIH 919071039 ANv AHdVHOTLVYHLS IN3054
2000Sx40099 VINISYIA ONY GNYIAMWW GNVISI anOVa1VSSY UNV NOTMNG4 NO S3YNVHD JHOHS
T000Su7049 SIN38HND WOTL 430 LNAWSYNSVAW D141 5WWVu90LOHd
T000Su204%9 TANNIMAL °9°9 AB SHdVHOOLOHd AWIY3Y WONS SHIdad H3LVM - dadVd NOTSSNOSIG
1000Su60%9 AANANS IIL30039 ONV 1SVO9 3H1 NI ASLAWWVG9OLOHd ONY AHdVY90LOHd WId3V
TO00SY0T 79 VOTYO14 AGANNS¥-3dV9 NOISONS JHOHS 40 GYOI4H V YO4 ONIdd¥W LV3q3H
TOO0SHTT #9 NOISS/NOSIG
GNV SAIdWYX3 TWOTYAWAN Hid3d 3nd! OL Y3LVM 4O HidaG LN3aVdd¥ G3AN3SAO ATIVITdOISOSHTLS 40 NOISHSANOD 404 VInwao4s
T000S4u0099 SSLVLS=-GS1LINN
SHL 40 S1SVOD 41ND ONY OTLNVILV 3HL SNOT Svauy G319313S NI S39NVHO 3NIT3SYHOHS 4o NOTLVLAYNdNSLNIOLOHd
2000SHTT 79 AYLAWNVYSOLOHd WINav 40 GIV HLIM S3SS390%d JYHOHS 4oO ANS
1000SYb0S9 SAIGNLS SONVHD WAiSVOO NI NOTLVISdddaINI OLOHG HIV WWTinanoss
2000SH0US9 AHdVYSOLOHd HIV WWILN3NO4S AB SSIGNLS AWisvog
looosyeos9 Vi130 WOIL V 4O BLYOYD ATaV3 ONY HLaTE
TOO00SYO0TS9 GNVIST J318VS JO SONVS ONTLSIHS JHL
TOOOSHOT¥E VNAWONSHd SNIVSYOHS G3LV13% ONY ASSHSP=M3N LAINI LVOdNaVE JO AGNLS Vv
2000SH0T69 NOTLVONWW3G AYVONNOS YO4 JNOZ AW1SVOO 3HL ONTddtw
€000SuE089S SALIVIALVS ITHGVYOONV390 YO4 NOTAVINSWNYISNI NOI996 BIAISIA JO NOLLVOTISSANT
2000S8700L QONWIST AASLYNS 40 ADSOTOHdHOW TW4ASVOD 3HL 40 S3TGNIS
Ed000SHOTOL SANDINHIAL ONISN3S 31L0W34 AB Hid3G YaLVM 40 LNaWaUASY aM SHL
T000S48089 NOISON3 W1SVOD 40 ASAYNS V LONGNOD OL SHdVu9OLOHd TWINaV ONTSN 404 SYNdZ00Nd V 40 NOTLYNIVAR GNY LNaWdOT3AaG
T000Sd2T89 YNIVO8VI-HINON NI NOISO43S AW1SVOD 4O 3OINVSSIVNNODZ4 Vv
TOOOSH*OTL SV3dvV V1IS0 NI SIVIMStVW NOTLONYLSNOD
T000SH»00L ANSWIAOW SNIVSHOHS 40 ONTSOLINOW JIHdvH90LOHd
2000S40089 SHAVHOOLOHd WIN3Y 40 NOTLVLSYddSLNI
2000S487069 AHdVYYOLOHG Avla3ayv
TOO00SY90TZL NOISO8S W1SVOD 4O ABANNS O1CKd ATV
s000S40089 SW3LSAS JONVSSTYNNOD3Y DIHdVY9OLOHd ONY AWOTLd0
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TOO00SHOOTL SANI7LSVO9 ONTONVED ano
7000549069 INAW39VNVW JDYNOS3Y YALVM NI AHdVY9OLOHd AW1d3v YU10D 40 3SN 3HL
T000Su¢T69 SHdVd9OLOHd TIWIMSV ONISN AW S44I19 TWW1SVOO 40 NOTSON3 NO AGnis Vv
TOOOSHED0L SNV4-45AGHSVM GNY SLIINI AOTL
T000SHEOZL ONIddVW AYVCINNOH AWLSVO9
€000S47089 ANAWNOYTANZ TWISVOOVEINI-TWiSVOD V 40 AZAUNS TWeld3dSTiInW Vv
T000SHT089 AHAVYYONUAH WWISVOO
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TOO0OSYHBOTZ SANDINHI3L Wa103dSTL IAW GNY NOTLOWS43N 3AVM AB LNaWaaNSVaW H1d30 Y43LVM
TOOOSHOTTZ VNIVOSVI-HLYON NI SASANNS NOISONS HOVSH HOS ANOINHDAL JIHdVe9GLOHd WIa3sV NV
7000SH0T69 SANODINHISL YNISN3SS 3LOW3Y ONISN SNOTLVNIWHS1L30 Hldad MaLvM
€000S4H0069 ST10d01V94W NI UdVZVH GOOT4 W1SVO9 40 4907003 NVWAH 3HL
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€000SHOOTL AHdVY9OLOHd IWINSVY YO4 VIVO yNVGOY
2000SH000z2 A901094-010Hd WI43V
7000SH00TL SHAVY9OLOHd WI43Y NO GASVG SIN3¥UND W1SvVOD 4O SD1LSTNaLOVAVHD WOTISTLVLS 3nOS
1000S40069 39vdS wod4 SNV590
T000S47069 SHdWH9OLOHd TWINS WONs HLMOYNS JYOKS 4O AYNOLSIH
1000Su2069 VGTYO14 *AVE ANAVOSIG NI 4907093 W1isvod 4O AGNLS 3H OL AHAVHOOLOHd J10h3H 40 SNOILVOIIddv
2000SH800z Sa3LVM 3NIMVW NI LN3N1443 VIIh daNd 40 YNIOVAL JIHGVu9O0LOHd Tw1d3av
$000Sx0069 SVWVHVE GNVIST 1V9 40 SWHOSGNYT AVLSVOO
2000Sk2T89 SHdWx90L0Hd WWIsav 40 SISATYNY WOUS HIMOND 3YOHS JO AYOLSTH
2000S4”089 ONISNAS 4L0W39Y JO SNOTLVITIdd¥ ITHdVHOONY3II0
Z2000SHE00L NOTSON3 WAISVOD 40 ASASNS IIHdVA9OLOHG AWTHaV NV
9000SH000z2 AHOVHOOLOHd G3NVYHANI GSIIdev

SHdVu901CHd TWIdaV

80

TO00Sd2eTL9
2000S40009
£000S40009
7000S40009
TOO00SHE009
T000SHL0L9
c000SHE009
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T000S82T09
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IN4WSENSU4W JAVM DLeLahhVe9OLOHdUdeSLS

NOTLVEMOTINGD SOV5NS FAV

AclsavhdvaI0L0hd 40 TVINhVW

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HLOOW S4nld VIewNAIOD SH1 Lv ghdtand

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SHdVS90LOHd IWINSV ONTSI! AB S44I7D WiSVGD JU NOTSCe2 NO AGALS V

ONT dd¥w ONY NOTIViS¢desadNT 91907030 NI SHdaVa9OLGHdA IITe3V

SAXSQNT HLIM ASAGIIS SAL VeHSLITD Vv - SS9dNOSSH BHlavs 4O ONTISM3S 310Ww3a

AANSNS ITL30049 UNV LSVOD S4I1VIS-G3ILTINN FHL NI AOL SMWYEYOLOHA JO MOTLVOIAddV DIHAVHOORUAH

SANIVSNOHS 40 AUNLS AHL GL AdLaWWVAOULOHA WIelSsdedt JO SNOTLVOIIddv 3Wwos
MOTSS39044 44TH S3lds-35xV7 JO AUQLS V
(GANHTINOD) A&lLikwValOLoked

92

2000SH7002

TO00SH00E9
To0dSdeTe9
T000S4L029
T000SUL0T9
TOO0O0SHL06E
TO000S4H606E
TOOO0SHEDOL
T000S40099

£€000S40069
T000S420L9

€000S486069

£00USKO0ES
TO00S460E9
T000S487049
1000S40099

7000SH000L

T000S4006S
To00sa70TL
2000S4904%S
ZO00SHOTTL

Z000SYT0LY
2000SH0T69
T000S8709S
¢c000S48709S
TO00S&70LS
c000S4870LS
£000S470LS
TOOUS4EDTS
TOO0USHEN2L

1T000SH70L9
TO0USHL089
TO00SHOTOL
T000SHO00L
5000S49069
z000Sd20Tz
7000SH0089
1000SH600L
T000SHTT69
2000SaT089
2000Sk70S9
2000S87089
T00U0S4H0069
TO00SHTOOL
Z2000S80U69
TO0G0S&8S099
S000SH0T69

GNVIST AXSLYUNS 4O AVOVOHdHOW WISVOD JHL1 JO SSIONIS

GNVISIT ASSLYNS

SHaVYNULOHd AWIYSY AG OSLVHLSNITI SV 3NIVISVOD S31VLS-G9LINA SHL 4G SLaVad NO SANVOTYUANH 40 $193444
YNIVLSVOD DILNVILV ONTIONVHO 4NU
ASAYMNS SYVWVG WYHOLS
YNNOU ANVOTAYNH OL ANG SSONVHD HOVE GNVINI VW
MYOA MAN GNVISI-ONOT 40 Y¥e SFYOHS44O SHL 40 NOTLVOISIGOW ANVOTYSNH
BE6l TZ Y3IBWI1d9S 40 JNVOTYYNH AB ASDNGONd GNVIST=-300HYN NI S30NVHO ANI TA480HS
SNV3S-YSAOHSVR GNV SLSINT WOTL
S3LViS-CS) INA
3H1 40 SL1SVOD 41ND ONV DILNVTLV SHL ONODW SV34V G3193973S NI SSONVHOD SNIVSYXOHS 40 NOTLVL94dd51N1010Hd
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§193443
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wyOls

1SVGO VOIHO14 NY3aHiNoSs

SCOHLAW DIYLSWWVA9SOLUOHdG AH SABASNS LN3baND WOTL
SUOHL AN DTYLawnVa9OLOHd AAW SAZANNS INSHHND WIL
SINSYaND WOTL JO LNSWSeNSVAW JT at shwvd901L0kd
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BHt 30 SLSVO9 47N9 GNV ITANVILV 3HL ONOTV Sv3av G419475S NI SSONYHD BNITVIAOHS 40 NOTLVI39NdYSINIOLOHd
VaOV COHSVH NOISSTUVHOD SRL NI NOISOd3 HOVIE
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SNOTLVOITdd¥ GNY SAINdTOINING - NOTLVILSAdHdSLNI IIHdDVENOLOHd WIdsy
Sv3Hv vVilsd NI SWW1aalvw NOTLINYLSNOD
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SSONSIOS NIVHMSAL SHL JO ARdVHOOIIAIA (3L94 19S
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ANIVW AVA WOODSHOD NI AHdVS9OLOHd SSLVM-A07
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ONIddvVW AYVONMOd W1SVOO

KLNOS

VI0S

NOTLYANIV30 SNIV340HS

GNIYNWW Viv 4O LIS3N3H6 SHL YO4 SNOTLVOIIddv 39VGS 30 ASANNS V
SHdVANOLOHd JOVdS WONS ALTHV1IO B4LVM WAISTO9

SOLOHd O1VN0dv JO NOILVL3NdESLNI OTHdIVYSONV 590

4OVdS WOS4 SAZBAUNS 1WO1Y0 109045

AHdVH9OLOHd IWLI8AO HLYVS ONISN SSTGNLS IWLNSWNOMTANS

H-V SSLIWISLVS AYOLVAGSSHO HLaVa YO4d SIN3WSeINh3Y JNOZ-1V1SVO09

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ONINNVId SLIVISLVS NOTLVAYZSSHO HLdVa = AHdVeOONVIIO 3NOZ W1SVOD NI SGS3N Vi¥G GNV SW31HOdd ALTYOLUd
AHdV4a9OLOHd 3IVdS WOHS AHAVAIONVIIO IW1SVOD 40 S1D3dS¥

L4AVNOIIVGS INIWS9 WOYNS GSHdVHOOLOHG S3IeNLV34 NV3NO 40 X3ONT Nv

B30vdS WONS AHdVYNONV 390

ONISNSS S3LOWSY 40 SNOTIVOT Idd¥ DIHdVHOONY 390

doVdS wOdd SNVIIO

JNAWSONVENG JOVWI DIRAVYSONV 490

AHdVd9OLYVO NVIIO HOS LNAWSONVHNS 4O 109

SHdVS9OLOHd GHIMsIw39 OML JO NOILVL4NddSINIT OTHdAVeOONV IDO

HdVH9OIOHA SLIVISLVS V NI SSAVM NV3SDO0 JO LNIWSENSV3W

(GSNNTLNOD) SHdVd901L10Hd SLT V131LVS

93

TO00SHT069
LO00SHO0ES
TOO0SHE0DL9S
ToO00SHENZS
TO00S4eTO9
2000849029
E000SHOTIZ
To0dSeeTOL
T000SHE0eS
2000SHE02S
1000S49089
T000Su2069
Z000SuTT69
T000Su8S099
7000SHO0TL
T000SYS089
T000Sd4%0%9
7000849069
TOO0O0SH60E9
2000S890TL
c000Su800L

2000S40099
2000SHITT89

T000Sa2022
TOOOSHTT89
T000S4S0S4
£000S47089
2000SH00TL
L000S40089
2000SH0002

TOO0O0SHOOTL
TO0OSYHz0TL

TOO00SHOTBS
T000su7009
2000Suu029
ToooSsHeO00L
T000SH00%79
TOOOSHEDS9
TO00SH0TvE
TO0O0Sa8002

€000SuHeTS9
TO0O0SHZ002
T000S49089

1000S40099
1000S46069

T000Su9089
TO00SHB002

SAFIUNLS S39dN0SSY HILVM HO4 ONTOVRI O3aVe4dNI

SGOHIAW DJINLSWWVeOOJOHG AK SASAMNS LN3daND WdTL

HINQW Y4ATA VIHWNIOD ShL LY LNaMANO

NOILVNIVAS NV = AHdVY9OLORd MIVY 3SdVIaWIL AR INIWAMNSV aN IN3VGA0K UND INJ8and AsiuMm
AYLAWAVAOOLUHd AH SNYSLLVd INSHEND YHLVM 40 ONTILL07¢

NV390 SHL JO NOTLVOTISSANT 464 SCOHLSAWONSV 40 NOTLVOIAday

SLIN3YXYUND FIV4AYNS HOMYVH NOLSOH 4O AAANNS ONISNIS JLOnaa TWweshi ONY DIHdVS9O0LOHd
NOTSHADSIG W1V41N0 NV IDO

SGOHIAW XVITVAVd AB SSILTOONIA INGUUND B4LVm 4O INaWS5uNSY SIN AHL

AHdVd90L0Kd WIASY WO4d VLIVG LINSdaddND NSALAd

GSy4Va4NT KLIN NOTLNTV1Od ONIddvw

SOIWYNAG W1isSvVOd JO AGNLS 404 NOOTIYH Q3035H151L

S4TGNLS ANTSVNLSS ONY ANTOVW OL AISVYOTTadv e€4L3wOHants SNHOHSTV

SHdVE9ULOHd S=-INIWS9 OmL 40 NOTLVL Sede SLINI OTHaAVASONY 490

SHdGVY9OLOHd IWId3v NO G3SVH SINAMHND WILSVOD 40 SOTLSITYSLIVAEVHOD WOTLSTLVLS 3wOos
SQOHISW JTYLAWAVESOLOHd AH SINSHAND NVADIO 4O LN3IWENSVSW

SINSOAND AGTL 40 LNAWSHNSVSW DTalswwva9o0LoHad

INSWSDVNVW JO8NOSSYH S4LVM PT AHGVeHOULOHd IW1eay 4Om0d JO 3SN SHL

SGOHLAW ITHLAWWVH9O10Hd AB SASAMNS LNSuAND AVGTL

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SYsiVM SNIYVW NI IN3N1453 VIIW athe 40 ONTOVAL JIHdVG9OLOHd WW1esv

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VINISSIA ONY GNVITANVW CNVIS] Sf9OVSLVSSV ONY YOTMNS4 NO SSYNVHD Jd0HS
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HSHVW LVS WNIT
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SSHSYVW SGLL VI9H0SS = ONISN4S JLOWSe BNHOKATY
SYNVG VWRVHVS 3HL 40 3903 LS3M 3HL NO SATUNLS HSLVM MOTIVHS HO4 AHAVAIOLOHd AWIdaV
NOTLVL389d431NI DIHdDVN9OLOHd NI 3SN 4O4 NOLLYI399N ONY SweusuNnyd QI419VdG OL 30IND Vv
ANAWNOSTANS WISVOOVSLNI-WASVOD VY 490 AAAUNS AWs1I3dSTLINW VY
LAVYDSIVdS GNV L4VYHONTV WROe4 SFDNNOS SH HLHVS ONTHOLINOW
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NV3HHTYVD 3HL NI S3IGNLS ONINNY Id GNV W9II901093 HU4 NOTLISTINOIV VLVG ONISN|S JLOrnaeu 40 asn

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VNIVONVI-HIYON JO SYNVH=-231NO 3HL ONO IW SLSINI Y3waO3s JO NOISS3IHaXS DIHAdXORVTD
SNV4-d4d5AOHSVM UNV SLSINI WOTL
VNIVOUVI-HLYON NOI99Y SMNVH=3409 SHI 40 ANGLSIH 91907039 UNV AHGVeOTLVaLS Lma0ge
v1I50 WOIL VY 40 HLMOND ATHV4S UNV Hilde
VNAWONSHd SNIVSYCHS G51V194 GNVY ASSYSP-M3N LSINI LVOSNAVH 4O AUALS V
S3NITLSVOD NI S39ONVHD ONINIWHNSL39G NI GASN SSNOINHDSL ONTSNAS-310W39u
S131NI
TIVMVH NO SANIDLSVOO VNNd GNV =NVy 3HL 4O Sa90WI GFUVe4NI
GS3dVY4NT HLIM SASARNS NVEAN UNV TWWiSVOo
OSYaVeSNI HLTM NOTLN1V10d ONIddvwW
S3ITVWONV 1
Salvis-dss INA.
SHL 40 SISVOD 41ND GNV SJILNVILVY SHL ONOTQV Svauv G319375S NI S39NVHO 3NITSYOHS 40 NOTLVL 5tdd3INIOLObd
SVX431 HLNOS NOTIVINSWIGSS WisSvOU OL G31ddd¥ SV SS3NOINHO4L ONISNAS JL0W3e
Gseva4NT HLTM NOTLNI10d ONIdaAVW
SANITLSVOD NI S3ONVHD ONINIWHSLS0 NI G3SN SINMIMHISL ONISNIS-310K 3a

oovVeoL

WOTd

VWaSHL

SvxXdl

94

c00USH0TOL
T00USa9002
TU00S8T069
2000Sa90TL
TO00S89089
*7000S49069
2000Sa0029
TO00SdeTOL
c000Sae800L2

T000SHE069
Too00SaTTOL
2000SH600S
£00USSTOLY

£000S49069
TO000SH0T69
£000SacTOL
7000S47089
TO0USa60TL
c000SHZ00L
9000SH0169
T00USG0T89
9000S40089
S000S49069
2000Sa0009
TO00S46069
TO0USH0009
T000S42089
TOCOS&L0L9
TO00SKE0T9

2000S470L9

ZO00SSITES
T000S420%79
2000S40069
TON0SH0002
TOO00SSTT 79

7000SYH0TE9
€000SaeTOL
c000SHT0L4
TOO00SHBOTL
£V0USHTOLY

c000SkeT RY
TooduSauTO89
TO00SHE009
2000SHE009
2000SH70L9
£000SHOTOL
TO00S4TT89
2000Sx0009
2000S40T69
£000SH0T69

SSMOINHISL ONISNAS J1LOWSG AP NOLAVNIWIS9SIG GNV NOIL95130 NGILN1I10d 10
ONISNAS SLOWSS TWI4S¥ AG NOTINIV1Gd Y3SLVM SBNTNVNLSS 4O NOTLINSOOSe HOS VINFLIYO
S31IGNLS S304N0SSY Y3LVM 404 ONIOVWI G3NVY4NI
NOIS43dSIU WIW4iNO NVS9O0 40 SISATYNY OLOHdSIV
G34Ve4NI HLIM NOTINV1Od OINIddvW
INAWSDVNVW SDNNOSSe YILVYM NI AHdVAOOLOHG WIesv 407109 30 35M SHI
TWANUW AXSAOISIG WIAaV
NOTS43dSIG Wiv4ino NV 390
SH31VM ANIAVW NI LNSNI44S3 VIIW diNd JO ONIOVAL OIHdVY9CLOHd IWIYaV
NOILN110d
WITS WIdH3VY AWOXHOCOSNVY SATLISNSSNI-3N1A V
GNVISI-O9NOT GNY YHYOA=M3N 30 SYSLVM W1ISVOD 3HL 4O S3IGNLS DIHdVd90LOHd WWIH3V
SSIGNLS G3SMV3S NI SHdVH9OLOHd Wiasv JO 3SN JSHL

Sesiq14
40109 ONISf) AHdVeSOLOHd WIds¥ AX YS1VM MOTIVHS 4O SANSIDT44909 NOTLINIYXA GNV SHIiddO 3HL 40 NOTLYNIWHSL3G Sho
W114 4YO109 WWId3SV SATLISN3S-3NTe-NON M3N V
VIVLSG WOLL08 NV390 GNV NOLLVYHLSN3Sd Hid3U YSLVM YO4 AHdVeOULOHG 80109 TWINS AG YNISN|S JLOW3E
SSNOINHOSL OLLVY WaLdadSTLINkK AH HiddG AALVM 40 LNSWHNSV3W
SSNOINHISL IIHAVESOLOHd WHISdSTLINW ONISN NOTLVYLANSd YSLVM WW1SVOd
AHdVA9OLOHd WHLIFdSTLINW 40 SNOTLVOIIdd¥ 3NITAVNAS3S UNV AWW1iSvOd
NOTLVYLSN3d JONVLISIO GNY Hid3G H3LVM
AHdVSDOLOHd WULIFdSTLINW 40 SNOTLVIIIdd¥ DIHdV49ONV3S90 GNVY AHNnLINITsOV
SISAIWNVY NIVYSSL YOS AHdVYDOLOHG WWIdSY 40 LN4WdO15A3G
AHdVYYONV S90 WOTLd0
AHdVN9OLOHd WIdaV 40109 WSld3dSTLINW 40 SNOTLVOIIdd¥ JIHdVeYONVSIDO GNV OIHdAVeUONUAH
NOTIVI35td431NI IIHdVY9OLOHdG JO WAN
S1S3L YSLT14 WaLd3dS NITYNVYS NOE = I AKdVaSO(CHd JOVdSOUSY JIHdGVYOONV3SIO NI SANSWKI1YadxXS
NOTIViSd6d4aSiINI JDIHdVe9O10Hd JO TWANVW
SHdVa90L0Hd JOVGS WON ALIYVID asLVm AW1SVOd
SBLIVIALVS DIHdVYOONV3DO YO4 NOTIVINSWNYLSNI NOI9YSY JIAISIA 4O NOILVOTISSANI
FONVSSIVNNOOSH WHLI3dS GNVETLINW 40 SNOTLVOTIdd¥ WOLLOIVYd 4wos
NOTLVGL3NI3d
NV390 3H} 40 NOTLVOTAS3ANT 4YO4 SGOHL4WONSV 4O NOLLVOTIddv
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SHdVYSOLOHd IWIH35Y WONS SHId3G HSLViN
JVSBMNIM3L °9°9 AG SHdVEIOLOHd AWIYHAV WOHS SH1d3aG SALVM = Y3aVd NOISSNISIU
AHdVYe9OLYVI NV3ZIO YO4 LNSWSDNVHNZ 40109
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NOTSSNOSIC
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SANDINHD3SL ONISNSS 3L0Ww3H ONISNM SNOTLVNIWYHSL30 Hld3d Y3ivm
SANDINHOAL OLLVY WHLISDSTLINW AMX H1d3O SSLVM 4O LNAWENSV SW
S3HOV3H AVh=-AW3N3 NO SIN3TQVYO 4O NOTLIVNIWNSLSO Sho
SANDINHOSL WUYLISdSILINW ONV NOIL9OVG439N JAVM AH LNAWSYNSVSW HLid3G YSLYM

Stal qi4
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AHdVYYOLOHd IWIds¥ AG NOTLYNIWHS130 Hid3d Y3LVM430NN
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NV3J00 3HL JO NOTLVOTISSANI 404 SGOHLIWONSVY 4O NOTLVIIIddv
SSNDINHISL ONISNSS JLOWSe AB HLdad YSLVM 4O LN3kSYNSV3AW 3JHL
SYNVE VWVHVE SHL 40 3903 1LS3M SHE NO S3IUNLS Y3LVM MOTIVHS HOS AHAVYSOLCHA WIdav
NOTIVISYddSLNI DIHAVH9OLOHG 40 TVNNVW
SOIASG ONISN3SS-3L0W3SY JIHdVYSONVSIO MSN V 2O5SV7 N33SN9-3NIG NOSN GSSINd SNYOKRYMIV SHL
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SH1d30 43LVM

asaLvm

a3ive

oaive

95

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1000Sad2089 NOTLVANOTANOD JUVSHNS SAVM
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AVOTL3YOSHL 2N3O3Y BYOW OL SONZHSISH AW1ISdS HLIM ( ANLAWWVYSSOLOHdOSMSLS AG ) SINAWStNSVSW SAV LOVKXI 40 S11NS3a
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T000SaL02S S31LNadOUd YSHLO GNV SNOILO3ZXIG 3O AGMLS GSTIVL3U OF SSAVM NV3900 40 ShALSAS SJ1dIL1Nh ONTLVUVdaS 30 GOHLSW ¥
7000Sa0T69 SHNOINHOSL YNISNSS JLOwS5e YNISM SNOTIVNIWHS150 HLd30 Y3LVM
TOO0GSaE0SS SSAVM NVSDO0 GNV AKAVAYOLOHd-O34S1S IWId4aV
TO00SHO02ES SNOTIVOTLSSANI
AVOTLSYOSHL LN3O3S SNOW OL JONSHSISY WI1DSdS HLIM ( AYLSWWVY9OLOHdO SNAILS AB ) SINAWSANSV3AW SAVH LOVXA JO S11NS3Y
TOO0O0SHOTOS JNSWSYnSVak SAVM OTL aWhwVd9OLOHdOSYSIS
TOO0SHTOLY NOISOUS HOVE OL AHdVe9OdOL YSLVMYSANN ONIMNIDT SS390Hd V - SSAVM MVSDG 40 NOTLOVAS34
£000SH0TOL SSNODINHOSL ONISNAS JLOwsa AB Hid3dG AyLVm JO INSnWSUNSVSW SHI
S000SH0T69 HdVH9OLOHd SLIVISLVS V NI S3SAVM NV39D0 40 LNSRKIeNSVAW
Z000SaTT8S VINNOSIIVI NASHINOS 440 SNUSL1Vd SAVM
2000540095 SSINHONOY JIVSYNS VSS 4O SINZWSNNSVAW WWOTLdO
z000Sx00E9 ; SNYSLIVd SAVM NVIIVMVH 43O AGNLS TIASV NV
To00SdbOT2 SSNODINHOSL WALIAESILINW ONY NOTLOVGSSY SAVM AA LNaWSHNSV SW BLd3d H3LVM
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7000Su6002 ONINNV Id BLIVISLVS NOTLVAM3SE8O HLYVS - AHdVYHOONVSIO 3NOZ WA1SVOD NI SG3SN VLVG GNY Swa1kOed ALTHOTad
Z000SkZ0TzZ G-V SSLIVISLVS ANOLVAGSSHO HLeVv3S GOS SLNAWSHINDSd JNOZ-WILSVOO

(G3NNILNOO) NGOILN1V1Gd 4SLVM

96

VI. TITLE INDEX

oF

1000SH9002
1000S4406S
2000SH0002
e000SHT0Ly

T000SuH902S
7000849069
1000S49069
2000849069
T000SHO TRO
TO00SHTTS9
T000S47089
T000S860%9
2000SuE02S
2000SkeT8Y
T000S80089
S000S49069
2000S487069
2000S80089
€000SH00TL
TOO00SH0024
TO000S48089
T000SH2TL4
2000S4600S
7000Sx0009
T000S4L0%9
TOO0O0SY00EY
TO00S4H600S
TO000SH00E9
TO00Su00L4
£000SY90%S
c000SuHTTES
2000SeeTB9
T000SuU2T69
24000S40089
T000SdeTL9
1000Sa7069
z000SHeOTL
7O000SHOOTL
c000Sa8002
TOO0O0SHOTTZ
c000SHE00L
TO0OSYH90E9S
TO0O0SHTTOL
T000S4006S
z000SaTT89

T000Su6029
T000S870L4%
Z000SHTT #9
TO00SHE069
2000S480029
TOO0O0SYO0T69
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122

Security Classification

DOCUMENT CONTROL DATA-R&D f
(Security classification of title, body of abstract and indexing annotation must be entered when the overall report is classified

1. ORIGINATING ACTI Ts te author) 2a. REPORT SECURITY CLASSIFICATION
the Army

Department o

Coastal Engineering Research Center IED
mae Bualidanigg i)

Fort Belvoir, Virginia 22060
3. REPORT TITLE

AN ANNOTATED BIBLIOGRAPHY OF AERIAL REMOTE SENSING IN COASTAL ENGINEERING

4. DESCRIPTIVE NOTES (Type of report and inclusive dates)

5. AUTHOR(S) (First name, middle initial, last name)

Richard O. Bruno Harris M. Goldstein

Donald B. Stafford

#6. REPORT DATE 7a. TOTAL NO. OF PAGES 7b. NO. OF REFS
May 1973 122 207

8a. CONTRACT OR GRANT NO. ‘ 9a. ORIGINATOR’S REPORT NUMBER(S)

b. PROJECT NO. Miscellaneous Paper No. 2-73

9b. OTHER REPORT NO(S) (Any other numbers that may be assigned
this report)

10. DISTRIBUTION STATEMENT

Approved for public release; distribution unlimited.

12. SPONSORING MILITARY ACTIVITY
Department of the Army
Coastal Engineering Research Center
Kingman Building

Fort Belvoir, Virginia 22060

11. SUPPLEMENTARY NOTES

13. ABSTRACT

A bibliography of representative literature covering the applications of aerial
remote sensing techniques to coastal engineering. About 200 references published
since 1934 are presented. Annotations accompany each bibliographic entry and are
a concise and informative summary of the references describing the characteristics
of each remote sensor in coastal engineering investigations.

a

Computer indexes of authors, titles and keywords are included.

PORM REPLACES DD FORM 1473, 1 JAN 64, WHICH 18
Dp 4 WOV 147 OELOCE TE FOR ARMY USE. UNCLASSIFIED

Security Classification

Security Classification

KEY WORDS

Aerial Remote Sensing
Coastal Engineering
Bib liography

Computer Indexes

‘
LINK B LINK C

UNCLASSIFIED
Security Classification

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