Accession No.: 81-12

PROCESSING RECORD

SCRIPPS INSTITUTION OF OCEANOGRAPHY ARCHIVES

Scripps Institution of Oceanography

SIO Lantern Slides, 1920-1940

BULK DATES: 1922-1939

PHYSICAL DESCRIPTION: 968 lantern slides

ARRANGEMENT: subject classification: Apparatus; Bacteria; Fungi; Diagrams, Tables, etc.;

Chemistry; Chordates; Peromyscus; Fish; Fish Color Change; Geography – Collecting Trips;

Expeditions; Biogeography; Geography; Geology; Earth Physics; Topography and Bottom

Configuration; Erosion; Foraminifera; Marine Sediments; History of Science – SIO; Other

Institutions;

Oceanographers;

Biography;

Marine

Invertebrates;

Marine

Plankton;

Zooplankton; Phytoplankton; Meteorology; Physical Oceanography; Theory, Dynamics,

Mechanics; Circulation; Temperature and Salinity; Light; High Waves; Tides; Marine Plants;

Map Making Projections; Map Making Historical; Fouling Organisms; Wood Boring

Organisms; Hydrology

DESCRIPTION: This slide collection includes images on marine life, physical oceanography,

submarine geology, the history of oceanography and the expeditions and history of the Scripps

Institution of Oceanography. Images documenting the work of Martin W. Johnson, George F.

McEwen, Francis P. Shepard and Claude Zobel1 are included in the collection. The lantern

slides were collected by the SIO Library’s Ruth Ragan. The slides include original

photographs and images copied from books and articles. Each slide is identified and labeled,

although date is only occasionally given. Ragan arranged the slides into broad subject

categories and a subject index card file was maintained by Ruth Ragan.

Numerical list of slides by Ruth Ragan was annotated to indicate missing and damaged slides

as of 9/17/81. It is possible that some of the missing slides are among the unidentified lantern

slides since the adhesive on labels is loose. Significant numbers of slides are missing from III

Chemistry; IVB Peromyscus; VIA Collecting trips; VIIF Foraminifera Living; IX Marine

Invertebrates

SIO Lantern Slides, 1920-1940

Scripps Institution of Oceanography Archives

Accession Number 81-12

BOX

FOLDER TITLE

I-A APPARATUS

1

1. Hot-air dryer

2. Van Slyke blood-gas apparatus

3. Recording current meter

4. Apparatus attacked to sounding line

5. Captain Belknap’s sounding cylinder no. 2

6. Pettersson-Nansen closing water bottle

7. Helland-Hansen’s deep-sea photometer

8. Three coring devices. Trask.

9. Bottom sampler

10. Diagram of apparatus for collecting plankton and water samples and

measuring temperature and currents, at same level.

11. Apparatus for measuring specific gravity

12. Sampling net. Being hauled

13. Sigsbee wire sounding apparatus. Diagram.

14. Sigsbee apparatus

15. Sigsbee apparatus (and sailor)

16. Sigsbee apparatus, attached to boat

17. Nansen-Pettersson water bottle. (open)

18. Gee bacteriological water sampler

BOX

FOLDER TITLE

I-A APPARATUS (cont.)

1

19. Wilson bacteriological water sample

20. Whipple bacteriological water sample (Missing)

21. Smith-ZoBell bacteriological water sampler (Great Salt Lake)

(Broken/Damaged)

22. Snapper type bottom sampler

23. Cork-pull bacteriological water sampler.

24. Prince Rupert bacteriological water sampler (Bedford)

25. Three early microscopes

26. Kircher’s early compound microscope

27. Hooke’s compound microscope

28. Nansen water bottle, closing

29. ZoBell bacteriological water sampling bottle

30. Zobell vacuum mud sampler (Missing)

31. Zobell-Feltham water sampling device

32. Smith’s slide-rack for holding micro-slides (Smith-Zobell) (Great Salt Lake)

33. Diagram of Zobell’s slide-rack for holding micro-slides (Zobell-Allen)

34. Ekman’s reversing water bottle. Ekman’s water bottle, large pattern.

35. Specific gravity apparatus (Missing)

36. Reversing thermometer

37. Boron determination apparatus (Missing)

38. Boron determination apparatus. Electrodes (Missing)

BOX

FOLDER TITLE

II-A BACTERIA

1

1. Lohmansi disneum oplanthum. Bakterien u. Chroccoccaceum

(Broken/Damaged)

2. Cocci, steps in formation of various groupings

3. Bacilli, different shape and groupings

4. Spiral bacteria, types

5. Capsulated bacteria, types

6. Bacterial sheaths

7. Trichobacteria: true, false branching

8. Sarcina

9. Staphylococcus

10. Flagella of bacteria

11. Bacteria, orders of: in relation to each other and to other groups of plants and

animals

12. Stab cultures: types of growth

13. Streak cultures: forms of growth

14. Spirilla types

15. Vinegar bacteria

16. Azotobacter vinelandii

17. Escherichia coli.

18. Eberthella typhosa

19. Serratia marcescens

20. Bacillus mycoides

BOX

FOLDER TITLE

II-A BACTERIA (cont.)

1

21. Diplococcus pneumoniae

22. Streptococcus lactis

23. Vibric cholera

24. Treponema pallidum

25. Treponema pallidum

26. Treponema pallidum from syphilitic fetus

27. Treponema pallidum. Ten views of cultures

28. Treponema macrodentium, x 1000

29. Treponema microdentium

30. Treponema pallidum and T. Microdentium (reversed)

31. Achromobacter ichthyodermis (ZoBell and Wells)

32. Achromobacter ichthyodermis, dermatitis in Fundulus parvipinnis caused by

33. Bacillus acidophilus from milk. Lactobacillus

34. Brucella abortus. Microphotograph

35. Bacillus anthracis with endospores

36. B. (Cl.) chaucei showing spores

37. Baacillus (Clostridium) welchii. Capsules

38. Bacillus coli

39. Brucella melitensis (microphotograph)

40. Diptheria bacilli, type A

41. Diptheria bacilli, type C, pure culture. Shows polar bodies

BOX

FOLDER TITLE

II-A BACTERIA (cont.)

1

42. Diplococcus pneumoniae showing capsules

43. Diplococcus tetragenus

44. Gonococcus in urethral pus. Intracellular. Meisseria gonorrheae

45. Nenfeld capsule swelling test for typing Pneumococci (Lederle)

46. B. mucosus capsulatus (may be Friedlander’s bacillus) (Broken)

47. Bacterium (Pasteurella) pestis (Broken)

48. Pneumococcus, type II, with capsules

49. Pneumococcus, type II, with capsules

50. Giant Spirillum

51. Spirochaeta refringens, five views

52. Vincent spirochaetes and fusiform bacilli in Vincent’s Angina

53. Oral microflora. Sporochaetes and fusiformis. (Smith, Oral Spirochaetes, p.

115)

54. Mixed microflora from mouth. Fusiform bacilli and Vincent’s Spirochaetes

55. Spirochaetes from saliva with long bacilli and streptococci

56. Streptococcus hemolyticus from blood. Long chains

57. B. subtilis, showing endospores

58. B. (Cl.) tetani, showing spores

59. Vincent’s Angina organisms before and after treatment

60. Vibrion septiqua, vegetative cells (Missing)

61. Vibrio cone (Spirillum cholerae asiaticae) (Missing)

62. Microphotographs of small bacteria

2

BOX

FOLDER TITLE

II-A BACTERIA (cont.)

2

63. Morphological types of bacteria. Staph., Cl. Botulinum, Sp. Undula, Strept.,

Sarcina, B. anthracis

64. Types of bacteria. Rods, spores, flagella. From Waksman, “Soil

Microbiology”

65. Removing smallpox vaccine from calf

66. Periphytic bacteria of different types. Henrici: Freshwater bacteria

67. Types of periphytic bacteria. Fouling and bacteria (Henrici-J.B.)

68. Marine periphytic bacteria

69. Salt encrusted on slide carrier from Great Salt Lake (Smith-ZoBell)

70. Salt-covered slides from Great Salt Lake (Smith-Zobell)

71. Salt-encrusted piles in Great Salt Lake (Smith-ZoBell). Halophilic bacteria

(Broken)

72. Salt-encrusted piles in Great Salt Lake (Smith-ZoBell). Halophilic bacteria.

(2)

73. Bacteria. General forms and comparative sizes of micro-organisms

74. Coccidioides immitis, the etiological agent of coccidioidal granuloma.

Colony and cells. (Gay)

75. Life cycle of malarial parasites in mosquito (Gay)

76. Blastomyces dematitidis, etiological agent of blastomycosis. Colony and cell

(Gay) (Missing)

77. Life cycle of malaria Plasmodium

II-B FUNGI

1. Penicillium, common species of genus

2. Penicillium camembertii

BOX

FOLDER TITLE

II-B FUNGI (cont.)

2

3. Aspergillus, principal species of genus

4. Aspergillus, septate mycelium on agar plate culture

5. Sporangia with spores, longitudinal sections of types

6. Mucor, nonseptate mycelium

7. Conidiophores, types

8. Yeast cells, types of budding yeast cells

9. Mycelia of molds, septate and non-septate

10. Torulae from pickle brine

11. Rhizopus, Absidia, Mucor, Zygorhynchus, Spinellus, Mortierella,

Thamnidium, Dicranophora

12. Pilaira, Pilobolus, Cunninghamella, Poptocephalus, Oospora, Monilia,

Hyalopus, Cephalosporium

13. Acremoniella, Dematium, Hormodendrum, Mesobotrys, Dicoccum,

Cladosporium, Scolecobasidium, Helminthosporium

14. Isaria, Stysans, Hymenula, Voluntella, Fusarium, Epicoccum, Thyrococcum

15. Spondylocladium, Acrothecium, Tetracoccosporium, Stemphylium,

Macrosporium, Dactlosporium, Alternaria, Tilachlidium

16. Actinomycosis. Actinomyces bovis

17. Altarnaria, showing oemidis (Missing)

18. Soil Actinomyces colony and mycelium types (Waksman)

19. Actinomyces, showing mycelium, fragmentation, and angular growth

20. Systematic relationships of yeasts

BOX

FOLDER TITLE

II-C DIAGRAMS, TABLES etc.

2

1. Effect of volume on multiplication of marine bacteria (ZoBell-Anderson)

(Missing)

2. Growth curves during storage in different volumes of stored sea water

(ZoBell-Anderson)

3. Effect of volume of stored sea water on oxygen consumption (ZoBell-

Anderson) Chart (Missing)

4. Graph showing effect of volume of stored sea water on oxygen consumption

(ZoBell-Anderson)

5. Effect of solid surface on bacterial multiplication in stored sea water (ZoBell-

Anderson) (1) (Missing)

6. Effect of solid surface on bacterial multiplication in stored sea water (ZoBell-

Anderson)(2)

7. Diagram showing relative size of erythrocyte, yeast, coccus and bacillus

8. Food value of milk shown diagrammatically

9. Diagrams showing course of smallpox vaccination (Rosenau)

10. Change occurring during pasteurization of milk

11. Number of periphytic bacteria in Great Salt Lake (Smith-ZoBell) (Missing)

12. Salinity requirements of Great Salt Lake bacteria (Smith-ZoBell) Halophiles

(Missing)

13. Bacteriostatic action of Great Salt Lake water (Smith-ZoBell) (Missing)

14. Bacericidal action of Great Salt Lake water (ZoBell-Smith) (Missing)

15. Tolerance of Fundulus to germicides (Missing)

16. Importance of bacteria in the sea, Outline

17. Graph showing seasonal distribution of bacteria in the sea and insolation

BOX

FOLDER TITLE

II-C DIAGRAMS, TABLES etc. (cont.)

18. Graph showing seasonal distribution of marine bacteria in 1932 and water

temperatures

19. Vertical distribution of bacteria in the sea, showing also diatoms, PO4, NO3,

light, temperature (ZoBell).

20. Graph showing seasonal distribution by weekly averages

21. Bacteria per cc. of sea water, O2 consumption, and periphytes per sq. cm.

(volume effect). ZoBell.

22. Oxygen content and bacterial population of different volumes of stored sea

water.

23. Relation of nitrite to temperature and density in Gulf of Maine. After

Rakestraw

24. Vertical distribution of nitrites, nitrates, and phosphates at deep marine

stations. After Rakestraw

III CHEMISTRY

1. Vertical distribution of chemical constituents of sea water (Missing)

2. Vertical variation and chemical constituents, 15 ms. sw of Point Loma,

March, 1926

3. Apparatus for determining boron in sea water (Missing)

4. Boron, variation with depth in sea water off Point Loma (Missing)

5. Boron, variation with depth in sea water of Kaheelame (Missing)

6. Boron content, surface sea water from various localities (Missing)

7. Relation of boron to chlorine in sea water (Missing)

8.Vertical distribution, carbon dioxide and titratable base in sea water (Missing)

9. Relation of CO2 and pH in sea water (Missing)

10. Calcium carbonate, spherulitic grains Revelle

BOX

FOLDER TITLE

III CHEMISTRY (cont.)

2

11. Two calcium carbonate precipitation equations (Missing)

12. Graph showing weekly means of pH and temperature, SIO pier.

13. Graph showing relation of pH and temperature to depth, 2 off-shore stations,

June, 1924

14. Temperature and oxygen of surface and bottom water, SIO pier, September,

1925 (Missing)

15. Temperature and oxygen about 10 mis. off La Jolla

16. Temperature and oxygen, 30-50 mis. off coast, southern California

17. Temperature and salinity gradients at two CARNEGIE stations (Missing)

18. Oxygen in cc per liter, CARNEGIE stations 130-134 (Missing)

19. Oxygen in cc per liter, CARNEGIE stations 135-139 (Missing)

20. Comparison of oxygen distribution, Atlantic and Pacific

21. Oxygen distribution, Panama to New Caledonia (Missing)

22. Oxygen desert, phosphate desert. Moberg. CARNEGIE

23. Vertical section, North Pacific (between 0-34 N and ca. 145 E. Long)

24. Vertical section, North Pacific (between 127 E and 151 at about 70N Lat.)

25. Vertical distribution of dissolved oxygen in the southwestern North Pacific

(Missing)

26. Relation between pX’2 and pH in sea water (Missing)

27. Dissociation of borate in sea water (Missing)

28. Oxygen distribution, Honolulu to San Francisco (Missing)

29. Oxygen content of water, Scripps Institution pier. (Missing)

30. Oxygen, Seasonal Variation, SIO pier

BOX

FOLDER TITLE

III CHEMISTRY (cont.)

2

31. Oxygen in the Atlantic Ocean. After Helland-Hansen (Missing)

32. Oxygen distribution, Atlantic Ocean between 60N and 50S after Helland-

Hansen (Missing)

33. Oxygen section across Atlantic after Wattenberg (Missing)

34. Longitudinal oxygen section across Atlantic. After Wattenberg (Missing)

35. Plant nutrients, diatoms, off La Jolla. Vertical section

36. Chemical, physical conditions off La Jolla. Variations with depth

37. The buffer mechanism of sea water (Missing)

38. Correlation between concentration of nitrate and oxygen in western Atlantic

(Missing)

39. Correlation between concentration of nitrate and phosphate in Barents Sea,

and south Atlantic (Missing)

40. Correlation between concentration of nitrate and phosphate in Atlantic,

Indian, Pacific Oceans (Missing)

41. Correlation between concentration of nitrate and phosphate in western

Atlantic (Missing)

42. Relation of boron to chloride in sea water

43. Boron-chloride ratio against chlorinity in Pacific, Gulf of Catalina, Atlantic

44. Boron-Chloride ratio and base-chloride ratio, Atlantic and Pacific

IV-A GENERAL

1. Hypobythius calycodes

2. Ascidians

3. Ascidia rudis (Missing)

4. Ascidia clementea

BOX

FOLDER TITLE

IV-A GENERAL (cont.)

2

5. Humpback (Megaptera boops). Cachalot or sperm-whale Physeter

macrocephalus)

6. Greenland whale (Balaena mysticetus); Bluefin whale Balaenoptera

musculus); cross-section, head of fin-whale

7. Ichthyosaurus quadriscissus (outline, skeleton); Plesiosaurys dolichodeirus

Conyb. Restoration, Geosaurus suevicus

IV-B PEROMYSCUS

1-38 noted as missing in 1981 inventory

39. Distribution, subspecies of Peromyscus maniculatus in North America (after

Osgood)

V- FISH -A GENERAL

1. Siphonophore, Pteropod, Sagitta, Fish

2. Cladoselache fleri Newb. Restoration by Dean

3 .Aleposomus copei

4. Regalecus glesne

5. Gonostoma grande Collett

6. Devonian fishes

7. Malacosteus niger

8. Labichthys carinatus

9. Moray. Gymnothorax

10. Half-beak (Euleptorhanipus longirostis)

11. Porcupine fish, diamond sole, anglers

12. Angler fish (Antennarius leprosus)

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

2

13. Angler fish

14. Macrostemia longibarbatus. Brauer. (Missing)

15. Pilot fish (Nucrates doctor) and flying fish

16. Flatfish

17. Flying gurnard (Dactylopterus)

18. Lentipes Gunther

19. Solenostomus cyanopterus

20. Trumpet fishes (Aulostomidae)

21. Aectis ciliaris (Bloch) Threadfish; cobbler fish; sunfish. Tropical America

22. Teleost fish, eternal

23. Larges fish known: whale shark (Rineodon typicus)

24. Smallest fish known: Mistichthys luzonensis

25. Various conditions of unpaired fins

3

26. Three species of Marsipo branches: Myxine glutinosa, M. australis,

Petromyzon marinus

27. 4 kinds of sharks: Scilliorhinus profundorum, Pseudotricacis microdon,

Spinax niger, Cetrohnus maximus

28. Chimaeroids: C. monstrosa, C. antarcticus

29. Lung-fishes, distribution: Protopterus aethiopicus, Lepidosiren paradoxa,

Epiceratodus forsteri

30. Polypterus and sturgeon (Acipenser ruthenus)

31. Modifications of form of fish body

32. Modifications of head region

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

3

33. Modifications of form of fishes: mackerel, trunk-, sunglobe-fish, sea horse,

eel

34. Apparatus for clinging to other objects

35. Remora

36. Different kinds of flat fish (Pleuronectids)

37. Sea horses

38. Skeleton of Nile perch (Lates niloticus)

39. Skull of Salmo

40. Salmo fario, interior bones of skull

41. Shark, cartilaginous cranium

42. Shark (Heptanchus maculates), Skull

43. Dog-fish (Scyllium canicula) Skull

44. Probable origin of pelvic girdle

45. Pectoral, pelvic fins of shark (Hemiscyllium)

46. Pelvic fin of Ceratodus forsteri

47. Caudal region of Lepidosteus and Salmo

48. Different types of scales

49. Scales of teleost fish: lines of growth in scales

50. Transverse section of a fish, diagrammatic

51. Diagram, vascular system of a fish

52. Diagram, early circulation of vertebrate

53. Modifications of aortic arches in different vertebrates

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

3

54. Different stages, differentiation of vertebrate heart

55. External gill-openings, different groups of fishes

56. Elasmobranch, horizontal section through head.

57. Gill filaments, gill rakers, different kinds of fishes

58. Accessory breathing organs

59. Air-bladder and lung, different fishes

60. Air-bladder of protopterus

61. Air-bladder of Otolithus and of Corvina lobata

62. Salmo, internal organs

63. Viscera of a shark (Heptanchus maculates)

64. Viscera of a dog-fish (Scyllium)

65. Alimentary canal of a shark (Heptanchus maculates)

66. Valvular intestine of a shark (Raja) (Broken)

67. Upper surface, brain of ray (Raia); also of cod (Gadus callarius)

68. Salmo fario, vertical section of eye

69. Eyes: Sphyrna zygaena, Gigantura chuni, Stylophthalmus paradoxus,

Anableps tetrophthalmus

70. Otoliths, showing lines of growth (Broken)

71. Sensory canals, Gadus vivens, left side of head

72. Modifications, lateral-line system Chlamydoselachus anguileus, Amia calya,

Perca fluviatilis, Heterotis niloticus

73. Gymnotus electricus, electric organs

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

74. Torpedo, electric organs

75. Light organ of Vinciguerria lucetia

3

76. Ceratioid angler-fishes: Linophryne arborifer, Melanocetus johnsoni,

Lasiognathus saccostoma

77. Deep-sea fishes: Chiasmodon niger, Borophryne apogon, Eurypharynx

peleconoides, Argyropelecus, Malacosteus indicus, Paralparis, Saccopharynx

ampullaceus.

78. Tactile organs of deepsea fish: Eustomias, Photonectes intermedius,

Chirostomias pliopterus

79. Astronesthes niger, A. gemmifer, A. richardsonii

80. Aethroprora metopoclampa, Ae. Lucida, Ae. Effulgens

81. Macrurus berglax, M. bairdii, Coelorhynchus carminatus, C. occa.

82. Distribution of Cyprinodontidae, Amblyopsidae, Percopsidae-Columbia as

Percopsis

83. Distribution of Characinidae, Cyprinidae, and Gymnotidae

84. Distribtion of Dipnoi and Crossopterygii

85. Distribution of Galaxiidae and Hapochitonidae

86. Distribution of Anabantidae

87. Distribution of Ophiocephalidae

88. Distribution of Centrarchidae, Aphredoderidae, Kuhliidae, Toxotidae

89. Distribution of Perca

90. Distribution of Halibut and Platysomatichthys

91. Distribution of fresh-water Lota, and of genus Molva

92. Distribution of Gastrosteidae

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

3

93. Distribution of Salmonidae

94. Distribution of Holostei

95. Distribution of Chondrostei

96. Different types of egg capsules in fishes

97. Egg of whiting, general growth of embryo

98. Different types of egg-segmentation in fishes

99. Development of shark and bony fish. (Squalus acanthias, Salmo salar)

100. Ceratodus forsteri, development of egg

101. Leptocephalus stages and metamorphosis of eel (Anguilla anguilla)

102. Breeding grounds of European and American eels (Anguilla anguilla and

A. rostrata)

103. Metamorphosis of Plaice (Pleuronectes platessa)

104. Transition from dermal spines to teeth on jaw of young shark (Scyllium)

105. Development of dermal spine in embryo shark

106. Young stages, Lepidosiren paradoxa, and Polypterus endlicheri

107. Spawning of the Brook-Lamprey (Petromyzon wilder)

108. Archer-fish (Taxotes jaculator), supposed method of catching insects

109. Walking goby and Remora

110. Frog-fish (Pterophryne tumida) in Sargasso weed

111. Angler fish (Photoeorynus spiniceps), and parasitic male (Missing)

112. Embryos of fresh-water fish Rhodeus in gill cavities of Unio

113. Fiersfer acus and Holothurians

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

3

114. Studies in locomotion of teleost fish (1)

115. Studies in locomotion of teleost fish (2)

116. Studies in locomotion of teleost fish (3)

117. Studies in locomotion of teleost fish (4)

118. Studies in locomotion of teleost fish (5)

119. Phylogenetic “tree” of the class Selachii

120. Phylogenetic “tree” of the class Pisces

121. Restorations of Silurian and Devonian Marsipobranches

122. Lamprey and supposed head of Rhyncholepis

123. Restoration of Placoderms

4

124. Evolution of fins, hypothetical

125. Cladoselache (after Dean)

126. Cladoselache, pectoral and pelvic fins

127. Pleuracanthus (Xenacanthus) decheni, restoration

128. Mouth of gigantic fossil shark

129. Dipterus valenciennesi, restoration

130. Restoration, Holoptychius flemingi, Eusthenopteron fordi

131. Rhizodopsis sauroides, restoration

132. Restoration, Palaeoniscus macropomus

133. Restoration, Cheirodus granulosus

134. Restoration, Chondrosteus aacipenseroides

BOX

FOLDER TITLE

V -FISH-A GENERAL (cont.)

4

135. Restoration, Leptolepis dubius

136. Pectoral fin, Sauripterus taylori

137. Eel. Anguilla vulgaris L. Seven stages of development

138. Chiasmodus niger, Johns. Having swallowed a larger specimen

139. Gastrotomus bairdii

140. Argyropelacus hemigumnus

141. Chimaer mirabilis. Macrunus aequalis

V-B COLOR CHANGE

1. Apparatus for relation of shade to apparent source of illumination

2. Fundulus parvipinnis: two specimens with celluloid goggles, one control

3. Head of Lebistes, kept 2 ½ mos. On white. Killed directly

4. Head of Lebistes, kept 2 ½ on black. Killed directly

5. Dorsal surface, trunk, Lebistes, kept 3 mos. on white. Killed directly

6. Dorsal surface, trunk, Lebistes, kept 3 mos. on black. Killed directly

7. Snout region, Lebistes, kept 2 ½ mos. on white, killed directly (higher

magnification)

8. Snout region, Lebistes, kept 2 ½ mos. on black, killed directly (higher

magnification)

9. Fundulus; chromatophores on scales, subjected to urethane (Missing)

10. Fundulus, Chromatophores on scales, under influence of adrenalin

11. Chromatophores, Lebistes kept 3 mos. on white, killed directly. Seen by

transmitted light

BOX

FOLDER TITLE

V-B COLOR CHANGE (cont.)

4

12. Chromatophores, Libistes kept 3 mos. on white, killed directly. Seen by

surface illumination (same group, 11) (Missing)

13. Dorsal view, white-adapted Lebistes subjected to adrenalin Showing halos

(1) (Missing)

14. Dorsal view, white-adapted Lebistes subjected to adrenalin. Showing halos

(2)

15. Dorsal View, head Lebistes 3 mos. on white, subjected to adrenalin

(Missing)

16. Dorsal view, head Lebistes 3 mos. on black, subjected to adrenalin (Missing)

17. Trunk, Lebistes 3 mos. on white, subjected to adrenalin

18. Trunk, Lebistes 3 mos. on black, subjected to adrenalin

19. Trunk, Lebistes 3 mos. on white, subjected to urethane

20. Trunk, Lebistes, born on white, 35 minutes on black, killed directly

21. Chromatophores, Lebistes kept 3 mos. on white, subjected to urethane

(Missing)

22. Chromatphores, Lebistes kept 3 mos. on black, subjected to urethane. Higher

magnification (Missing)

23. Fundulus, single scale. Six(?) weeks on white, subjected to adrenalin

24. Single scale, Fundulus, six(?) weeks on black, subjected to adrenalin

25. Single scale, Fundulus, six(?) weeks on white, subjected to urethane

26. Single scale, Fundulus, six(?) weeks black, subjected to urethane

27. Snout, Lebistes, reared on white, subjected to adrenalin, living (Missing)

28. Snout, Lebistes, reared on black, subjected to adrenalin, living

29. Snout, Lebistes, reared on white, then 25 days on black, subjected to

adrenalin, living (Missing)

BOX

FOLDER TITLE

V-B COLOR CHANGE (cont.)

4

30. Dorsal view, trunk Lebistes 3 mos. on white, subjected to adrenalin

31. Dorsal view, trunk Lebistes 3 mos. on white, then 10 days on black,

subjected to adrenalin

32. Snout, Lebistes, reared on black, then 8 days on white, subjected to

adrenalin, living

33. Snout, Lebistes, reared on black, then 26 days on white, subjected to

adrenalin

34. Dorsal view, trunk Lebistes reared on black, then 8 days on white, subjected

to adrenalin, living

35. Dorsal view, trunk Lebistes reared on black, then 26 days on white,

subjected to adrenalin, living

36. Snout, Lebistes reared on black, then 8 days on white, subjected to adrenalin,

living

37. Snout, Lebistes reared on black, then 26 days on white, subjected to

adrenalin, living

38. Dorsal view, trunk Lebistes reared on black, subjected to adrenalin, living

39. Dorsal view, trunk Lebistes reared on black, then 26 days on white,

subjected to adrenalin

40. Dorsal view, trunk Lebistes reared on black, then 8 days on white, subjected

to adrenalin, living

41. Dorsal view, trunk Lebistes reared on black, then 26 days on white,

subjected to adrenalin

42. Dorsal view, trunk Lebistes reared on black, kept 40 minute on white, killed

directly

43. Dorsal view, trunk Lebistes born on white, killed directly

44. Dorsal view, trunk Lebistes reared on black 3 mos. kept on white 10 days,

subjected to adrenalin

BOX

FOLDER TITLE

V-B COLOR CHANGE (cont.)

4

45. Dorsal View, trunk Lebistes reared on white 3 mos. kept on black 10 days,

subjected to adrenalin

46. Dorsal view, head Lebistes reared 3 mos. on black, subjected to adrenalin

47. Snout, Lebistes reared on black 3 mos. subjected to adrenalin

48. Dorsal view, head Lebistes reared on white 3 mos. subjected to adrenalin

49. Snout, Lebistes reared on white 3 mos. subjected to adrenalin

50. Head, Lebistes reared on white, then 26 days on black, subjected to adrenalin

51. Head, Lebistes born on white, kept 35 minutes on black, subjected to

adrenalin

VI- GEOGRAPHY – A COLLECTING TRIPS

1-82 missing

VI- GEOGRAPHY -B EXPEDITION

1. Routes of the CARNEGIE during 1928-33 for oceanographic investigations

(Broken)

2. Oceanographic stations of the CARNEGIE in Pacific, Oct. 1928-Nov. 1929

3. Track of the CARNEGIE between San Francisco and Honolulu with positions

of stations

4. Norwegian Antarctic Expedition o1930-31, field of operation

5. U.S.C.G.C. GENERAL GREENE, Northern oceanographic cruise, No. Atl.,

July 4-Aug. 18, 1931

6. Projected expeditions in the Pacific Ocean, May, 1929

7. Expeditions in the Pacific 1926-1933

8. DISCOVERY II, circumpolar navigation during 1932

9. Status of oceanographic exploration of Pacific Basin, December, 1933

BOX

FOLDER TITLE

VI- GEOGRAPHY -B EXPEDITION (cont.)

4

10. Stations occupied by WILLEBRORD SNELLIUS in E. Indies, and

MANSHIU in west Pacific

11. Southeastern Pacific, northern part. Stations occupied for temperature,

salinity

12. Southeastern Pacific, southern part. Stations occupied for temperature,

salinity

13. Eastern pacific. Stations occupied for temperature, salinity

14. Antarctica. Stations occupied for temperature, salinity

15. Oceanographic stations, occupied by Scripps Institution, off southern Calif.

16. Southeastern Pacific. Off the west coast of northern South America. Stations

occupied up to 1934 for temperature and salinity

17. Central North Pacific. Stations occupied by U.S.S. BUSHNELL in 1934 for

temperature and salinity (Missing)

VI-C BIOGEOGRAPHY

1. Distribution of animal kingdom, with reference to land and water (Missing)

2. Diagram showing oceanic faunal and floral areas (after Murray)

3. Abundance of animal life on sea bottom (after Murray)

VI-D GENERAL

1. Channel Islands: San Pedro Channel, outer Santa Barbara Channel

2. Channel islands Santa Barbara Channel

3. Los Angeles harbor and vicinity

4. La Jolla, San Diego, Coronado islands (Missing)

5. Arctic, map showing limits of political sovereignty and claims

6. Pacific off southern California, showing islands, Point Concepcion to Punta

Banda

BOX

FOLDER TITLE

VI- GEOGRAPHY -D GENERAL (cont.)

7. Pacific Coast, U.S.A.

4

VII- GEOLOGY -A GENERAL

5

1. Geological time-scale as indicated by stratified rocks (Broken)

2. Table of British strata, showing approximate thickness

3. Fauna of the Lower Cambrian Zone. (Wacott, 1889). Lamellibranchiata,

Gastropoda

4. Medusites lindstromi and radiates. (Walcott, 1889)

5. Brachiopoda. Lingulella, Acroteta, Iphidea, (Walcott, 1889)

VII-B EARTH PHYSICS

1. The interior of the earth

2. Fig. 4. Surface relief and specific volume (1)

3. Surface relief and specific volume (2)

4. Isostatic equilibrium in the earth’s crust

5. A simple case of isostatic equilibrium

6. Diagram, segregation of iron toward center, zone of pallasite surrounding

central core

7. Diagram, deformation of a continent

8. Fig 272. Diagram: Gravity and figure of the earth (1)

9. Fig. 273. Diagram: Gravity and figure of the earth

10. Earthquake epicenters, Aleutian Ids. To Philippines. By N. H. Heck

11. Earthquake epicenters, coast Central America, Mexico. 26-yr. period N.H.

Heck

12. Relation of geoid and spheroid

BOX

FOLDER TITLE

VII-B EARTH PHYSICS (cont.)

5

13. Density of earth at various depths, compared with Gold-smith’s distribution,

LaPlace’s density law

14. Pressure as a function of depth

15. Continental and oceanic densities and altitudes

16. Densities and altitudes of land areas

17. Relation between surface of solid earth (FF’), idea ellipsoid, and geoid

18. Measurement of curvature of the earth’s surface. Fig. 1

19. Measurement of curvature of the earth’s surface. Fig. 3

20. Effect of centrifugal force on direction of the plumb line. Fig. 112.

VII-C TOPOGRAPHY AND BOTTOM CONFIGURATION

1. Topography of sea bottom off La Jolla

2. The depths (after Murray) (chart VI)

3. Florida and Bahamas: configuration

4. Shoal north of Cuyo Island, 1914, 1916

5. Shoal north of Cuyo Island, P. I.

6. Submarine crater near Prince of Wales Island

7. Submerged crater 12 nautical mis. west of C. Addington

8. Map illustrating geological history of the Atlantic Ocean

9. Land bridges across the Pacific during the Kainozoic era

10. California and Nevada, geomorphic map

11. Diagram showing average contour of lithosphere. Murray

12. Scripps Submarine Canyon, picture of model. Shepard (Missing)

BOX

FOLDER LIST

VII-C TOPOGRAPHY AND BOTTOM CONFIGURATION (cont.)

13. Scripps Submarine Canyon, description. Shepard

5

14. Submarine valleys of Georges Bank, contour map of the three canyons

15. Bottom configuration, Pt. La Jolla. U.S.C. & G.S. Hydro sheet 4809. 1928

16. Vertical extent of tows on the canon walls (3 canyons)

17. Topographic map of ocean floor and some adjacent land along the coast of

San Diego County

18. Deep sea soundings by vessels of U.S. Coast & Geodetic survey in 1919 and

1922

19. Diagram showing relative areas of the lithosphere at various levels above

and below sea-level

VII-D EROSION

1. Topographic map, La Jolla to Delmar region. (Broken)

2. Faults, Soledad Valley south of Delmar

3. Bulkhead, seafront, cliff, south of Scripps Institution. (Missing)

4. Angle in bulkhead, Scripps Institution

5. Cliff line, SIO pier north to Torrey Pines

6. Cliffs and jointed sandstone north of SIO pier

7. Graph, cliff recession as function of height of cliff

8. Table of cliff heights and rates of recession per year

9. Landslide about 2 ½ mis. north of SIO pier

10. Landslide south of second arroyo mouth south of Flat Rock

11. Landslide at Pebble Beach

12. Torrey Pines Cliff, north end: Delmar formation, Torrey sands

BOX

FOLDER TITLE

VII-D EROSION (cont.)

5

13. Torrey Pines cliff, north end: detail of Delmar formation

14. Torrey Pines cliff, south end: sapping below Delmar formation

15. Torrey Pines cliff, south end: detail, Delmar formation, vertical foliation

16. Torrey Pines cliff, south end: greater detail, Delmar formation, vertical

foliation

17. Torrey Pines cliff, north end, rock masses on beach

18. Torrey Pines cliff, north end, spalling off of sandstone beds.

19. Torrey Pines cliff face, showing cleavage cracks in Torrey sand at top of

cliff

20. Torrey Pines cliff, Delmar formation, spalling off

21. Torrey Pines cliff base, spalled material, edge of beach

22. Torrey Pines cliff, second canyon south of Lodge, erosion and cracks

23. Rock slide south of San Juan Capistrano

24. Rock slide south of San Juan Capistrano. Near View.

25. Arroyo mouth south of San Juan Capistrano (1)

26. Arroyo mouth south of San Juan Capistrano (2)

27. Rock slide west of San Juan Capistrano

28. North of Santa Monica, removal of slidden rock from highway

29. North of Santa Monica, slidden rock

30. North of Santa Monica, Slidden rock along highway

31. Cliff recession, Scripps Institution, 1918-1936

32. Hampton Beach, N.H., showing granite curb, groynes along beach

BOX

FOLDER TITLE

VII-D EROSION (cont.)

5

33. Meander lines erosion near St. Augustine, Fla.

34. Shore line of New Jersey, Beach Erosion Board, location map

35. Coney Island, Rockaway beach, 1835 and 1908

36. Shoreline changes at Barnegat Inlet, N.J. 1839-1932

37. Assateague Island, inlet, and anchorage. 1849, 1914

38. Cape Hatteras, change in shoreline; shoreline movement, Assateague

anchorage

39. Barnegate Inlet, cross section changes, 1839-1932

40. Sea wall in Florida

VII-F FORAMINIFERA (LIVING)

1-25 missing

VII-G MARINE SEDIMENTS

1. Western North Atlantic and Caribbean Sea: bottom deposits

2. Histograms showing average mechanical composition Globigerina cozes,

Blue Muds, Red Clays

3. Pteropod ooze (Murray and Renard)

VIII - HISTORY OF SCIENCE -A SCRIPPS INSTITUTION OF

OCEANOGRAPHY

1. Scripps IO, early view (Missing)

2. SIO Early view showing pier

3. ALEXANDER AGASSIZ

4. SIO from south. New library building. Duplicate

5. SIO. Library

BOX

FOLDER TITLE

VIII - HISTORY OF SCIENCE -A SCRIPPS INSTITUTION OF

OCEANOGRAPHY (cont.)

5

6. SIO from north, showing Director’s house

7. SIO from road north of Director’s house

8. SIO: Library and Ritter Hall

9. Ritter Hall. Plan of basement

6

10.Ritter Hall, First-floor plan

11. Ritter Hall, Second-floor plan

12. Scripps Institution bldgs., initial work on Ritter Hall

13. Entrance, main bldgs, SIO (Missing)

14. SIO, plan of grounds, main bldgs (Missing)

15. SIO: first building, George H. Scripps, and salt-water tower.

16. SIO: early view from top of cliffs on north (Missing)

17. Scripps Institution: early view of buildings and pier

18. Scripps Institution: early view of library and George H. Scripps Laboratory

(Broken)

19. Scripps Institution: library and George H. Scripps Laboratory, rounds

improvements

20. Boat SCRIPPS. McEwen reading reversed thermometer

21. Boat SCRIPPS. Moberg making plankton collection

22. Boat SCRIPPS, side view 1933

23. Boat SCRIPPS, oblique side view 1933

24. SIO, gen’l viewL 3 bldgs, pier, salt water tank. From hill S.E.

25. SIO, Ritter Hall, Museum-Library, Front view

BOX

FOLDER TITLE

VIII - HISTORY OF SCIENCE -A SCRIPPS INSTITUTION OF

OCEANOGRAPHY (cont.)

6

26. Scripps Institution. Early air view of bldg., pier

27. Scripps Institution. Three bldgs., grounds improvement, from southeast

corner

28. On the AGASSIZ

29. Boat operations on the AGASSIZ

30. Boat SCRIPPS, summer of 1935 (Broken)

31. Boat SCRIPPS, summer of 1935, bottom sampling

32. Boat SCRIPPS, summer of 1935. Net for zooplankton (Broken)

33. Boat SCRIPPS, summer of 1935. Attaching Nansen bottle to cable

34. Boat SCRIPPS, summer of 1935. Reading reversing thermometers

35. Boat SCRIPPS, summer of 1935. Visiting investigator

36. Scripps Institution: near view of first building, G. H. Scripps, and water

tower

37. Scripps Institution: floor plan, 1912, G.H. Scripps laboratory. First floor

38. Scripps Institution: floor plan, 1912, G.H. Scripps laboratory. Second floor

39. ALEXANDER AGASSIZ: 1908 before remodeling

40. ALEXANDER AGASSIZ 1912

VIII-B INSTITUTIONS IN GENERAL

1. Japan: Asamushi M.B. Sta. (1)

2. Japan: Asamushi M.B. Sta. (2)

3. Japan: Asamushi M.B. Sta. (3)

4. Japan: Asamushi M.B. Sta. Main entrance

BOX

FOLDER TITLE

VIII-B INSTITUTIONS IN GENERAL (cont.)

5. Japan: Asamushi M.B. Sta. Aquaria

6

6. Japan: Asamushi M. B. Sta. Morphology class room

7. Japan:Asamushi M.B. Sta. Physiology class room

8. Japan: Asamushi M.B. Sta. Biochemical laboratory

9. Japan: Asamushi M.B. Sta. Caudina. Holothurian

10. Japan: Asamushi M.B. Sta. Boat landing

11. Japan: Asamushi M.B. Sta. Terrestrial magnetism & seismology laboratory

12. Japan: Asamushi M.B. Sta. Shrine

13. Japan: Asamushi M.B. Sta. Official boarding house

14. Japan: Asamushi M.B. Sta. Residence

15. Japan: Asamushi M.B. Sta. Boat landing (2)

16. Street Scene (Broken)

17. Japan: Asamushi M.B. Sta. Asasmushi, from shrine garden

18. Japan: Asamushi M.B. Sta. Water scene from Station

19. Japan: Asamushi m M.B. Sta. General view from distance

20. Monaco, La Cote d’Azur

21. Monaco. Oceanographic Museum

22. Monaco, Le Rocher

23. Monaco. Interior of port, le Rocher

24. Monaco. Oceanographic Museum from the sea side

25. Moaco. Oceanographic Museum, north façade

BOX

FOLDER TITLE

VIII-B INSTITUTIONS IN GENERAL (cont.)

26. Marine Biological Laboratory, Citadel Hill, Plymouth

27. SALPA, Marine Biological Laboratory, Plymouth, England

VIII-C OCEANOGRAPHERS

1. Captain James Cook

6

2. Matthew Fontaine Maury

3. Lt. M.F. Maury

4. Prince Albert I of Monaco

5. Sir John Murray

6. Karl Alfred Ritter von Zittel

7. Alexander Agassiz

8. Sir Wyville Thomson

9. Major J.W. Powell, 2^nddirector, U.S.G.S.; Chas. E. Walcott, 3^rddirector; Sir

Archibald Geikie, Director, British Geol. Survey. About 1892

10. Michael Sars

11. Rear-Admiral John E. Pillsbury

12. Sir James Clark Ross

13. Ernst Haeckel

14. Anton Dohrn

15. E. L. Mark

16. Prof. Victor Hensen

17. Prof. Carl Chun

18. Charles Hedley

BOX

FOLDER TITLE

VIII-C OCEANOGRAPHERS (cont.)

19. Alfred G. Mayor

6

20. Joseph Barrell

21. Alfred Merz

22. William Emerson Ritter

23. Prof. N. Yamasaki

24. Alfred Merz, in tropical clothes on the “Meteor,” April, 1925. His last photo

25. Emmanuel de Margerie

26. G.A.F. Molengraaff

27. V.W. Ekman

28. V.W. Ekman

29. Cyril Crossland

30. Johannes Schmidt

31. Prof. and Mrs. Johannes Schmidt

32. Prof. Edward Forbes

33. Robert T. Hill

34. Henry M. Barnard

35. Staff of METEOR. L. to r., Meyer, Wattenberg, Wust, Pratje, Spiess,

Kuhlbrodt, Schumacher, Hentschel, Reger, Bonnecke (1927)

7

36. Staff of DANA

37. Sir Matthew Nathan

38. Otto Pettersson

39. V. Bjerknes

BOX

FOLDER TITLE

VIII-C OCEANOGRAPHERS (cont.)

40. Rear Admiral Charles Sigsbee

41. Fridtjof Nansen

7

42. Commdr. Charles Wilkes

43. Martin Knudsen

44. E. J. Allen

45. J. P. Jacobsen

46. Albert Defant

47. Gerhard Schott

48. E. van Everdingen, Jr.

49. E. C. Andrews

50. P.M. van Riel

51. G. Wust

52. Com. On Physical and Chemical Oceanography of the Pacific. Tokyo, 1926

53. Harald U. Sverdrup

54. Johan Hjort

55. H. Boschma

56. Hans Pettersson

57. Kurt Buch

58. H. Yabe

59. S. Hanzawa

BOX

FOLDER TITLE

VIII-C OCEANOGRAPHERS (cont.)

7

60. L. to r.: Prof. Thoulet, F. de Buen, Odon de Buen, Alfonso Chaver, Prof.

Richard

61. L. to r.: Gorton, G. Schott, T.Wayland Vaughan ,George F. McEwen

62. L. to r.: Rakestraw, Fleming, Buch, Revelle, Moberg

63. H.H. Gran

64. B. Helland-Hansen

65. Sir John Murray

66. Sir Wyville Thomson

67. Prof. Louis Agassiz

68. K. Martin

69. Staff of H.M.S. CHALLENGER

70. Names of staff of H.M.S. CHALLENGER

71. B. Helland-Hansen, G.F. McEwen

72. L. to r.: Sumner, McEwen, Revelle, B. Lloyd, Fleming, Helland-Hansen,

Vaughan, Moberg, Allen

VIII-D GENERAL BIOGRAPHY

1. Dr. Robert Koch

2. M.W. Beijerinck

3. S. Winogradsky

IX- MARINE INVERTEBRATES -A GENERAL

1-24 missing

25. Phyllosoma of Panulirus (?)

BOX

FOLDER TITLE

IX- MARINE INVERTEBRATES -A GENERAL (cont.)

26-36 missing

7

X - MARINE PLANKTON -A GENERAL

1. Volkszahl, syst. Strukter des Planktons, Atlantischen Ozean.

DEUTSCHLAND, 1911

2. Wechsel, Planktonpflanze. Geogr. Breite in d. verschiedenen

3. Vertikale Verteilung im Atlantischen Ozean nach Bewolkerungsdichte u. sst.

Struktur

4. Outline, Pacific Coast, Brit. Columbia, Alaska, sections covered in 1923

(Missing)

5. Distribution, logarithms of diatom numbers, Alaska cruise in 1923 (Missing)

6. Microplankton at Southern California piers, 1921

7. Plankton, Chemical data, five-mile station, 1922

8. Plankton, chemical data, ten-mile station, 1922

9. Weekly averages, orders of magnitude. Diatoms, 1920-29

10. Population and temperature of water at 0 and 50 m (Missing)

11. Relative size of organisms and meshes of collecting net. To show loss of

small organisms (Missing)

12. Plankton diatoms, La Jolla, 1926, Stations 1 and 2 (Missing)

13. Plankton diatom, Station 1, 10-miles off (Missing)

14. Plankton diatoms, 1927, Station 2, 5-miles off (Missing)

15. Diatoms, 10-ear series La Jolla, Hueneme, orders of magnitude, nos. per

week

16. Ten years dinoflagellates, 1920-1929, orders of magnitude of weekly

averages (Missing)

BOX

FOLDER TITLE

X - MARINE PLANKTON -A GENERAL (cont.)

17. Ten years temperature, 1920-1929, weekly averages

18. Bacteria, Insolation, and microplankton by months in 1933 (Missing)

7

19. Plankton survey, South Georgia, Dec. Jan. 1926-27, showing average

phosphate content (Missing)

20. Phytoplankton in South Georgia Dec. Jan., 1926-27

21. General distribution of diatoms, South Georgia, Jan.-Feb, 193

22. General distribution of diatoms, South Georgia, November, 1930 (Missing)

X- MARINE PLANKTON -B ZOOPLANKTON

1. Radiolaria: Nassellaria: Cyrtoidea 1 (Missing)

2. Radiolaria: Nassellaria: Cyrtoidea 2(Missing)

3. Radiolaria: Nassellaria: Cyrtoidea 3

4. Radiolaria: Nassellaria: Cyrtoidea 4 (Missing)

5. Radiolaria: Nassellaria: Cyrtoidea 5 (Missing)

6. Radiolaria: Nassellaria: Cyrtoidea 6 (Missing)

7. Radiolaria: Nassellaria: Cyrtoidea 7

8. Radiolaria: Nassellaria: Cyrtoidea 8

9. Radiolaria: Nassellaria: Spyroidea (Missing)

10. Radiolaria: Nassellaria: Stephoidea (Missing)

11. Radiolaria: Phaedaria: Corgonetta (Missing)

12. Radiolaria: Phaedaria: Beduattidea (Missing)

13. Radiolaria: Nassellaria: Phaegromia (Missing)

14. Radiolaria: Spumellaria: Sphaeroidea, 1 (Missing)

BOX

FOLDER TITLE

X- MARINE PLANKTON -B ZOOPLANKTON (cont.)

15. Radiolaria: Spumellaria: Sphaeroidea, 2

16. Radiolaria: Spumellaria: Sphaeroidea, 3

17. Radiolaria: Spumellaria: Sphaeroidea, 4 (Missing)

18. Radiolaria: Spumellaria: Sphaeroidea, 5

19. Radiolaria: Spumellaria: Sphaeroidea, 6

20. Radiolaria: Spumellaria, Sphaeroidea (Missing)

21. Radiolaria: Spumellaria: Prunoidea, 2(Missing)

22. Radiolaria: Spumellaria: Prunoidea, 1

7

23. Radiolaria: Spumellaria: Prunoidea, 2 (Missing)

24. Radiolaria: Spumellaria: Discoidea 1(Missing)

25. Radiolaria: Spumellaria: Discoidea 2 (Missing)

26. Radiolaria: Spumellaria: Discoidea, 3.

27. Radiolaria: Spumellaria: Discoidea 4. (Missing)

28. Siphonophore (Missing)

29. Stephalia Coronoa

30. Pleurobrachia, distribution surface hauls by months

31. Vertical distribution, Chaetognatha, San Diego region

32. Relative number specimens, Sagitta, 20 hours hauling

33. Surface distribution of S. Bipunctata

34. Vertical distribution of S. bipunctata

35. Vertical distribution, S. bipunctata, Aug., Nov., ec., 1911

BOX

FOLDER TITLE

X- MARINE PLANKTON -B ZOOPLANKTON (cont.)

36. Distribution of S. bipunctata in relation to temperature

37. Distribution of S. bipunctata in relation to temperature, three depths

38. Surface distribution of S bipunctata with respect to temperature

39. Surface distribution of S. bipunctata in relation to salinity and temperature

40. Surface distribution of S. bipunctata in relation to salinity

41. Evening distribution of S. bipunctata on surface

7

42. Effect of day and night on distribution of S. bipunctata

43. Surface distribution of S. bipunctata with respect to time of day

44. Copepods: list of species studied singly, occurrence in different sorts of

hauls

45. Calanusfinmarchicus Gunner

46. Distribution, C. finmarchicus, hourly averages, depths, time of day. Nets

compared

47. Totals per hour, 10 species at surface at night

48. Numbers at different depths, day and night compared

49. Tunicates, hydromedusa

50. Ctenonophora, Medusa, Cladoera, Tunicate (Missing)

51. Radiolaria, Ctenephore, Tunicate, larval crustacean (Missing)

52. Octaneus berdonni (Missing)

53. Challengeria

54. Oikopleura

55. Animal with filtering net. Appendicularia, kowalevskia

BOX

FOLDER TITLE

X- MARINE PLANKTON -B ZOOPLANKTON (cont.)

56. Oikopleura albicans,: fully expanded filtering net (Missing)

57. Copepod (Missing)

7

58. Euchaeta norvegica

59. Radiolaria: Spumellaria: Sphaeroidea, Prunoidea (Missing)

X- MARINE PLANKTON -C PHYTOPLANKTON

1. Mesodinium rubrum

2. (Missing)

3-5 (Moved to X Marine Plankton - A General)

6. Diatoms from oyster stomach, Chesapeake Bay (Missing)

7. Diatoms from oyster stomach, Colon, Panama (Missing)

8. Diatoms from St. Peter, Hungary

9. Diatoms from oyster stomach, St. Peter, Hungary, 2 (Missing)

10. Diatoms from oyster stomach, Madagascar (Missing)

11. Chaetoeras, Corethros, Bidulphia, Rhizoselenis, Monterey Bay, California

(Missing)

12. Rhizoslenia, Synedra

13. Melosira nummuloides Ag. var. Cosmop., chiefly N. Atlantic

14. Melosira sulcata Her. Cosmopolitan

15. Melosira undulate Kutz. Cosop. San Francisco Bay

16. Hyalodiscus propelanus Mann. Philippines

17. Hyalodiscus crepitans Mann. Antarctic

18. Stephanopyxis turris (Grev.) Ralfs. Cosmopolitan

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

19. Stehanopyxis teissflogii A. Sch. Locality unknown (Missing)

20. Thalassiosira gravida Cl. N. Atl., Pacific, Arctic

21. Thalassiosira gravida, auxospore formation

22. Coscinodiscus excavates Grev. Nottingham earth, Md.; Arctic

23. Coscinodiscus oculus-iridus Her. Cosmop (Missing)

24. Coscinodiscus scitulus Mann. Philippines

25. Coscinodiscus ciliatus Mann. Philippines

7

8

26. Anisodiscus adeei Mann. Philippines

27. Stictodiscus parallelus (Grev.) V.H. approaching S. harrisonianus (norm.)

V.H. Cosmop

28. Stictodiscus californicus Grev. Var. called S. truanii Witt. Cosmopolitan,

mainly Pacific

29. Arachoidiscus ornatus Ehr. Cosmopolitan; frequent Calif. Coast

30. Archnoidiscus ehrenbergii Bail. (Approaching A. indicus Ehr. ) Cosmop.,

abundant in California

31. Actinoptychus bismarckii A. Sch. Sychelle Isl.

32. Actinoptychus splendens Shad. Cosmopolitan

33. Actinoptychus heliopelta Grun. Nottingham earth, Md. , Va. (Broken)

34. Actinoptychus wittianus Jan. Fossil, N. Zeal. Barbados, etc.

35. Actinoptchus supersplendens Mann. Monterey Bay, Calif. (Broken)

36. Asteromphalus heptactis (Brev.) Ralfs

37. Aulacodiscus rogersii (Bail) Ralfs Cosmopolitan

38. Aulacodiscus rogersii (Bail) Grun. Cosmopolitan

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

39. Aulacodiscus oregonus Bail. Pacific

8

40. Aulacodiscus atulus Grun. Fossil, N. Zealand

41. Aulacodiscus multispadix Br. Fossil, Sendai, Japan

42. Auliscus priunosus Bail var. sansibarica Grun. Fossil, Bory, Hungary

43. Auliscus spinosys F. Chris. Fossil. Maryland, Barbados; Atlantic City, N.J.

44. Auliscus caelatus Bail. Cosmopolitan

45. Auliscus hauckii Pant. Fossil. St. Peter, Hungary

46. Auliscus hardmanianus Grev. Fossil, N. Zealand

47. Pseudo- auliscus Petitii Leud. Forb. Ceylon; tropical Pacif.

48. Pseudoauliscus (Eupodiscus) Oculatus (Grev.) Sch. At. 14910

49. Caetoceros (Bacteriastrum) variana (Laud.) V.H. Cosmop., especially N.

Atlantic (Missing)

50. Chaetoceros atlanticum Cl. Cosmopolitan

51. Pseudo-stictodiscus angulatus Grun. Fossil, Jutland Barbados, Russia

52. Trigonium venosum (Bright) Cl. Fossil, Barbados

53. Trigonium arcticum (Bright) Cl. Hexagnal form (Missing)

54. Trigonium arcticum (Bright) Cl. Biangular var. known as Biddulphia

baldena (Ehr.) Pacific Ocean, general

55. Biddulphia (amphitetras) antediluviana (Ehr.) V.H. Atlantic, (Pacific?); also

fossil

56. Biddulphia mollis Mann. Antarctic

57. Biddulphia trisculca (Bail) Boyer Campeche Bay (fossil at Brunn, Moravia.)

58. Biddulphia spiculifera Mann. Philippines

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

59. Biddulphia grunowii Jan. GARELLS Exped. No locality (Missing)

8

60. Biddulphia cuspidate (Jan.) Distinct from B. Favus of which a quadrate var.

in Pacific Cosmop. (Missing)

61. Biddulphia peruviana Grun. S. Francisco; Peruvian guano

62. Biddulphia exacta Mann. Philippines (Missing)

63. Biddulphia pulchella Gray. Cosmopolitan

64. Biddulphia extensa Mann. Pacfic, esp. S. Francisco Bay (Missing)

65. Biddulphia (Triceratium) pontesrinns (Bhr.) Boyer. Cosmop. (also fossil)

(Missing)

66. Biddulphia (Triceratium) norlandii Gr. & St. approaching Entosenia

Davyana Grev Fossil, N. Zealand (Missing)

67. Biddulphia (Triceratium) campechiana (Grun.) Boyer. Gulf of Mexico,

Philippines

68. Odontotropis carinata Grun. Fossil, Jutland

69. Isthmia minima Bail & Harv. Philippines (perhaps Cosmop) (Broken)

70. Grammatophora marina (Lyng.) Kutz. Cosmopolitan

71. Grammatophora macilenta W. Sm. Cosmopolitan

72. Meridion circulare Ag. (and Ceratoneis arcus Kutz). Cosmopolitan

73. Dimerogramma opulens Mann. Philippines

74. Synedra nitzschioides (Grun.) V.H. Thalassiothrix nitz. N. Atl. & Pacfic;

Arctic

75. Achnathes crenulata Grun Philippines.

76. Achnanthes tenuistanros Mann. Philippines & Borneo

77. Achnanthes longipes Ag. Cosop. (Missing)

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

78. Camploneis (Cocconeis) grevillei (W. Sm.) Grun. Cosmop

79. Cocconeis os-pristis Mann. Philippines (Missing)

80. Cocconeis kamchatkiensis Mann. Arctic

8

81. Navicula californica Grev. Pacific, Campeche Bay, etc.

82. Navicula smithii Breb. Cosmopolitan (also fossil)

83. Naicula crabro Her. Cosmopolitan

84. Navicula gemmata Grev. (the var. called N. Grunowii Ra.) Philippines

85. Navicula permagua (Bail) Ralfs. Cosmopolitan

86. Navicula lyra Ehr. Var. intermedia Grun. Perhaps Cosmop(Missing)

87. Navicula soectabilis Greg. Variety peculiar to the Philippines

88. Navicula controversa Mann. Nom. Nov. Arctic & northern Pacific (Missing)

89. Navicula aiberica Grun. Arctic (Missing)

90. Navicula asper Ehr. Cosmop (Missing)

91. Navicula bombus Ehr. Cosmop (Missing)

92. Amphiprora o’swaldii var. Philippines

93. Mastogloia angulata Lewis. Cosmopolitan

94. Mastogloia jelenickiana Grun. Pacific So. Amer. & Philippines (Missing)

95. Mastogloia splendida (Greg.) Cl. Cosmopolitan

96. Cymbella mexicana (Ehr) Cl. Narrow variety. Cosmopolitan

97. Amphora compacta Mann. Philippines

98. Amphora dura Mann. Philippines

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

99. Amphora magnifica Grev. Philippines, etc.

100. Amphora sima Mann. Philippines

8

101. Amphora nodosa Br. Variet. Philippines

102. Amphora anceps Mann Philippines

103. Surirella fastuesa Ehr. Cosmop. (Missing)

104. Surirella patens A. Sch. Port Townsend, Wash.

105. Surirella baldjickii Norm. Mediterranean (fossil, Hungary)

106. Surirella fabigerii Lewis. Cosmop. (Missing)

107. Campylodiscus perspicnus Mann. Philip. (Missing)

108. Campylodiscus echeneis Ehr. Atlantic, Pacific, temperate

109. Chaetoceros concavicornis (top); C. atlanticus var. Neapolitana (1. Left); C.

atlaticus var. ? (l. right)

110. Chaetoceros similis (top); C. Dadayi (1. Center); C. messanensis (furca) (rt.

Center): C. danicus (btm).

111. Chaetoceros decipiens (left); C. Lorenzianus (right)

112. Chaetoceros constrictus (up. Rt.); C. compressus (l. left); C. diadema (rt.)

113. Chaetoceros didymus; spores of same, (1. Left).

114. Chaetoceros laciniosus (left); C. affinis (up. rt.); C. costatus (center btm.);

C. cinctus- chain and valve view (lower rt.)

115. Chaetoceros debilis (upper left & center); C. curvisetus (upper & lower rt.);

C. socialis (center & lower rt.)

116. Chaetoceros radicans (scolopendra) (Missing)

117. Bacteriastrum delicatulum (up. left & lower rt. & left); B. elongatum (upper

rt.)

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

8

118. Rhizosolenia setigera (left); R. semispina (2^ndfrom left); R. stolterfothii

(upper center). R. styliformis (lower center); R. fragilissima (2^ndfrom rt.); R.

delicatula (right)

119. Rhizosolenia robusta (2 at top); R. alata (3 at lower rt.) R. imbricate var.

shrubsolei (center lower); R. calcar-avis (2^ndfrom rt.) R. alata var. curvirostrus

(rt.).

120. Biddulphia mobiliensis (upper left); B. aurita (lower left); B. extensa

(longicruris) (center, upper & lower rt.)

121. Thalassiosira gravid (upper left); T. nordenskioldii (2 – center & upper

center); T. decipiens (upper rt.); T. aestivalis (lower rt.); T. subtilis (lower

center); T. rotula (l. rt.)

122. Coscinosira polychorda (upper left); Lithodesmium undulatum (2 chains &

valve view); Cerataulina bergoni (2 cells – lower left); Eucampia zoodiacus (3

chains – rt. Top & center); Streptotheca thamesis (btm.)

123. Corethron valdiviae (upper left); C. criophilum (upper rt.); Skeletonema

costatum (4 chains- lower left & center), Ditylum brightwelli (2-lower rt. &

center)

124. Lauderua bireakus (upper left) Leptocylindrus danicus (2^ndfrom left top);

Dactyliosolen mediterraneus (3^rd, 4^th, from left top); Hemiaulus hauckii (3 –

upper, upper & lower 2^ndfrom rt.); H. sinensis (Heibergii) (center btm.);

Schroderella delicatula (2-lower left)

125. Astarionella japonica (top left); Thalassicthrix nitzechicides (top rt.);

istericonella kariana (2-center, rt. Center); Striatella unipumetata (lower left);

Bacillaria paradoxa (lower rt.); Nitzechia seriata (btm) (Missing)

126. Thalassiothrix heteromorpha (acuta)? (girdle view of left; valve view, 2^nd

from left; colony, upper center); Pleuronigma species (2^ndfrom rt. top);

Grammatophora marina (top rt.), Bragiaria crotonenais (center); Synedra

undulate (2^ndfrom btm); Nitzahia longissima (btm.) Diatoma from Sea of Java;

Chastoeros diversus (upper left); C. laeyis (upper rt.) Rhizosolenia elevei (lower

left) R. cylindrus (lower center); R. arafurens (lower rt.) (Missing)

BOX

FOLDER TITLE

X- MARINE PLANKTON -C PHYTOPLANKTON (cont.)

8

127. Diatoms from Sea of Java: Chaetoceros diversus (upper left); C. laevis

(upper rt.); Rhizosolenia clevei (lower left); R. cylindrus (lower center); R.

arafurensis (lower rt.)

128. Diatoms from Sea of Java: Bacteriastrum comosum (left); Ditylum sol

(upper rt.); Biddulphia sinensis (lower rt.)

129. Diatoms from Sea of Java: Chaetoceros peruvianus (top left); Surirella

gemma (top rt.); Rhaphonesis amphiceros var.? (center left); Nitzschia

panduriformis var. continua (center); Mastogloia minuta (center rt.); Nitzschia

sigma var. interedens (3^rdfrom btm. rt.); N. Lorenziana var. incurve (2^ndfrom

btm. rt.); N. sigma var. indica (btm.)

130. Diatoms from Australia: Chaetoceros coarctatus (top); C. rostratus (center);

C. denticulatus (lower left); C. Lauderi (lower center), C. anastomosans (lower

rt.)

131. Diatoms from Australia: Stephanopyxis palmeriana (u. left, up. center); S.

turris (rt. top); Chaetoceros pseudourvisetus (3- lower left & center) Cerataulina

compacta (3^rdfrom rt. center); Ditylum brightwelli (2^ndfrom rt. center);

Bacteriasrum hyalinum (2^ndfrom rt. btm.); Rhizosoenia fragilissima (lower rt.)

132. Diatoms from Australia: Rhizosolenia Styliformis var. latissima (top left);

R. Bergonii (2^nd, 3^rdfrom left top); R. hyaline ( 2-2d from rt.) R. acuminate (top,

rt.); R. imbricate (lower left). Lauderia borealis (2^ndfrom left lower); Guinardia

flaccid (center) Cerataulina Bergoni (2^ndfrom bt., center); Eucampia cornuta

(btm.center); Climacodium Frauenfeldianum (btm., rt.)

133. Ceratium, Gonyaulax, Dinophysis

134. Coccolithophoridae, different types

135. Cell-wall of a diatom, Coscinodiscus

136. Coscinodiscus rex; pelagic diatoms of ribbon type

137. Chaetoceras decipiens

138. Pelagic diatom of the hair type. Rhizosolenia hebetatasemispina

139. Lauderia annulata., cell, chain, chromatophores

BOX

FOLDER TITLE

XI METEOROLOGY

9

1. Temperature, humidity, at La Jolla, Eureka, Berkeley, Mojave Desert

2. Temperature, Victorville, Berkeley, Eureka. Nov., 1914

3. Temperature, Victorville, Berkeley, Eureka Nov., 1914

4. Humidity, Victorville, Berkeley, Eureka. Nov. 1914

5. Humidity, Victorville, Berkeley, Eureka. June, 1915

6. Temperature, humidity: Victorville, Eureka, May, 1915

7. Velo cloud over San Diego Bay

8. Dissipation, velo cloud over San Diego Bay (1)

9. Dissipation, velo cloud over San Diego Bay (2)

10. Barometric pressure gradient, ocean and surface temperature

11. Chart of isobaric lines for July. After Buchan

12. Isothermal chart for January. After Buchan

13. Isothermal chart for July. After Buchan

14. Januar-Isobaren. After Hann

15. Juli-Isobaren. After Hann

16. Ferrel’s scheme of atmospheric circulation

17. Distribution of atmospheric temperature in latitude for year, for January, for

July

18. Ferrel’s scheme of distribution of pressure with elevation and latitude

19. Condition of atmosphere under elementary hypothetical conditions.

Gravitation and the ideal sphere

20. Curves of solar constant and sun-spot numbers. C.G. Abbot

BOX

FOLDER TITLE

XI METEOROLOGY

9

21. Precipitation for 1921. Graph

22. Illustration, “Forecast of floods” H.H. Clayton in “System,” Jan., 1927

23. Formation of a secondary cyclone as a wave on the cold front of mother

cyclone

24. Life cycle of a cyclone. (1) V. Bjerknes

25. Radiation and circulation. Table of thermo values for various stations

26. Mean annual temperature, west coast U.S. and Mexico

27. Januar-isothermen. After Hann

28. Juli-isothermen. After Hann

29. Mean isobars, prevailing winds over Pacific Ocean, July

30. Stratus cloud below Mt. Wilson

31. Cumulus clouds

32. Soaring under clouds at the Wasserkuppe, Germany. (1)

33. Soaring under clouds at the Wasserkuppe, Germany (2)

34. Life cycle of cyclones (2)

35. German sail-plane “Fafnir”

36. Point Dume, vertical section east and west, showing isotherms

37. Bjerknes theory

38. Bjerknes polar front theory. Idealized cyclone

39. Vertical sections through cyclones in different stages of development

40. Winds of northern Indian Ocean for July and January

41. Barometric pressure and winds XI in Atlantic in February

BOX

FOLDER TITLE

XI METEOROLOGY

9

42. Isobaric lines for January, After Buchan

43. Average pressure distribution over N.E. Pacific, Jan., 1926

44. Average pressure distribution over N.E. Pacific, Jan. 25 to Feb. 3, 1926

45. Departure of pressure gradients, La Jolla ocean surface temperature, seasonal

rain.

46. Meteorology. List of equations for reference

47. Five-six year cycles for San Diego, Sacramento, Tennessee River, Boston,

Rio

48. Sun-spots, 1840-1920, and rainfall cycles, S.D., Baltimore, Susquehanna,

Tennessee, etc.

49. Accumulated departures from average rain for different localities. Showing

Bruckner and secular cycles

50. Comparison of lake levels and Wolf numbers

51. San Diego rainfall, three-season overlapping sums. Sunspot numbers

52. Relation between surface temperature at La Jolla, 1916 to 1929, & rainfall

south coast; correlation coefficients in northern & southern California. 2 tables

53. Mid-Pacific temperatures in Aug. – Oct., and La Jolla sea temperatures,

inverted Aug. 1- Oct. 15

54. Ocean surface temperature at La Jolla, Aug. 1-Oct. 15, & seasonal rainfall at

various stations

55. Luftdruck und Winde Uber den Indischen Ozean im Januar

56. Luftdruck und Wind Uber dem Indischen Ozean im Juli

57. Winderhaltnisse des Stillen Ozeans im Januar und Februar. Deutsche

Seewarte

58. Windverhaltnisse des Stillen Ozeans im Juli und August. Deutsche Seewarte

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY -A GENERAL

1. Deep-sea soundings. General data

9

2. Distribution of number of observations, No. Pac. U.S. Hydrographic Office,

1932

3. Distribution of number of observations. Chart, No. Pac., U.S. Hydrographic

Office 1932

4. Hydrographische Reihenmessungen seit 1870 im Atlantischen Ozean. Over

1,000 m.

5. Hydrographische Reihenmessungen seit 1870 im Atlantischen Ozean. Over

3,000 m.

6. Hydrographische Reihenmessungen seit 1870 im Indische Ozean 1,000-

30,000 m.

7. Northeast tropical Pacific. Showing stations for vertical sections of

temperature and salinity before 1934

8. Lage der Stationen, westlichen u. zentralen Langeschnitte durch Pazifischen

Ozean

9. Profiles, Gulf of Alaska, McEwen. Intern. Fish. Commission, 1927-28

10. Lage der Stationen, west-lichen, ostlichen Langschnitt durch den

Atlantischen Ozean

11. Hydrographische Reihenmessungen seit 1870 im Stillen Ozean, 1000-3000

m. (without “Carnegie lines”: see VI-B 6)

12. Oceanographic data rec’d at Scripps Institution March 15, 1935, to March,

15, 1936

13. Series of Stations in the Atlantic between Cape Henry and Habana

14. Illustration of table showing series of observations

XII - PHYSICAL OCEANOGRAPHY --B THEORY

1. Gravitation and centrifugal force

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --B THEORY (cont.)

2. Temperature-salinity relations

9

3. Equation: ocean temperature

4. Formula for normal sea temperature. Equation

5. Analysis, time rate of temperature change at series of depths, Pac. Ocean near

San Diego. July

6. Diagram, distribution: small water masses according to temperature

reductions

7. Equation: surface and ocean temperature

8. Ausdehnung v. Troposphare u. Stratosphare an der Meeresoberflache, u. Lage

d. Langsschnitte

9. Formula for upwelling velocity. Equation

10. Diagrams of cyclonic and anticyclonic currents

11. Lage d. Polarengrenzflache zwischen polarstrom u. Westwindtrift auf der

Nordhemisphare

12. Lagerung der Wassermassen im aquatorialen Stromsystem

13. Meridionalschnitt durch den hydrospharischen zirkularen Wirbel

14. Current from center of production to center of consumption in oceanic layer;

schematic diagram, surface water, Gulf Stream

15. Schematische Darstellung d. temperaturabnahme mit der Tiefe u. der

ozeanischen Schichten

16. Dynamical calculation of currents

17. Diagrammatic front-view, relative positions of major elements of a steady

gradient current

18. Section illustrating Bjerknes theory

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --B THEORY (cont.)

9

19. Meridionalen Komponenten d. Tiefenzirkulation in einem symmetrisch

aufgebauten Ozean, (schematsche Darstellung)

20. Diagrammatic section, inflowing, outflowing currents, Mediterranean, No.

Atl.; Med., Black Sea

21. Distance from Coast plotted against depth of water. Upwelling circulation

22. Wind-driven current in relation to temperature. Table

23. Curves, theoretical relation, temperature to depth

24. Velocity of surface water, forces that determine

10

25. Diagram, general circulation of waters of Atlantic Ocean

26. Meridional section showing isobaric surfaces, isoteric surfaces, deduced

directions

27. Diagram, effect of wind of lee and windward shores

28. Convergence and divergence in the Indian Ocean. January

29. Convergence and divergence in the Indian Ocean. July

30. Analysis, time rate of temperature change at series of depths, Pac. Ocean

near San Diego. Month of June

31. Formulae and meaning of symbols in XII-B, 5, 30

XII - PHYSICAL OCEANOGRAPHY --C CIRCULATION

1. Stromungen der Meeresoberflache (Nordischer Winter) Eisgrenzne.

Atlatischer Ozean

2. Chart of nontidal currents for Pacific Ocean, July to September

3. Current systems of Indian Ocean

4. Main current systems, North Atl., So.Atl., No. Pac., So. Pac., Indian Ocean

5. Kurosiwo, Oyasiwo, No. Pac. Wust, Uda

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --C CIRCULATION (cont.)

6. Section, Kurosiwo in August, normal ear. Uda

10

7. Velocity of horizontal ocean currents in relation to distance from coast, series

of depths, Ocean Cape, Dec. 1927

8. Velocity of horizontal ocean currents in relation to distance from coast, series

of depths, Ocean Cape, Jan. 1928

9. Circulation, Atlantic Ocean. North winter, summer. Deutsche Seewarte

10. Velocity of horizontal ocean currents in relation to distance from coast,

series of depths, Cape Cleare, Jan. 1928 (Broken)

11. Velocity of horizontal ocean currents in relation to distance from coast,

series of depths, Cape Chiniak, Jan. 1928

12. Antarctic Ocean, bathymetric chart, showing flow of Antarctic, warm, mixed

waters

13. Beobachtungsmaterial und die Lage d. Profile und Stromkonvergensen.

Indian Ocean

14. Pacific Ocean, bathymetric chart. After Murray

15. Computation of surface currents from temperature and winds between

Panama and Seattle, Dec. 1925 to May, 1926

16. Compuation of surface currents from temperature and winds, between

Panama and Seattle, Jan., Feb., 1926 (2^ndmethod)

17-20 Moved to XII – PHYSICAL OCEANOGRAPHY - G TIDES

21. Schematic representations of the Kuro-Shiwo and the Gulf Stream (Wust)

22. Schematic representations of distribution of water masses of different

densities in the equatorial region (Sverdrup)

23. Computed currents through Drake Passage at approximate depth of 600 eters

(Clowes)

24. Schematic representation of north-south circulation in the Atlantic (Wust)

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --C CIRCULATION (cont.)

10

25. Computation of surface currents from surface temperatures and winds from

San Diego southwest, March, 1925. Table 4

26. Computation of current velocities in Japan Stream from temperatures. Table

8.

27. Explanation of symbols in tables 4, 5, 8

28. Chart of non-tidal currents for the Pacific Ocean, January to March

29. Die Stromungen des subtropischen Ronvergenzgebieten im sudindischen

Ozean (Januar)

30. Die Stromungaen des subtropischen Konvergenzgebieten im sudindischen

Ozean (Juli)

31. Indischer Ozean. Wasserbewegung an der Oberflache im Januar

32. Indischer Ozean. Wasserbewegung an der Oberflache im Juli

33. Oberflachenstromungskarte des Atlantischen Ozeans. Februar. (H.H. Meyer)

34. Pazifische Stromungen im Nordsommer nach einem vorlaufigen Entwurfe.

Merz

35. Antarctic Convergence, two surface currents influencing South Georgia

36. Probable average positions of Antarctic, sub-tropical, and tropical

convergences in the South Atlantic

37. South Georgia, surface-water movements around, in Dec.-Jan., 1926-27

XII - PHYSICAL OCEANOGRAPHY --D TEMPERATURE AND

SALINITY

1. Curves, showing observed serial temperatures in a region approx. 8 mis. west

of Coronado Islands. Figs. 10-15

2. Curves, showing observed temperatures in a region approx. 8 mis. west of

Coronado Islands. Figs. 4-9

3. Mean annual surface temperature of ocean

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --D TEMPERATURE AND

SALINITY (cont.)

10

4. Distribution of surface temperature, 1000 mis w. of San Diego, S.D. Bay,

Madeira, off Yokohama, 1000 mis. off Pt. Concepcion. And Mendocino

5. Surface temperatures, Cape Flattery to San Diego, U.S.S. TUSCARORA

6. Isotherms of the surface of the sea

7. Ocean currents and isotherms showing mean temperature of surface of ocean

water for year (Davis’s Atlas)

8. Pacific Ocean, showing temperature at surface. After Schott-Schu (Missing)

9. Isotherms for August, 1913, Channel Islands region

10. Temperature, Pacific Ocean, Central basin, CARNEGIE

11. Salinity, Pacific Ocean, Central Basin, CARNEGIE

12. Salinity at surface, after Schott

13. Distribution of salinity at surface, 5 degree zones. Krummel

14. Point Dume, salinity plotted against depth

15. Atlantic Ocean, east basin, after Wust

16. Atlantic Ocean, west basin, after Wust

17. Section across Wyville-Thomson Ridge (Missing)

18. Surface isotherms for January. Eastern Pacific

19. Indian Ocean, east section, after Moller

20. Pacific Ocean, west section, after Wust

21. Surface water temperatures. August (from H. Thorade) Eastern Pacific

22. Isothermal lines of world at 1000 fathoms

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --D TEMPERATURE AND

SALINITY (cont.)

10

23. Isohalines of surface of the oceans

24. Observed and computed monthly temperatures at 40 meters, at surface;

normal temperatures off San Diego

25. Seasonal temperature distribution at a series of depths from surface to 500

meters

26. Seasonal salinity at a series of depths from surface to 450 meters

27. Surface isotherms for August. Eastern Pacific

28. Isohalines for August. Southern California

29. Atlantic Ocean. East basin after Wust

30. Atlantic Ocean. West basin after Wust

31. Indian Ocean. East section. Section along meridian 120 degrees E. After

Moller

32. Mean surface temperature in 5 degree zones, according to Krummel

33. Indian Ocean. West section, after Moller. Temperature

34. Indian Ocean. West section, salinity. After Moller-Merz

35. Pacific Ocean. West section, after Wust (2)

36. Langschnitt Sud-Nord… Indischen Ozean. Langschnitt ab Mauritius

37. Die Verteilung der Oberflachentemperaturen im Indischen Ozean. Juni. Dez.

38. Monthly averages of serial ocean salinities near San Diego. May-September

(1)

39. Monthly averages of serial ocean salinities near San Diego. May-September

(2)

40. Mean annual salinity, northeast Pacific. Surface

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY -- E LIGHT

1. Light intensities at various depths. Table

10

2. Penetration of light into sea-water, English Channel. Poole and Atkins

3. Penetration of light into sea-water, La Jolla. Burt Richardson

4. Penetration of light into sea-water, Puget Sound. Shelford and Gail

5. Relation of amount of light in foot-candles to depth below the sea surface

6. Relation of intensity, light of different wave-lengths to depth below the

surface

7. Intensity of radiation of different wave-lengths of sunlight compared with

photoelectric cell

8. Spectral comparison of three light sources

9. Spectra of several light sources

10. Spectra of several carbon arcs

11. Spectra of several sources of light

12. Spectral transmission of a dozen commercial glasses

13. The entire gamut of electro-magnetic waves

14. Analysis of the time-rate of change of water temperature in a reservoir. 1.7

m. deep

15. Penetration of light into sea water. Table 14. Mean value of absorption

coefficient

XII - PHYSICAL OCEANOGRAPHY --F HIGH WAVES

1. An area at Balboa Pier during a quiet period

2. High waves at Balboa Pier

3. High waves at Balboa Pier (2)

BOX

FOLDER TITLE

XII - PHYSICAL OCEANOGRAPHY --F HIGH WAVES

10

4. Pool formed in same area later by water thrown over crest of beach. Balboa

Pier

5. Santa Monica Breakwater

11

6. Part of Roosevelt Highway along coast near Malibu

7. Newport Beach on Oct. 10, 1934

8. Houses that had a broad expanse of protected beach in front when built

9. Houses that had a broad expanse of protected beach in front when built (2)

10. Airplane view of Newport Beach region

11. Houses on shore at Newport Beach

12. Airplane view of Newport region showing encroachment of the sea

XII - PHYSICAL OCEANOGRAPHY --G TIDES

1. Bay of Fundy. Map

2. Bay of Fundy. Passamaquoddy Bay, showing proposed tidal power

development

3. Tides. Graph, illustrating oscillations in a trough

4. Tides. Graph showing tidal time of differences

5. Tides. Effect of varying declination

6. Tides. Long period variation in tide-generating force

7. Tides. Configuration for absolute maximum

XIII – PLANTS - A MARINE PLANTS IN GENERAL

1. Mature kelp plant, tip (Missing)

2. Kelp harvesting. Hopper

BOX

FOLDER TITLE

XIII – PLANTS - A MARINE PLANTS IN GENERAL (cont.)

3. Kelp falling from conveyor onto loading barge

4. Kelp. Hopper and conveyor

11

5. Kelp harvester, showing cutting device in water, conveyor, engine

6. Load of cut kelp

7. Unloading freshly harvested kelp at San Pedro, Calif

8. Alaria. Northern kelp bed (Missing)

XIV - MAP MAKING - A PROJECTIONS

1. Polar stereographic projection (fig. 70)

2. Northern hemisphere, polar stereographic projection (fig. 71)

3. equatorial stereographic projection (fig. 69)

4. Hemispheres in equatorial stereographic projection (fig. 72)

5. Stereographic projection (Missing)

6. Stereographic projection (Missing)

7. Orthographic projection (fig. 65)

8. Map-making. Polar orthographic projection (fig. 67)

9. Western hemisphere, in equatorial orthographic projection (fig. 66)

10. Polar globular projection (fig. 76)

11. World in polar globular projection (fig. 77)

12. Hemispheres in equatorial globular projection (fig. 75)

13. Conical projection (fig. 68)

14. Conical projection (fig. 73)

BOX

FOLDER TITLE

XIV - MAP MAKING -A PROJECTIONS (cont.)

15. Conical projection (fig. 74)

11

16. World in conic projection (fig. 95)

17. North America on simple conic projection

18. Conical equal area projection

19. Cylindrical equal area projection. Equal spaced projection. (Figs. 16-17)

20. Lambert equal area projection (figs. 25-26)

21. Map-making. World in homoloraphic projection (fig. 82)

22. Map-making. Polar gnomonic projection (fig. 79)

23. Pacific Ocean on gnomonic projection (Broken)

24. Part of gnomonic chart: great circle, rhumb. line (fig. 59) Part of Mercator

chart: rhumb line. (fig. 58)

25. World in Mercator projection

26. World on Mercator projection

27. Van der Grinten’s spherical projection of the world

28. Laying off Mercator projection

29. laying off equatorial stereographic projection

30. World on an equal area projection

31. Covering for a terrestrial globe

32. Triangulation in California re-observed in 1922-23, northern section. U.S.

Coast and Geodetic Survey

XIV - MAP MAKING - B HISTORICAL

1. Waldseemuller, 1513. “Tabuli oceani occidentalis”

BOX

FOLDER TITLE

XIV - MAP MAKING -B HISTORICAL (cont.)

2. Western half of Schoner’s first globe

3. Schoner’s globe, 1515

11

4. Democenet, 1552

5. Caspar Vopell, 1543

6. Behaim’s glove, 1492

7. Old map, heart-shaped hemispheres

8. Route of Columbus on first voyage, use of winds and currents

9. Zaltieri’s map of North America, Mexico, 1566

10. C. Mercator’s North and South America

11. Kaspar von Baerle’s map of the world, 1622

12. Waldseemuller map, 1509

13. Eratosthenes map of the world

14. Ptolemy’s map, A.D. 150

15. Ruysch (in Ptolemy)

16. Behaim’s glove, 1492. Eastern hemisphere

17. Columbus’ idea of eastern coast of Asia in relation to his fourth voyage

18. Cantino world map, 1502

19. The Gulf Stream, according to Governor Pownall, 1787

20. Ptolemy’s map

21. The Gulf stream according to Benjamin Franklin

22. E. Halley, oldest map of the winds, Atlantic Ocean, 1688

BOX

FOLDER TITLE

XIV - MAP MAKING - B HISTORICAL (cont.)

23. From happelius Relationes Curiosae

24. Homer’s world

11

25. Athanasius Kircher, oldest map of the circulation in the Atlantic Ocean.

1678

XV - FOULING AND WOOD BORING ORGANISMS - A FOULING

1. Prisoner scraping organisms from hull of scow (Missing)

2. Scraping hull of U.S.S. LAUB in dry dock, destroyer base, San Diego. April,

1934 (Missing)

3. Scraping propeller and shaft housing of U.S.S. LAUB in dry dock, 1934

4. Propeller of destroyer LAUB after 38 month’s submergence

5. Bryozoa and sponges on hull of old scow in San Diego harbor, two years.

1934 (Missing)

6. Bryozoa and sponges on hull of old scow in harbor two years. April 1934

7. Bryzo and tunicate attached to barnacle ad covered by sponge colony, from

ship’s hull (Missing)

8. Barnacles, anemones on rocks at low tide. Scripps Institution. April, 1934

9. Equipment for investigations, SIO pier.

10. Equipment for investigations, SIO pier. Earliest stages of attachment

11. Hull, U.S.S. LAUB in dry dock. Hydroids and bryozoa

12. Goose-neck: barnacles from fouling organisms (Missing)

13. Barnacles. Rate of growth of Balanust tintinnabulus on submerged blocks

(Missing)

14. Number of organisms which attach to clean and to bacteria-coated slides.

Tables

BOX

FOLDER TITLE

XV - FOULING AND WOOD BORING ORGANISMS - A FOULING

(cont.)

11

15. Frequency of attachment to blocks, of Balanus t. californicus 1930 (Missing)

16. Graph. Rate of growth of Balanus t. californicus, different seasons of the

year (Missing)

17. Graph. Rate of growth of Ostrea lurida at different seasons of year (Missing)

XV - FOULING AND WOOD BORING ORGANISMS - B WOOD

BORING ORGANISMS

1. Teredo. Development (C.P. Sigerfoos, 1908) (Missing)

2. Teredo. Development (C.P. Sigerfoos, 1908) (Missing)

3. Teredo. Protruding siphons. (Rept. S.F.B.M.P. Comm. 1923)

4. Teredo. Valves (C.P. Sigerfoos, 1908)

5. Teredo. Showing shells and burrow. (S.F.B.M.P. Comm. 1927)

6. Setacea. Burrow in Douglas fir. (Rep. Comm. Wood Preserv. 1923)

7. Shipworm. Fender pile, Martines Calif. (S.F.B.M.P. Comm. 1927) (Missing)

8. Limnoria. Douglas fir piling in Oakland estuary. (S.F.B.M.P. Comm. 1927)

9. Dock failures. (S.F.B.M.P. Comm. 1927)

10. Limnoria. Dorsal, ventral views. (Hoek, 1893)

11. Limnoria, alve in burrow (S.F.B.M.P. Comm. 1927) (Missing)

12. Limnoria. Seasonal migrations. (M.W. Johnson)

13. Limnoria. Graph of seasonal migrations. (M.W. Johnson)

14. Limnoria. Table of seasonal migrations (M.W. Johnson)

15. Limnoria. Percent of total yearly settlement. Friday Harbor, figs. 1,2:1933-

34; fig. 3: 1928-29 (M.W. Johnson) (Missing)

BOX

FOLDER TITLE

XV - FOULING AND WOOD BORING ORGANISMS - B WOOD

BORING ORGANISMS (cont.)

11

16. Limnoria. Table of temperature ranges at Friday Harbor

17. Limnoria. Seasonal settlement in 3-mo. periods, Sept. 1933 to Sept. 1934

XVI-A HYDROLOGY

12

1. Analysis of the time-rate of change of water temperature in a reservoir at noon

(Missing)

2. Analysis of the time-rate of change of water temperature in a reservoir at two

o’clock (p.m.) (Broken)

3. Analysis of the time-rate of change of water temperature in Lake Mendota,

May 24-31

4. Analysis of the time-rate of change of water temperature in Lake Mendota,

June 9-15

5. Weekly averages of serial temperatures, Lake Mendota

6. Weekly averages of serial temperatures, Lake Mendota (2)

7. Computation of lake or tank evaporation from pan observations

8. Computation of back radiation from a water surface and the combined solar

and sky radiation received

9. Serial observations on hydrogen ion and temperatures

10. Serial observations on hydrogen ion and temperature (2)

11. Serial observations of temperature at Sweetwater and Murray Reservoirs

12. Stability in terms of energy at Lower Otay, Morena, San Dieguito

Reservoirs, and Lake Hodges

13. Relative stability and temperatures, San Dieguito