Experiment Station Publications Photographic Collection (P 132)

Inventory

• Statistical Science
  • 1-3 OSU IBM 1620 located in statistical services computer laboratory; July 1961 [neg. 1837E-1839E]
• Buildings
  • 4 Exterior and second floor of Waldo Hall; June 1970 [neg. 0076E]
  • 5 New Bio-Science building (Nash Hall) and Dr. Paul R. Elliker [neg. 849E]
• Personnel
  • 6-7 Dr. Spencer Apple and Dr. William Frazier viewing research bean crop at Mid Willamette Experiment Station; Nov. 9, 1970 [neg. 00066E and 00055E]
  • 8 Retirement party for Frank L. Ballard (left). Also Mrs. Ballard, Dean and Mrs. Price; taken by Robert Birdsall, June 1961 [neg. 1758E]
  • 9-10 Mercury team Dr. Donald R. Buhler and Dr. Robert R. Claeys; Aug. 1970 [neg. 815E]
  • 11 Len Calvert, Extension information specialist; c. 1970 [neg. 00769]
  • 12 Statistician Lyle D. Calvin uses a computer for processing fish survey data; winter 1969 [neg. 00186E]
  • 13 Ted H. Carlson, associate professor of journalism, office in Waldo Hall; June 1970 [neg. 00759E]
  • 14 Horace B. Cheney, Soils department head, and soil scientist Larry Alban; taken by R. Birdsall, 1955 [neg. 1635E]
  • 15 OSU animal scientist David C. Church checks liquors fermenting in an artificial rumen; Spring 1963 [neg. 1998E]
  • 16 Superintendent Thomas P. Davidson, Umatilla Experiment Station; June 1970 [neg. 00764E]
  • 17 Joyce Driscoll; Dec. 1970 [neg. 00176E]
  • 18 Dr. Harold Evans and graduate student viewing an experiment involving cobalt nitrogen fixation; Nov. 10, 1970 [neg. 00060E]
  • 19 Carl L. Foster, Squaw Butte Field Day; Sept. 22, 1970 [neg. 00083E]
  • 20 Dr. Robert W. Henderson, Assistant Director of the Agricultural Experiment Station; no date [neg. 940E]
  • 21 Dr. Robert W. Henderson, Assistant Director of the Agricultural Experiment Station, shown swiping ripe blueberries from the Lewis Brown farm; no date [neg. 911E]
  • 22-23 Dr. Robert W. Henderson, Assistant Director of the Agricultural Experiment Station; no date [neg. 854E and 975E]
  • 24 Elbert N. Hoffman, Superintendent, Malheur Experiment Station; June 22-26, 1970 [neg. 00141E]
  • 25-26 Dr. Harold J. Jensen, nematologist, examines specimen in his laboratory; 1950s [neg. 385E-386E]
  • 27 Dr. James A.B. McArthur, Superintendent, Eastern Oregon Experiment Station; June 22-26, 1970 [neg. 00167E]
  • 28-29 David P. Moore, Department of Soils; 1972 and pre-1970 [neg. 34E]
  • 30 Mrs. Olive Mott, Summit, measures daily rainfall for U.S. Weather Bureau; 1950s [neg. 1092E]
  • 31 Jim Oldfield, OSC animal husbandman, checks weight of lambs on antibiotic supplement feeding; Jan. 1957 [neg. 1475E]
  • 32 Al Oliver; taken by R. Birdsall, June 1961 [neg. 1759E]
  • 33-35 F.E. Price, Dean and Director of Agriculture; 1950s [neg. 1095E-1097E]
  • 36 Dean Price presenting 1961 Basic Research award to Jim Oldfield, O. Herbert Muth, John R. Schubert; Jan. 1962 [neg. 1847E]
  • 37-39 Robert J. Raleigh, Squaw Butte Superintendent at Squaw Butte Field Day; Sept. 22, 1970 [neg. 00091E]
  • 40-41 Larry Rittenhouse, Squaw Butte Field Day; Sept. 22, 1970 [neg. 00088E]
  • 42 Charles Sanderson, former assistant editor, Experiment Station; 1970 [neg. 00728E]
  • 43 Forrest A. Sneva, Squaw Butte Field Day; Sept. 22, 1970 [neg. 00087E]
  • 44-46 Harley A. Turner, Squaw Butte Field Day, Sept. 22, 1970 [neg. 00095E]
  • 47 Dr. George F. Waldo looks over a bench of 2172 strawberry plants; 1950s [neg. 931E]
  • 48 Howard Wight engaged in starling experiment; no date [neg. 00058E]
  • 49 G. Burton Wood with Art Sawyer, ex-Branch. Supt., rancher C. Miller and Extension Agent Ray Novtny; Nov. 23, 1970 [neg. 00096E]
  • 50 G. Burton Wood and Robert J. Raleigh, Squaw Butte Superintendent at Squaw Butte Field Day; Sept. 22, 1970 [neg. 00096E]
  • 51-53 Dr. Arthur S. Wu, Asst. Prof. of Animal Physiology; June 1970 [neg. 874E]
  • 54 Dr. Roy Young, associate plant pathologist, examines potato plant; 1950s [neg. 472E removed from collection due to excessive buckling of the emulsion.]
• Agricultural Engineering
  • 55 Glen Page, OSC agricultural engineer, examines new soil fumigation blade he developed; Oct. 1956 [neg. 1294E]
  • 56 Kink pipe before Dale Kirk, Agricultural Engineer, applies water pressure from hydraulic pump; 1950s [neg. 876E]
  • 57 Te May Ching at work in seed lab; taken by Len Calvert, Fall 1963 [neg. 2060E]
  • 58 Experimental model: machine using vibration to achieve partial separation of seed samples. From left: Byron Mikkelson, Assistant in Ag. Engineering; Dr. Oren Justice, research botanist in Field Crops and Animal Science branch; and Ed Hardin, seed technologist; taken by Calvert, July 1963 [neg. 1955E]
  • 59 D.E. Booster, OSC Agricultural Engineer, demonstrating electrostatic seed separator that employs differences in conductivity of seeds as a basis for separation; taken by R. Birdsall, July 1958 [neg. 1666E]
  • 60 Gladiolus harvester developed by Myron Cropsey; 1950s [neg. 954E]
  • 61 Gladiolus harvester developed by Myron Cropsey; 1950s [neg. 957E]
  • 62 Cutting daily green chop for dairy feed; 1950s [neg. 23E]
  • 63 Picking pears from a mechanical self-propelled "Girette"near Medford. Hoist arm is controlled from the picker's tower and swings from tree to unloading station where bag is dumped; taken by Don Langmo, 1962 [neg. 1910E]
  • 64 Experimental blackberry harvester being tested in Marion county; taken by Birdsall, no date [neg. 1985E]
  • 65 Fence building at the Henry Klages farm, Joseph, Oregon; July 1961 [neg. 1885E]
• Branch Stations
  • 66 Ranchers listen to station personnel explain range management programs at Squaw Butte Experiment Station; Nov. 24, 1970 [neg. 00077E]
  • 67 Robert J. Raleigh begins field day by explaining program; Nov. 24, 1970 [neg. 00078E]
  • 68 Squaw Butte and station building of Squaw Butte Experiment Station; June 1970 [neg. 00758E]
  • 69 Various views of Squaw Butte. Some showing improved range, others showing station herd grazing; summer 1960 [neg. 1723E]
  • 70 View of Squaw Butte range; no date [neg. 884E]
  • 71 Burns Post Office (headquarters of Squaw Butte Experiment Station); June 22-26, 1970 [neg. 00067E]
  • 72 Experimental greenhouse, plastic, under trial at North Willamette Experiment Station at Aurora; taken by Bob Mason, June 1961 [neg. 1780E]
  • 73 Field Day, Umatilla Branch Station, ca. 1960 [print and negative missing, Oct. 1994.]
  • 74 Harold White, Superintendent of Southern Oregon Branch Station, examines certified talent alfalfa being grown in tent. Seed is from pure stock of talent alfalfa. The tent is used to maintain purity; no date [neg. 922E]
  • 75 Art Sawyer, Superintendent, examines crested wheat grass seedings at Squaw Butte-Harney Branch Station; no date [neg. 1045E]
  • 76 Merril Oveson, Superintendent of Pendleton Branch Station, examines safflower on the station grounds; no date [neg. 1048E]
  • 77 Malheur branch experiment station visitors watch Albert S. Hunter, OSC soils scientist, demonstrate combine designed to harvest experimental grain plots; taken by R. Birdsall, July 1954 [neg. 817E]
  • 78-79 Malcom Johnson, Superintendent of Central Oregon Experiment Station; no date [neg. 1326E]
  • 80-81 Gene Cross tells about research on barley and wheat plots at the station. The woman is the county commissioner; Sept. 1970 [neg. 18E]
  • 82-83 Superintendent Charles Rohde of the Pendleton Experiment Station; June 1970 [neg. 839E]
  • 84 Fred Hagelstein (left) talks with Superintendent Charles Rohde. In background is G.Burton Wood; June 1970 [neg. 839E]
  • 85-86 G. Burton Wood talks with resident before outdoor meeting on lawn of station; June 1970 [neg. 839E]
  • 87 Box lunches keep Chamber of Commerce group busy during tour of station facilities; June 1970 [neg. 839E]
  • 88 M.W. Mellenthin with limb cage developed to control temperature; June 1970 [neg. 864E]
  • 89 Administration building at Station; June 1970 [neg. 864E]
  • 90 Walt Mellenthin, Superintendent; June 1970 [neg. 864E]
  • 91 Field Day at North Willamette branch station; taken by Birdsall, 1960 [neg. 1953E]
  • 92 Pear breeding experiments at the Southern Oregon Branch Experiment Station are aimed at improving pear varieties. A tree has been completely covered to insure controlled breeding work. Seedling produced from see on this tree are resistant to blight and make excellent rootstocks. Bees are kept in enclosure for pollinating. They transfer pollen from a bouquet of flowers of another variety; Summer 1950 [neg. 321E]
  • 93 General shot of beef feeding lots at Umatilla branch station; taken by Birdsall, Sept. 1962 [neg. 1961E]
• Vegetable Crops
  • 94 William Allan Frazier, horticulturist, examines blue lake type bush beans he has developed; taken by Mason, Sept. 1956 [neg. 1467E]
  • 95 William Allan Frazier, horticulturist, examines blue lake pole bean parent he is using in genetic work; taken by Mason, Sept. 1956 [neg. 1470E]
  • 96 William Allan Frazier, horticulturist, developed high quality bush bean through eight backcrosses to famed Blue Lake pole bean. Result: tender, stringless pods yielding 4 to 5 tons per acre and well-adapted to machine picking; taken by R. Birdsall, 1958 [neg. 1689E]
  • 97 William Allan Frazier, horticulturist, examines early hybrid tomatoes on left, compared with Stokesdales on right; no date [neg. 980E]
  • 98 Mechanical harvesting on Wiley Clowers farm. Potatoes on ground are undersized taken out by eliminators; Nov. 1960 [neg. 1784E]
  • 99a Mechanical transfer from sacks to bulk-bed on Harold Allen farm; Nov. 1960 [neg. 10E]
  • 99b Close-up of mechanical harvester; Nov. 1960 [neg. 10E]
  • 99c Digger and harvester working together; Nov. 1960 [neg. 10E]
  • 100 Mechanical bush bean harvester covers 3 1/2 to 5 acres a day, travels between three-fourths to one mile an hour, and picks 15 to 20 tons a day. Tested this year by Oregon State College, the machine proved 70 to 85 percent efficient in harvesting new Blue Lake hybrid bush beans on OSC experimental plots near Corvallis; taken by R. Birdsall, 1958 [neg. 1687E]
  • 101 Mechanical harvester being tested on onions in Malheur County; Fall 1961 [neg. 1862E]
  • 102 Propane burning of potato vines for easier harvest and for Verticillium Wilt control at Harold Allen farm; Nov. 1960 [neg. 19E]
• Landscapes
  • 103 View of Harvey Aluminum plant, The Dalles; 1961 [neg. 1863E]
  • 104 Entering the Fort Rock Valley form the south; Nov. 1955 [neg. 1219E]
  • 105 Snow drifts in the Fort Rock Valley; Nov. 1955 [neg. 1218E]
  • 106 View of Fort Rock by way of Rube Long's mail box; Nov. 1955 [neg. 1207E]
  • 107 Typical view of Fort Rock area; Nov. 1955 [neg. 1209E]
  • 108 View of Hood River Valley from Mid-Columbia Branch Station; 1950s [neg. 106E]
  • 109 View of John Day valley from U.S. Highway 395 between John Day and Pendleton; 1950s [neg. 1376E]
  • 110 Band belonging to Ralph Longfellow is on a long journey from the Snake River to summer range in the high Wallowas, Joseph, Oregon; taken by Walter W. Klages, July 1961 [neg. 1884E]
  • 111-2 View of Harney valley from the foot hills of Steen's Mountain; 1960s [neg. 1239E and neg. 1237E]
• Entomology
  • 113 Entomologist William P. Nagel examines sample of damaged bark. Damage inflicted by the Douglas-fir beetle; Spring 1968 [neg. 00204E]
  • 114 Peter Westigard, entomologist, check codling moth trap to determine population in test block of pears; 1967-1968 [neg. 00222E]
  • 115 OSU entomologist Knud Swenson examines artificially reared aphid colonies; Fall 1963 [neg. 2011E]
  • 116 As a marked bee leaves the feeding station, Dr. Edward Anderson, an entomologist from Eastern Oregon College, calls Schricker by walkie talkie and punches his stop watch. Wind direction and velocity are read from the anometer shown at left. Wind is figured to compute the air distance travelled by the bee; taken by Don Wright, Aug. 1965 [neg. 2056E]
  • 117 Dr. Schricker clocks the bee's return trip to a specially built observational hive. Progressively higher doses of the insecticide, parathion, slows the bee's normal flying speed of above 20 m.p.h. and disrupts an intricate dance which the bees use to communicate distance and direction to food; taken by Don Wright, Aug. 1965 [neg. 2057E]
  • 118 A honey bee lands at a feeding station to take on a load of sugar solution containing a trace of insecticide. As she sucks up the artificial nectar she will be marked with colored dots to allow the scientists to observe her behavior back at the hive; taken by Don Wright, Aug. 1965 [neg. 2055E]
  • 119 Station for leafcutter bees at Malheur station; taken by Birdsall, Summer 1963 [neg. 1930E]
  • 120 Portable bed for alkali bees at Malheur station; taken by Birdsall, Summer 1963 [neg. 1932E]
  • 121 Close up of a bee hive; taken by Stephens, June 1956 [neg. 1366E]
  • 122 Earl Brown, county agent at Milton-Freewater spraying cattle with DDT; taken by Goulding, October 1957 [neg. 1655E]
  • 123 Backrubbers for insecticide applications for cattle; taken by Goulding, October 1957 [neg. 1656E]
  • 124 "Pour-on" treatments can be used either for a single steer or in a sarge feedlot/cattle-grub control; Fall 1963 [neg. 2012E]
• Food Technology
  • 125 Dr. Harold Schultz, head of Food Technology at OSC, examines some dehydrated potatoes at the OSC Food Technology lab; 1960s [neg. 1091E]
  • 126 Dr. Harold Schultz examines some hamburger that has been irradiated to kill all bacteria. Cans are stored at 100 degree rooms to test storage quality; 1960s [neg. 1090E]
  • 127 Dr. Robert F.Cain putting ground hamburger into cans before being sent for irradiation; 1960s [neg. 1161E]
  • 128 Dr. Wiegand, left, and Dr. Thomas Onsdorff, right, examine dehydrated onion rings; 1960s [neg. 1093E]
  • 129-131 Processing blue lake beans at Blue Lake Packers, Corvallis; Fall 1961 [neg. 1848E and 1867E-1868E]
• Microbiology
  • 132 Roy Wilfred Stein and Paul R. Elliker remove raw milk samples from incubator and will next test them for numbers of bacteria; 1960s [neg. 1679E]
  • 133 Roy Wilfred Stein and William E. Sandine, junior bacteriologist, transfer raw milk to a petri dish where milk will be sealed and incubated; 1960s [neg. 1678E]
• Agricultural Chemistry
  • 134 Paul Weswig with samples of wafered, pelleted, and chopped hay to be tested for carotene following storage; taken by Birdsall, c. 1962 [neg. 1982E]
  • 135 Virgil Freed, OSC agricultural chemist, measures the surface tension of an experiment spray solution with a tensiometer. Tensiometer is used to measure effectiveness of various wetting agents mixed with chemical sprays; taken by Mason, Mar. 1957 [neg. 1503E]
  • 136 Agricultural chemist, Virgil Freed, seeking ways to utilize wastes; no date [neg. 00184E]
  • 137 Dr. Joseph Butts, head of Agricultural Chemistry, adjusts the high vacuum system used to make materials radioactive; 1950s [neg. 432E]
  • 138 Using radioactive materials in fundamental research with corn pollination are J. Ritchie Cowan, assistant agronomist (left), and Dr. J.S. Butts, biochemist in charge; 1950s [neg. 45E]
• Poultry Science
  • 139 White leghorn rooster which genetically carries disease resistance plus high egg production. Part of Paul Bernier's survival flock; taken by Reasons, June 1956 [neg. 1410E]
  • 140 Rooster-hen ratio requirements are being studied at the college. This pen of birds is being used in the trials. As few as 6 or 7 roosters per 100 hens have been found satisfactory for consistent high fertility; Aug. 1950 [neg. 265E]
  • 141 Effect of unidentified nutrients, probably vitamins, on chick growth is shown here. Chick at right has been fed normal growing diet supplemented with dried egg yolk. Chick at left has been fed only usual diet; taken by Mason, June 1957 [neg. 1499E]
  • 142 One of 200 white leghorn families used in selecting disease resistant birds. Part of Paul Bernier's experimental survival flock; taken by Bill Reasons, June 1956 [neg. 1411E]
  • 143 The value of "open-air" poultry houses is being studied by the Experiment Station. They show real promise for the Willamette Valley in early trials; Apr. 1949 [neg. 9E]
  • 144 Dr. Paul E. Bernier demonstrates measurement techniques used in chicken breeding research; Aug. 1950 [neg. 264E]
  • 145 Tom turkey at the OSC experimental turkey farm; Oct. 26, 1951 [neg. 667E]
  • 146-148 View of OSC turkey flock; taken by Bill Reasons, Nov. 1956 [neg. 1327E, 1321E, and 1325E]
  • 149 Cornelius Bateson and Praetum broiler; 1950s [neg. 1264E]
  • 150 Tests on hatchability. Newly hatched tray of chicks held by Ben Kladder (Dryden Hall janitor and maintenance person, especially boiler room maintenance); June 1951 [neg. 620E]
  • 151 Dr. J.E. Parker and rooster with dubbed comb; no date [neg. 390E]
  • 152 George Arscott shown weighing broilers fed high energy rations; 1950s [neg. 1269E]
  • 153 George Arscott examines broilers fed comparative ration of Oregon (right) or Midwest corn; 1950s [neg. 126E]
  • 154 Dr. Paul Bernier, OSC poultry researcher, examines hybrid rooster containing lethal gene; no date [neg. 1001E]
  • 155 Dr. Paul Bernier holding roosters developed by two hybrid lines. White leghorn at left has lethal gene and its chicks will never live if sired by this rooster. Normal rooster is on right; no date [neg. 1000E]
  • 156 Dr. Paul Bernier examines white leghorn rooster which genetically carries disease resistance plus high egg production; taken by Bill Reasons, June 1956 [neg. 1412E]
  • 157 Dr. Paul Bernier examines hen from one of his survival flock experiments; taken by Bill Reasons, June 1956 [neg. 1409E]
• Dairy Husbandry
  • 158 Making cheese at the OSC dairy plant; 1960s [neg. 871E]
  • 159 Making butter at the OSC dairy plant; 1960s [neg. 869E]
  • 160 View of OSC dairy barn; 1950s [neg. 1071E]
• Fisheries and Wildlife
  • 161 Student examining trap for insects, algae, etc. located in Berry Creek. Picture used for cover of "Oregon's Agricultural Progress," winter issue, 1960; Dec. 1959 [neg. 1693E]
  • 162 Student using dip net in Berry Creek, an experimental creek located on Adair tract; Dec. 1959
  • [neg. 1694E]
  • 163 Beet juice being dumped into Willamette River near Eugene; taken by Bill Reasons, 1959 [neg. 1696E]
  • 164 Stream pollution in Willamette River near Eugene; taken by Bill Reasons, 1959 [neg. 1697E]
  • 165 Graduate student Floyd Hutchins feeds young coho in test of growth ability; 1960s [neg. 00200E]
  • 166 OSU researcher Dean Lee Shumway checks fish swimming ability in water of varying oxygen concentration which is pumped through tubes at varying velocity; Summer 1967 [neg. 00196E]
  • 167 Carl Bond catching a 12-inch trout; 1960s [neg. 25E]
  • 168 Charles Warren, OSC fisheries biologist, examines artificial stream before production of kraft paper mill wastes at OSC fisheries laboratory; taken by B. Reasons, Sept. 1956 [neg. 1435E]
  • 169 Arrowtoothed sole or turbot. Proved to be an excellent growth promoter for mink; 1951 [neg. 743E]
  • 170 Black Rockfish, proved excellent to use in mink diet as promoter of dark fur color; 1951 [neg. 744E]
  • 171-2 Meadow Mice. See "Oregon's Agricultural Progress" winter 1960 issue; 1960 [neg. 1700E and 1702E]
  • 173-4 Finding out how moles live is paying off in control of this animal; Summer 1962 [neg. 1990E]
  • 175-6 Pheasants; taken by Mason, July 1957 [neg. 1548E and 1545E]
  • 177 Pheasant cock; taken by Mason, July 1957 [neg. 1547E]
• Animal Sciences
  • 178-181 Experimental mink; 1951 [neg. 754E-757E]
  • 182 Natural rank mink from OSC fur farm; no date [neg. 1704E]
  • 183 View of OSC sheep on hill pasture; Fall 1955 [neg. 1227]
  • 184 Idwal Ralph Jones, dairy scientist, offers new hay wafer to dairy cow in OSC trials comparing the wafer with standard alfalfa pellets; taken by R. Birdsall, Apr. 1958 [neg. 1660E]
  • 185 Part of Squaw Butte-Harney range herd; no date [neg. 908E]
  • 186 Hereford cattle in Texas; taken by Jack Miller, May 1961 [neg. 1789E]
• Home Economics
  • 187 Test patients are on control diets for 30 days to determine vitamin needs for human subjects. From left, (facing camera) Margaret Fincke, Clara Storvick, Nina Morley, and Betty Hawthorne (back to camera); taken by Mason, June 1957 [neg. 1497E]
• Food Technologies
  • 188 Finding a wide variety of tasteful, wholesome foods at the supermarket; Winter 1969 [neg. 00194E]
• Animal Sciences
  • 189 Bob Chestnutt, graduate student, puts arm in clear up to shoulder when removing cud from rumen; 1960s [neg. 1233E]
  • 190 Bob Chestnutt, graduate student, examines cud taken from cow's rumen; 1960's [neg. 1235E]
  • Fisheries and Wildlife
    • 191 Oyster larva clinging to glass slide growing as artificial seed at Yaquina Bay; 1960s [neg. 996E]
  • Pesticides, Herbicides, and Insecticides
    • 192-3 Tansy Ragwort infested with cinnabar moth; 1960s [neg. 1330E]
    • 194 Burning English rye grass stubble to prevent blind seed disease. E.G. Mason farm, Jefferson, Oregon; Summer 1961 [neg. 1870E]
    • 195-6 Gorse growing on beach near Bandon; 1960s [neg. 1022E-1023E]
  • Soils
    • 197 Sample of soil erosion in Columbia Basin taken just north of the town of Moro; Mar. 1956 [neg. 1240E]
    • 198 Erosion on Columbia Basin wheatlands; no date [neg. 1591E]
  • Pesticides, Herbicides, and Insecticides
    • 199 Crop dusting of chemical sprays control weeds in seeds and grain; Spring 1963 [neg. 2001E]
  • Crops and Irrigation
    • 200 Luther Fitch and experimental stand of Lenore flax at Malheur station where it was seeding in mid-March. This is a fall-seeded crop in Willamette Valley; taken by Birdsall, Summer 1963 [neg. 1938E]
    • 201 Sprinklers at work in orchard at the Hood River branch experiment station; Summer 1950 [neg. 322E]
  • Water/Irrigation
    • 202 Natural flooding of meadows in late spring was used by early settlers; Fall 1970 [neg. 00249E]
    • 203 View of overhead sprinkling designed for corn irrigation experiments at East farm; no date [neg. 942E]
    • 204 Use of small plot irrigator on sweet corn at vegetable crop farm, Corvallis; taken by Harry Mack, Aug. 1957 [neg. 1601E]
    • 205 Luther Fitch setting siphon tubes on onion plots at Malheur station; taken by Birdsall, Summer 1963 [neg. 1943E]
  • Crops
    • 206 Mint under irrigation between Madras and Redmond; no date [neg. 1360E]
    • 207 Harvesting barley at E.G. Mason farm, Jefferson, Oregon; taken by Mason, Aug. 1957 [neg. 1549E]
    • 208 Augering 40-fold wheat from bin into truck for delivery into Heppner. Frank Wilkinson farm, near Heppner; taken by Mason, Aug. 1957 [neg. 1617]
    • 209 Alfalfa seed being harvested in Umatilla county; taken by Bill Stephen, Aug. 1961 [neg. 1894E]
    • 210a Stacking hay loose has proved faster and more economical on the Henry Klages and Sons ranch, Joseph, where feeding is done near the haystack; July 1960 [neg, 1793E]
    • 210b Alfalfa and grass hay in windrows ready to be stacked. Henry Klages and Sons ranch, Joseph; July 1960 [neg. 1793E]
    • 210c Seed bed preparation with a D-2 Caterpillar and Van Brunt cultivator. Bill Cool farm, Joseph; May 1961 [neg. 1793E]
    • 211 Hay is transported by trucks and farmhand to a feed lot. Henry Klages and Sons ranch, Joseph; Mar. 1960 [neg. 1795E]
    • 212 J. Ritchie Cowan in forage breeding plots at Hyslop farm; taken by Birdsall, 1955 [neg. 1912E]
    • 213-4 Agronomist Rod Frakes examines alfalfa flower being used for breeding; used in Oregon's Agricultural Progress Fall 1960 [neg. 1737E]
    • 215 Winter safflower being tested at Pendleton station by Laurn Beutler; taken by R. Birdsall, Summer 1963 [neg. 1933E]
    • 216 Charles Rohde (left) and President Jensen examine stripe rust resistant Omar during Pendleton Station 1963 Field Day; taken by R. Birdsall, Summer 1963 [neg. 1921E]View this image.
  • Horticulture
    • 217 Linda Clement, 5, and Charles Ruettgers, 4, of Scio, were among 2000 visitors from throughout the Northwest who visited the 1953 annual Oregon Early Chrysanthemum Show and Field Day at Corvallis, October 3-4; taken by R. Birdsall, Oct. 1953 [neg. 804E]
    • 218 Dr. David Chilcote, head of straw utilization project, hods cubes of perennial ryegrass straw for experiments; Dec. 1970 [neg. 00162E]
    • 219 Walt Mellenthin at Lewis Brown farm with dwarf apple plantings; June 1951 [neg. 586E]
    • 220 Elmer Hansen, OSC Horticulturist, examines carbon dioxide level as being piped onto polyethylene bags to find out what causes brown core in pears; taken by Mason, Sept. 1956 [neg. 1443E]
    • 221 Elmer Hansen and lab apparatus which detects amounts of various acids present in stored pears. See story in "Oregon's Agricultural Progress," Spring 1961; [neg. 1752]
    • 222 Jesse E. Harmond makes flax movies while his flax tour visitors look on. From left to right: Harmond (at the projector),; Leonard Klein, Agricultural Engineer; Fred Shideler, head of Journalism; F.A. Gilfillan, Dean of Science; Norville R. Gish, assistant experiment station editor; extreme right man unidentified; Aug. 1950 near Mt. Angel [neg. 234E]
    • 223 Henry Harman, OSC Horticulturalist, examines Golden Doyenner pears, on of the tested varieties he thinks adapted for commercial trial; taken by Mason, Mar. 1957 [neg. 1505E]
    • 224 Vera Jorgenson of Corvallis picking apples; taken by Bill Reasons, July 1957 [neg. 1553E]
  • Crops
    • 225 Wilson Foote, OSC Agronomist, removes anthers from inbred barleys in preparation for crossing with other lines. Taken at Granger; 1960 [neg. 1009E]
    • 226 Mr. Harry August Schoth standing in the original planting of Alta Fescue on the Oregon Agricultural Experiment Station, Corvallis, Oregon; 1960 [neg. 1196E]
    • 227 Application of 80 pounds nitrogen fertilizer (actual N) per acre on test plots of Elgin winter wheat at Malheur branch experiment station will yield estimated 60 bushels per acre on plot at left compared to 30 bushels for unfertilized plot at right. Station superintendent Neil Hoffman says recent mild winters have increased interest among local farmers in winter wheat. Year's work load is distributed by seeding in the fall rather than during busy spring season; taken by Birdsall, July 1954 [neg. 820E]
    • 228 Ralph Garren counting strawberry leaves taken from plants treated with radioactive Maleic Hydrazide; Nov. 1961 [neg. 1844E]
    • 229 OSU Horticulturist Harry John Mack examines a test planting of broccoli; 1968 [neg. 00225E]
    • 230 Unidentified harvest scene; no date [neg. 455E]
    • 231 Harvesting an unknown crop; no date [neg. 593E]
    • 232 Flax field binder-loader in action near Mt. Angel. Developed by flax research engineers; July 1950 [neg. 287E]
    • 233 New push type flax puller which shows promise of substantial savings to the fiber flax industry; no date [neg. 288E]
    • 234 Cuber, on Hyslop farm. Leased for two years for straw utilization project. Machine used to cube ryegrass straw for experiments; Dec. 1970 [neg. 00152E]
    • 235 View of new OSC greenhouses; no date [neg. 1134E]
    • 236 Visitors viewing the OSC mum farm; 1950s [neg. 39E]
    • 237 Hyslop Farm: Wilson Foote, Al Meyers, Roy Ward looking at Abruzzi rye; 1953, 2 b/w prints.
    • 238 Wilson Foote at Hyslop Farm; 1954, b/w print.
    • 239-41 Strawberry Pickers Wanted signs used in Strawberries for Tomorrow film about mechanical harvesting of strawberries; ca. 1979, color prints and camera negs.
  • Return to Experiment Station Publications Photographic Collection Page
  • Return to Photographs Page