Photograph of a cover crop of black-eyed peas. The back of the photograph proclaims, “blackeyed [sic] peas for a cover crop on land where alfalfa was grown in 1952. Cotton was grown in 1953-54. Class III land, 2% slope, Soil Unit 12. See photo No. Ok-92-10.”

Photograph of irrigation well pumping 600 g. p. m. electric motor.

Photograph of blackeyed peas for a cover crop following cotton for a long period of years. This field is adjacent to field where peas are growing after alfalfa. See photo No. OK-92-10. Class III land, 2% slope, soil unit 12.

Photograph of D. H. Trent harvesting midland bermuda grass roots for replanting.

Photograph of irrigated alfalfa in contour borders to protect sloping thin land that is being cultivated. Land class III, slope 2%, Soil Unit 2p-RR.

Photograph of cotton field being irrigated with syphone from border ditch. Ivan Owen, owner, add fertilizer (liquid) to tirrigation water to irrigate and fertilize in one operation.

Photograph of row irrigation; pre-irrigating for cotton. Newly perpared land; planned, staked and checked by SCS personnel in Greer Co. , SCD, Okla.

Photograph of row irrigation; pre-irrigating for cotton. Newly prepared land; planned, staked and checked by SCS personnel in Greer Co., SCD, Okla.

Photograph of a level row irrigation system that has less than 0.2 foot overall grade.

Photograph of a level row irrigation system that has less than 0.2 foot overall grade.

Photograph of Cutting alfalfa with a swather. Swather mows and swaths in a single operation. Alfalfa was irrigated with sprinkllers and will make 60 bales per acre from this second cutting. Class I land, 1% slope. Soil unit 8 & 9. OK-92-5.

Photograph of shelterbelts or windbreaks. A group of SCS technicians from the Great Plains states studying shelterbelts in Greer County, Oklahoma. This shelterbelt was planted in 1936 and was the first shelterbelt planted in the Plains area. OK-224-11.

Photograph of an alfalfa-sweet clover drill. James McBride, Work Unit Conservationist [WUC] and Soil Conservation Service [SCS], shows the advantages of a special alfalfa-sweet clover drill. Push-type double disk openers (International) are spaced at 8 inches on a strong angle-iron frame. Small seed boxes (Planter Jr. Type) are used, which permits a much lower and controlled seeding rates. In this area much land is subject to blowing and it is necessary to seed in a trashy cover. This type of equipment gives excellent performance with excellent stands almost guaranteed. The cost of this type of drill is approximately $700. It is furnished to the District Cooperators on a rental basis of 50 cents per acre. The Greer County SCD has two of these drills available. They seeded over 1,000 acres each last planting season. OK-253-11.

Photograph of District-owned tree planter O.H. Raby and son, Paul Raby in the photo. Tree planter is used for planting field shelterbelts, home windbreaks in Greer County, Kiowa County, Johnson County, Harmon County, Tillman County, Beckham County, Washita County and Roger Mills County. OK-258-7.

Photograph of silage, Fred Jackson farm. Trench silo is being filled with Atlas Sorghum. Feed is averaging 18 tons per acre of silage. Will be used to feed 65 head of diary cattle this winter. The crop was irrigated. OK-143-1.

Photograph of strip crop. 4 rows of guar and 4 rows cotton. Shelterbelt south. OK-143-8.

Photograph of a windbreak. A three-row Chinese Elm windbreak as planted on March 17, 1951 to protect cultivated field from wind erosion. Class II and III land, 2% slope, Soil Unit 7. OK-92-3.

Photograph of a large field subject to severe wind erosion recently deep plowed. Note the large chucks of soil brought to the surface by deep plowing. This mechanical practice gives temporary resistance to wind erosion on this type of deep sandy soil (Soil Unit 12). Widespread use of this practice is not recommended by the Soil Conservation Service. Vegetative control measures that improve the physical structure of the soil should be given first consideration. OK-253-8.

Photograph of a close-up picture of stubble mulch. Mr. Staton stubble mulches wheat land with Holme followed with heavy duty double tandem disc to work muclh into surface soil. Average wheat yield is 40 bushels per acre. SCS program started in 1951 on this farm.

Photograph of row irrigation, pre-irrigating for cotton. Newly prepared land; planned, staked and checked by S"CS personnel in Greer Co., SCD, Okla.

Photograph of R.H. Gieck, Area Conservationist, SCS, examining large chunks of soil brought to the surface by deep plowing. This mechanical practice gives temporary resistance to wind erosion on this type of deep sandy soil (Soil Unit 12). Widespread use of this practice is not recommended by the Soil Conservation Service. Vegetative control measures, that improve the physical sturcture of the soil, should be given first consideration.

Photograph of Fred Jackson, owner, standing by side of irrigated Atlas Sorgo. The back of the photograph proclaims, "Fred Jackson, owner, standing by side of irrigated Atlas Sorgo. Crop is making 18 tons of silage per acre. Irrigation system was designed and staked by SCS personnel in the Greer Co. SCD."

Photograph of Roy McMertry's Farm pasture deep plowed to prevent wind erosion. The back of the photograph proclaims, "A large field subject to server wind erosion recently deep plowed. Note large chunks of soil brought to the surface by deep plowing. This mechanical practice gives temporary resistance to wind erosion on this type of deep sandy soil (Soil Unit 12). Widespread use of this practice is not recommended by the Soil Conservation Service. Vegetative control measures, that improve the physical structure of the soil, should be given first consideration."

Photograph of a large field subject to severe wind erosion recently deep plowed. Note large chunks of soil brought to the surface by deep plowing. This mechanical practice gives temporary resistance to wind ersoion on this type of deep sandy soil (Soil Unit 12). Widespread use of this practice is not recommended by the Soil Conservation Service. Vegetative control measures, that improve the physical structure of the soil, should by given first consideration.