Photograph of Bill Storm, County Agent, and Ted Lahman, WUC, examine a trial planting of Guar. Six to eight pounds of seed planted per acre, in 36 inch rows. A good stand was received and indications are that a good seed harvest will be made. However, some drought damage was present. Guar shows promise as a catch crop in this area of Oklahoma. More observations are needed to see if stubble will control wind erosion and if sub-soil moisture is lowered to the point of affecting the following year's crop.

Photograph of Frank Tansel feeding fish in a newly stocked reservoir constructed July 1954. Bass weighng 1 1/4 lbs in 6 months. Three and four inch fingerlings planted with Blue Gills.

Photograph of Ted Lehman, WJC, and Bill Storm, County Agent, examining an area treated for bindweed. Farmer applied Boroacu at the rate of 2300 pounds per acre in the Spring of 1953. A good kill was received except around the edges. Note size of area that has been out of production for three years. Bindweed is considered a serious problem in some areas of the High Plains. OK-138-4.

Photograph of land cleared in 1954, now occupied by a conditioning crop of cane to subdue sprouts during 1955. To be seeded to Bermuda grass in 1956. OK-119-5.

Photograph of land plowed in preparation for fall seeding. This operation of pulling a section harrow over land further reduces the size of clods, increasing the wind erosion hazards. Too much tillage is a problem that must be overcome in combatting wind erosion. Ted Lehman, WUC [Water Usage and Conservation] of Beaver, Oklahoma, says this is the "powder keg for blowing." OK-138-5.

Photograph of land plowed in preparation for fall seeding. This operation of pulling a section harrow over land further reduces the size of clods, increasing the wind erosion hazards. Too much tillage is a problem that must be overcome in combatting wind erosion. Ted Lehman, WUC [Water Usage and Conservation] of Beaver, Oklahoma, says this is the "powder keg for blowing." OK-138-5.

Photograph of land plowed in preparation for fall seeding. This operation of pulling a section harrow over land further reduces the size of clods, increasing the wind erosion hazards. Too much tillage is a problem that must be overcome in combatting wind erosion. Ted Lehman, WUC [Water Usage and Conservation] of Beaver, Oklahoma, says this is the "powder keg for blowing." OK-138-5.

Photograph of soil sampling. Second of a series: How to take a composite surface soil sample. At each spot of the plant growth, trash or mulch is cleared from the ground where the hole is to be dug (See OK-2-4, 2-6, 2-9 and 2-11). This is photo OK-2-5.

Photograph of soil sampling. Fourth in a series: How to take a composite surface soil sample. After you have taken a thin slice of soil from the hole, take a core about a half inch wide from the center of the slice and place in a clean bucket. Repreat for each spot selected within the field or area to be sampled (See OK-2-4, 2-5, 2-6 and 2-11). This is photo OK-2-9.

Photograph of soil sampling. Fifth in a series: How to take a composite surface soil sample. After soil is taken from each spot selected from the area to be treated it is thoroughly mixed. Two or three hand fulls of this mixed sample is placed in a clean bag and tagged with required information. Sample should not be mixed from different areas to be treated (See OK-2-4, 2-5, 2-6 and 2-9). This is photo OK-2-11.

Photograph of soil sampling. Soil sampling with an Oliver soil sampling tube. OK-2-12.

Photograph of soil sampling. Third in a series: How to take a composite surface soil sample. Dig hole [ranging from the] depth of the surface soil through plow depth. Then take a thin slice of soil (1/2 to 3/4 inches thick) from the hole. This is repeated from each spot selected within the field area to be sampled (See OK-2-4, 2-5, 2-9 and 2-11). This is photo OK-2-6.

Photograph of soil sampling. First in a series: How to take a composite surface soil sample. A farmer is planning to take his soil sample. Necessary equipment includes a sharpshooter or spade and a clean bucket. [a "sharpshooter" here is a nickname refering to a tile spade that can be carried with the end held in one hand as the remaining length juts diagonally into the air as supported on the shoulder--in the same way a sharpshooter can carry a rifle]. (And see OK-2-5, 2-6, 2-9 and 2-11). This is photo OK-2-4.

Photograph of a demonstration plot showing trees killed by basel spray of 1 pint 2-4-5T herbicide mixed in 5 gallons of water. Treated in January, 1955. County agent, SCs cooperating with the District. OK-97-6.

Photograph of a conservation group observing pit reservoir being dug with a crane. Depth is approximately 12 feet, 40 x 80 feet for the bottom dimensions. Reservoir contained 6 feet of water the day after completion. OK_120-5.

Photograph of a channel-type terrace built with farm equipment. OK-195-8.

Photograph of filed stripping [or strip cropping] peanuts and grain sorghum for wind erosion protection. Field located across the road south from State Center School, on Indian land. OK-120-3.

Photograph of a dairy herd grazing on a portion of 52 acres of bottom land Bermuda grass and legume pasture. OK-119-9.

Photograph of land cleared in 1954, now occupied by a conditioning crop of cane to subdue sprouts during 1955. To be sodded to Bermuda grass in 1956. OK-119-5.

Photograph of a seven acre plot of land cleared with a bulldozer (John Holland) in June 1955, trees deposited in a windrow and offset by heavy disc plowing, 7500 pounds used to cut up underground roots into 12 to 14 inch segments. Depth of cut is approximately 12 inches. OK-97-8.

Photograph of oats seeded in Bermuda grass pasture with a sod drill. Seeded two months ago relative to the date of the photo. OK-195-10.

Photograph of Forrest Lundy standing inside a wildlife area developed on a hillside slope. Austrian pines planted in 1950. OK-119-11.

Photograph of a diversion terrace on the east side of 52 acres idle wet land constructed in 1951. Now producing 4000 bales of hay. OK-97-9.

Photograph of a waterway which receives water from the east diversion and spills it into the main creek, protecting 52 acres of bottom land. OK-97-11.