Photograph of a sein being used to catch channel cat to be placed in fish out pond on Rudolph McGehee farm.

Photograph of Broomcorn Johnny cutting broomcorn.

Photograph of Broomcorn Johnnies cutting broomcorn.

Photograph of Camping and Recreation Potential Appraisal.

Photograph of Mr. Burns who has been a cooperator of the Upper-Wishita SWCD for the last 20 years. He also, has a great Plains contract on approx.1,000 ac which will be completed in 1967. Mr. Burns raises alfalfa for his own livestock, selling surplus to the dairy farmers in this area. Tom Perryman, WUC, Cheyenne, is seen in the photo discussing the district program with Mr. Burns.

Photograph of crop residue use by shredding broomcorn stalks.

Photograph of hay production, Alfalfa, irrigated. Mr. Burns has been a cooperator of the Upper-Washita SWDC for the last 20 years. He also has a Great Plains contract on approx. 1,000 ac which will be completed in 1967. Mr. Burns raises alfalfa for his own livestock, selling surplus to the dairy farmers in this area. Tom Perryman, WUC, Cheyenne, is seen n the photo discussing the district program with Mr. Burns.

Photograph of a 26 acre field of common Bermuda grass established by planting 2 lbs. of hulled Bermuda grass seed with 100 lbs 10-20-10 fertilizer per acre in shallow furrows on a well prepared cultipacked seedbed (7-OH-B-3-III). Two months after seeding date, Mr. Mabry reports 26 head of 2 and 3 year-old white face cows are grazing this new Bermuda planting at this date and it is carrying them. Mr. Mabry plans to overseed the field in the fall of 1955 with big hop clover when the field is well established with underground root stolons. He plans to overseed fall swon vetch and small grain to maintain soil fertility and for supplemental pasture. One ton of lime per acre was applied to improve legume growth.

Photograph of the Deep Sand Range Site showing the fence line contrast. Left-poor condition with sand grass, sand sage, prickly poppy and bull nettle. Right-good to excellent condition with little bluestem, sand bluestem, yucca, sand sage, sand drop seed.

Photograph of old stablized Washita River channel. This channel was used by the river prior to 1913. Note stabilized banks and small size channel.

Photograph of Washita River bank cutting one mile Northwest of Pauls Valley, Okla. 2500 acres bottom land has fallen into river from Maysville, Okla. To Daugherty since 1937. The river channel has widened an average of 200 ft. in this section. Note car bodies for temporary control.

Photograph of planted May 2, 1955. 26 acre field of common bermuda grass established by planting 2 lobs of hulled bermuda grass seed with 100 lbs 10-20-10 fertilizer per acre in shallow furrows on a well prepared cultipacked seedbed (7-OH-B-3-III). Two months after seeding date, Mr. Mabry reports 26 head of 2 and 3 year-old white face cows are grazing this new bermuda planting at this date and it is carrying them. Mr. Mabry plans to overseed the field in the fall of 1955 with big hop clover. When the field is well established with underground root stolons he plans to overseed fall sown vetch and small grain to maintain soil fertility and for supplemental pasture. One ton of lime per acre was applied to improve legume growth.

Photograph of old stablized Washita River channel. This channel was used by the river prior to 1913. Note stabilized banks and small size channel.

Photograph of water impounding Plot 5, one of six being used to study water inumdation tolerance of selected species of grasses associated with flooded areas above floodwater retarding structures. Viewed from top of embankment at lower end of plot. Edd D. Rhoades shown standing at the 5 foot depth location. This plot has been flooded two times; 4/30/61 to 5/10/61 (10 days) and 6/12/61 to 6/22/61 (10 days). Slight damage was noted after the first flooding and considerable damage was noted after the second flooding. This study is in response to SCS research needs. Work is under the supervision of Edd D. Rhoades, Agricultural Engineer, ARS-SCS.

Photograph of a close-up of KSU lowland switchgrass (in front of sign) in impound basin number 4 at a depth of 5.0 feet following two floodings for 10 days during early spring (3/22-4/1/62) and mid-spring (5/3/62). Ther was a slight suppression of growth, however, there was no killing of any part of the grass at this depth. For view of this grass when flooded at the same duratio at a depth of 1.0 foot, see OK-1760-6 dated 6/8/62. This research is under the supervision of Edd D. Rhoades, Agricultural Engineer, ARS-SWC.

Photograph of buffalo grass (in front of sign) in impoundment basin number 6 at a depth of 5.0 feet following two floodings for 20 days during early spring (3/21-4/10/62 and mid-spring (5/2-22/62). Severe suppression of growth with approximately 75 percent of top grwoth killed during mid-spring flooding. All grass at this depth had recovered well at date o photograph. For view of this grass when flooded at same time, except for a depth of 1.0 foot, see Ok-1760-4, dated 6/8/62. This research is under the supervision of Edd D. Rhoades, Agricultural Engineer, ARS-SWC.

Photograph of Mr. E.H. Rhoades, left, Agricultural Engineer, ARS-SCS, discusses with SCS Agronomist M.D. Gamble, the establishment of 24 selected species of grasses and legumes related to watershed treatment. Reddish Prairie, virgin rangeland, Noble loam, slope 7%, erosion 1, Class IV. Work is under the supervison of Mr. Rhoades. Work in response to SCS research needs.

Photograph of inundation impoundment basin number 3, showing damages to grass due to a mid-spring flooding for 10 days (May 2-12, 1962). Work is being conducted by Edd D. Rhoades, Agricultural Engineer, ARS, in response to SCS research needs.

Photograph of inundation of impoundment basin number 5, showing damages to grass due to an early-spring (Mar, 23-28) flooding of 5 days and a mid-spring (May 5-10) flooding of 5 days. . Work is being conducted by Edd D. Rhoades, Agricultural Engineer, ARS, in response to SCS research needs.

Photograph of inundation of impoundment basin number 6, showing the complete killing of KSU lowland switchgrass following an early-spring (Mar. 21-Apr 10) flooding of 20 days and a mid-spring (May 2-22) flooding of 20 days at a depth of 5 feet. Work is being conducted by Edd D. Rhoades, Agricultural Engineer, ARS, in response to SCS research needs.

Photograph of inundation of impoundment basin number 6, showing very little damags to KSU lowland switchgrass following an early-spring (Mar. 21-Apr 10) flooding of 20 days and a mid-spring (May 2-22) flooding of 20 days at a depth of 1.0 foot. Work is being conducted by Edd D. Rhoades, Agricultural Engineer, ARS, in response to SCS research needs.

Photograph of west side of water impoundment Plot No. 2 previously flooded three times for 10 days each as follows: (1) 3/21/61 to 3/31/61; (2) 5/3/61 to 5/13/61; (3) 6/13/61 to 6/23/61. Considerable damage to grasses resulted from these inundation periods. This study is in response to SCS research needs. Work is under the supervision of Edd D. Rhoades, Agricultural Engineer, ARS-SWC.

Photograph of water impounding Plot No. 6, one of six, used to study inundation tolerance of selected species of grasses associated with flooded areas above floodwater retarding structures. Viewed from top of embankment at lower end of plot. Edd D. Rhoades is shown standing at the five foot depth location. This plot has been flooded two times, 4/30/61 to 6/12/61 and 6/12/61 to 6/17/61. No damage was observed after the first flooding and only slight damages were noted after the second flooding. This study is in response to SCS research needs. Work is under the supervision of Edd D. Rhoades, Agricultural Engineer, ARS-SWC.

Photograph of water impounding plot constructed by ARS-SWC to study inundation tolerance of selected species of plants associated with watershed treatment (floodwater retarding structures). Water will be 5 feet deep at lower end of plot. Six plots are planned for the study. Reddish Prairie, virgin rangel and Noble Loam, slope 7%, erosion 1, Class LV. This study is in response to SCS research needs. Work is under the supervision of Edd D. Rhoades, Agricultural Engineer, ARS-SWC.