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JIM RICHARDSON

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JIM RICHARDSON

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  • Center pivot irrigation system watering corn in Nebraska.
    USAgriculture_0081.jpg
  • The All-American Canal takes water from the Colorado River though desert dunes in Southern California.
    ColoradoRiverScan-121030-0011 copy.jpg
  • Obsolete center pivot irrigation systems piled up on a junkyard, remnants of older irrigation technology. New systems save water rendering the old systems uneconomical. The energy cost of pumping water from declining well levels makes it imperative to use the most water-efficient technology.
    Ogalla Aquifer Camera Scans 20220099.jpg
  • Center pivot irrigation system in Kansas designed to save water from the Ogallala Aquifer. A "L.E.P.A." (Low Energy Precision Application) nozzle sends out streams of water close to the ground, thereby reducing evaporation by up to 50 percent or more.
    Ogalla Aquifer Camera Scans 20220060.jpg
  • Center Pivot Irrigation System buried in sand dunes, New Mexico.
    Burried Center Pivot (P).jpg
  • Two farmers were digging out this center pivot irrigation system just east of Portales, NM that has been burried in the sand for seven years.  In this area of sand hills combined with high spring winds (and no ground cover on fields) sand dunes can form very quickly.  This area still has good water.
    Ogallala_20220118_0001.jpg
  • A Nebraska farmer drives through irrigation water that was running across a road near his farm. Such runoff is waste of precisious aquifer water.
    Ogalla Aquifer Camera Scans 20220098.jpg
  • Center pivot irrigation system in Kansas designed to save water from the Ogallala Aquifer. A "L.E.P.A." (Low Energy Precision Application) nozzle sends out streams of water close to the ground, thereby reducing evaporation by up to 50 percent or more.
    Ogalla Aquifer Camera Scans 20220061.jpg
  • Low energy precision irrigation (LEPA) nozzles watering a field in Kansas. Such nozzles save water by applying wth water close to the ground, rather than spraying it into the air which can cause great losses due to evaporation of precious Ogallala Aquifer water.
    Ogalla Aquifer Camera Scans 20220110.jpg
  • A center pivot irrigation system creeps across a field of corn in the Platte River valley of Nebraska. Corn is one of the biggest users of Ogallala (and High Plains) Aquifer water, most which either goes to produce ethanol or is used as lifestock feed in cattle feedlots.
    Ogallala_20220114_0040.jpg
  • A center pivot irrigation system creeps across a field of corn in the Platte River valley of Nebraska. Corn is one of the biggest users of Ogallala (and High Plains) Aquifer water, most which either goes to produce ethanol or is used as lifestock feed in cattle feedlots.
    Ogallala_20220115_0010.jpg
  • A center pivot irrigation system creeps across a field of corn in the Platte River valley of Nebraska. Corn is one of the biggest users of Ogallala (and High Plains) Aquifer water, most which either goes to produce ethanol or is used as lifestock feed in cattle feedlots.
    Ogallala_20220114_0042.jpg
  • Circles of fresh cut alfalfa follow the patterns of the center pivot irrigation system on a large hay operation near  Garden City, Kansas.  Agricultural production in the area grew up around increased irrigated production of grain and cattle feed.  Now the demands of the cattle industry have outstripped production and the area has become a net importer of cattle feed. Putting up hay in circular pattern because the center pivot leave deep ruts in a circular pattern making it more convenient to cut in a circle.
    Ogalla Aquifer Camera Scans 20220042.jpg
  • Circles of fresh cut alfalfa follow the patterns of the center pivot irrigation system on a large hay operation near  Garden City, Kansas.  Agricultural production in the area grew up around increased irrigated production of grain and cattle feed.  Now the demands of the cattle industry have outstripped production and the area has become a net importer of cattle feed. Putting up hay in circular pattern because the center pivot leave deep ruts in a circular pattern making it more convenient to cut in a circle.
    Ogalla Aquifer Camera Scans 20220107.jpg
  • Circles of fresh cut alfalfa follow the patterns of the center pivot irrigation system on a large hay operation near  Garden City, Kansas.  Agricultural production in the area grew up around increased irrigated production of grain and cattle feed.  Now the demands of the cattle industry have outstripped production and the area has become a net importer of cattle feed. Putting up hay in circular pattern because the center pivot leave deep ruts in a circular pattern making it more convenient to cut in a circle.
    Ogalla Aquifer Camera Scans 20220187.jpg
  • Circles of fresh cut alfalfa follow the patterns of the center pivot irrigation system on a large hay operation near  Garden City, Kansas.  Agricultural production in the area grew up around increased irrigated production of grain and cattle feed.  Now the demands of the cattle industry have outstripped production and the area has become a net importer of cattle feed. Putting up hay in circular pattern because the center pivot leave deep ruts in a circular pattern making it more convenient to cut in a circle.
    Ogalla Aquifer Camera Scans 20220101.jpg
  • Circles of fresh cut alfalfa follow the patterns of the center pivot irrigation system on a large hay operation near  Garden City, Kansas.  Agricultural production in the area grew up around increased irrigated production of grain and cattle feed.  Now the demands of the cattle industry have outstripped production and the area has become a net importer of cattle feed. Putting up hay in circular pattern because the center pivot leave deep ruts in a circular pattern making it more convenient to cut in a circle.
    Ogalla Aquifer Camera Scans 20220100.jpg
  • Soil salinization in the Grand Valley near Grand Junction, Colorado.  Salt within in the soil leaches to the surface, or is pushed up by groundwater. With only eight inches of rainfall per year the region is arid.  Farmers use irrigation water, which also forces the salt down into the subsoil, but also adds salinity to the nearby Colorado River.<br />
<br />
Contact:  Lloyd "Butch" Reed,  NCRS,  ,  Grand Junction,  CO,    Phone:  970 242-4511  x113 Or:  Or:  Email:
    MM6977_070623_01147.jpg
  • Alfalfa hay in curving windrows is being baled on an irrigatted field in Kansas. Such irrigation of hay to feed cattle is a big user of Ogallala Aquifer water.
    Ogalla Aquifer Camera Scans 20220150.jpg
  • Soil salinization in the Grand Valley near Grand Junction, Colorado.  Salt within in the soil leaches to the surface, or is pushed up by groundwater. With only eight inches of rainfall per year the region is arid.  Farmers use irrigation water, which also forces the salt down into the subsoil, but also adds salinity to the nearby Colorado River.
    MM6977_070623_01147.jpg
  • The Autumn Corn Festival in Haxtun, Colorado celebrates the areas agriculture by naming Crop Kings.  This year, for the third year in a row, the Irrigated Corn King was Mark Gueck  He rode in the parade down main street with the other crop kings on a Soil Conservation Service float.  Here he is seen before the parade on the local Coop elevator float put together by a friend.
    Ogallala-20200421-0059.jpg
  • A crop duster plane flies over a packing plant settling ponds spraying insecticide to kill flies.  Wastewater from the packing plant comes to a series of lined ponds where it is treated and then used to irrigate land, thus assuring that it will not get back into the aquifer and pollute it.
    Ogalla Aquifer Camera Scans 20220092.jpg