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2003 NSF REU

2003 NSF REU. Soil Evaporation and Classification Kacey Cubine, Scott Horton, Rose Rotter, and Noah Friesen. Featuring. Brief Overview Project Objectives Procedure Results Conclusions Continuing Research. From Birth to Extinction. Over 1,800 miles in length

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2003 NSF REU

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  1. 2003 NSF REU Soil Evaporation and Classification Kacey Cubine, Scott Horton, Rose Rotter, and Noah Friesen

  2. Featuring • Brief Overview • Project Objectives • Procedure • Results • Conclusions • Continuing Research

  3. From Birth to Extinction • Over 1,800 miles in length • Draws water from Southern Colorado Rockies • Water used for irrigation, residential, tribal, recreation, and habitat.

  4. The Debates • Drought • Current Events • Restoration Projects

  5. Salt Cedar Removal

  6. The Salt Cedar

  7. Objectives • To locate appropriate sites for field research • To classify the soils at those locations • To infer soil evaporation behavior from soil conditions

  8. Sites Middle Rio Grande Valley

  9. Shirk

  10. Belen

  11. Sevilleta

  12. Bosque DelApache - North

  13. Bosque Del Apache - South

  14. Classification Tests • Sieve tests • Hydrometer • Atterberg limits

  15. Soil Properties • In situ Density • Specific Gravity • Hydraulic Conductivity • Suction • Moisture Characteristic Curve

  16. Tensiometers

  17. Results Shirk Data Sevilleta

  18. Results

  19. Conclusions ==Location== • Sites were found, but are not perfect. • Water table depths between 122 cm and 162 cm.

  20. Conclusions • Layers are not consistent throughout the Bosque. • Predominant soil types. ==Characterization==

  21. Conclusions • There is a potential gradient. • Equipment is not perfect. • Time is of the essence. ==Tensiometers==

  22. Future Research

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