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HOW DOES THE LAND-BASED PORTION OF THE HYDROLOGIC CYCLE WORK?

HOW DOES THE LAND-BASED PORTION OF THE HYDROLOGIC CYCLE WORK?. ATMOSPHERE. 12.9. 0.001%. 16%. 84%. 23%. 77%. OCEANS. CONTINENTS. 1,338,000. 47,660. Global Runoff 7%. 97%. 2.999%. +7%. -7%. ATMOSPHERE. 12.9. 0.001%. 16%. 84%. 23%. 77%. OCEANS. CONTINENTS. 1,338,000.

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HOW DOES THE LAND-BASED PORTION OF THE HYDROLOGIC CYCLE WORK?

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  1. HOW DOES THE LAND-BASED PORTION OF THE HYDROLOGIC CYCLE WORK?

  2. ATMOSPHERE 12.9 0.001% 16% 84% 23% 77% OCEANS CONTINENTS 1,338,000 47,660 Global Runoff 7% 97% 2.999% +7% -7%

  3. ATMOSPHERE 12.9 0.001% 16% 84% 23% 77% OCEANS CONTINENTS 1,338,000 47,660 Global Runoff 7% 97% 2.999% +7% -7%

  4. Precipitation Evaporation Runoff

  5. Precipitation Evaporation Runoff

  6. INTERCEPTION Tree Canopy Shrubs and Bushes SOIL Grasses

  7. Rain per unit time Time into rain storm SOIL SOIL Rain reaching soil per unit time

  8. Rain per unit time Input 1 Time into rain storm Store 1 SOIL SOIL Rain reaching soil per unit time Rain reaching soil per unit time

  9. Rain per unit time Input 1 Time into rain storm Store 1 SOIL SOIL Rain reaching soil per unit time Rain reaching soil per unit time

  10. Rain per unit time Input 1 Time into rain storm Output 1 Store 1 Input 2 Store 2 SOIL SOIL Rain reaching soil per unit time Rain reaching soil per unit time

  11. Rain per unit time Input 1 Time into rain storm Output 1 Store 1 Input 2 Store 2 SOIL SOIL Rain reaching soil per unit time Rain reaching soil per unit time

  12. Rain per unit time Input 1 Time into rain storm Output 1 Store 1 Input 2 Store 2 SOIL SOIL Rain reaching soil per unit time Rain reaching soil per unit time

  13. Rain per unit time Input 1 Time into rain storm Output 1 Store 1 Input 2 Out. 2 Store 2 Input 3 Store 3 SOIL SOIL Rain reaching soil per unit time

  14. Rain per unit time Input 1 Time into rain storm Output 1 Store 1 Input 2 Output 2 Store 2 Input 3 Store 3 Out 3 SOIL SOIL Rain reaching soil per unit time

  15. CASCADE OF STORES INTERCEPTION UP TO 20% OF ANNUAL PRECIPITATION Input 1 Output 1 Store 1 Input 2 Output 2 Store 2 Input 3 Store 3 Out 3 SOIL SOIL

  16. CASCADE OF STORES INTERCEPTION UP TO 20% OF ANNUAL PRECIPITATION Input 1 DELAYS WATER REACHING SOIL Output 1 Store 1 Input 2 Output 2 Store 2 Input 3 Store 3 Out 3 SOIL SOIL

  17. Precipitation Evaporation and Transpiration Latent Heat Flux Runoff

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