Runoff generation mechanisms

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Results and DiscussionSpatial and Temporal Distribution and ConnectivityRainfall (mm/hr)908070605040302010015101520153015401550June 23, 2006 Event16001610Time (hh:mm)1620163016401650Discharge (m 3 /min)8.0E+007.0E+006.0E+005.0E+004.0E+003.0E+002.0E+001.0E+000.0E+001510154016101640171017401810184019101940Time (HH:MM)2010204021102140100% of the total areawas contributingsurface runoff29% of the total areawas contributingsurface runoff
Results and DiscussionSpatial and Temporal Distribution and ConnectivityRainfall (mm/hr)6050403020100July 20, 2007 EventDischarge( m 3 /m in)4.0E-023.5E-023.0E-022.5E-022.0E-021.5E-021.0E-025.0E-030.0E+0010401050110011101120113011401150120012101220123012401250104010501100111011201130114011501200121012201230Time (hh:mm)Time (hh:mm)49% of the total areawas contributingsurface runoff100% of the total areawas contributingsurface runoff
Page 1 and 2: Hillslope Hydrology of Alabama’sS
Page 3 and 4: Justification• Alabama ranks in t
Page 5 and 6: Runoff Generation ProcessesInfiltra
Page 7 and 8: Runoff Generation Processes• Fact
Page 9 and 10: • A pasture hillslope of 0.12 haw
Page 11 and 12: Surface Runoff Sensor• Surface se
Page 13 and 14: Instrumentation
Page 15 and 16: Results and DiscussionRunoff Genera
Page 21: Results and DiscussionRunoff Genera
Page 25 and 26: Results and DiscussionSpatial and T
Page 27 and 28: Implications and Future Work• Sin

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