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University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)

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Page 1: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)
Page 2: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)
Page 3: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)
Page 4: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)
Page 5: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)
Page 6: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)
Page 7: University of Rhode Islandcels.uri.edu/docslink/whl/Journals/McCann_1994_AWWA.pdf · the root zone.9 Specifically, the daily soil moisture was computed as: SM(i) = SM(i-1) + PPT(i)