Spreadsheet: 686c7227-ca51-4198-9285-21c7c60f7f0c
Sheet: Discharge Field Sheet

 | [NAME] Sheet
 | Standard Operating Procedure CDFW-IFP-002
Location: |  |  |  |  |  | Page |  | of
Site Name: |  |  |  |  |  | Date:
Site Description: |  |  |  |  |  | Field Staff:
GPS Coordinates: |  |  |  |  | Data Entry Staff:
Meter Number: |  |  |  |  | Staff Gage Start: |  |  | End:
Photo File Name: |  |  |  |  |  | Time Start: |  | Time Stop:
Notes: |  |  |  |  |  | LBWE: |  | RBWE:
 |  |  | Discharge (cfs): |  |  |  | (calculated)
 |  |  | (sum of all Q cells)
 | Station | Distance (ft) | Unit [NAME] (ft) | Depth (ft) | Velocity (ft/s) |  |  |  | Q (cfs)*
 |  |  |  |  | 0.6 | 0.2 | 0.8 | Avg. [NAME].*
 | 1
 | 2
 | 3
 | 4
 | 5
 | 6
 | 7
 | 8
 | 9
 | 10
 | 11
 | 12
 | 13
 | 14
 | 15
 | 16
 | 17
 | 18
 | 19
 | 20
 | 21
 | 22
 | 23
 | 24
 | 25
 | 26
 | 27
 | 28
 | 29
 | 30
 | *Must be calculated
 | MEASUREMENT NOTES: Distance = whole number or 0.1 ft, Unit [NAME] = whole or 0.1 ft, Depth = whole, 0.1 or 0.01 ft (use OW for cells out of water, OW = zero discharge), Velocity = to be measured at 0.6 (6/10th) of the water column using top setting rod if depth < 2.5ft; or measured at 0.2 (2/10th) and 0.8 (8/10th) using top setting rod if depth > 2.5ft, Q = width x depth x veolcity, Discharge = total of all Q cells
 |  |  |  |  |  |  | Page _______  of  ________
 | Station | Distance (ft) | Unit [NAME] (ft) | Depth (ft) | Velocity (ft/s) |  |  |  | Q (cfs)*
 |  |  |  |  | 0.6 | 0.2 | 0.8 | Avg. [NAME].*
 | 31
 | 32
 | 33
 | 34
 | 35
 | 36
 | 37
 | 38
 | 39
 | 40
 | 41
 | 42
 | 43
 | 44
 | 45
 | 46
 | 47
 | 48
 | 49
 | 50
 | 51
 | 52
 | 53
 | 54
 | 55
 | 56
 | 57
 | 58
 | 59
 | 60
 | 61
 | 62
 | 63
 | 64
 | 65
 | 66
 | 67
 | 68
 | 69
 | *Must be calculated
 | MEASUREMENT NOTES: Distance = whole number or 0.1 ft, Unit [NAME] = whole or 0.1 ft, Depth = whole, 0.1 or 0.01 ft (use OW for cells out of water, OW = zero discharge), Velocity = to be measured at 0.6 (6/10th) of the water column using top setting rod if depth < 2.5ft; or measured at 0.2 (2/10th) and 0.8 (8/10th) using top setting rod if depth > 2.5ft, Q = width x depth x veolcity, Discharge = total of all Q cells
 |  |  |  |  |  |  | Page _______  of  ________
 | Station | Distance (ft) | Unit [NAME] (ft) | Depth (ft) | Velocity (ft/s) |  |  |  | Q (cfs)*
 |  |  |  |  | 0.6 | 0.2 | 0.8 | Avg. [NAME].*
 | 70
 | 71
 | 72
 | 73
 | 74
 | 75
 | 76
 | 77
 | 78
 | 79
 | 80
 | 81
 | 82
 | 83
 | 84
 | 85
 | 86
 | 87
 | 88
 | 89
 | 90
 | 91
 | 92
 | 93
 | 94
 | 95
 | 96
 | 97
 | 98
 | 99
 | 100
 | 101
 | 102
 | 103
 | 104
 | 105
 | 106
 | 107
 | 108
 | *Must be calculated
 | MEASUREMENT NOTES: Distance = whole number or 0.1 ft, Unit [NAME] = whole or 0.1 ft, Depth = whole, 0.1 or 0.01 ft (use OW for cells out of water, OW = zero discharge), Velocity = to be measured at 0.6 (6/10th) of the water column using top setting rod if depth < 2.5ft; or measured at 0.2 (2/10th) and 0.8 (8/10th) using top setting rod if depth > 2.5ft, Q = width x depth x veolcity, Discharge = total of all Q cells
 |  |  |  |  |  |  | Page _______  of  ________
 | Station | Distance (ft) | Unit [NAME] (ft) | Depth (ft) | Velocity (ft/s) |  |  |  | Q (cfs)*
 |  |  |  |  | 0.6 | 0.2 | 0.8 | Avg. [NAME].*
 | 109
 | 110
 | 111
 | 112
 | 113
 | 114
 | 115
 | 116
 | 117
 | 118
 | 119
 | 120
 | 121
 | 122
 | 123
 | 124
 | 125
 | 126
 | 127
 | 128
 | 129
 | 130
 | 131
 | 132
 | 133
 | 134
 | 135
 | 136
 | 137
 | 138
 | 139
 | 140
 | 141
 | 142
 | 143
 | 144
 | 145
 | 146
 | 147
 | *Must be calculated
 | MEASUREMENT NOTES: Distance = whole number or 0.1 ft, Unit [NAME] = whole or 0.1 ft, Depth = whole, 0.1 or 0.01 ft (use OW for cells out of water, OW = zero discharge), Velocity = to be measured at 0.6 (6/10th) of the water column using top setting rod if depth < 2.5ft; or measured at 0.2 (2/10th) and 0.8 (8/10th) using top setting rod if depth > 2.5ft, Q = width x depth x veolcity, Discharge = total of all Q cells