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COSUMNES RIVER - MICHIGAN BAR (MHBC1)
| Latitude: 38.50º N | Longitude: 121.04º W | Elevation: 168 Feet | | | |
| Location: Sacramento County in California | Bulletin Group: San Joaquin | River Group: North San Joaquin |
| Issuance Time: | Dec 08 2023 at 8:07 AM PST | Next Issuance: | Dec 08 2023 at 3:00 PM PST
| |
| Monitor Stage: 7.0 Feet | Flood Stage: 12.0 Feet |
# Tabular Observed and Forecast Hydrograph Information
#
# Location: Cosumnes River - Michigan Bar (MHBC1)
#
# File Generation Time: 12/08/2023 at 08:07 AM PST
# Data Interval: 1 Hour
#
# Most Recent Date & Time of Maximum Observed: 12/08/2023 at 03:00 AM PST
# Maximum Observed Stage: 3.5 Feet
# Maximum Observed Flow: 149 cfs
#
# Earliest Date & Time of Maximum Forecast: 12/08/2023 at 08:00 AM PST
# Maximum Forecast Stage: 3.4 Feet
# Maximum Forecast Flow: 139 cfs
#
# OBSERVED
#
# Date & Time (Local) Stage (Feet) Flow (cfs) Trend Observed Status
# ---------------------------------------------------------------------------------
12/03/2023 08 AM PST 3.1 80 Normal
12/03/2023 09 AM PST 3.1 80 0 Normal
12/03/2023 10 AM PST 3.1 80 0 Normal
12/03/2023 11 AM PST 3.1 80 0 Normal
12/03/2023 12 PM PST 3.1 80 0 Normal
12/03/2023 01 PM PST 3.1 82 + Normal
12/03/2023 02 PM PST 3.1 82 0 Normal
12/03/2023 03 PM PST 3.1 82 0 Normal
12/03/2023 04 PM PST 3.1 82 0 Normal
12/03/2023 05 PM PST 3.1 82 0 Normal
12/03/2023 06 PM PST 3.1 82 0 Normal
12/03/2023 07 PM PST 3.1 82 0 Normal
12/03/2023 08 PM PST 3.1 84 + Normal
12/03/2023 09 PM PST 3.1 84 0 Normal
12/03/2023 10 PM PST 3.1 84 0 Normal
12/03/2023 11 PM PST 3.1 84 0 Normal
12/04/2023 12 AM PST 3.1 84 0 Normal
12/04/2023 01 AM PST 3.1 84 0 Normal
12/04/2023 02 AM PST 3.1 84 0 Normal
12/04/2023 03 AM PST 3.1 86 + Normal
12/04/2023 04 AM PST 3.1 86 0 Normal
12/04/2023 05 AM PST 3.1 86 0 Normal
12/04/2023 06 AM PST 3.1 86 0 Normal
12/04/2023 07 AM PST 3.2 87 + Normal
12/04/2023 08 AM PST 3.2 87 0 Normal
12/04/2023 09 AM PST 3.2 87 0 Normal
12/04/2023 10 AM PST 3.2 89 + Normal
12/04/2023 11 AM PST 3.2 89 0 Normal
12/04/2023 12 PM PST 3.2 91 + Normal
12/04/2023 01 PM PST 3.2 91 0 Normal
12/04/2023 02 PM PST 3.2 93 + Normal
12/04/2023 03 PM PST 3.2 93 0 Normal
12/04/2023 04 PM PST 3.2 93 0 Normal
12/04/2023 05 PM PST 3.2 93 0 Normal
12/04/2023 06 PM PST 3.2 91 - Normal
12/04/2023 07 PM PST 3.2 91 0 Normal
12/04/2023 08 PM PST 3.2 91 0 Normal
12/04/2023 09 PM PST 3.2 91 0 Normal
12/04/2023 10 PM PST 3.2 89 - Normal
12/04/2023 11 PM PST 3.2 89 0 Normal
12/05/2023 12 AM PST 3.2 89 0 Normal
12/05/2023 01 AM PST 3.2 89 0 Normal
12/05/2023 02 AM PST 3.2 89 0 Normal
12/05/2023 03 AM PST 3.2 87 - Normal
12/05/2023 04 AM PST 3.2 87 0 Normal
12/05/2023 05 AM PST 3.2 87 0 Normal
12/05/2023 06 AM PST 3.2 87 0 Normal
12/05/2023 07 AM PST 3.2 87 0 Normal
12/05/2023 08 AM PST 3.2 87 0 Normal
12/05/2023 09 AM PST 3.2 87 0 Normal
12/05/2023 10 AM PST 3.2 87 0 Normal
12/05/2023 11 AM PST 3.1 86 - Normal
12/05/2023 12 PM PST 3.1 86 0 Normal
12/05/2023 01 PM PST 3.1 86 0 Normal
12/05/2023 02 PM PST 3.1 86 0 Normal
12/05/2023 03 PM PST 3.1 86 0 Normal
12/05/2023 04 PM PST 3.1 86 0 Normal
12/05/2023 05 PM PST 3.1 86 0 Normal
12/05/2023 06 PM PST 3.1 86 0 Normal
12/05/2023 07 PM PST 3.1 84 - Normal
12/05/2023 08 PM PST 3.1 84 0 Normal
12/05/2023 09 PM PST 3.1 84 0 Normal
12/05/2023 10 PM PST 3.1 84 0 Normal
12/05/2023 11 PM PST 3.1 84 0 Normal
12/06/2023 12 AM PST 3.1 84 0 Normal
12/06/2023 01 AM PST 3.1 84 0 Normal
12/06/2023 02 AM PST 3.1 84 0 Normal
12/06/2023 03 AM PST 3.1 84 0 Normal
12/06/2023 04 AM PST 3.1 84 0 Normal
12/06/2023 05 AM PST 3.1 84 0 Normal
12/06/2023 06 AM PST 3.1 84 0 Normal
12/06/2023 07 AM PST 3.1 82 - Normal
12/06/2023 08 AM PST 3.1 82 0 Normal
12/06/2023 09 AM PST 3.1 82 0 Normal
12/06/2023 10 AM PST 3.1 82 0 Normal
12/06/2023 11 AM PST 3.1 82 0 Normal
12/06/2023 12 PM PST 3.1 82 0 Normal
12/06/2023 01 PM PST 3.1 82 0 Normal
12/06/2023 02 PM PST 3.1 82 0 Normal
12/06/2023 03 PM PST 3.1 82 0 Normal
12/06/2023 04 PM PST 3.1 82 0 Normal
12/06/2023 05 PM PST 3.1 82 0 Normal
12/06/2023 06 PM PST 3.1 84 + Normal
12/06/2023 07 PM PST 3.2 87 + Normal
12/06/2023 08 PM PST 3.2 87 0 Normal
12/06/2023 09 PM PST 3.2 87 0 Normal
12/06/2023 10 PM PST 3.2 87 0 Normal
12/06/2023 11 PM PST 3.2 87 0 Normal
12/07/2023 12 AM PST 3.2 87 0 Normal
12/07/2023 01 AM PST 3.2 87 0 Normal
12/07/2023 02 AM PST 3.2 87 0 Normal
12/07/2023 03 AM PST 3.2 89 + Normal
12/07/2023 04 AM PST 3.2 89 0 Normal
12/07/2023 05 AM PST 3.2 89 0 Normal
12/07/2023 06 AM PST 3.2 91 + Normal
12/07/2023 07 AM PST 3.2 91 0 Normal
12/07/2023 08 AM PST 3.2 93 + Normal
12/07/2023 09 AM PST 3.2 95 + Normal
12/07/2023 10 AM PST 3.2 95 0 Normal
12/07/2023 11 AM PST 3.2 96 + Normal
12/07/2023 12 PM PST 3.2 96 0 Normal
12/07/2023 01 PM PST 3.2 96 0 Normal
12/07/2023 02 PM PST 3.2 98 + Normal
12/07/2023 03 PM PST 3.2 98 0 Normal
12/07/2023 04 PM PST 3.2 98 0 Normal
12/07/2023 05 PM PST 3.2 98 0 Normal
12/07/2023 06 PM PST 3.2 100 + Normal
12/07/2023 07 PM PST 3.2 102 + Normal
12/07/2023 08 PM PST 3.2 104 + Normal
12/07/2023 09 PM PST 3.3 106 + Normal
12/07/2023 10 PM PST 3.3 112 + Normal
12/07/2023 11 PM PST 3.3 119 + Normal
12/08/2023 12 AM PST 3.4 132 + Normal
12/08/2023 01 AM PST 3.4 144 + Normal
12/08/2023 02 AM PST 3.5 149 + Normal
12/08/2023 03 AM PST 3.5 149 0 Normal
12/08/2023 04 AM PST 3.4 146 - Normal
12/08/2023 05 AM PST 3.4 144 - Normal
12/08/2023 06 AM PST 3.4 142 - Normal
12/08/2023 07 AM PST 3.4 142 0 Normal
#
# FORECAST
#
# Date & Time (Local) Stage (Feet) Flow (cfs) Trend Forecast Status
# ---------------------------------------------------------------------------------
12/08/2023 08 AM PST 3.4 139 Normal
12/08/2023 09 AM PST 3.4 139 0 Normal
12/08/2023 10 AM PST 3.4 137 - Normal
12/08/2023 11 AM PST 3.4 134 - Normal
12/08/2023 12 PM PST 3.4 134 0 Normal
12/08/2023 01 PM PST 3.4 132 - Normal
12/08/2023 02 PM PST 3.4 130 - Normal
12/08/2023 03 PM PST 3.4 130 0 Normal
12/08/2023 04 PM PST 3.4 128 - Normal
12/08/2023 05 PM PST 3.4 128 0 Normal
12/08/2023 06 PM PST 3.4 125 - Normal
12/08/2023 07 PM PST 3.4 125 0 Normal
12/08/2023 08 PM PST 3.3 123 - Normal
12/08/2023 09 PM PST 3.3 123 0 Normal
12/08/2023 10 PM PST 3.3 123 0 Normal
12/08/2023 11 PM PST 3.3 121 - Normal
12/09/2023 12 AM PST 3.3 121 0 Normal
12/09/2023 01 AM PST 3.3 121 0 Normal
12/09/2023 02 AM PST 3.3 121 0 Normal
12/09/2023 03 AM PST 3.3 119 - Normal
12/09/2023 04 AM PST 3.3 119 0 Normal
12/09/2023 05 AM PST 3.3 119 0 Normal
12/09/2023 06 AM PST 3.3 119 0 Normal
12/09/2023 07 AM PST 3.3 119 0 Normal
12/09/2023 08 AM PST 3.3 119 0 Normal
12/09/2023 09 AM PST 3.3 119 0 Normal
12/09/2023 10 AM PST 3.3 117 - Normal
12/09/2023 11 AM PST 3.3 117 0 Normal
12/09/2023 12 PM PST 3.3 117 0 Normal
12/09/2023 01 PM PST 3.3 117 0 Normal
12/09/2023 02 PM PST 3.3 117 0 Normal
12/09/2023 03 PM PST 3.3 117 0 Normal
12/09/2023 04 PM PST 3.3 117 0 Normal
12/09/2023 05 PM PST 3.3 117 0 Normal
12/09/2023 06 PM PST 3.3 117 0 Normal
12/09/2023 07 PM PST 3.3 117 0 Normal
12/09/2023 08 PM PST 3.3 114 - Normal
12/09/2023 09 PM PST 3.3 114 0 Normal
12/09/2023 10 PM PST 3.3 114 0 Normal
12/09/2023 11 PM PST 3.3 114 0 Normal
12/10/2023 12 AM PST 3.3 114 0 Normal
12/10/2023 01 AM PST 3.3 114 0 Normal
12/10/2023 02 AM PST 3.3 114 0 Normal
12/10/2023 03 AM PST 3.3 114 0 Normal
12/10/2023 04 AM PST 3.3 114 0 Normal
12/10/2023 05 AM PST 3.3 114 0 Normal
12/10/2023 06 AM PST 3.3 114 0 Normal
12/10/2023 07 AM PST 3.3 114 0 Normal
12/10/2023 08 AM PST 3.3 114 0 Normal
12/10/2023 09 AM PST 3.3 114 0 Normal
12/10/2023 10 AM PST 3.3 114 0 Normal
12/10/2023 11 AM PST 3.3 114 0 Normal
12/10/2023 12 PM PST 3.3 114 0 Normal
12/10/2023 01 PM PST 3.3 114 0 Normal
12/10/2023 02 PM PST 3.3 114 0 Normal
12/10/2023 03 PM PST 3.3 112 - Normal
12/10/2023 04 PM PST 3.3 112 0 Normal
12/10/2023 05 PM PST 3.3 112 0 Normal
12/10/2023 06 PM PST 3.3 112 0 Normal
12/10/2023 07 PM PST 3.3 112 0 Normal
12/10/2023 08 PM PST 3.3 112 0 Normal
12/10/2023 09 PM PST 3.3 112 0 Normal
12/10/2023 10 PM PST 3.3 112 0 Normal
12/10/2023 11 PM PST 3.3 112 0 Normal
12/11/2023 12 AM PST 3.3 112 0 Normal
12/11/2023 01 AM PST 3.3 112 0 Normal
12/11/2023 02 AM PST 3.3 112 0 Normal
12/11/2023 03 AM PST 3.3 112 0 Normal
12/11/2023 04 AM PST 3.3 112 0 Normal
12/11/2023 05 AM PST 3.3 112 0 Normal
12/11/2023 06 AM PST 3.3 112 0 Normal
12/11/2023 07 AM PST 3.3 112 0 Normal
12/11/2023 08 AM PST 3.3 112 0 Normal
12/11/2023 09 AM PST 3.3 112 0 Normal
12/11/2023 10 AM PST 3.3 112 0 Normal
12/11/2023 11 AM PST 3.3 112 0 Normal
12/11/2023 12 PM PST 3.3 112 0 Normal
12/11/2023 01 PM PST 3.3 112 0 Normal
12/11/2023 02 PM PST 3.3 112 0 Normal
12/11/2023 03 PM PST 3.3 112 0 Normal
12/11/2023 04 PM PST 3.3 112 0 Normal
12/11/2023 05 PM PST 3.3 112 0 Normal
12/11/2023 06 PM PST 3.3 112 0 Normal
12/11/2023 07 PM PST 3.3 112 0 Normal
12/11/2023 08 PM PST 3.3 112 0 Normal
12/11/2023 09 PM PST 3.3 112 0 Normal
12/11/2023 10 PM PST 3.3 112 0 Normal
12/11/2023 11 PM PST 3.3 112 0 Normal
12/12/2023 12 AM PST 3.3 112 0 Normal
12/12/2023 01 AM PST 3.3 112 0 Normal
12/12/2023 02 AM PST 3.3 112 0 Normal
12/12/2023 03 AM PST 3.3 112 0 Normal
12/12/2023 04 AM PST 3.3 110 - Normal
12/12/2023 05 AM PST 3.3 110 0 Normal
12/12/2023 06 AM PST 3.3 110 0 Normal
12/12/2023 07 AM PST 3.3 110 0 Normal
12/12/2023 08 AM PST 3.3 110 0 Normal
12/12/2023 09 AM PST 3.3 110 0 Normal
12/12/2023 10 AM PST 3.3 110 0 Normal
12/12/2023 11 AM PST 3.3 110 0 Normal
12/12/2023 12 PM PST 3.3 110 0 Normal
12/12/2023 01 PM PST 3.3 110 0 Normal
12/12/2023 02 PM PST 3.3 110 0 Normal
12/12/2023 03 PM PST 3.3 110 0 Normal
12/12/2023 04 PM PST 3.3 110 0 Normal
12/12/2023 05 PM PST 3.3 110 0 Normal
12/12/2023 06 PM PST 3.3 110 0 Normal
12/12/2023 07 PM PST 3.3 110 0 Normal
12/12/2023 08 PM PST 3.3 110 0 Normal
12/12/2023 09 PM PST 3.3 110 0 Normal
12/12/2023 10 PM PST 3.3 110 0 Normal
12/12/2023 11 PM PST 3.3 110 0 Normal
12/13/2023 12 AM PST 3.3 108 - Normal
12/13/2023 01 AM PST 3.3 108 0 Normal
12/13/2023 02 AM PST 3.3 108 0 Normal
12/13/2023 03 AM PST 3.3 108 0 Normal
12/13/2023 04 AM PST 3.3 108 0 Normal
#
# NOTE 1: Stages are rounded to the nearest tenth (.1) of a foot.
# NOTE 2: Flows are rounded to the nearest (1) cfs.
# NOTE 3: Trends are determined using hourly change in unrounded stage and flow.
# NOTE 4: Maximum Values are determined using unrounded stage and flow.
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