A type of discharge measurement where an Acoustic Doppler Current Profiler (ADCP) measures the streamflow (discharge) for the stream. The discharge measurement code of "ADCP" identifies this type of discharge measurement. The results of compass calibrations made using the ADCP. Compass calibrations are required when using differential GPS (DPGS) as a substitute for bottom-tracking (acoustic measurements of boat speed). The results of the ADCP self diagnostic tests. The code indicating the movement and velocity of the boat. The code indicating the method of computing the area. The angle between magnetic north and true north, in degrees. The code indicating the method of determining the magnetic variation. Flag indicating if an external depth sounder was used in the measurement. The description of the boat and moter used in the measurement. The version of the embedded chip software in the Acoustic Doppler Current Profiler (ADCP). The version of the computer software used to compute the discharge and to configure the Acoustic Doppler Current Profiler (ADCP). The code indicating the type of suspension of the velocity meter. The immersion depth of the Acoustic Doppler Current Profiler (ADCP) under the water surface as measured to the center of the transducer faces. The defaults units are feet. Is the depth of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? The vertical distance from the Acoustic Doppler Current Profiler (ADCP) transducer face in which no velocity measurements are made. The blanking distance is usually set by the user to eliminate the chance of contamination of the velocity measurements due to ringing. The defaults units are feet. Is the blanking distance of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? The water mode is a number used with ADCP's made by RD Instruments to indicate the method used to collect water velocity profiles. The possible values are 1, 5, 8, 11, 12, 13, and Multiple. Is the water mode code of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? Mode used for bottom tracking. Is the bottom mode of the ADCP constant for all transects? The ADCP collects data over a variable number of depth cells. The vertical length of these cells (DepthCellSize) is specified using the WS command. Results of velocity measurements are reported for the center of individual depth cells. Is the depth cell size of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? The water pings specifies the number of water velocity profile measurements that are averaged together to create one profile. This resulting profile (average of all water pings) is then transmitted to the computer for processing. Is the number of water pings of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? The bottom pings specifies the number of bottom track velocity measurements that are averaged together to create a single measurement of boat velocity. Is the number of bottom pings of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? The ambiguity velocity in RDI profilers Is the ambiguity velocity of the Acoustic Doppler Current Profiler (ADCP) consistent for all transects? The width of the measurement section. The default units are in feet. The cross-section are of the measurement. The default units are in square feet. The mean depth is the weighted mean water depth for the measurement. The mean depth is weighted based on the distance between individual profiles (and depth measurements). The default units are in feet. The maximum depth measured for the discharge measurement. The default units are in feet. The average velocity of the stream during the measurement. The default units are in feet per second. The maximum velocity of the stream during the measurement. The default units are in feet per second. The average number of ensembles per transect. The number of near shore ensembles used to get the edge estimate. The average of the discharge estimated for the area near the surface using the extrapolation method specified by the user for all transects in the measurement. The default units are in cubic feet per second. The average of the discharge actually measured by the profiler for all transects in the measurement. The default units are in cubic feet per second. The average of the discharge estimated for the area near the bed using the extrapolation method specified by the user for all transects in the measurement. The default units are in cubic feet per second. The average of the discharge estimated for the area near the left edge of water for all transects in the measurement. The left discharge is computed using the distance to the shore, the mean depth and water velocity near the left edge, and a coefficient for the edge shape and roughness. The default units are in cubic feet per second. The average of the discharge estimated for the area near the right edge of water for all transects in the measurement. The right discharge is computed using the distance to the shore, the mean depth and water velocity near the left edge, and a coefficient for the edge shape and roughness. The default units are in cubic feet per second. The coefficient which is used to account for the shape and roughness of the unmeasured area near the left shore. Typical values are .3535 for a triangular shaped section, and 0.91 for a vertical, smooth concrete wall. The coefficient which is used to account for the shape and roughness of the unmeasured area near the right shore. Typical values are .3535 for a triangular shaped section, and 0.91 for a vertical, smooth concrete wall. The standard deviation of the total discharges for all transects in the measurement divided by the mean discharge for all measurements. This parameter provides an standardized estimate of the variation of discharges in the measurement. The percent of the total discharge actually measured by the profiler. It is computed by taking the MeanMiddleDischarge divided by the MeanTotalDischarge and expressed in percent. The code indicating the method of estimation of the top?. The Value of coefficient used in power function for top estimate. The code indicating the method of estimation of the bottom?. The Value of coefficient used in power function for bottom estimate. The setting of the WO command for water mode 12.