ExampleCode             Computes sediment load per guideline from
                        ExampleData
ExampleCodeSCI          Computes sediment load from optical and
                        acoustic backscatter measurements
ExampleData             Example data used to demonstrate computation of
                        real-time sediment loads from horizontal
                        acoustic Doppler current profiler (hADCP)
acoustic_backscatter_processing
                        Process acoustic backscatter from hADCP
attenuation_of_sound_by_water
                        Compute attenuation of sound in water given
                        frequency, temperature, and salinity
bootstrap_regression    Regression parameters estimated using bootstrap
                        resampling
butterworth_tidal_filter
                        Return non-tidal signal in data after Rulh and
                        Simpson (2005)
compute_load            Compute load with uncertainty on concentration
                        estimates
ctd2sal                 Compute salinity (PSU) from conductivity, water
                        temperature, and depth
estimate_timeseries     Compute timeseries with uncertainty from
                        bootstrap regression
hADCPLoads              Compute sediment load per guideline using
                        acoustic backscatter from processed hADCP data
import_data             Load data from comma-delimited .txt files to
                        list to be used in function hADCPLoads()
impute_data             Returns x with gaps imputed using ARIMA and
                        Decision Trees, optional uncertainty estimation
                        using Monte Carlo resampling
linear_interpolation_with_time_limit
                        Linearly interpolate timeseries time(x) onto
                        new timesetep ti
near_field_correction   Near-field correction of Downing et al (1995)
speed_of_sound          Compute speed of sound in water given salinity,
                        temperature, and depth
surrogate_to_analyte_interpolation
                        Interpolate timeseries x(tx) onto y(ty)
