Load Estimation of River Compounds with Different Methods

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Documentation for package ‘RiverLoad’ version 1.0.3

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annual.mean Annual mean of flow records
beale.period Load estimation with Beale ratio estimator based on monthly or annual relationship
beale.ratio Load estimation with Beale ratio method
conc.data1 Concentration dataset of Kaskaskia River
conc.data2 Concentration dataset of Sandusky River
conc.data3 Dataset with faked concentration records of Adda River
CQregression Relationship between concentration and flow
daily.mean Daily mean of flow records
db.intersect Intersection of flow and concentration data in a unique data frame
db.union Union of flow and concentration data in a unique data frame
ferguson Load estimation with Ferguson rating curve
ferguson.period Load estimation with Ferguson method based on monthly or annual relationship
flow.data1 Dataset of flow record of Kaskskia River
flow.data2 Dataset of flow record of Sandusky River
flow.data3 Flow record dataset of Adda River
method1 Load estimation with time-weighted flow and concentration method
method2 Load estimation with discharge-weighted concentration method
method3 Load estimation with mean discharge-weighted concentration method
method4 Load estimation with time-weighted concentration method
method5 Load estimation with time and discharge weighted method
method6 Load estimation based on linear interpolation of concentration
monthly.mean Monthly mean of flow records not differentiated by year
monthly.year.mean Monthly mean of flow records differentiated by year
rating Load estimation with log log rating curve
rating.period Load estimation with log log rating curve based on monthly or annual relationship
reg.inspection Parameters of regression analysis between flow and concentration
residual.plot Residual plots of one selected component
rsquared.period Coefficient of determination for period based regression analyses