Function reference
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BCF_regression() - Estimate the bio concentration factor in two different ways
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CumSumSoil() - Plot cumulative sum of RQ after application and compare it with initial state
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Kd_regression() - Estimate the soil sorption coefficient in two different ways
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add_AirWater() - Estimate Air-Water partition coefficient
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add_DT50() - Estimate biological half-life
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add_Henry() - Estimate Henry Coefficient
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add_Kd() - Estimate Sorption Coefficient
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add_PNEC_soil() - Estimate Predicted no-effect concentration for soil organisms
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add_SoilWater() - Estimate Soil-Water partition coefficient
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add_SoilWater_reverse() - Estimate Soil-Water partition coefficient starting from infiltration rate
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add_bcf() - Estimate bio concentration factor
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add_deposition() - Calculate soil mass related daily atmospheric deposition
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add_kbio() - Calculate biodegredation rate
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add_kleach() - Calculate infiltration rate
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add_kplant() - Calculate plant uptake rate
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add_kvolat() - Calculate volatilization rate
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add_variables() - Query and complementation of input variables
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create_mcs_input() - List of Variables into Monte Carlo simulation input table
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get_PEC_human() - Predicted human consumption
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get_PEC_porewater() - Predicted pore water concentration
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get_PEC_soil() - Predicted soil concentration
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get_c_i_from_PNEC_porewater() - Calculate the initial concentration in soil for RQ porewater = 1
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get_risk() - Risk quotients and high risk scenarios with and without fertilization
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longterm_PEC() - PECs for soil, porewater and human consumption over a long period of time
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oneYear_matrix() - Creates a matrix with all Input Data for one year Concentration calculation
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one_year() - Calculation of the pollutant concentation course in top soil
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rderived() - Distribution derived by comparable circumstances
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rdist() - Random samples from specified distribution
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read_fcr_input() - Read environmental and pollutant variables
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risk_aggregation() - Risk Aggregation Calculation of Delta Risk Quotient and Maximum Risk
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risk_interpretation() - Risk Interpretation Assigns a risk to the aggregated risk parameters
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rlderived() - Log-Distribution derived by comparable circumstances
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rtnorm() - Truncate normal distribution
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shadingPlot() - Plot cumulative sum of RQ after application and compare it with initial state
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temp_c_profile() - Calculation of the pollutant concentration in top soil