Test results for FOCUS_TOXSWA_1.1.1

 

Standard drainage and runoff input files are used to test the new TOXSWA version[1]. These are:

§          6 *.m2t files and 4 *.p2t files,

§          representing output for 3 applications of 1 kg/ha

§          of FOCUS Compound D_sw

§          to winter cereals (maize for R2)

§          with the first appln at the day around emergence (appln window for PAT: emergence-5 up to emergence+50 d, 

§          appln interval 6 d,

§          application method: ground spray).

They can be found at the home page of the workgroup. The *.m2t and *.p2t file need to be copied into the corresponding SWASHprojects folder for MACRO and PRZM, respectively. Change the runid’s of these files to the runid’s necessary for running TOXSWA (see the exact path in the corresponding txw input file).

 

These ‘average’ drainage and runoff fluxes are coupled to a less and a more persistent compound in water, respectively FOCUS Compound A_sw and H_sw.

So create 2 projects in SWASH with:

§          compound A_sw and compound H_sw

§          winter cereals (maize for R2)

§          3 applications of 1 kg/ha

§          with the first appln at the day around emergence (appln window for PAT: emergence-5 up to emergence+50 d, 

§          appln interval 6 d

§          application method: ground spray

 

 

1.  Model output for 3 applications of 1 kg/ha of FOCUS Compound A_sw to winter cereals (maize for R2) with the first appln at the day around emergence

 

Scenario

 

 

Executed at

24-Apr-2003

Appln date

(not changed)

Water

Sediment

Global max (μg/L) [Date]

TWAC 28 d (μg/L)

Global max (μg/L) [Date]

D1-Ditch

3-Oct-1982

23-Oct-1982

5-Nov-1982

225.322

 

22-Nov-1982

144.921

57.592

 

25-Nov-1982

D1-Stream

3-Oct-1982

23-Oct-1982

5-Nov-1982

157.715

 

13-Nov-1982

100.997

39.094

 

25-Nov-1982

D2-Ditch

3-Nov-1986

28-Nov-1986

8-Dec-1986

466.838

 

12-Dec-1986

156.592

69.059

 

15-Dec-1986

D2-Stream

3-Nov-1986

28-Nov-1986

8-Dec-1986

333.303

 

11-Dec-1986

102.087

44.020

 

15-Dec-1986

D3-Ditch

22-Nov-1992

28-Nov-1992

10-Dec-1992

29.885

 

22-Nov-1992

25.777

8.797

 

10-Dec-1992

D4-Pond

28-Sep-1985

4-Oct-1985

26-Oct-1985

31.201

 

21-Dec-1985

23.758

9.366

 

23-Dec-1985

D4-Stream

28-Sep-1985

4-Oct-1985

26-Oct-1985

102.111

 

9-Dec-1985

75.326

26.290

 

21-Dec-1985

D5-Pond

27-Nov-1978

18-Dec-1978

01-Jan-1979

42.088

 

12-Feb-1979

18.308

9.965

 

14-Feb-1979

D5-Stream

27-Nov-1978

18-Dec-1978

01-Jan-1979

70.481

 

11-Feb-1979

40.855

17.582

 

13-Feb-1979

D6-Ditch

6-Dec-1986

30-Dec-1986

14-Jan-1987

156.174

 

19-Jan-1987

26.258

15.289

 

19-Jan-1987

R1-Pond

14-Nov-1978

20-Nov-1978

27-Nov-1978

1.100

 

25-Nov-1978

0.251

0.163

 

28-Nov-1978

R1-Stream

14-Nov-1978

20-Nov-1978

27-Nov-1978

92.865

 

25-Nov-1978

1.487

5.628

 

25-Nov-1978

R2-Stream

26-Apr-1977

7-May-1977

20-May-1977

35.806

 

13-May-1977

1.031

2.844

 

13-May-1977

R3-Stream

5-Dec-1980

11-Dec-1980

20-Dec-1980

161.811

 

16-Dec-1980

4.679

10.440

 

16-Dec-1980

R4-Stream

5-Nov-1979

10-Dec-1979

24-Dec-1979

10.770

 

21-Dec-1979

0.246

0.758

 

21-Dec-1979

 

 

2. Model output for 3 applications of 1 kg/ha of FOCUS Compound H_sw to winter cereals (maize for R2) with the first appln at the day around emergence

Scenario

 

 

Executed at

24-Apr-2003

Appln date

(not changed)

Water

Sediment

Global max (μg/L) [Date]

TWAC 28 d (μg/L)

Global max (μg/L) [Date]

D1-Ditch

3-Oct-1982

23-Oct-1982

5-Nov-1982

247.080

 

20-Nov-1982

164.868

222.853

 

27-Nov-1982

D1-Stream

3-Oct-1982

23-Oct-1982

5-Nov-1982

158.426

 

13-Nov-1982

102.142

126.212

 

27-Nov-1982

D2-Ditch

3-Nov-1986

28-Nov-1986

8-Dec-1986

470.648

 

12-Dec-1986

175.087

259.757

 

31-Dec-1986

D2-Stream

3-Nov-1986

28-Nov-1986

8-Dec-1986

333.837

 

11-Dec-1986

102.840

153.175

 

31-Dec-1986

D3-Ditch

22-Nov-1992

28-Nov-1992

10-Dec-1992

33.141

 

22-Nov-1992

30.045

88.788

 

11-Jan-1993

D4-Pond

28-Sep-1985

4-Oct-1985

26-Oct-1985

127.148

 

31-Jan-1986

123.287

286.989

 

5-Apr-1986

D4-Stream

28-Sep-1985

4-Oct-1985

26-Oct-1985

102.289

 

9-Dec-1985

75.577

110.523

 

30-Jan-1986

D5-Pond

27-Nov-1978

18-Dec-1978

01-Jan-1979

110.733

 

17-Feb-1979

106.091

232.186

 

1-May-1979

D5-Stream

27-Nov-1978

18-Dec-1978

01-Jan-1979

70.554

 

11-Feb-1979

41.027

72.715

 

11-Apr-1979

D6-Ditch

6-Dec-1986

30-Dec-1986

14-Jan-1987

157.164

 

19-Jan-1987

28.957

58.944

 

20-Jan-1987

R1-Pond

14-Nov-1978

20-Nov-1978

27-Nov-1978

1.462

 

27-Nov-1978

1.281

1.845

 

2-Feb-1979

R1-Stream

14-Nov-1978

20-Nov-1978

27-Nov-1978

93.610

 

25-Nov-1978

1.508

12.218

 

25-Nov-1978

R2-Stream

26-Apr-1977

7-May-1977

20-May-1977

36.198

 

13-May-1977

1.047

6.500

 

13-May-1977

R3-Stream

5-Dec-1980

11-Dec-1980

20-Dec-1980

163.022

 

16-Dec-1980

4.774

22.984

 

16-Dec-1980

R4-Stream

5-Nov-1979

10-Dec-1979

24-Dec-1979

10.816

 

21-Dec-1979

0.249

1.662

 

21-Dec-1979

 



[1] Please note that these runs are intended as a test for the TOXSWA software only. They do not correspond to sensible, consistent step 3 FOCUS runs that can be used for risk assessment purposes. (E.g. because PRZM and MACRO do calculations for a pesticide with D-sw properties, while TOXSWA performs calculations for a pesticide with A-sw or H-sw properties.)