UNITED STATES ENVIRONMENTAL PROTECTION AGENCY

WASHINGTON D.C., 20460

OFFICE OF 

PREVENTION, PESTICIDES AND 

TOXIC SUBSTANCES

								PC Code:  	113502

								DP Barcode:  	376655				

MEMORANDUM

Subject:	Drinking Water Assessment for Mefenoxam (Metalaxyl-M) for Snap
Beans, Caneberries (crop group 13-07A), Spinach, Bushberries (crop group
13-07B), Bulb Onions (subgroup 3-07A), Green Onions (subgroup 3-07B)

		

To:		Mary Waller, Risk Manager

		Heather Garvie, Risk Manager Reviewer

	Registration Division

	

From:		Brian Anderson, RAPL

     		James Lin, Environmental Engineer

		Faruque Khan, Senior Fate Scientist

		Anita Pease, Acting Chief 

		Environmental Risk Branch 1

Environmental Fate and Effects Division (7507P)

Date: 		April 20, 2010

This drinking water assessment provides Tier II (PRZM-EXAMS) surface
water modeling and Tier 1 (SCI-GROW) groundwater modeling for the
fungicide, mefanoxam ((R)
2-[2,6-dimethylphenyl)-methoxyacetylamino]-propionic acid methyl ester).
 Proposed uses included in the modeling include snap beans, spinach,
caneberries, bushberries (crop group 13-07B), bulb onions (subgroup
3-07A), and green onions (subgroup 3-07B). 

1.	Executive Summary

Tier II estimated drinking water concentrations (EDWCs) were derived
using PRZM/EXAMS (pE5 shell), and Tier 1 ground water concentrations
were derived using SCI-GROW for snap beans, caneberries, bushberries,
spinach, and onions (bulb and green).  Mefenoxam is currently registered
on snap beans, spinach, and on some bushberries (but not the entire
sub-group), caneberries, bulb onions, and green onions.  However, models
and methods used to calculate EDWCs have evolved since these uses were
last assessed.  Therefore, this assessment presents EDWCs that are
calculated using methods that are consistent with current models and
policies.  This assessment did not supercede the previous assessments on
these commodities.  

The previous drinking water assessment (DP 324495) concluded that total
toxic metalaxyl/mefenoxam residue concentrations from Tier II surface
water modeling are not expected to exceed 108.9 μg/L for the 1 in 10
year daily peak concentration, 36.7 μg/L for the 1 in 10 year annual
concentration, and 25.9 μg/L for the 30 year annual average
concentration.  The EDWCs for the crops modeled in this assessment
(Table 1) did not exceed the previous EDWCs for citrus reported in the
previous drinking water assessment (DP 324495, US EPA 2007).  Therefore,
the current EDWCs will not supersede the recommended drinking water
values previously performed for this chemical. 

Table 1: PCA Corrected Tier II Drinking Water EECs for
Mefanoxam/Metalaxyl Residues Using the Default Value of 0.87

Scenario	Concentration (µg/L)

	1 in 10 yr

Peak	1 in 10 yr

Annual Average	30 year annual average

CA Onion	12.1	5.8	5.3

GA Onion	36.6	7.2	36.6

OR Berries OP	31.3	12.8	10.3

CALettuce	39.2	18.7	14.0

FL Cabbage	55.3	12.4	8.95

OR Snap Beans	5.79	2.06	1.6



 μg/L.  The current assessment estimated lower groundwater
concentrations than previous assessments.  However, the maximum
metalaxyl concentration in registrant-sponsored ground water monitoring
studies was 3.0 μg/L.  

The Ridomil Gold EC label states not to exceed 3.6 lbs a.i./Acre for
soil applications for caneberries and bushberries.  The Ridomil Gold EC
label should be revised to specify that soil and foliar applications
combined should not to exceed 3.6 lbs a.i./Acre.  This statement is
included in the Ridomil Gold Copper label.

       

Problem Formulation

2.1.	Chemical Identity

Metalaxyl and mefenoxam are systemic phenylamide fungicides with a mode
of action that is specific to controlling oomycetes in fungi.  The mode
of action in fungi is inhibition of RNA synthesis.  The R enantiomer has
more fungicidal activity than the S enantiomer.  Toxicity data, however,
do not suggest that the two enantiomers differ in mode of action or
toxicity in species other than fungi.  SEQ CHAPTER \h \r 1 

The basic physical and chemical properties and structure of metalaxyl
and mefenoxam are presented in Table 2.   

Table 2.  Physical/chemical properties of metalaxyl and mefenoxam

Physical/Chemical Properties	Value/Description	Chemical Structure

Common Name	metalaxyl	



Chemical Name:	N-(2,6-dimethylphenyl)-N-(methyoxyacetyl)-alanine methyl
ester



	CAS No.	57837-19-1

	PC Code	Metalaxyl: 113501

Mefenoxam: 113502

	Molecular formula	C15H21NO4

	Molecular weight	279.3 g/mole

	Physical state	White to beige crystalline solid

	Melting point	71 - 72 oC

	Boiling Point	decomposes before boiling

	Bulk Density	1.13 g/mL at 25 oC

	Henry’s Law Constant (20 oC)	1.153 x 10-10 atm. m3/mole

	Solubility (20 oC)	7100 mg/l water

	

2.2.	Proposed Label Changes

The registrant (Syntenta) proposed changes to three labels (Ridomil Gold
SL, Ridomil Gold EC, and Ridomil Gold Copper).  The proposed changes
include the following:

Snap Beans:  Mefenoxam copper is proposed for use on snap beans. 
Mefenoxam is already registered for use on snap beans, and the
application rates, frequency, and method of application for mefenoxam
copper are consistent with the rates already registered for mefenoxam.

Berries:  IR-4 is requesting registration for mefenoxam copper on
caneberries (13-07A) and to expand the blueberry use to all bushberries
(crop group 13-07B).  Mefenoxam is already registered on several berries
including blueberries, cranberries, raspberries, and strawberries.  No
changes are proposed that would increase the single or seasonal
application rates, number of applications, or change the method of
application.  

Spinach:  IR-4 is requesting to reduce the PHI from 21 days to 3 days. 
No other changes are proposed.

Bulb Onions and Green Onions:  Mefenoxam is already registered on
several dry bulb and green onions including garlic, dry bulb onions and
shallots.  IR-4 is requesting to expand these uses to include subgroup
3-07A: great-headed garlic, serpent garlic, lily bulb, Chinese onion
bulb, pearl onion, potato onion bulb.  

Mefenoxam is also currently registered on several green bulb crops
including green eschalots, green onions, green shallots, Japenese
bunching onions, leeks, spring onions, and scallions.  IR-4 is
requesting to expand these uses to include chives, Chinese chives, hosta
elegans, fritillaria, kurrat, lady’s leek, Beltsville bunching onions,
fresh onions, macrostem onion, tree tops onion, Welsh onion, and
shallots (fresh leaves).    

Previous assessments have considered snap beans, berries, spinach, bulb
onions, and green onions.  Given the changes in previous labels for the
commodities noted above , this assessment serves to update the previous
assessments on these commodities based on most revised and updated
labels.  

2.3.	Analysis Plan  

Modeling

PRZM/EXAMS is used to estimate EDWCs for metalaxyl/mefenoxam.  PRZM and
EXAMS are simulation models coupled with the input shell pe5.pl.  The
models generate daily exposures and calculated 1-in-10 year EECs of
metalaxyl and mefenoxam that may occur in surface water bodies adjacent
to application sites receiving metalaxyl and mefenoxam through runoff
and spray drift.  

Evaluation of Degradates

A total toxic residue approach was used in the modeling approach.  The
modeling was conducted for mefanoxam/metalaxyl and the major degradation
product N-(2, 6-dimethylphenyl)-N-(methylacetyl-L-alanine) (CGA-62826)
and N-(3_hydroxy-2, 6-dimethylphenyl)-N-(methoxyacetyl)-L-alanine (CGA
119857).  The degradation product CGA 119857 was only considered in
anaerobic aquatic metabolism half-life determinations.  The modeling
strategy was to address the environmental fate of  mefanoxam/metalaxyl,
CGA-62826, and CGA 119857.  This strategy employs selection of the most
conservative environmental fate parameters for the degradation half-life
and soil:water partitioning coefficient for known mefanoxam/metalaxyl
residues.  

3.	Use Characterization

Application data are summarized in Table 3 and were obtained from the
proposed revised labels submitted in support of the proposed action. 
The modeling considered application rates specified on the revised
labels as summarized in Table 2 and were based on the maximum labeled
application rates for each proposed use.  

Table 3: Application Information for Assessed Commodities 



Proposed Use 	Max Single App. Rate	No. of Apps 	App. Interval
Application Method	Source	Comments

Snap Beans	0.1 lbs a.i./Acre	4	7 	Broadcast spray 

(assumed aerial)	Ridomil Gold /Copper (EPA Reg No. 100-804)	--

Caneberries	1.8 lbs a.i./Acre	2	7 	Broadcast spray 

(assumed aerial)	Ridomil Gold EC and SL labels (EPA Reg No. 100-801); 

Ridomil Gold /Copper (EPA Reg No. 100-804)	Ridomil Gold/Copper label
allows a maximum application rate of 0.1 lbs a.i./Acre (36 applications,
7-day interval) The label specifies not to exceed 3.6 lbs a.i./Acre per
crop of soil applied mefenoxam; however, a maximum for foliar
application is not specified.

Bushberries	1.8 lbs a.i./Acre	2	7 (assumed)	Broadcast spray (assumed
aerial)	Ridomil Gold EC label (EPA Reg No. 100-801)

	Spinach 	1 lb a.i./Acre (soil)

0.125 lbs a.i./Acre (foliar)	1 at 1 lb a.i./Acre + 3 apps at 0.125 lbs
a.i./Acre	7 (assumed)	Broadcast spray (assumed aerial)	Ridomil Gold EC
label (EPA Reg No. 100-801); 

Ridomil Gold SL label (EPA Reg No. 100-1202)

	Ridomil Gold/Copper label allows no more than 0.25 lbs a.i./Acre to be
applied (2 apps at 0.125 lbs a.i./Acre)

Bulb Onions	0.5	2 apps (soil applied) + 1 (foliar)	7 (assumed)	Broadcast
spray (assumed aerial)	Ridomil Gold EC label (EPA Reg No. 100-801); 
Ridomil Gold SL label (EPA Reg No. 100-1202)

	Maximum application rate per crop cycle is 1.5 lbs a.i./Acre; maximum
application rate for ridomil Gold/Copper is 0.1 lbs a.i./Acre

Green Onions	0.5	2 apps (soil applied) + 1 (foliar)	7 (assumed)
Broadcast spray (assumed aerial)	Ridomil Gold EC label (EPA Reg No.
100-801); Ridomil Gold SL label (EPA Reg No. 100-1202)

	Maximum application rate per crop cycle is 1.3 lbs a.i./Acre; 

maximum application rate for ridomil Gold/Copper is 0.1 lbs a.i./Acre



Surface Water Modeling 

4.1.	Model Inputs

Tier II surface water modeling was conducted using PE5.  The modeling
was conducted for mefanoxam/metalaxyl and the major degradation product
N-(2, 6-dimethylphenyl)-N-(methylacetyl-L-alanine) (CGA-62826) and
N-(3_hydroxy-2, 6-dimethylphenyl)-N-(methoxyacetyl)-L-alanine (CGA
119857).   A discussion of the environmental fate data is included in
Appendix A.  The degradation product CGA 119857 was only considered in
anaerobic aquatic metabolism half-life determinations.  The modeling
strategy was to address the environmental fate of  mefanoxam/metalaxyl,
CGA-62826, and CGA 119857.  This strategy employs selection of the most
conservative environmental fate parameters for the degradation half-life
and soil:water partitioning coefficient for known mefanoxam/metalaxyl
residues.  The modeling considered application rates specified on the
revised labels as summarized in Table 3.  Environmental fate inputs used
for modeling are summarized in Table 4.  The modeling was conducted
using inputs that are equivalent to those used in previous drinking
water assessments (DP 324495, 2007) and those identified in the
registration review problem formulation (DP 368463, 2009).  PRZM/EXAMS
scenarios used in the modeling are listed in Table 5.  

Table 4: Environmental Fate Data for Mefanoxam/Metalaxyl Residues

Data	Units	Value	Source	Comments

Molecular Weight	g/mole	279.3	EFED One Liner	Metalaxyl Data

Solubility	mg/L	7100	EFED One Liner	Metalaxyl Data

Vapor Pressure	Torr	2.2E-6	EFED One Liner	Metalaxyl Data

Henrys Constant	Atm m3/mol	1.153E-10	N/A2	Calculated3

Hydrolysis @ pH 7	Days	200	MRID 00104493	Metalaxyl Data

Photodegradation in Water	Days	400	MRID 41156001	Metalaxyl Data

Aerobic Soil Metabolism	Days	419	MRID 00104494

MRID 43935301

	Calculated 90th percentile of mean1

Mean=107.79 days

SD=100.84 days

t=3.078

n=2

Aerobic Aquatic Metabolism	Days	6804	MRID 42259802	Input parameter
guidance

(USEPA, 2009)

Anaerobic Aquatic

Metabolism	Days	47614	MRID 42259801	Input parameter guidance

(USEPA, 2009)

Soil:Water  Coefficient (Koc)	L/g	409	

MRID 43875309

)/√N-1

2 not applicaple

3 (vapor pressure /760)/solubility/Molecular weight)

4 Due to reported half-life for one sample, input half-life was
multiplied by 3 according to Guidance for selecting input parameters in
modeling for environmental fate and transport of pesticides. Version
2.1, October 22, 2009. 



Table 5: PRZM/EXAMS Scenarios

Crop	Modeling Scenario	Application rates modeled	Application Method

Snap Beans	Oregon Snap Beans	0.1 lbs a.i./Acre, 4 applications, 7-day
interval	CAM 1, aerial

Caneberries/ Bushberries	Oregon Berries	1.8 lbs a.i/Acre, 2
applications, 7-day interval	CAM 1, aerial

Spinach 	CA Lettuce

FL Cabbage	1 application at 1 lb a.i./Acre + 3 applications at 0.125 lbs
a.i./Acre	CAM 1, aerial

Bulb and Green Onions	CA Onion

GA Onion	3 applications at 0.5 lbs a.i./Acre	CAM 1, aerial

Aerial applications assumed 16% drift, 95% efficiency



The following additional studies have been submitted and are currently
under review:

MRID 47886102:  Aerobic soil metabolism

MRID 47886103:  Adsorption/desorption

MRID 47886104:  Aerobic soil metabolism

If acceptable, they will be incorporated into future assessments.  

Model Results

Results from PRZM/EXAMS modeling are presented in Table 6.  Table 7
presents EDWCs with the default PCA of 0.87 applied.  PRZM/EXAMS outputs
are included in Appendix B.  

Table 6: Non-PCA Corrected Tier II Drinking Water EECs  for
Mefanoxam/Metalaxyl Residues

Scenario	Concentration (µg/L)

	1 in 10 yr

Peak	1 in 10 yr

Annual Average	30 year annual average

CA Onion	13.9	6.67	6.14

GA Onion	42.0	8.29	42.0

OR Berries OP	36.2	14.7	11.8

CA Lettuce	45.1	21.5	16.1

FL Cabbage	63.6	14.3	10.3

OR Snap Beans	6.66	2.37	1.82



Table 7: PCA Corrected Tier II Drinking Water EECs for
Mefanoxam/Metalaxyl Residues Using the Default Value of 0.87

Scenario	Concentration (µg/L)

	1 in 10 yr

Peak	1 in 10 yr

Annual Average	30 year annual average

CA Onion	12.1	5.8	5.3

GA Onion	36.6	7.2	36.6

OR Berries OP	31.3	12.8	10.3

CA Lettuce	39.2	18.7	14.0

FL Cabbage	55.3	12.4	8.95

OR Snap Beans	5.79	2.06	1.589



4.3.	Ground Water 

Ground water modeling was conducted using SCI-GROW (SG2.3,7/29/2003). 
Inputs to SciGrow are summarized in Table 8, and Tier I EECs in ground
water are shown in Table 9.

Table 8: Environmental Fate Data for  Mefanoxam/Metalaxyl Residues 

Data	Units	 Value	Source 	Comments

Aerobic Soil Metabolism	

Days	

108	MRID 00104494

MRID 43935301	 

Average Half-life

Soil:Water  Coefficient (Koc)	

L/g	

409	

MRID 43875309

	Average Koc for Mefenoxam



Table 9: Estimated Groundwater Concentrations for Mefenoxam/Metalaxyl
(SciGrow)

Proposed Use	Estimated Groundwater Concentration (µg/L)	Comment

Snap beans 	0.115	4 applications of 0.1 lbs a.i./Acre

Berries 	1.0	2 applications at 1.8 lbs a.i/Acre

Spinach	1.0	1 application at 1.4 lbs a.i./Acre (total amount allowed per
crop cycle)

Onions	0.43	3 applications at 0.5 lbs a.i./acre



6.	Monitoring Data

No NAWQA surface or ground water monitoring data were found for
mefenoxam and metalaxyl.  The registrant (Ciba Geigy) performed a ground
water study on metalaxyl in the mid 1980’s.  The maximum metalaxyl
concentration was 3 µg/L in drinking water wells.  These wells were
located near fields treated with 0.5 to 1.0 lb ai/A.       

7.	Uncertainties, Assumptions, and Limitations

The drinking water assessment employs a bridging strategy for the
environmental fate and transport properties of mefenoxam and metalaxyl. 
There is no consideration of enantioselective degradation or transport
processes for the individual isomers of metalaxyl.  Therefore, the
environmental behavior of individual isomers is assumed to be similar
with no impact on total metalaxyl/mefenoxam residue concentrations in
ground water or surface water at similar application rates.  

Total metalaxyl/mefenoxam residues were considered in modeling.  This
approach assumes degradation products N-(2,
6-dimethylphenyl)-N-(methylacetyl-L-alanine) (CGA-62826) and
N-(3_hydroxy-2, 6-dimethylphenyl)-N-(methoxyacetyl)-L-alanine (CGA
119857) have equivalent toxicity to metalaxyl/mefenoxam.  This approach
is conservative because it assumes the total residues are as persistent
as the most persistent metalaxyl/mefenoxam residue and as mobile as the
most mobile metalaxyl/mefenoxam residue.   

There is uncertainty associated with half-lives for the aerobic aquatic
and anaerobic metabolism because of  low coefficient of determinations
(r2) of  log-transformed first-order regression equations. Use of these
data is expected to yield conservative drinking water concentration
because of the high persistence of metalaxyl/mefenoxam residues in
aquatic environments.  Although the degradation product CGA-62826 has a
lower estimated soil: water partitioning coefficient than parent
metalaxyl/mefenoxam, it was not used in the assessment because it was a
model estimated value.   

7.1.	Label Clarifications 

The Ridomil Gold EC label states not to exceed 3.6 lbs a.i./Acre for
soil applications for caneberries and bushberries.  The label needs to
indicate not to exceed 3.6 lbs a.i./Acre for soil and foliar
applications combined.  This statement is included in the Ridomil Gold
Copper label.

APPENDIX A.  Environmental Fate Summary

This assessment was conducted using registrant submitted data on both
(R,S) 2-[2,6-dimethylphenyl)-methoxyacetylamino]-propionic acid methyl
ester (metalaxyl) and mefenoxam (the enriched R isomer).  Sufficient
acceptable bridging data were submitted to verify that the environmental
fate of mefenoxam is similar to metalaxyl.  Therefore, based on the
limited bridging data submitted (soil photolysis, aerobic soil
metabolism, batch equilibrium, and soil column leaching studies), EFED
concludes that environmental fate studies for metalaxyl and mefenoxam
can be used to predict the environmental fate of mefenoxam.  

Metalaxyl is moderately persistent to persistent in soil and water
environments.  It has a hydrolysis half-life of 200 days in pH 5 and 7
buffer solution and 115 days in pH 9 buffer solution.  Metalaxyl is
photolytically stable (t1/2 = 400 days) in aquatic environments.  Both
metalaxyl and mefenoxam are stable to photodegradation on soil surfaces.


Metalaxyl and mefenoxam are moderately persistent to persistent (t1/2=
36.48 and 179.1 days) in aerobic mineral soils. The major aerobic
degradation product was N-(2,
6-dimethylphenyl)-N-(methylacetyl-L-alanine) (CGA-62826).  Under
anaerobic conditions, metalaxyl is stable to biodegradation. Anaerobic
degradation products  were CGA-62826 and N-(3_hydroxy-2,
6-dimethylphenyl)-N-(methoxyacetyl)-L-alanine (CGA 119857).  

Metalaxyl and mefenoxam are expected to be mobile in soil and aquatic
environments. Freundich adsorption coefficients for mefenoxam range from
0.1 (Koc=20) in sand to 7.6 (Koc=570) in clay.  Metalaxyl and
degradation products were readily leached in soil columns of sand
textured soils with low organic matter.  Both metalaxyl and CGA-62826
were detected in the leachate from aged soil column leaching studies. 
The PESTAN estimated partitioning coefficient (Kd) for CGA-62826 is 0.32
(Malak, S. Memorandum dated  8/12/81).  Metalaxyl has a low
volatilization potential from soil; less than 0.5% of applied metalaxyl
was lost due to volatilization.

Under typical use conditions, metalaxyl is moderately persistent
(t1\2=14 to 56 days) in field dissipation studies.  In aquatic field
studies, metalaxyl had a dissipation half-life of 5 to 20 days in rice
paddy water and 11 to 24 days in soil.  The major degradation product in
field studies was CGA-62826. 

The following additional studies have been submitted and are currently
under review:

MRID 47886102:  Aerobic soil metabolism

MRID 47886103:  Adsorption/desorption

MRID 47886104:  Aerobic soil metabolism

Appendix B.  PRZM/EXAMS Outputs

Snap Beans

stored as MefSnBeans.out

Chemical: Mefenoxam

PRZM environment: ORsnbeansSTD.txt	modified Tueday, 26 August 2008 at
06:16:42

EXAMS environment: ir298.exv	modified Tueday, 26 August 2008 at 06:14:08

Metfile: w24232.dvf	modified Tueday, 26 August 2008 at 06:15:54

Water segment concentrations (ppb)

Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	4.928	4.838	4.339	3.543	3.067	1.346

1962	6.2	6.006	5.779	4.635	3.947	2.115

1963	9.644	9.393	8.275	6.421	5.477	2.703

1964	2.687	2.633	2.432	2.041	1.825	1.32

1965	4.923	4.773	4.311	3.489	3.193	1.978

1966	3.101	3.053	2.84	2.444	1.911	1.497

1967	3.169	3.093	2.784	2.57	2.315	1.64

1968	4.258	4.148	3.845	3.207	2.849	1.916

1969	3.632	3.525	3.296	3.109	2.879	1.894

1970	3.272	3.178	3.07	2.698	2.416	1.616

1971	6.953	6.74	6.51	5.408	4.765	2.559

1972	5.981	5.8	5.181	4.191	3.904	2.123

1973	3.606	3.5	3.166	2.703	2.451	1.734

1974	4.216	4.15	3.762	3.132	2.279	1.416

1975	4.318	4.21	3.792	3.186	2.806	1.757

1976	2.74	2.659	2.37	1.945	1.707	0.9379

1977	3.12	3.025	2.787	2.475	2.277	1.28

1978	6.675	6.465	5.702	4.45	4.004	1.945

1979	4.905	4.764	4.24	3.415	3.007	1.866

1980	4.805	4.662	4.211	3.67	3.49	1.966

1981	4.783	4.649	4.344	3.602	3.573	2.384

1982	4.739	4.599	4.315	3.499	3.053	1.73

1983	3.849	3.754	3.34	2.992	2.808	1.632

1984	6.422	6.244	5.58	4.93	4.678	2.228

1985	6.477	6.272	5.553	4.283	3.607	2.06

1986	3.88	3.788	3.39	2.771	2.485	1.663

1987	4.662	4.53	4.223	2.949	2.616	2.008

1988	4.721	4.583	4.268	3.826	3.475	2.146

1989	3.314	3.223	2.857	2.371	1.939	1.285

1990	4.294	4.165	3.683	3.287	2.956	1.921

Sorted results

Prob.	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

0.032258064516129	9.644	9.393	8.275	6.421	5.477	2.703

0.0645161290322581	6.953	6.74	6.51	5.408	4.765	2.559

0.0967741935483871	6.675	6.465	5.779	4.93	4.678	2.384

0.129032258064516	6.477	6.272	5.702	4.635	4.004	2.228

0.161290322580645	6.422	6.244	5.58	4.45	3.947	2.146

0.193548387096774	6.2	6.006	5.553	4.283	3.904	2.123

0.225806451612903	5.981	5.8	5.181	4.191	3.607	2.115

0.258064516129032	4.928	4.838	4.344	3.826	3.573	2.06

0.290322580645161	4.923	4.773	4.339	3.67	3.49	2.008

0.32258064516129	4.905	4.764	4.315	3.602	3.475	1.978

0.354838709677419	4.805	4.662	4.311	3.543	3.193	1.966

0.387096774193548	4.783	4.649	4.268	3.499	3.067	1.945

0.419354838709677	4.739	4.599	4.24	3.489	3.053	1.921

0.451612903225806	4.721	4.583	4.223	3.415	3.007	1.916

0.483870967741936	4.662	4.53	4.211	3.287	2.956	1.894

0.516129032258065	4.318	4.21	3.845	3.207	2.879	1.866

0.548387096774194	4.294	4.165	3.792	3.186	2.849	1.757

0.580645161290323	4.258	4.15	3.762	3.132	2.808	1.734

0.612903225806452	4.216	4.148	3.683	3.109	2.806	1.73

0.645161290322581	3.88	3.788	3.39	2.992	2.616	1.663

0.67741935483871	3.849	3.754	3.34	2.949	2.485	1.64

0.709677419354839	3.632	3.525	3.296	2.771	2.451	1.632

0.741935483870968	3.606	3.5	3.166	2.703	2.416	1.616

0.774193548387097	3.314	3.223	3.07	2.698	2.315	1.497

0.806451612903226	3.272	3.178	2.857	2.57	2.279	1.416

0.838709677419355	3.169	3.093	2.84	2.475	2.277	1.346

0.870967741935484	3.12	3.053	2.787	2.444	1.939	1.32

0.903225806451613	3.101	3.025	2.784	2.371	1.911	1.285

0.935483870967742	2.74	2.659	2.432	2.041	1.825	1.28

0.967741935483871	2.687	2.633	2.37	1.945	1.707	0.9379

0.1	6.6552	6.4457	5.7713	4.9005	4.6106	2.3684

					Average of yearly averages:	1.82219666666667

Inputs generated by pe5.pl - Novemeber 2006

Data used for this run:

Output File: MefSnBeans

Metfile:	w24232.dvf

PRZM scenario:	ORsnbeansSTD.txt

EXAMS environment file:	ir298.exv

Chemical Name:	Mefenoxam

Description	Variable Name	Value	Units	Comments

Molecular weight	mwt	279.3	g/mol

Henry's Law Const.	henry	1.15E-10	atm-m^3/mol

Vapor Pressure	vapr	2.2E-6	torr

Solubility	sol	7100	mg/L

Kd	Kd		mg/L

Koc	Koc	409	mg/L

Photolysis half-life	kdp	400	days	Half-life

Aerobic Aquatic Metabolism	kbacw	680	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	4761	days	Halfife

Aerobic Soil Metabolism	asm	419	days	Halfife

Hydrolysis:	pH 7	200	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI		cm

Application Rate:	TAPP	0.1	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	01-04	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days	Set to 0 or delete line for single app.

app. rate 1	apprate	0.1	kg/ha

Interval 2	interval	7	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.1	kg/ha

Interval 3	interval	7	days	Set to 0 or delete line for single app.

app. rate 3	apprate	0.1	kg/ha

Record 17:	FILTRA	

	IPSCND	1

	UPTKF	

Record 18:	PLVKRT	

	PLDKRT	

	FEXTRC	0.5

Flag for Index Res. Run	IR	Reservoir

Flag for runoff calc.	RUNOFF	total	none, monthly or total(average of
entire run)

Onions

GA Onions

stored as MefGAOn.out

Chemical: Mefenoxam

PRZM environment: GAOnion_WirrigSTD.txt	modified Tueday, 26 August 2008
at 06:16:38

EXAMS environment: ir298.exv	modified Tueday, 26 August 2008 at 06:14:08

Metfile: w03822.dvf	modified Tueday, 26 August 2008 at 06:14:10

Water segment concentrations (ppb)

Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	48.94	47.58	40.85	31.24	26.25	9.109

1962	12.12	11.68	10.36	9.072	8.247	3.486

1963	22.75	21.94	19.62	16.41	14.44	5.368

1964	42.26	40.62	34.71	25.3	20.86	7.671

1965	12.41	11.95	10.51	8.818	7.796	3.222

1966	12.71	12.41	10.92	9.51	9.005	3.694

1967	10.72	10.32	9.281	8.123	7.208	2.841

1968	9.078	8.767	8.359	7.968	7.418	2.965

1969	27.81	26.75	23.01	17.93	14.85	5.866

1970	9.456	9.143	8.299	7.67	7.173	3.058

1971	21.81	20.98	18.56	15.25	13.34	4.997

1972	13.28	12.78	11.18	9.822	8.964	3.634

1973	28.83	27.74	23.82	17.95	15.77	5.98

1974	26.74	25.74	22.53	20.47	17.76	6.645

1975	33.75	32.45	28.94	25.48	21.58	7.918

1976	47.12	45.79	39.42	30.62	25.23	9.226

1977	11.86	11.44	10.12	8.319	7.117	2.998

1978	25.85	24.87	22.53	19.38	16.32	5.855

1979	40.1	38.6	33.75	26.3	22.29	8.329

1980	13.35	12.89	11.94	10.76	9.591	3.926

1981	12.07	11.63	10.23	9.239	8.234	3.208

1982	36.18	35.11	30.21	22.79	19.38	7.041

1983	31.5	30.3	26.03	19.13	16.14	6.128

1984	26.17	25.18	22.39	18.96	16.6	6.281

1985	10.38	9.998	8.946	7.606	7.196	3.062

1986	9.126	8.79	7.898	6.587	5.67	2.209

1987	13.34	12.84	11.58	9.497	8.626	3.364

1988	27.67	26.62	22.86	18.18	15.46	5.622

1989	15.74	15.15	13.65	11.84	10.18	3.928

1990	13.92	13.4	11.64	9.872	8.453	3.241

Sorted results

Prob.	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

0.032258064516129	48.94	47.58	40.85	31.24	26.25	9.226

0.0645161290322581	47.12	45.79	39.42	30.62	25.23	9.109

0.0967741935483871	42.26	40.62	34.71	26.3	22.29	8.329

0.129032258064516	40.1	38.6	33.75	25.48	21.58	7.918

0.161290322580645	36.18	35.11	30.21	25.3	20.86	7.671

0.193548387096774	33.75	32.45	28.94	22.79	19.38	7.041

0.225806451612903	31.5	30.3	26.03	20.47	17.76	6.645

0.258064516129032	28.83	27.74	23.82	19.38	16.6	6.281

0.290322580645161	27.81	26.75	23.01	19.13	16.32	6.128

0.32258064516129	27.67	26.62	22.86	18.96	16.14	5.98

0.354838709677419	26.74	25.74	22.53	18.18	15.77	5.866

0.387096774193548	26.17	25.18	22.53	17.95	15.46	5.855

0.419354838709677	25.85	24.87	22.39	17.93	14.85	5.622

0.451612903225806	22.75	21.94	19.62	16.41	14.44	5.368

0.483870967741936	21.81	20.98	18.56	15.25	13.34	4.997

0.516129032258065	15.74	15.15	13.65	11.84	10.18	3.928

0.548387096774194	13.92	13.4	11.94	10.76	9.591	3.926

0.580645161290323	13.35	12.89	11.64	9.872	9.005	3.694

0.612903225806452	13.34	12.84	11.58	9.822	8.964	3.634

0.645161290322581	13.28	12.78	11.18	9.51	8.626	3.486

0.67741935483871	12.71	12.41	10.92	9.497	8.453	3.364

0.709677419354839	12.41	11.95	10.51	9.239	8.247	3.241

0.741935483870968	12.12	11.68	10.36	9.072	8.234	3.222

0.774193548387097	12.07	11.63	10.23	8.818	7.796	3.208

0.806451612903226	11.86	11.44	10.12	8.319	7.418	3.062

0.838709677419355	10.72	10.32	9.281	8.123	7.208	3.058

0.870967741935484	10.38	9.998	8.946	7.968	7.196	2.998

0.903225806451613	9.456	9.143	8.359	7.67	7.173	2.965

0.935483870967742	9.126	8.79	8.299	7.606	7.117	2.841

0.967741935483871	9.078	8.767	7.898	6.587	5.67	2.209

0.1	42.044	40.418	34.614	26.218	22.219	8.2879

					Average of yearly averages:	5.02906666666667

Inputs generated by pe5.pl - Novemeber 2006

Data used for this run:

Output File: MefGAOn

Metfile:	w03822.dvf

PRZM scenario:	GAOnion_WirrigSTD.txt

EXAMS environment file:	ir298.exv

Chemical Name:	Mefenoxam

Description	Variable Name	Value	Units	Comments

Molecular weight	mwt	279.3	g/mol

Henry's Law Const.	henry	1.15E-10	atm-m^3/mol

Vapor Pressure	vapr	2.2E-6	torr

Solubility	sol	7100	mg/L

Kd	Kd		mg/L

Koc	Koc	409	mg/L

Photolysis half-life	kdp	400	days	Half-life

Aerobic Aquatic Metabolism	kbacw	680	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	4761	days	Halfife

Aerobic Soil Metabolism	asm	419	days	Halfife

Hydrolysis:	pH 7	200	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI		cm

Application Rate:	TAPP	0.57	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	01-04	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days	Set to 0 or delete line for single app.

app. rate 1	apprate	0.57	kg/ha

Interval 2	interval	7	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.57	kg/ha

Record 17:	FILTRA	

	IPSCND	1

	UPTKF	

Record 18:	PLVKRT	

	PLDKRT	

	FEXTRC	0.5

Flag for Index Res. Run	IR	Reservoir

Flag for runoff calc.	RUNOFF	total	none, monthly or total(average of
entire run)

CA Onions

stored as MefCAOn.out

Chemical: Mefenoxam

PRZM environment: CAonion_WirrigSTD.txt	modified Tueday, 26 August 2008
at 06:16:36

EXAMS environment: ir298.exv	modified Tueday, 26 August 2008 at 06:14:08

Metfile: w23155.dvf	modified Tueday, 26 August 2008 at 06:15:34

Water segment concentrations (ppb)

Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	9.575	9.479	9.199	8.19	7.523	3.758

1962	12.03	11.84	11.48	10.33	9.576	5.514

1963	13.18	12.99	12.37	11.33	10.54	6.3

1964	13.17	12.98	12.64	11.45	10.66	6.444

1965	12.97	12.78	12.32	11.21	10.46	6.378

1966	12.89	12.78	12.32	11.1	10.33	6.277

1967	13.85	13.69	13.06	11.98	11.17	6.677

1968	14.23	14.09	13.63	12.33	11.45	6.875

1969	13.39	13.28	12.81	11.6	10.8	6.557

1970	12.95	12.8	12.24	11.02	10.25	6.2

1971	12.99	12.8	12.28	11.05	10.29	6.188

1972	13.11	13.01	12.75	11.52	10.7	6.406

1973	12.45	12.27	12.01	10.88	10.13	6.163

1974	12.71	12.59	12.2	10.98	10.22	6.134

1975	12.66	12.49	11.95	10.75	9.996	6.029

1976	12.19	12.06	11.72	10.65	9.926	5.987

1977	12.71	12.61	12.37	11.12	10.33	6.163

1978	12.49	12.31	11.7	10.6	9.874	5.968

1979	12.17	12.02	11.52	10.35	9.619	5.801

1980	12.28	12.17	11.83	10.7	9.981	5.978

1981	12.32	12.21	11.72	10.6	9.86	5.938

1982	13.9	13.69	13.34	12.09	11.23	6.632

1983	12.58	12.42	11.91	10.79	10.08	6.204

1984	12.35	12.22	11.66	10.53	9.808	5.951

1985	12.6	12.45	11.93	10.75	10.02	6.042

1986	12.29	12.12	11.6	10.48	9.756	5.938

1987	12.3	12.18	11.8	10.66	9.935	6.014

1988	14.26	14.05	13.45	12.15	11.29	6.669

1989	13.36	13.26	12.91	11.62	10.82	6.58

1990	13.37	13.17	12.57	11.37	10.6	6.44

Sorted results

Prob.	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

0.032258064516129	14.26	14.09	13.63	12.33	11.45	6.875

0.0645161290322581	14.23	14.05	13.45	12.15	11.29	6.677

0.0967741935483871	13.9	13.69	13.34	12.09	11.23	6.669

0.129032258064516	13.85	13.69	13.06	11.98	11.17	6.632

0.161290322580645	13.39	13.28	12.91	11.62	10.82	6.58

0.193548387096774	13.37	13.26	12.81	11.6	10.8	6.557

0.225806451612903	13.36	13.17	12.75	11.52	10.7	6.444

0.258064516129032	13.18	13.01	12.64	11.45	10.66	6.44

0.290322580645161	13.17	12.99	12.57	11.37	10.6	6.406

0.32258064516129	13.11	12.98	12.37	11.33	10.54	6.378

0.354838709677419	12.99	12.8	12.37	11.21	10.46	6.3

0.387096774193548	12.97	12.8	12.32	11.12	10.33	6.277

0.419354838709677	12.95	12.78	12.32	11.1	10.33	6.204

0.451612903225806	12.89	12.78	12.28	11.05	10.29	6.2

0.483870967741936	12.71	12.61	12.24	11.02	10.25	6.188

0.516129032258065	12.71	12.59	12.2	10.98	10.22	6.163

0.548387096774194	12.66	12.49	12.01	10.88	10.13	6.163

0.580645161290323	12.6	12.45	11.95	10.79	10.08	6.134

0.612903225806452	12.58	12.42	11.93	10.75	10.02	6.042

0.645161290322581	12.49	12.31	11.91	10.75	9.996	6.029

0.67741935483871	12.45	12.27	11.83	10.7	9.981	6.014

0.709677419354839	12.35	12.22	11.8	10.66	9.935	5.987

0.741935483870968	12.32	12.21	11.72	10.65	9.926	5.978

0.774193548387097	12.3	12.18	11.72	10.6	9.874	5.968

0.806451612903226	12.29	12.17	11.7	10.6	9.86	5.951

0.838709677419355	12.28	12.12	11.66	10.53	9.808	5.938

0.870967741935484	12.19	12.06	11.6	10.48	9.756	5.938

0.903225806451613	12.17	12.02	11.52	10.35	9.619	5.801

0.935483870967742	12.03	11.84	11.48	10.33	9.576	5.514

0.967741935483871	9.575	9.479	9.199	8.19	7.523	3.758

0.1	13.895	13.69	13.312	12.079	11.224	6.6653

					Average of yearly averages:	6.14016666666666

Inputs generated by pe5.pl - Novemeber 2006

Data used for this run:

Output File: MefCAOn

Metfile:	w23155.dvf

PRZM scenario:	CAonion_WirrigSTD.txt

EXAMS environment file:	ir298.exv

Chemical Name:	Mefenoxam

Description	Variable Name	Value	Units	Comments

Molecular weight	mwt	279.3	g/mol

Henry's Law Const.	henry	1.15E-10	atm-m^3/mol

Vapor Pressure	vapr	2.2E-6	torr

Solubility	sol	7100	mg/L

Kd	Kd		mg/L

Koc	Koc	409	mg/L

Photolysis half-life	kdp	400	days	Half-life

Aerobic Aquatic Metabolism	kbacw	680	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	4761	days	Halfife

Aerobic Soil Metabolism	asm	419	days	Halfife

Hydrolysis:	pH 7	200	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI		cm

Application Rate:	TAPP	0.57	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	01-04	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days	Set to 0 or delete line for single app.

app. rate 1	apprate	0.57	kg/ha

Interval 2	interval	7	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.57	kg/ha

Record 17:	FILTRA	

	IPSCND	1

	UPTKF	

Record 18:	PLVKRT	

	PLDKRT	

	FEXTRC	0.5

Flag for Index Res. Run	IR	Reservoir

Flag for runoff calc.	RUNOFF	total	none, monthly or total(average of
entire run)

OR Berries

stored as Berries.out						

Chemical: Mefenoxam						

PRZM environment: ORberriesOP.txt	modified Thuday, 14 June 2007 at
11:22:40					

EXAMS environment: ir298.exv	modified Tueday, 26 August 2008 at 06:14:08
				

Metfile: w24232.dvf	modified Tueday, 26 August 2008 at 06:15:54					

Water segment concentrations (ppb)						

Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	22.94	22.42	20.56	17.91	15.96	7.3

1962	27.43	26.87	24.73	22.78	20.66	11.1

1963	37.99	37.22	34.39	29.43	27.8	15.03

1964	28.2	27.64	25.46	21.53	19.49	11.09

1965	28.19	27.71	26.35	23.2	20.98	11.72

1966	27.63	27.06	24.89	20.98	18.96	10.91

1967	27.84	27.27	25.1	21.17	19.13	11.01

1968	27.21	26.66	24.51	20.81	18.94	11.21

1969	27.04	26.48	24.35	20.49	18.8	12.47

1970	28.53	27.96	25.77	21.8	19.74	11.46

1971	59.09	57.85	53.08	44.5	39.66	20.16

1972	34.72	34.04	31.42	28.01	25.69	14.83

1973	28.11	27.54	25.37	21.43	19.4	11

1974	26.76	26.21	24.08	20.26	18.27	10.75

1975	28.82	28.25	26.02	22.16	20.09	11.58

1976	26.81	26.26	24.13	20.31	18.32	9.62

1977	25.91	25.37	23.27	19.6	17.65	9.36

1978	26.23	25.69	23.74	22.39	20.81	11.06

1979	26.61	26.06	23.94	20.59	18.61	10.97

1980	35.48	34.74	32.08	27.13	24.3	12.78

1981	32.94	32.26	29.66	25.39	23.38	13.19

1982	30.67	30.17	28.35	24.38	21.91	11.77

1983	26.9	26.5	24.46	20.7	18.68	9.99

1984	36.08	35.32	32.4	28.63	25.91	13.02

1985	27.2	26.77	24.85	21.15	21.79	13.41

1986	28.61	28.04	25.83	22.17	20.11	11.46

1987	26.73	26.18	25.2	21.62	19.45	12.42

1988	29.43	28.85	26.82	22.87	20.75	11.74

1989	26.62	26.06	23.93	20.11	18.12	10.47

1990	28.52	27.94	25.89	22.83	20.74	12.01

Sorted results						

Prob.	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

0.03	59.09	57.85	53.08	44.5	39.66	20.16

0.06	37.99	37.22	34.39	29.43	27.8	15.03

0.1	36.08	35.32	32.4	28.63	25.91	14.83

0.13	35.48	34.74	32.08	28.01	25.69	13.41

0.16	34.72	34.04	31.42	27.13	24.3	13.19

0.19	32.94	32.26	29.66	25.39	23.38	13.02

0.23	30.67	30.17	28.35	24.38	21.91	12.78

0.26	29.43	28.85	26.82	23.2	21.79	12.47

0.29	28.82	28.25	26.35	22.87	20.98	12.42

0.32	28.61	28.04	26.02	22.83	20.81	12.01

0.35	28.53	27.96	25.89	22.78	20.75	11.77

0.39	28.52	27.94	25.83	22.39	20.74	11.74

0.42	28.2	27.71	25.77	22.17	20.66	11.72

0.45	28.19	27.64	25.46	22.16	20.11	11.58

0.48	28.11	27.54	25.37	21.8	20.09	11.46

0.52	27.84	27.27	25.2	21.62	19.74	11.46

0.55	27.63	27.06	25.1	21.53	19.49	11.21

0.58	27.43	26.87	24.89	21.43	19.45	11.1

0.61	27.21	26.77	24.85	21.17	19.4	11.09

0.65	27.2	26.66	24.73	21.15	19.13	11.06

0.68	27.04	26.5	24.51	20.98	18.96	11.01

0.71	26.9	26.48	24.46	20.81	18.94	11

0.74	26.81	26.26	24.35	20.7	18.8	10.97

0.77	26.76	26.21	24.13	20.59	18.68	10.91

0.81	26.73	26.18	24.08	20.49	18.61	10.75

0.84	26.62	26.06	23.94	20.31	18.32	10.47

0.87	26.61	26.06	23.93	20.26	18.27	9.99

0.9	26.23	25.69	23.74	20.11	18.12	9.62

0.94	25.91	25.37	23.27	19.6	17.65	9.36

0.97	22.94	22.42	20.56	17.91	15.96	7.3

0.10	36.02	35.26	32.37	28.57	25.89	14.69

Average of yearly averages:	11.83

Inputs generated by pe5.pl - Novemeber 2006						

Data used for this run:						

Output File: Berries						

Metfile:	w24232.dvf					

PRZM scenario:	ORberriesOP.txt			

EXAMS environment file:	ir298.exv			

Chemical Name:	Mefenoxam			

Description	Variable Name	Value	Units	Comments

Molecular weight	mwt	279.3	g/mol	

Henry's Law Const.	henry	1.15E-10	atm-m^3/mol	

Vapor Pressure	vapr	2.20E-06	torr	

Solubility	sol	7100	mg/L	

Kd	Kd		mg/L	

Koc	Koc	409	mg/L	

Photolysis half-life	kdp	400	days	Half-life

Aerobic Aquatic Metabolism	kbacw	680	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	4761	days	Halfife

Aerobic Soil Metabolism	asm	419	days	Halfife

Hydrolysis:	pH 7	200	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm	

Application Rate:	TAPP	2.045	kg/ha	

Application Efficiency:	APPEFF	0.95	fraction	

Spray Drift	DRFT	0.16	fraction of application rate applied to pond	

Application Date	Date	4-Jan	dd/mm or dd/mmm or dd-mm or dd-mmm	

Interval 1	interval	7	days	Set to 0 or delete line for single app.

app. rate 1	apprate	2.045	kg/ha	

Record 17:	FILTRA			

	IPSCND	1		

	UPTKF			

Record 18:	PLVKRT			

	PLDKRT			

	FEXTRC	0.5		

Flag for Index Res. Run	IR	Reservoir		

Flag for runoff calc.	RUNOFF	total	none, monthly or total(average of
entire run)	

Spinach

CA Lettuce

stored as MeCALet.out

Chemical: Mefenoxam

PRZM environment: CAlettuceSTD.txt	modified Tueday, 26 August 2008 at
06:16:36

EXAMS environment: ir298.exv	modified Tueday, 26 August 2008 at 06:14:08

Metfile: w23273.dvf	modified Tueday, 26 August 2008 at 06:15:40

Water segment concentrations (ppb)

Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	42.98	42.12	39.09	24.63	17.12	6.469

1962	36.43	36.01	34.02	32.06	30.86	20.35

1963	33.6	33.11	32.31	29.49	27.89	18.72

1964	39.31	38.67	35.98	31.79	24.13	13.02

1965	44.11	43.32	41.23	36	32.62	22.05

1966	34.8	34.16	31.79	23.64	18.11	14.72

1967	30.91	30.47	29.16	27.07	25.11	18.75

1968	26.64	26.14	24.63	22.45	19.54	12.03

1969	32.15	31.79	30.6	27.01	24.6	16.39

1970	40.63	39.89	36.65	24.79	18.64	13.54

1971	36.78	36.14	33.66	29.12	26.41	20.59

1972	37	36.3	33.79	27.47	21.38	12.96

1973	27.38	26.9	25.08	22.2	20.41	16.28

1974	60.69	59.88	55.45	35.89	27.88	21.42

1975	53.3	52.38	48.79	44.89	41.61	26.02

1976	41.31	40.75	38.08	32.86	30.67	21.42

1977	45.18	44.63	41.78	36.11	32.71	21.54

1978	32.05	31.5	29.37	25.46	23.7	20.68

1979	19.49	19.15	17.54	16.37	15.14	12.01

1980	29.98	29.56	27.91	25.09	23.69	16.58

1981	27.59	27.23	26.25	23.88	23.87	16.6

1982	32.67	32.08	30.76	26.71	24.15	15.94

1983	21.07	20.72	19.61	17.38	16.27	12.23

1984	21.14	20.77	18.51	13.64	11.16	9.167

1985	29.76	29.22	27.48	21.2	16.37	13.03

1986	36.29	35.88	34.34	30.21	27.53	20.13

1987	22.47	22.08	20.78	19.89	17.35	15.05

1988	37.72	37.05	34.51	30.22	27.41	17.93

1989	16.86	16.62	16.02	14.93	13.78	10.36

1990	14.27	14.04	13.84	12.87	11.94	8.299

Sorted results

Prob.	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

0.032258064516129	60.69	59.88	55.45	44.89	41.61	26.02

0.0645161290322581	53.3	52.38	48.79	36.11	32.71	22.05

0.0967741935483871	45.18	44.63	41.78	36	32.62	21.54

0.129032258064516	44.11	43.32	41.23	35.89	30.86	21.42

0.161290322580645	42.98	42.12	39.09	32.86	30.67	21.42

0.193548387096774	41.31	40.75	38.08	32.06	27.89	20.68

0.225806451612903	40.63	39.89	36.65	31.79	27.88	20.59

0.258064516129032	39.31	38.67	35.98	30.22	27.53	20.35

0.290322580645161	37.72	37.05	34.51	30.21	27.41	20.13

0.32258064516129	37	36.3	34.34	29.49	26.41	18.75

0.354838709677419	36.78	36.14	34.02	29.12	25.11	18.72

0.387096774193548	36.43	36.01	33.79	27.47	24.6	17.93

0.419354838709677	36.29	35.88	33.66	27.07	24.15	16.6

0.451612903225806	34.8	34.16	32.31	27.01	24.13	16.58

0.483870967741936	33.6	33.11	31.79	26.71	23.87	16.39

0.516129032258065	32.67	32.08	30.76	25.46	23.7	16.28

0.548387096774194	32.15	31.79	30.6	25.09	23.69	15.94

0.580645161290323	32.05	31.5	29.37	24.79	21.38	15.05

0.612903225806452	30.91	30.47	29.16	24.63	20.41	14.72

0.645161290322581	29.98	29.56	27.91	23.88	19.54	13.54

0.67741935483871	29.76	29.22	27.48	23.64	18.64	13.03

0.709677419354839	27.59	27.23	26.25	22.45	18.11	13.02

0.741935483870968	27.38	26.9	25.08	22.2	17.35	12.96

0.774193548387097	26.64	26.14	24.63	21.2	17.12	12.23

0.806451612903226	22.47	22.08	20.78	19.89	16.37	12.03

0.838709677419355	21.14	20.77	19.61	17.38	16.27	12.01

0.870967741935484	21.07	20.72	18.51	16.37	15.14	10.36

0.903225806451613	19.49	19.15	17.54	14.93	13.78	9.167

0.935483870967742	16.86	16.62	16.02	13.64	11.94	8.299

0.967741935483871	14.27	14.04	13.84	12.87	11.16	6.469

0.1	45.073	44.499	41.725	35.989	32.444	21.528

					Average of yearly averages:	16.1425

Inputs generated by pe5.pl - Novemeber 2006

Data used for this run:

Output File: MeCALet

Metfile:	w23273.dvf

PRZM scenario:	CAlettuceSTD.txt

EXAMS environment file:	ir298.exv

Chemical Name:	Mefenoxam

Description	Variable Name	Value	Units	Comments

Molecular weight	mwt	279.3	g/mol

Henry's Law Const.	henry	1.15E-10	atm-m^3/mol

Vapor Pressure	vapr	2.2E-6	torr

Solubility	sol	7100	mg/L

Kd	Kd		mg/L

Koc	Koc	409	mg/L

Photolysis half-life	kdp	400	days	Half-life

Aerobic Aquatic Metabolism	kbacw	680	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	4761	days	Halfife

Aerobic Soil Metabolism	asm	419	days	Halfife

Hydrolysis:	pH 7	200	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

Application Rate:	TAPP	1.14	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	01-04	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days	Set to 0 or delete line for single app.

app. rate 1	apprate	0.14	kg/ha

Interval 2	interval	7	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.14	kg/ha

Interval 3	interval	7	days	Set to 0 or delete line for single app.

app. rate 3	apprate	0.14	kg/ha

Record 17:	FILTRA	

	IPSCND	1

	UPTKF	

Record 18:	PLVKRT	

	PLDKRT	

	FEXTRC	0.5

Flag for Index Res. Run	IR	Reservoir

Flag for runoff calc.	RUNOFF	total	none, monthly or total(average of
entire run)

FL Cabbage

stored as MeFLCab.out

Chemical: Mefenoxam

PRZM environment: FLcabbageSTD.txt	modified Tueday, 26 August 2008 at
06:16:38

EXAMS environment: ir298.exv	modified Tueday, 26 August 2008 at 06:14:08

Metfile: w12842.dvf	modified Tueday, 26 August 2008 at 06:14:20

Water segment concentrations (ppb)

Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	10.8	10.41	9.289	8.618	8.093	3.492

1962	15.09	14.56	13.42	12.03	11.1	5.206

1963	22.2	21.4	19.99	16.63	14.19	6.227

1964	54.94	52.88	45.32	35.92	33.43	13.41

1965	36.25	34.92	32.11	25.91	21.77	9.356

1966	45.82	44.13	38.98	30.08	25.42	11.33

1967	21.95	21.18	19.8	17.7	15.4	7.208

1968	32.97	31.77	27.82	24.33	20.72	9.212

1969	54.77	53.25	49.8	43.35	36.84	14.04

1970	40.76	39.27	36.32	28.21	23.99	10.09

1971	78.57	75.64	64.97	49.01	41.13	16.49

1972	29.93	28.97	25.03	20.95	19.35	9.271

1973	14.73	14.23	12.53	11.44	10.52	5.331

1974	40.82	39.33	33.84	25.5	22.17	8.906

1975	33.24	32.03	29.26	24.54	20.97	9.39

1976	64.56	63.32	57.01	44.25	36.85	14.31

1977	12.05	11.64	10.98	10.25	8.936	5.192

1978	27.03	26.05	24	20.01	17.45	7.303

1979	209	205	179	133	109	37.19

1980	41.28	39.85	35.8	33.08	30.56	14.08

1981	42.73	41.55	39	31.06	25.98	10.53

1982	37	36.14	32.55	26.71	22.82	10.26

1983	51.36	49.48	46.07	37.62	31.59	13.81

1984	33.87	32.63	28.1	22.75	19.52	8.971

1985	54.67	52.6	45.27	35.46	29.71	11.34

1986	17.38	16.77	14.8	13.03	12.35	6.374

1987	42.71	41.11	35.23	30.11	27.19	10.78

1988	24.47	23.61	20.82	18.44	16.64	8.15

1989	23.51	22.82	21.57	17.29	14.41	6.393

1990	12.91	12.46	11.32	10.45	9.498	4.941

Sorted results

Prob.	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

0.032258064516129	209	205	179	133	109	37.19

0.0645161290322581	78.57	75.64	64.97	49.01	41.13	16.49

0.0967741935483871	64.56	63.32	57.01	44.25	36.85	14.31

0.129032258064516	54.94	53.25	49.8	43.35	36.84	14.08

0.161290322580645	54.77	52.88	46.07	37.62	33.43	14.04

0.193548387096774	54.67	52.6	45.32	35.92	31.59	13.81

0.225806451612903	51.36	49.48	45.27	35.46	30.56	13.41

0.258064516129032	45.82	44.13	39	33.08	29.71	11.34

0.290322580645161	42.73	41.55	38.98	31.06	27.19	11.33

0.32258064516129	42.71	41.11	36.32	30.11	25.98	10.78

0.354838709677419	41.28	39.85	35.8	30.08	25.42	10.53

0.387096774193548	40.82	39.33	35.23	28.21	23.99	10.26

0.419354838709677	40.76	39.27	33.84	26.71	22.82	10.09

0.451612903225806	37	36.14	32.55	25.91	22.17	9.39

0.483870967741936	36.25	34.92	32.11	25.5	21.77	9.356

0.516129032258065	33.87	32.63	29.26	24.54	20.97	9.271

0.548387096774194	33.24	32.03	28.1	24.33	20.72	9.212

0.580645161290323	32.97	31.77	27.82	22.75	19.52	8.971

0.612903225806452	29.93	28.97	25.03	20.95	19.35	8.906

0.645161290322581	27.03	26.05	24	20.01	17.45	8.15

0.67741935483871	24.47	23.61	21.57	18.44	16.64	7.303

0.709677419354839	23.51	22.82	20.82	17.7	15.4	7.208

0.741935483870968	22.2	21.4	19.99	17.29	14.41	6.393

0.774193548387097	21.95	21.18	19.8	16.63	14.19	6.374

0.806451612903226	17.38	16.77	14.8	13.03	12.35	6.227

0.838709677419355	15.09	14.56	13.42	12.03	11.1	5.331

0.870967741935484	14.73	14.23	12.53	11.44	10.52	5.206

0.903225806451613	12.91	12.46	11.32	10.45	9.498	5.192

0.935483870967742	12.05	11.64	10.98	10.25	8.936	4.941

0.967741935483871	10.8	10.41	9.289	8.618	8.093	3.492

0.1	63.598	62.313	56.289	44.16	36.849	14.287

					Average of yearly averages:	10.2861

Inputs generated by pe5.pl - Novemeber 2006

Data used for this run:

Output File: MeFLCab

Metfile:	w12842.dvf

PRZM scenario:	FLcabbageSTD.txt

EXAMS environment file:	ir298.exv

Chemical Name:	Mefenoxam

Description	Variable Name	Value	Units	Comments

Molecu慬⁲敷杩瑨洉瑷㈉㤷㌮有洯汯䠍湥祲猧䰠睡䌠湯瑳
म敨牮ॹ⸱㔱ⵅ〱愉浴洭㍞洯汯嘍灡牯倠敲獳牵॥慶牰
㈉㈮ⵅश潴牲匍汯扵汩瑩ॹ潳६ㄷ〰洉⽧ൌ摋䬉।洉⽧
ൌ潋ॣ潋ॣ〴ह杭䰯倍潨潴祬楳⁳慨晬氭晩॥摫॰〴र
慤獹䠉污ⵦ楬敦䄍牥扯捩䄠畱瑡捩䴠瑥扡汯獩७扫捡ॷ
㠶र慤獹䠉污楦敦

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Anaerobic Aquatic Metabolism	kbacs	4761	days	Halfife

Aerobic Soil Metabolism	asm	419	days	Halfife

Hydrolysis:	pH 7	200	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

Application Rate:	TAPP	1.14	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	01-04	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days	Set to 0 or delete line for single app.

app. rate 1	apprate	0.14	kg/ha

Interval 2	interval	7	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.14	kg/ha

Interval 3	interval	7	days	Set to 0 or delete line for single app.

app. rate 3	apprate	0.14	kg/ha

Record 17:	FILTRA	

	IPSCND	1

	UPTKF	

Record 18:	PLVKRT	

	PLDKRT	

	FEXTRC	0.5

Flag for Index Res. Run	IR	Reservoir

Flag for runoff calc.	RUNOFF	total	none, monthly or total(average of
entire run)

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