U. S. ENVIRONMENTAL PROTECTION AGENCY

Washington, D.C. 20460

OFFICE OF

PREVENTION, PESTICIDES

AND TOXIC SUBSTANCES

PC Code: 275100

DP Barcode: D339828

Date: January 7, 2008

MEMORANDUM

SUBJECT:	Tier II Drinking Water Exposure Assessment for the Section 3 New Use Registration of Buprofezin on Strawberries, Low-growing berries, Olives, and Leafy Vegetables.

TO:	Richard Gebken, Project Manager

	Susan Stanton, Risk Manager Reviewer

	Registration Division (7505P)

	Tom Bloem, Registration Branch I

	Health Effects Division (7509P)

FROM:	Keara Moore, Chemist

	Environmental Fate and Effects Division (7507P)

THROUGH:	Jim Hetrick, PhD, Senior Chemist

	Tom Bailey, PhD, Acting Branch Chief

	Environmental Risk Branch 3

	Environmental Fate and Effects Division (7507P)

Attached is the drinking water exposure assessment for proposed new uses of buprofezin on strawberries, low-growing berries, olives, and leafy vegetables.  If additional refinements are necessary, please contact Keara Moore at<PHONE_NUMBER> or<EMAIL_ADDRESS> EXECUTIVE SUMMARY

The Environmental Fate and Effects Division (EFED) conducted a Tier II screening-level drinking water assessment for the proposed new use of the chemical buprofezin [E,Z-2-tert-butylimino-3-isopropyl-5-phenyl-1,3,5-thiadiazin-4-one; CAS# 69327-76-0; PC Code 103801].  The Agency is considering buprofezin for Section 3, New Use registration as an insecticide on olives, strawberries, low-growing berries, and leafy vegetables.  Buprofezin is an insect growth regulator, used to control white flies, leafhoppers, scales, mealybugs, plant hoppers and related species.  Previously, EFED conducted surface and ground water assessments for stone fruit group (D321843); papayas and mangoes (D321846); almonds, bananas, citrus group, cotton, grapes, and tomatoes (D271561); and melons, cucumbers, pumpkins, squash, and lettuce (D244351).

Buprofezin is applied by ground or aerial spray at maximum single application rates from 0.38 to 2.01 lb a.i./A and maximum seasonal application rates of 0.76 to 4.02 lb a.i./A.  The assessment considers the maximum proposed application rates for each new use as well as for citrus, the currently registered use with the highest estimated exposure.  The recommended estimated drinking water concentrations (EDWCs) of buprofezin in surface water and ground water for the human health risk assessment are summarized in Table 1.  Estimates are for parent only as there were no degradates of concern for dietary exposure.  The buprofezin concentrations in surface water were simulated in an Index Reservoir, with 30 years of scenario specific weather data, using the linked PRZM (v3.12.2, May 12, 2005) and EXAMS (v<IP_ADDRESS>, April 25, 2005) models with a national default PCA of 0.87 for all crops.  Surface water exposure from use on cranberries was estimated using a modification of the Tier I Rice Model.  The maximum acute and chronic surface water EDWCs resulted from use on citrus.  Groundwater concentrations were estimated using the SCI-GROW model.  SCI-GROW represents a site vulnerable to ground-water contamination but is not scenario specific, so the highest estimated exposures result from all crops with the highest annual application rates, including olives and citrus.  No monitoring data for buprofezin were available and so this water resource assessment is based solely on model-estimated exposure concentrations.

Table 1.  Maximum EDWCs (µg/L) from current and proposed uses of buprofezin.

	Surface Water a	Groundwater b

Use c	Acute

[1-in-10 year peak]	Chronic

[1-in-10 year average]	30-year average	Acute and Chronic

Citrus	57.4	12.5	9.1	0.09

a Generated using Tier II linked simulation models PRZM (3.12.2) /EXAMS (<IP_ADDRESS>).

b Generated using Tier I model SCIGROW (2.3).

c Only the uses, scenarios, and application methods with the highest EDWCs are presented here.  As appropriate, other uses and scenarios were modeled for characterization and are discussed in the modeling section.

PROBLEM FORMULATION

	This is a Tier II drinking water assessment (DWA) that uses modeling and available monitoring data to estimate the groundwater and surface water concentrations of pesticides in drinking water source water (pre-treatment) resulting from pesticide use on sites that are vulnerable.

While Tier I DWAs are designed to screen out chemicals with low potential risk for posing a drinking water concern, the Tier II assessment provides more site-specific, refined modeling estimates of pesticide exposure by using additional environmental fate parameters, specific soil data, weather information, and management practices to estimate daily concentrations of pesticides for an extended period of time (up to 30 years).  This Tier II surface water assessment reflects application of buprofezin at maximum label rates and with scenarios intended to be representative of environments that are more vulnerable to runoff and leaching than most where registered crops may be grown.

Use Characterization

Buprofezin is an insect growth regulator which acts as a chitin biosynthesis inhibitor.  It is currently registered as an insecticide for control of whiteflies, mealybugs, leafhoppers, and scales on various field crops, vegetables, fruits, orchards, and ornamentals.  It causes nymphs to die at molting stage, suppresses oviposition of adults, and reduces viability of eggs, therefore reducing the population of nymphs and adults in the next generation, and interrupting the development cycle of the insects.

	The active ingredient is applied through ground or aerial spray.  End-use products are a soluble concentrate formulation, Buprofezin 40SC (3.6 lb a.i./gal, 40% a.i., Reg. No. 71711-20), and a dry flowable formulation, Applaud 70DF (0.7 lb a.i./lb product, 70% a.i., Reg. No. 71711-21).  Proposed new uses are on olives, strawberries, low-growing berries (bearberry, bilberry, lowbush blueberry, cloudberry, cranberry, lingonberry, muntries and partridge berries), and leafy vegetables (amaranth, arugula, chervil, chrysanthemum, corn salad, cress, dandelion, dock, endive, head and leaf lettuce, orach, parsley, purslane, radicchio, spinach, cardoon, celery, celtuce, fennel, rhubarb, swiss chard).

	Application information for all uses is presented in Table A1 in Appendix A.  Buprofezin can be applied any time during the growing season, depending on pest pressure.  For new uses, the proposed label for olives allows two applications per year of Applaud 70DF, each at 1.5 to 2.0 lb ai/A with a 50 day application interval.  Strawberries, low-growing berries, and leafy vegetables are treated with Buprofezin 40SC at a recommended single application rate of 0.25 to 0.38 lb a.i./A with two applications per crop cycle.  For strawberries and low-growing berries, the minimum application interval is 10 days, and for leafy vegetables, it is 7 days.  Use on leafy vegetables is limited to four applications per year.  Buprofezin is currently registered for use on cotton, cucurbits, snap beans, tomatoes, ornamental plants, almonds, pistachio, apples, bananas, citrus, grapes, peaches, pears, and multiple tropical fruits.  Of all uses, the maximum labeled application rate is 2 applications per season of 2.01 lb a.i./A, allowed for citrus, peaches, pears, and olives, with different minimum application intervals (60 days, 14 days, 7 days, and 50 days, respectively).  For the purposes of assessing drinking water risk, estimated concentrations are based on the use with the highest potential exposure, so proposed uses in this assessment are considered along with use on citrus, which represents the highest potential exposure from currently registered uses.  The maximum use patterns that were considered in this assessment are summarized in Table 2.  There is some uncertainty in these rates because many of them are reported as rates per crop cycle or per season, rather than as rates per year, so annual rates depend on the number of crop cycles per year.

Table 2. Maximum use patterns for current and proposed buprofezin uses.

Use Pattern	Formulation	Single App. Rate

lbs a.i./A	# of App.

per season

(per year)a

	App. Rate

per season

(per year)a

lbs a.i./A	App. Interval

days

Olives	Applaud 70DF	2.0125	2  (2)	4.025 (4.025)	50

Strawberries	Buprofezin 40SC	0.3825	2	0.765	10

Low-growing berriesb	Buprofezin 40SC	0.3825	2	0.765	10

Leafy

vegetablesc	Buprofezin 40SC	0.3825	2  (4)	0.765 (1.53)	7

Citrus	Applaud 70DF	2.0125	2	4.025	60

a For some uses, labels only specify seasonal application rates, while others specify annual rates as well.  Unless noted, application rate is per season; multiple seasons per year, then, would lead to higher annual application rates.

b Bearberry, bilberry, lowbush blueberry, cloudberry, cranberry, lingonberry, muntries, partridgeberry.

c Amaranth, arugula, chervil, chrysanthemum, corn salad, cress, dandelion, dock, endive, head and leaf lettuce, orach, parsley, purslane, radicchio, spinach, cardoon, celery, celtuce, fennel, rhubarb, swiss chard.

Figure 1 presents the national usage pattern of buprofezin in 2002 (USGS, 2007).  At that time, cotton (41%) and grapes (36%) were the primary uses, followed by citrus, tomatoes, and melons, all at ≤ 10% of the national use.  Florida, California, and Arizona were the only areas where use was identified.

Conceptual Model

Buprofezin may reach surface sources of drinking water via spray drift and runoff, and groundwater via leaching.  Buprofezin is moderately persistent in aerobic soils (t1/2 =  37-101 days) but it has low mobility (Kd = 10-277 mL/g) and is likely to partition to soil, which should limit runoff and leaching.  Once buprofezin has entered surface water, it is stable to hydrolysis in alkaline and neutral conditions.  In acidic environments buprofezin can hydrolyze slowly (t1/2 =  58 days), and in near surface clear waters it can degrade through aquatic photolysis (t1/2 =  38 days).  Buprofezin that reaches groundwater may persist due to its stability to hydrolysis in most conditions.

Figure 1.  National Usage of Buprofezin in 2002 (USGS, 2007).

ANALYSIS

Environmental Fate and Transport Characterization

	The environmental fate database for buprofezin is largely complete.  The following discussion is drawn from the original new chemical review (6/7/2000, D244352) and the reregistration eligibility document (5/18/2001, D271561).  Summaries of all environmental fate studies can be found in the new chemical review; no new data have been received since then.  Physical/chemical and environmental fate and transport properties are listed in Table 3.

	Buprofezin does not hydrolyze in neutral or alkaline (pH ≥ 7) conditions, but will degrade slowly under acidic (pH 5) conditions (t1/2 = 58 days).  Buprofezin may undergo photolytic degradation in water (t1/2 = 38 days) and is stable to photolysis in soil. The major route of dissipation is believed to be metabolism in soils: in microbially active soil systems, buprofezin is moderately persistent with linear first-order half-lives of 36.5 and 101 days for a sandy loam and sandy clay loam soil, respectively.  In the field, buprofezin dissipated at relatively consistent rates, with half lives of 37 days in a sandy loam (Fresno, CA) and 38 days in a loamy sand (Pikeville, NC).

Table 3. Summary of physical/chemical and environmental fate and transport properties of buprofezin.

Property	Value	Source

Chemical Name	IUPAC:  2-tert-butylimino-3-isopropyl-5-phenyl-1,3,5-thiadiazin-4-one

CAS:  2-[(1,1-dimethylethyl)imino]tetrahydro-3-(1-methylethyl)-5-phenyl-4H-1,3 ,5-thiadiazin-4-one

	Molecular Weight	305.4 g/mole	Product Chemistry

Solubility (25°C)	0.382 mg/L	Product Chemistry

Vapor Pressure (25°C)	6.4 x 10-6 mm Hg	Product Chemistry

Henry’s Law constant	6.73 x 10-6 atm m3 mol-1	Product Chemistry

Log  Pow  (20°C)	4.31	Product Chemistry

Hydrolysis Half-life	pH 5: 58 d

pH 7: Stable

pH 9: Stable	MRID 44394041

Aqueous Photolysis Half-life	38 d	MRID 44463102

Soil Photolysis Half-life	Stablea	MRID 44435902

Aerobic Soil Metabolism Half-life	37 d   (Sandy loam)

101 d (Sandy clay loam)	MRID 44394042

Anaerobic Soil Metabolism Half-life	No data

	Anaerobic Aquatic Metabolism Half-life	Stable 	MRID 44394043

Soil Partition Coefficient 	Kd:10 – 277 mL/g

Koc:  2133 – 18836 	mL/goc 	7 soils; no correlation between sorption and organic carbon	MRID 42990601

Terrestrial Field Dissipation Half-life	38.1 d (loamy sand; Pikeville, NC)

37.5 d (sandy loam; Fresno, CA)

Applied at 0.38 lb a.i./A x 4 apps; bareground	MRID 44394044

Bioconcentration

(Bluegill BCF)	fillet:	86X

viscera:	846X

whole fish:	537X	MRID 44394047

a Reported in earlier documents as 39 days.  The study summary, however, states that observed dissipation was the same in dark controls and so did not result from photolysis.

	The laboratory determined Kd values range from 11 mL/g in sand to 277 mL/g in clay loam textured soil.  This indicates that sorption to soil could be significant. Therefore, low  leaching potential of buprofezin is expected in the field, as well as low runoff to surface water, as buprofezin will likely remain bound to soils, then mineralize to CO2. Consistent with these results, there is no evidence of buprofezin leaching in the terrestrial field dissipation studies. Neither buprofezin or its degradates were detected below 7.5 cm.

	Volatility studies were not reported.  Some volatilization was observed in the soil photolysis study, when buprofezin was applied to a thin, moist soil layer, irradiated, and continuously purged with air, but under the conditions of the aerobic soil metabolism study, volatilization was not detected. EFED believes that buprofezin physical properties (molecular weight of 305 and melting point of 105 °C) support the aerobic soil metabolism study findings that volatilization from soil is not significant under field conditions. For volatility in water, the Henry's Law constant (6.73 x 10-6 atm-m3/mole) leads to a classification of buprofezin as a semi-volatile compound (Lyman, 1990).  Therefore volatilization of buprofezin may be expected in shallow, clear, moving waters. Loss to the air in deeper, cloudy water may be much less significant.

	Three major degradates were observed in the laboratory aqueous studies, BF-12 ( N-(l-methylethy1)-N’-phenylurea) and BF-25 (N-[[(1, l-dimethylethyl)amino]thioxomethyl]-N-(1-methyleyl)-N’-phenylea; thiobiuret), formed through hydrolysis at pH 5, and BF-21 (N-phenylformamide), formed through aquatic photolysis.  See Appendix B for structures.  No major degradate except for CO2 was detected in the laboratory soil studies, although BF-12 was seen as a minor degradate under aerobic conditions. This suggests that it is unlikely that any buprofezin degradates found in the laboratory studies will form or accumulate in significant quantities in the field. Indeed, when analyzed for in the terrestrial field samples, BF-12 was detected at maximum of less than 10% of parent and only in the top soil layer (0-12 inches).

Drinking Water Exposure Modeling

Estimated drinking water concentrations (EDWCs) were generated using EFED’s standard suite of models.  The proposed new uses on olives, strawberries, low-growing berries, and leafy vegetables were considered along with citrus, the currently registered use pattern with the highest estimated drinking water exposure.  Models and additional information about model assumptions and uncertainties, input guidance, and scenario metadata are available at the EPA’s water modeling website, http://www.epa.gov/oppefed1/models/water/.

Models

	Pesticide Root Zone Model (PRZM v3.12.2, May 12, 2005) and Exposure Analysis Modeling System (EXAMS v<IP_ADDRESS>, April 25, 2005) are simulation models coupled with the input shell pe5.pl (Nov. 16, 2006) to generate EDWCs of buprofezin residues that may occur in surface water used as drinking water.  The PRZM model simulates pesticide movement and transformation on and across the agricultural field resulting from crop applications.  The EXAMS model simulates pesticide loading via runoff, erosion, and spray drift assuming a standard watershed of 172.8 ha that drains into an adjacent standard drinking water index reservoir of 5.26 ha, an average depth of 2.74 m.  Percent Cropped Areas (PCA) that account for the maximum area within a watershed that may be planted with the modeled crop are applied to concentrations predicted by PRZM/EXAMS.

	PRZM/EXAMS does not adequately represent potential exposure from use on cranberries, because water management on cranberry crops includes periodic flooding of cranberry beds for harvest and flood protection, a practice which leads to potential routes of drinking water exposure that are not represented in PRZM/EXAMS.  Surface water exposure from use on cranberries was therefore modeled using a modification of the Tier I Rice Model v1.0.  The Rice Model is not designed for modeling cranberry uses, but of the available models, it is the most representative of conditions in a cranberry bog.  The Rice Model takes the total annual application to a rice paddy and calculates partitioning of the pesticide between the water and the paddy sediment according to a linear or Kd partitioning model.  Concentrations are assumed to immediately and evenly distribute throughout the rice paddy water.  Dissipation processes, such as degradation, volatilization, and potential dilution with uncontaminated water outside the paddy are not accounted for by the model.  Movement of pesticide on suspended sediment is not considered.  The single exposure estimate produced with the Rice Model is used as an acute and a chronic screening exposure estimate that is expected to represent high-end exposure in released flood water.  The EDWC produced by the Rice Model is not adjusted by an agricultural PCA value because these values may not apply to semi-aquatic agriculture.  PCA values were designed for exposure estimates in runoff from terrestrial crops, not for exposure estimates in tailwater from flooded crops.  For the cranberry use, the model is modified to account for aerobic soil metabolism that occurs between application and flooding.  Partitioning to bog water is then calculated for the residual compound only.  Additionally, the model is adjusted to assume a flood depth of 18 inches, rather than 4 inches (DP Barcode D339984)..  EFED assumes that in drinking water sources, dilution over time is sufficient to reduce the concentrations of pesticides, making EDWCs from the Rice Model inappropriate for estimating chronic exposure from use on cranberries.

	Screening Concentration in Ground Water (SCI-GROW v2.3, Jul. 29, 2003) is a regression model used as a screening tool to estimate pesticide concentrations found in ground water used as drinking water.  SCI-GROW was developed by fitting a linear model to ground water concentrations with the Relative Index of Leaching Potential (RILP) as the independent variable.  Ground water concentrations were taken from 90-day average high concentrations from Prospective Ground Water studies.  The RILP is a function of aerobic soil metabolism and the soil-water partition coefficient.  The output of SCI-GROW represents the concentrations of buprofezin residue that might be expected in shallow unconfined aquifers under sandy soils, which is representative of the ground water most vulnerable to pesticide contamination and likely to serve as a drinking water source.

Modeling Approach and Input Parameters

	Input values were chosen in accordance with current input parameter guidance.  Table 4 lists the PRZM/EXAMS surface water modeling inputs which are not crop-specific; crop-specific inputs will be discussed further below.  Tables 5 and 6 list inputs for SCIGROW groundwater modeling and for Rice Model surface water modeling.  These models are not environment or crop-specific and so all inputs are included here.  Exposure was estimated for the parent compound only, since the Health Effects Division’s (HED) Metabolism Assessment Review Committee (MARC) determined that there were no degradates of concern for dietary exposure (D264546; T. Bloem, 4/20/2000).  The upper 90% confidence bound on the mean was selected for the aerobic soil metabolism half-life (168 d) for surface water and the median value (69 d) was used for groundwater modeling, as per current input parameter guidance for these models.  Hydrolysis was input as stable, to represent the behavior at pH 7.  Since there are no submitted data for aqueous metabolism and hydrolysis is not a dominant process, the aerobic aquatic half-life was assumed to be twice the aerobic soil half-life.  For surface water, because sorption was not found to correlate with organic matter content, Kd was used, the lowest non-sand value (69 mL/g) in PRZM/EXAMS and the mean value (98 mL/g) in the Rice Model.  For groundwater, the median Koc (2791 mL/goc) value was used.  The default agricultural PCA of 0.87 was used for all crops because they are not confined to specific regions of the U.S.  Actual fractions of cropped areas could be less for some crops and in some areas of the country.

Table 4.  PRZM/EXAMS input parameters for buprofezin, not crop-specific.

Input Parameter	Value	Comment	Source

CAM Input	2	Foliar applications.

	IPSCND Input	3	Foliar residue after harvest is left alone.

	Spray Drift Fraction	Aerial: 0.16

Ground: 0.064	Default values	Input parameter guidance a

Application Efficiency	Aerial: 0.95

Ground: 0.99	Default values	Input parameter guidance a

Molecular Mass (g/mol)	305.4	Product chemistry data	Buprofezin RED b

Vapor Pressure at 25°C (torr)	6.4 x 10-6	Product chemistry data Buprofezin RED b

Solubility in Water at 25oC (mg/L)	0.382	Product chemistry data Buprofezin RED b

Soil Partition Coefficient (Kd) (L/kg)	69	Represents the lowest non-sand Kd.	MRID 42990601

Aerobic Soil Metabolism Half-life (days)	168	Represents the 90th %-ile confidence bound on the mean half-life.	MRID 44394042

Aerobic Aquatic Metabolism Half-life (days)	336	No data; assumed to be twice the aerobic soil metabolism half-life.	Input parameter guidance a

Anaerobic Aquatic Metabolism Half-life (days)	0	Stable.	MRID 44394043

Hydrolysis Half-lives (days)	0	Stable at pH 7	MRID 44394041

Aqueous Photolysis

Half-life (days)	38	Represents the maximum environmental phototransformation half-life.	MRID 44463102

Percent Cropped Area	0.87	National default	OPP, 2000.

a    HYPERLINK "http://www.epa.gov/oppefed1/models/water/input_guidance2_28_02.htm"  http://www.epa.gov/oppefed1/models/water/input_guidance2_28_02.htm

b Buprofezin Reregistration Eligibility Decision (5/18/2001, D271561)

Table 5.  SCI-GROW input parameters for buprofezin.

Input Parameter	Value	Comment	Source

Application Rate

(lbs a.i./A)	2.0125	Label directions for olives & citrus, crops with the maximum rate.	Reg. Nos.

71711-20 and -21

Applications per Year	4	Assumes two growing seasons per year.

	Organic Carbon Partition Coefficient (kOC)

(L/kgOC)	2791	Represents the median of 7 values a.	MRID 42990601

Aerobic Soil Metabolism

Half-life   (days)	69	Represents average of 2 values a.	MRID 44394042

a    HYPERLINK "http://www.epa.gov/oppefed1/models/water/input_guidance2_28_02.htm"  http://www.epa.gov/oppefed1/models/water/input_guidance2_28_02.htm

Table 6. Tier I Rice Model v.1.0 input parameters for buprofezin on cranberries.

Input Parameter	Value	Comment	Source

Maximum Application Rate

(lb a.i./A)	0.428	Proposed label	Reg. No. 71711-20

Number of Applications per Year	2	Proposed label	Reg. No. 71711-20

Interval between Applications (days)	10	Proposed label	Reg. No. 71711-20

Pre-Flooding Interval (days)	2	Proposed label;

assume harvest flooding	Reg. No. 71711-20

Depth of flood (inches)	18	Assumption

	Aerobic Soil Metabolism Half-life (days)	168	Represents the 90th %-ile confidence bound on the mean half-life.	MRID 44394042

Soil Partition Coefficient

(Kd; mL/g)	98	Mean of 7 values a.	MRID 42990601

 a   HYPERLINK "http://www.epa.gov/oppefed1/models/water/rice_tier_i.htm"  http://www.epa.gov/oppefed1/models/water/rice_tier_i.htm

Inputs and scenarios used in PRZM/EXAMS to represent environmental conditions and crop management practices are presented in Table 7.  Currently approved PRZM scenarios were used in surface water modeling.  Nationally representative crop-specific scenarios were available to simulate the uses on strawberries and on olives.  The California olive scenario is considered to be nationally representative of the olive use because 99% of all olives are grown in California.  For strawberries, the Florida and California strawberry scenarios were designed to represent an upper bound of vulnerable environments nationally.  For the leafy vegetable and low-growing berry (excluding cranberry) categories, multiple scenarios were used to represent the broad range of crops and environments included in these groups.  In the leafy vegetable category, the California lettuce scenario was used to represent head and leaf lettuce and similar crops, for which this scenario was designed.  Vegetable crops like celery and rhubarb were simulated using the Florida tomato and pepper scenarios, designed for general vegetables nationally, and the California row crop scenario, a regional vegetable scenario.  There are currently no scenarios available to represent berries nationally; the Oregon berry scenario represents the Pacific Northwest region.  Surrogate scenarios were used to represent other berry-growing areas, including California winegrape, Georgia peach, and Michigan cherries.  Metadata for all scenarios are available at   HYPERLINK "http://www.epa.gov/oppefed1/models/water/metadata.htm"  http://www.epa.gov/oppefed1/models/water/metadata.htm .

Application methods and rates were obtained from the proposed labels (EPA Reg. No. 71711-20 and -21).  Except for some uses, buprofezin labels allow both ground and aerial applications.  Modeling assumed aerial application for all uses except for those which specified ground application only.  There is some uncertainty in the number of applications; the maximum number of applications per year is stated only for olives and leafy vegetables.  For other uses, rates are reported seasonally, so annual rates depend on the number of growing seasons per year.  A single growing season was assumed for berries and for citrus.  Two growing seasons with a 30 day interval were modeled for strawberries, which can have three or four crops from a single planting based on a 30 day cycle.  For leafy vegetables, two growing seasons were modeled, as allowed by the label.  The interval between seasons was modeled as 80 days, based on the typical time between planting and harvest.  Application timing of buprofezin is related to various pest pressures.  The insects targeted by this active ingredient are present on leaves, so application windows were assumed to be between crop emergence and crop harvest, as designated in each scenario.  In order to simulate runoff conservatively, application dates were selected based on the periods within this window which had the highest precipitation local to the scenario site.

Table 7.  Use scenarios and application information for PRZM/EXAMS modeling of surface water.

Crop	Single App. Rate

(kg a.i./ha)	Spray Method	No. of Applications

(Intervals)	Scenario	Application Date

Strawberries	0.428	Aerial	2 apps/season  x

2 seasons/yr a

(10 d, 30 d, 10 d)	CA strawberry	January 15

FL strawberry	October 15

Low-growing berries	0.428	Aerial	2 apps/season  x

1 season/yr a

(10 d)	OR berry	April 15

GA peach	February 15

MI cherry	June 15

CA winegrape	March 15

Olives	2.254	Ground	2 apps/yr b

(50 d)	CA olive	June 15

Leafy vegetables	0.428	Aerial	2 apps/season  x

2 seasons/yr b

(7 d, 80 d, 7 d)	CA row crop	February 1

FL pepper	September 15

CA lettuce	February 1

FL tomato	March 15

Citrus	2.254	Ground	2 apps/season  x

1 season/yr a

(60 d)	FL citrus	June 20

a Labels indicate number of applications per season, so assumptions have been made about the number of seasons per year.

b Labels indicate number of applications per year.

Modeling Results

	Maximum proposed new use patterns were modeled for surface water and ground water exposure estimates, as described above.  Citrus, the currently registered use with the highest exposure potential, was modeled as well.  Although EDWCs for citrus have been reported in past assessments, the use was modeled again so that modeling methods would be consistent across compared uses.   Surface water EDWCs for all modeled uses are listed below in Table 8.  EDWCs ranged from 4.5 to 57.4 ppb for acute exposure in surface water and from 1.5 to 12.5 ppb for chronic exposure.  For both acute and chronic exposure, citrus remained the use pattern yielding the maximum surface water EDWCs for use in drinking water exposure estimation.  Groundwater EDWCs do not reflect site-specific environments or agricultural practices other than application rates, so all uses with the maximum application rate share the highest values.  The proposed use on olives, as well as currently registered uses on citrus, peaches, and pears, all lead to acute and chronic groundwater EDWCs of 0.09 ppb.  Model input/output data for these estimates are attached in Appendix C.

Table 8.  Tier II EDWCs in surface water drinking water sources resulting from application of buprofezin.

Use	PRZM Scenario	1-in-10 year acute (ppb)	1-in-10 year chronic (ppb) 30- year average (ppb)

Strawberry	CA strawberry	11.0	3.0	2.1

	FL strawberry	11.2	3.8	2.9

Low-growing berries	OR berry	4.5	1.5	1.3

	GA peach	6.5	1.7	1.3

	MI cherry	11.6	4.2	3.1

	CA winegrape	13.1	3.6	2.6

Olive	CA olive	7.0	3.5	2.6

Leafy vegetables	CA row crop	9.6	2.6	2.0

	FL pepper	16.1	4.3	3.1

	CA lettuce	19.1	6.4	4.5

	FL tomato	20.4	5.0	3.7

Cranberries a	N/A	47.9	N/A	N/A

Citrus	FL citrus	57.4	12.5	9.1

a Modeled using Tier I Rice Model v. 1.0.

Monitoring Data

	No monitoring data were found for buprofezin.  Sources checked include the U.S Geological Service National Water Quality Assessment database (NAWQA, 2007), the USGS/EPA Reservoir Monitoring Program (Blomquist et al., 2001), the California Department of Pesticide Regulation Surface Water Database (DPR, 2006) and the National Stream Quality Accounting Network database (NASQAN, 2006).

Drinking Water Treatment

	There is no available information on the drinking water treatment effects on buprofezin.

4.	CHARACTERIZATION

	The estimated concentrations provided in this assessment were generated from Tier I (groundwater) and Tier II (surface water) models and are conservative estimates of buprofezin concentrations in untreated drinking water.  They represent the maximum use patterns on current and proposed uses.  None of the EDWCs determined for the newly assessed uses exceeded those for the previously registered use on citrus, updated using current models and guidance.

	Tier I modeling is based on sites that are highly vulnerable to runoff or leaching and includes protective assumptions about environmental conditions and fate properties.  The presented Tier II modeling uses crop-specific scenarios to represent vulnerable sites in areas where the treated crops are grown, but otherwise uses the same protective assumptions about fate properties and agricultural practices.  Tier II modeling is more refined than Tier I modeling, but Tier II estimated exposure values are still screens, although finer screens than Tier I models.

5.	REFERENCES

Blomquist, J.D. and J.M. Denis, J.L. Cowles, J.A. Hetrick, R.D. Jones, N.B. Birchfield.  2001. Pesticides in Selected Water-Supply Reservoirs and Finished Drinking Water, 1999-2000:  Summary of Results from a Pilot Monitoring Program.  USGS Open File Report 01-456.  Sacramento, CA.

DPR. 2007. Surface Water Database. California Environmental Protection Agency, Department of Pesticide Regulation, Surface Water Protection Program.  Available at: http://pestreg.cdpr.ca.gov/docs/sw/surfdata.htm. Accessed December, 2007.

Environmental Fate and Effects Division.  2002.  Guidance for Selecting Input Parameters in Modeling the Environmental Fate and Transport of Pesticides, Version II. U. S. Environmental Protection Agency. Washington, D.C.    HYPERLINK "http://www.epa.gov/oppefed1/models/water/input_guidance2_28_02.htm/"  http://www.epa.gov/oppefed1/models/water/input_guidance2_28_02.htm/

Lyman WJ, Reehl WF, Rosenblatt DH. 1990. Handbook of Chemical Property Estimation Methods: Environmental Behavior of Organic Compounds. American Chemical Society, Washington, DC, USA.

NASQAN. 2007. National Stream Quality Accounting Network. United States Geological Survey. Available at: http://water.usgs.gov/nasqan/. Accessed December, 2007.

NAWQA. 2007. USGS National Water Quality Assessment Data Warehouse. United States Geological Survey. Available at: http://infotrek.er.usgs.gov/traverse/f?p=NAWQA:HOME:3765519528892019. Accessed December, 2007.

Office of Pesticide Programs. 2000.  Drinking Water Screening Level Assessments.   HYPERLINK "http://www.epa.gov/oppfead1/trac/science/reservoir.pdf"  http://www.epa.gov/oppfead1/trac/science/reservoir.pdf .

U. S. Geological Survey.  2002 Pesticide Use Maps.  NAWQA Pesticide National Synthesis Project.   HYPERLINK "http://ca.water.usgs.gov/pnsp/pesticide_use_maps/"  http://ca.water.usgs.gov/pnsp/pesticide_use_maps/    Accessed August, 2007.

Appendix A:  Application Rates

Table A1. Maximum use patterns for current and proposed buprofezin uses.

Use Pattern	Max Single

App. Rate

lbs a.i./A	# of App.per

season

(per year)

	App. Rate per season

(per year)a

lbs a.i./A	Minimum

App. Interval

days 	PHI

days

Buprofezin 40SC

Cotton	0.35	2	0.70	28	14

Cucurbits	0.38	2  (4)	0.76  (1.53)	7	7

Leafy

vegetables	0.38	2  (4)	0.76 (1.53)	7	7

Low-growing berries	0.38	2	0.76	10	2

Snap Beans	0.38	2  (2)	0.76	14	14

Strawberries	0.38	2	0.76	10	2

Tomatoes	0.38	2	0.76	28	7

Ornamentals	*

Applaud 70DF

Almonds, Pistachio	2.01	1	2.01	N/A	60

Apples, Crabapples, Loquat, Mayhew, Quince	1.51	1  (1)	1.51  (1.51)	N/A 14

Avocado, Mango, Papaya, and other fruit	1.51	2	3.02	Not specified	21

Bananas	0.31	4	1.24	14	1

Citrus	2.01	2	4.02	60	3

Grapes	0.53	2	1.06	14	30

Longan, Lychee, Pulasan, Rambutan, Spanish Lime	1.51	2  (2)	3.16  (3.16) 14	21

Olives	2.01	2  (2)	4.02 (4.02)	50	21

Peaches	2.01	2  (2)	4.02 (4.02)	14	14

Pear	2.01	2  (2)	4.02 (4.02)	7	14

Appendix B:

Names and Chemical Structures of Dimethenamid and

Major Transformation Products

PARENT COMPOUND

Buprofezin

2-tert-butylimino-3-isopropyl-5-phenyl-1,3,5-thiadiazin-4-one

MAJOR DEGRADATES (≥10%)

BF-12

N-(l-methylethy1)-N’-phenylurea

BF-21

N-phenylformamide

BF-25

N-[[(1, l-dimethylethyl)amino]thioxomethyl]-N-(1-methyleyl)-N’-phenylea; thiobiuret

Appendix C1:  PRZM/EXAMS Modeling

Low-growing Berries – CA winegrape

stored as CA_winegrape.out

Chemical: buprofezine

PRZM environment: CAWineGrapesRLF.txt	modified Tueday, 20 February 2007 at 11:06:46

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w23234.dvf	modified Wedday, 3 July 2002 at 08:04:22

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	6.125	5.779	4.784	3.4	3.404	1.579

1962	6.894	6.552	5.716	4.168	4.056	2.279

1963	18.14	17.3	13.83	9.76	9.113	4.308

1964	9.188	8.604	7.133	5.103	5.024	2.629

1965	11.32	10.64	8.75	6.513	6.479	3.142

1966	8.458	7.993	6.834	5.059	5.257	2.761

1967	13.11	12.53	10.69	7.826	7.209	3.359

1968	7.324	6.888	5.862	4.25	4.437	2.355

1969	6.536	6.171	5.139	3.565	3.282	1.733

1970	13.12	12.31	10.2	6.875	6.323	2.872

1971	11.21	10.54	8.361	5.816	5.969	2.942

1972	12.36	11.61	9.828	7.176	7.207	3.568

1973	10.74	10.13	8.514	6.198	6.201	3.183

1974	13.95	13.4	11.38	8.191	7.899	3.705

1975	11.37	10.62	8.762	6.128	6.565	3.338

1976	8.502	7.987	6.656	4.756	5.031	2.617

1977	6.291	5.933	5.132	3.79	3.584	2.029

1978	8.615	8.225	7.187	5.159	5.2	2.546

1979	15.08	14.39	11.29	7.83	7.628	3.556

1980	12.95	12.21	10.47	7.634	7.375	3.608

1981	10.55	9.946	7.929	5.705	5.526	2.851

1982	24.66	23.2	18.9	13.47	11.91	5.287

1983	14.74	13.99	11.86	8.755	8.331	4.137

1984	10.46	9.893	8.065	5.664	5.782	2.961

1985	11.63	10.92	8.508	5.935	5.847	2.87

1986	8.713	8.19	6.762	4.902	5.018	2.54

1987	6.983	6.565	5.423	3.905	4.1	2.097

1988	14.62	13.8	11.46	8.452	8.077	3.672

1989	9.401	8.846	7.263	5.423	5.753	2.999

1990	9.867	9.284	7.806	5.616	5.554	2.802

Sorted results

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

0.032258	24.66	23.2	18.9	13.47	11.91	5.287

0.064516	18.14	17.3	13.83	9.76	9.113	4.308

0.096774	15.08	14.39	11.86	8.755	8.331	4.137

0.129032	14.74	13.99	11.46	8.452	8.077	3.705

0.16129	14.62	13.8	11.38	8.191	7.899	3.672

0.193548	13.95	13.4	11.29	7.83	7.628	3.608

0.225806	13.12	12.53	10.69	7.826	7.375	3.568

0.258065	13.11	12.31	10.47	7.634	7.209	3.556

0.290323	12.95	12.21	10.2	7.176	7.207	3.359

0.322581	12.36	11.61	9.828	6.875	6.565	3.338

0.354839	11.63	10.92	8.762	6.513	6.479	3.183

0.387097	11.37	10.64	8.75	6.198	6.323	3.142

0.419355	11.32	10.62	8.514	6.128	6.201	2.999

0.451613	11.21	10.54	8.508	5.935	5.969	2.961

0.483871	10.74	10.13	8.361	5.816	5.847	2.942

0.516129	10.55	9.946	8.065	5.705	5.782	2.872

0.548387	10.46	9.893	7.929	5.664	5.753	2.87

0.580645	9.867	9.284	7.806	5.616	5.554	2.851

0.612903	9.401	8.846	7.263	5.423	5.526	2.802

0.645161	9.188	8.604	7.187	5.159	5.257	2.761

0.677419	8.713	8.225	7.133	5.103	5.2	2.629

0.709677	8.615	8.19	6.834	5.059	5.031	2.617

0.741935	8.502	7.993	6.762	4.902	5.024	2.546

0.774194	8.458	7.987	6.656	4.756	5.018	2.54

0.806452	7.324	6.888	5.862	4.25	4.437	2.355

0.83871	6.983	6.565	5.716	4.168	4.1	2.279

0.870968	6.894	6.552	5.423	3.905	4.056	2.097

0.903226	6.536	6.171	5.139	3.79	3.584	2.029

0.935484	6.291	5.933	5.132	3.565	3.404	1.733

0.967742	6.125	5.779	4.784	3.4	3.282	1.579

0.1	15.046	14.35	11.82	8.7247	8.3056	4.0938

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: CA_winegrape

Metfile:	w23234.dvf

PRZM scenario:	CAWineGrapesRLF.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-3	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	10	days

app. rate 1	apprate	0.428	kg/ha

Record 17:	FILTRA

IPSCND	3

	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)

Low-growing Berries – GA peach

stored as GA_peach.out

Chemical: buprofezine

PRZM environment: GAPeachesSTD.txt	modified Tueday, 29 May 2007 at 11:54:56

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w03813.dvf	modified Wedday, 3 July 2002 at 08:04:32

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	5.822	5.451	4.287	3.237	2.759	1.201

1962	4.83	4.527	3.939	3.082	2.574	1.267

1963	4.72	4.426	3.511	2.595	2.23	1.186

1964	5.351	5.052	4.153	3.362	3.238	1.673

1965	5.931	5.585	4.512	3.392	2.806	1.632

1966	8.286	7.953	6.68	5.018	4.185	2.079

1967	5.083	4.799	3.888	2.956	2.483	1.366

1968	4.787	4.509	3.595	2.665	2.208	1.256

1969	4.842	4.574	3.652	2.738	2.268	1.108

1970	5.654	5.358	4.525	3.893	3.455	1.808

1971	5.212	4.924	3.995	3.284	2.829	1.541

1972	4.902	4.616	3.686	2.752	2.274	1.153

1973	4.891	4.605	3.633	2.869	2.618	1.421

1974	4.779	4.494	3.558	2.688	2.284	1.212

1975	7.562	7.145	6.046	4.578	3.985	1.953

1976	4.994	4.724	3.836	2.916	2.469	1.56

1977	4.946	4.671	3.789	3.26	2.809	1.377

1978	4.949	4.67	3.744	2.839	2.507	1.237

1979	7.128	6.71	5.362	3.935	3.362	1.611

1980	5.807	5.482	4.418	3.682	3.151	1.539

1981	5.778	5.433	4.351	3.489	3.031	1.782

1982	5.637	5.321	4.297	3.422	2.973	1.513

1983	6.545	6.19	5.186	3.76	3.113	1.588

1984	5.983	5.643	4.631	3.351	2.788	1.613

1985	4.939	4.651	3.691	2.744	2.264	1.147

1986	4.745	4.471	3.57	2.719	2.255	1.282

1987	6.322	5.973	5.02	3.656	3.064	1.522

1988	4.962	4.698	3.813	2.875	2.434	1.249

1989	7.746	7.341	6.478	4.871	4.137	1.982

1990	5.184	4.894	4.041	3.468	2.978	1.583

Sorted results

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

0.0322581	8.286	7.953	6.68	5.018	4.185	2.079

0.0645161	7.746	7.341	6.478	4.871	4.137	1.982

0.0967742	7.562	7.145	6.046	4.578	3.985	1.953

0.1290323	7.128	6.71	5.362	3.935	3.455	1.808

0.1612903	6.545	6.19	5.186	3.893	3.362	1.782

0.1935484	6.322	5.973	5.02	3.76	3.238	1.673

0.2258065	5.983	5.643	4.631	3.682	3.151	1.632

0.2580645	5.931	5.585	4.525	3.656	3.113	1.613

0.2903226	5.822	5.482	4.512	3.489	3.064	1.611

0.3225806	5.807	5.451	4.418	3.468	3.031	1.588

0.3548387	5.778	5.433	4.351	3.422	2.978	1.583

0.3870968	5.654	5.358	4.297	3.392	2.973	1.56

0.4193548	5.637	5.321	4.287	3.362	2.829	1.541

0.4516129	5.351	5.052	4.153	3.351	2.809	1.539

0.483871	5.212	4.924	4.041	3.284	2.806	1.522

0.516129	5.184	4.894	3.995	3.26	2.788	1.513

0.5483871	5.083	4.799	3.939	3.237	2.759	1.421

0.5806452	4.994	4.724	3.888	3.082	2.618	1.377

0.6129032	4.962	4.698	3.836	2.956	2.574	1.366

0.6451613	4.949	4.671	3.813	2.916	2.507	1.282

0.6774194	4.946	4.67	3.789	2.875	2.483	1.267

0.7096774	4.939	4.651	3.744	2.869	2.469	1.256

0.7419355	4.902	4.616	3.691	2.839	2.434	1.249

0.7741935	4.891	4.605	3.686	2.752	2.284	1.237

0.8064516	4.842	4.574	3.652	2.744	2.274	1.212

0.8387097	4.83	4.527	3.633	2.738	2.268	1.201

0.8709677	4.787	4.509	3.595	2.719	2.264	1.186

0.9032258	4.779	4.494	3.57	2.688	2.255	1.153

0.9354839	4.745	4.471	3.558	2.665	2.23	1.147

0.9677419	4.72	4.426	3.511	2.595	2.208	1.108

0.1	7.5186	7.1015	5.9776	4.5137	3.932	1.9385

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: GA_peach

Metfile:	w03813.dvf

PRZM scenario:	GAPeachesSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-2	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	10	days

app. rate 1	apprate	0.428	kg/ha

Record 17:	FILTRA

IPSCND	3

	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)

Low-growing Berries – MI cherry

stored as MI_cherry_1.out

Chemical: buprofezine

PRZM environment: MICherriesSTD.txt	modified Tueday, 29 May 2007 at 11:56:56

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w14850.dvf	modified Wedday, 3 July 2002 at 08:05:40

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	7.134	6.758	5.688	4.222	3.574	1.502

1962	7.642	7.258	6.16	4.787	4.173	2.614

1963	5.518	5.248	4.338	3.411	2.951	2.025

1964	7.382	7.06	5.975	4.867	4.32	2.377

1965	5.784	5.493	4.854	3.978	3.712	2.865

1966	5.613	5.335	4.393	3.623	3.332	2.636

1967	5.966	5.688	4.75	3.813	3.379	2.597

1968	6.177	5.882	4.884	3.961	3.454	2.166

1969	13.97	13.26	12.12	9.717	8.496	4.291

1970	8.427	8.106	7.028	6.051	5.453	4.507

1971	6.714	6.436	5.454	4.596	4.58	3.959

1972	10.28	9.857	8.852	7.214	6.55	4.428

1973	7.223	6.99	6.271	5.014	4.402	3.552

1974	6.402	6.124	5.505	4.489	4.107	2.788

1975	10.17	9.768	8.687	6.814	5.854	3.278

1976	6.281	6.017	5.101	4.305	4.206	3.277

1977	5.829	5.564	4.653	3.795	3.844	2.802

1978	7.235	6.921	5.914	4.706	4.159	3.05

1979	8.542	8.208	7.082	5.507	5.373	3.778

1980	7.189	6.863	5.825	4.744	4.143	3.167

1981	8.219	8.043	7.3	6.044	5.948	3.586

1982	13.38	12.99	11.11	8.582	7.525	4.839

1983	7.234	6.987	6.477	6.288	5.954	4.364

1984	6.79	6.492	5.656	4.692	4.523	3.962

1985	11.42	10.95	9.391	8.541	8.01	4.866

1986	16.7	16.17	13.93	11.8	10.81	6.82

1987	12.59	12.16	10.75	9.252	8.527	6.318

1988	7.24	6.931	6.127	5.974	5.948	4.449

1989	9.72	9.34	8.319	6.772	5.894	3.592

1990	10.09	9.644	8.603	6.885	6.487	3.948

Sorted results

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

0.0322581	16.7	16.17	13.93	11.8	10.81	6.82

0.0645161	13.97	13.26	12.12	9.717	8.527	6.318

0.0967742	13.38	12.99	11.11	9.252	8.496	4.866

0.1290323	12.59	12.16	10.75	8.582	8.01	4.839

0.1612903	11.42	10.95	9.391	8.541	7.525	4.507

0.1935484	10.28	9.857	8.852	7.214	6.55	4.449

0.2258065	10.17	9.768	8.687	6.885	6.487	4.428

0.2580645	10.09	9.644	8.603	6.814	5.954	4.364

0.2903226	9.72	9.34	8.319	6.772	5.948	4.291

0.3225806	8.542	8.208	7.3	6.288	5.948	3.962

0.3548387	8.427	8.106	7.082	6.051	5.894	3.959

0.3870968	8.219	8.043	7.028	6.044	5.854	3.948

0.4193548	7.642	7.258	6.477	5.974	5.453	3.778

0.4516129	7.382	7.06	6.271	5.507	5.373	3.592

0.483871	7.24	6.99	6.16	5.014	4.58	3.586

0.516129	7.235	6.987	6.127	4.867	4.523	3.552

0.5483871	7.234	6.931	5.975	4.787	4.402	3.278

0.5806452	7.223	6.921	5.914	4.744	4.32	3.277

0.6129032	7.189	6.863	5.825	4.706	4.206	3.167

0.6451613	7.134	6.758	5.688	4.692	4.173	3.05

0.6774194	6.79	6.492	5.656	4.596	4.159	2.865

0.7096774	6.714	6.436	5.505	4.489	4.143	2.802

0.7419355	6.402	6.124	5.454	4.305	4.107	2.788

0.7741935	6.281	6.017	5.101	4.222	3.844	2.636

0.8064516	6.177	5.882	4.884	3.978	3.712	2.614

0.8387097	5.966	5.688	4.854	3.961	3.574	2.597

0.8709677	5.829	5.564	4.75	3.813	3.454	2.377

0.9032258	5.784	5.493	4.653	3.795	3.379	2.166

0.9354839	5.613	5.335	4.393	3.623	3.332	2.025

0.9677419	5.518	5.248	4.338	3.411	2.951	1.502

0.1	13.301	12.907	11.074	9.185	8.4474	4.8633

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: MI_cherry_1

Metfile:	w14850.dvf

PRZM scenario:	MICherriesSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-6	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	10	days

app. rate 1	apprate	0.428	kg/ha

Record 17:	FILTRA

IPSCND	3

	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)

Low-growing Berries – OR berries

stored as OR_berry_1.out

Chemical: buprofezine

PRZM environment: ORberriesOP.txt	modified Thuday, 14 June 2007 at 09:22:40

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w24232.dvf	modified Wedday, 3 July 2002 at 08:06:10

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	4.306	4.038	3.3	2.363	1.926	0.7871

1962	5.14	4.838	4.036	2.96	2.461	1.287

1963	7.286	6.932	5.836	4.534	3.932	2.082

1964	5.1	4.819	3.914	2.994	2.521	1.505

1965	5.222	4.937	3.989	3.019	2.537	1.523

1966	5.036	4.759	3.834	2.886	2.398	1.439

1967	4.879	4.596	3.702	2.797	2.333	1.336

1968	5.106	4.848	3.982	3.074	2.602	1.651

1969	5.002	4.725	3.815	2.884	2.504	1.684

1970	5.171	4.875	3.953	3.042	2.565	1.608

1971	5.013	4.736	3.83	2.905	2.46	1.591

1972	5.052	4.772	3.89	3.239	2.779	1.59

1973	5.07	4.811	3.918	2.965	2.475	1.558

1974	5.123	4.841	3.923	2.988	2.501	1.585

1975	5.02	4.744	3.878	2.958	2.488	1.452

1976	5.02	4.763	3.89	2.953	2.48	1.309

1977	4.772	4.519	3.647	2.714	2.248	1.198

1978	4.963	4.69	3.936	3.292	2.839	1.587

1979	5.073	4.815	3.991	3.028	2.529	1.624

1980	5.283	5.027	4.186	3.266	2.787	1.668

1981	5.183	4.899	4.003	3.133	2.713	1.871

1982	5.185	4.908	4.021	3.108	2.643	1.567

1983	5.196	4.932	4.051	3.104	2.605	1.542

1984	4.93	4.657	4.029	3.064	2.647	1.519

1985	4.981	4.711	3.823	3.05	2.783	1.562

1986	4.883	4.589	3.692	2.762	2.295	1.28

1987	4.983	4.712	3.786	2.824	2.335	1.521

1988	5.165	4.886	3.951	2.998	2.514	1.488

1989	4.818	4.538	3.629	2.703	2.224	1.272

1990	5.082	4.914	4.054	3.057	2.555	1.504

Sorted results

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

0.0322581	7.286	6.932	5.836	4.534	3.932	2.082

0.0645161	5.283	5.027	4.186	3.292	2.839	1.871

0.0967742	5.222	4.937	4.054	3.266	2.787	1.684

0.1290323	5.196	4.932	4.051	3.239	2.783	1.668

0.1612903	5.185	4.914	4.036	3.133	2.779	1.651

0.1935484	5.183	4.908	4.029	3.108	2.713	1.624

0.2258065	5.171	4.899	4.021	3.104	2.647	1.608

0.2580645	5.165	4.886	4.003	3.074	2.643	1.591

0.2903226	5.14	4.875	3.991	3.064	2.605	1.59

0.3225806	5.123	4.848	3.989	3.057	2.602	1.587

0.3548387	5.106	4.841	3.982	3.05	2.565	1.585

0.3870968	5.1	4.838	3.953	3.042	2.555	1.567

0.4193548	5.082	4.819	3.951	3.028	2.537	1.562

0.4516129	5.073	4.815	3.936	3.019	2.529	1.558

0.483871	5.07	4.811	3.923	2.998	2.521	1.542

0.516129	5.052	4.772	3.918	2.994	2.514	1.523

0.5483871	5.036	4.763	3.914	2.988	2.504	1.521

0.5806452	5.02	4.759	3.89	2.965	2.501	1.519

0.6129032	5.02	4.744	3.89	2.96	2.488	1.505

0.6451613	5.013	4.736	3.878	2.958	2.48	1.504

0.6774194	5.002	4.725	3.834	2.953	2.475	1.488

0.7096774	4.983	4.712	3.83	2.905	2.461	1.452

0.7419355	4.981	4.711	3.823	2.886	2.46	1.439

0.7741935	4.963	4.69	3.815	2.884	2.398	1.336

0.8064516	4.93	4.657	3.786	2.824	2.335	1.309

0.8387097	4.883	4.596	3.702	2.797	2.333	1.287

0.8709677	4.879	4.589	3.692	2.762	2.295	1.28

0.9032258	4.818	4.538	3.647	2.714	2.248	1.272

0.9354839	4.772	4.519	3.629	2.703	2.224	1.198

0.9677419	4.306	4.038	3.3	2.363	1.926	0.7871

0.1	5.2194	4.9365	4.0537	3.2633	2.7866	1.6824

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: OR_berry_1

Metfile:	w24232.dvf

PRZM scenario:	ORberriesOP.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-4	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	10	days

app. rate 1	apprate	0.428	kg/ha

Record 17:	FILTRA

IPSCND	3

	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)

Strawberry – CA strawberry

stored as CA_strawberry_1.out

Chemical: buprofezine

PRZM environment: CAStrawberry-noplasticRLF.txt	modified Tueday, 20 February 2007 at 11:04:00

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w23234.dvf	modified Wedday, 3 July 2002 at 08:04:22

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	5.788	5.55	4.502	3.11	2.648	1.015

1962	8.089	7.756	6.646	5.12	4.306	1.867

1963	9.788	9.198	7.664	5.471	4.72	1.997

1964	6.901	6.482	5.262	3.67	2.973	1.177

1965	5.158	4.862	3.933	2.881	2.418	1.062

1966	5.746	5.495	4.997	3.685	3.02	1.207

1967	10.89	10.23	8.799	6.272	5.327	2.129

1968	7.733	7.28	5.965	4.526	3.876	1.546

1969	7.254	6.95	6.204	5.211	4.372	1.707

1970	6.38	6.08	4.863	3.788	3.102	1.211

1971	4.675	4.398	3.429	2.506	2.208	0.905

1972	4.791	4.543	3.696	2.668	2.143	0.9482

1973	6.802	6.387	5.832	5.106	4.315	1.708

1974	4.944	4.651	3.675	2.923	2.654	1.151

1975	6.248	6.021	5.052	3.787	3.37	1.406

1976	4.767	4.523	3.623	2.932	2.523	1.025

1977	5.066	4.788	3.821	2.856	2.459	1.002

1978	6.811	6.394	5.296	4.652	4.15	1.731

1979	5.531	5.197	4.747	4.053	3.567	1.492

1980	6.67	6.29	5.74	4.677	4.109	1.689

1981	8.569	8.11	6.672	4.751	4.021	1.627

1982	5.962	5.631	4.591	4.128	3.954	1.873

1983	8.427	8.013	6.967	5.753	5.054	2.101

1984	4.982	4.71	3.782	2.832	2.308	0.9483

1985	5.059	4.748	4.035	3.199	2.689	1.06

1986	8.569	7.971	6.314	5.401	4.689	1.906

1987	5.403	5.089	4.129	3.576	3.019	1.225

1988	5.241	4.935	3.917	2.891	2.304	0.9811

1989	4.767	4.489	3.662	2.758	2.352	0.9708

1990	4.648	4.368	3.476	2.793	2.288	0.9283

Sorted results

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

0.0322581	10.89	10.23	8.799	6.272	5.327	2.129

0.0645161	9.788	9.198	7.664	5.753	5.054	2.101

0.0967742	8.569	8.11	6.967	5.471	4.72	1.997

0.1290323	8.569	8.013	6.672	5.401	4.689	1.906

0.1612903	8.427	7.971	6.646	5.211	4.372	1.873

0.1935484	8.089	7.756	6.314	5.12	4.315	1.867

0.2258065	7.733	7.28	6.204	5.106	4.306	1.731

0.2580645	7.254	6.95	5.965	4.751	4.15	1.708

0.2903226	6.901	6.482	5.832	4.677	4.109	1.707

0.3225806	6.811	6.394	5.74	4.652	4.021	1.689

0.3548387	6.802	6.387	5.296	4.526	3.954	1.627

0.3870968	6.67	6.29	5.262	4.128	3.876	1.546

0.4193548	6.38	6.08	5.052	4.053	3.567	1.492

0.4516129	6.248	6.021	4.997	3.788	3.37	1.406

0.483871	5.962	5.631	4.863	3.787	3.102	1.225

0.516129	5.788	5.55	4.747	3.685	3.02	1.211

0.5483871	5.746	5.495	4.591	3.67	3.019	1.207

0.5806452	5.531	5.197	4.502	3.576	2.973	1.177

0.6129032	5.403	5.089	4.129	3.199	2.689	1.151

0.6451613	5.241	4.935	4.035	3.11	2.654	1.062

0.6774194	5.158	4.862	3.933	2.932	2.648	1.06

0.7096774	5.066	4.788	3.917	2.923	2.523	1.025

0.7419355	5.059	4.748	3.821	2.891	2.459	1.015

0.7741935	4.982	4.71	3.782	2.881	2.418	1.002

0.8064516	4.944	4.651	3.696	2.856	2.352	0.9811

0.8387097	4.791	4.543	3.675	2.832	2.308	0.9708

0.8709677	4.767	4.523	3.662	2.793	2.304	0.9483

0.9032258	4.767	4.489	3.623	2.758	2.288	0.9482

0.9354839	4.675	4.398	3.476	2.668	2.208	0.9283

0.9677419	4.648	4.368	3.429	2.506	2.143	0.905

0.1	8.569	8.1003	6.9375	5.464	4.7169	1.9879

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: CA_strawberry_1

Metfile:	w23234.dvf

PRZM scenario:	CAStrawberry-noplasticRLF.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-1	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	10	days

app. rate 1	apprate	0.428	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)

Strawberry – FL strawberry

stored as FL_strawberry_1.out

Chemical: buprofezine

PRZM environment: FLstrawberry_WirrigSTD.txt	modified Tueday, 29 May 2007 at 11:53:40

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w12842.dvf	modified Wedday, 3 July 2002 at 08:04:28

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	4.057	3.711	2.648	1.886	1.673	0.4125

1962	4.719	4.345	3.327	2.391	1.948	1.148

1963	10.04	9.311	6.706	4.407	3.515	1.699

1964	4.823	4.44	3.385	2.719	2.415	2.031

1965	4.834	4.473	3.405	2.458	2.121	1.414

1966	4.716	4.371	3.288	2.324	1.843	1.327

1967	4.712	4.336	3.298	2.393	1.986	1.248

1968	7.044	6.477	5.359	4.269	3.307	1.484

1969	5.859	5.543	4.309	3.617	3.157	2.034

1970	4.684	4.332	3.313	2.418	2.345	1.658

1971	6.798	6.3	5.235	3.613	2.895	1.615

1972	6.765	6.25	4.867	3.731	3.138	1.704

1973	5.664	5.242	4.341	3.309	2.813	1.735

1974	4.661	4.31	3.229	2.317	1.971	1.451

1975	7.559	6.974	5.333	3.615	2.85	1.386

1976	4.749	4.387	3.695	2.661	2.118	1.431

1977	4.588	4.249	3.194	2.474	2.003	1.094

1978	7.161	6.81	5.24	3.587	2.837	1.567

1979	8.752	8.28	6.477	4.243	3.533	2.543

1980	4.741	4.439	3.421	2.75	2.202	1.499

1981	4.922	4.678	3.619	2.622	2.28	1.571

1982	5.133	4.751	3.742	2.763	2.38	1.839

1983	5.029	4.683	3.597	3	2.693	1.986

1984	4.784	4.44	3.362	2.405	1.921	1.44

1985	10.02	9.356	6.973	4.66	3.696	1.728

1986	9.337	8.849	6.718	4.489	3.541	1.955

1987	6.335	5.856	4.691	3.633	2.933	2.165

1988	7.86	7.27	5.66	4.41	3.756	1.921

1989	5.562	5.159	4.034	3.134	2.739	1.707

1990	4.687	4.338	3.258	2.331	1.836	1.408

Sorted results

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

0.0322581	10.04	9.356	6.973	4.66	3.756	2.543

0.0645161	10.02	9.311	6.718	4.489	3.696	2.165

0.0967742	9.337	8.849	6.706	4.41	3.541	2.034

0.1290323	8.752	8.28	6.477	4.407	3.533	2.031

0.1612903	7.86	7.27	5.66	4.269	3.515	1.986

0.1935484	7.559	6.974	5.359	4.243	3.307	1.955

0.2258065	7.161	6.81	5.333	3.731	3.157	1.921

0.2580645	7.044	6.477	5.24	3.633	3.138	1.839

0.2903226	6.798	6.3	5.235	3.617	2.933	1.735

0.3225806	6.765	6.25	4.867	3.615	2.895	1.728

0.3548387	6.335	5.856	4.691	3.613	2.85	1.707

0.3870968	5.859	5.543	4.341	3.587	2.837	1.704

0.4193548	5.664	5.242	4.309	3.309	2.813	1.699

0.4516129	5.562	5.159	4.034	3.134	2.739	1.658

0.483871	5.133	4.751	3.742	3	2.693	1.615

0.516129	5.029	4.683	3.695	2.763	2.415	1.571

0.5483871	4.922	4.678	3.619	2.75	2.38	1.567

0.5806452	4.834	4.473	3.597	2.719	2.345	1.499

0.6129032	4.823	4.44	3.421	2.661	2.28	1.484

0.6451613	4.784	4.44	3.405	2.622	2.202	1.451

0.6774194	4.749	4.439	3.385	2.474	2.121	1.44

0.7096774	4.741	4.387	3.362	2.458	2.118	1.431

0.7419355	4.719	4.371	3.327	2.418	2.003	1.414

0.7741935	4.716	4.345	3.313	2.405	1.986	1.408

0.8064516	4.712	4.338	3.298	2.393	1.971	1.386

0.8387097	4.687	4.336	3.288	2.391	1.948	1.327

0.8709677	4.684	4.332	3.258	2.331	1.921	1.248

0.9032258	4.661	4.31	3.229	2.324	1.843	1.148

0.9354839	4.588	4.249	3.194	2.317	1.836	1.094

0.9677419	4.057	3.711	2.648	1.886	1.673	0.4125

0.1	9.2785	8.7921	6.6831	4.4097	3.5402	2.0337

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: FL_strawberry_1

Metfile:	w12842.dvf

PRZM scenario:	FLstrawberry_WirrigSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	1	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-10	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	10	days

app. rate 1	apprate	0.428	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)

Olive – CA olive

stored as CAolive-gd.out

Chemical: buprofezine

PRZM environment: CAOliveRLF.txt	modified Tueday, 20 February 2007 at 11:05:22

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w93193.dvf	modified Wedday, 3 July 2002 at 08:04:24

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	5.998	5.684	4.629	3.3	3.107	1.255

1962	7.964	7.702	6.575	4.832	4.543	3.251

1963	7.283	6.956	5.854	4.443	4.459	3.184

1964	6.844	6.508	5.384	3.969	3.946	2.628

1965	7.233	6.908	5.811	4.401	4.36	2.94

1966	6.827	6.488	5.356	3.944	3.917	2.353

1967	7.204	6.9	5.864	4.461	4.387	2.718

1968	7.004	6.663	5.521	4.428	4.097	3.005

1969	9.834	9.421	8.122	6.962	6.688	4.997

1970	8.107	7.767	6.614	5.177	5.19	3.981

1971	6.924	6.58	5.431	4.027	4.039	2.532

1972	6.756	6.419	5.292	3.891	3.877	2.526

1973	7.346	7.031	5.961	4.561	4.484	3.088

1974	7.039	6.711	5.61	4.21	4.16	2.923

1975	7.26	6.95	5.896	4.51	4.403	2.883

1976	9.904	9.551	8.335	6.775	6.102	4.593

1977	7.498	7.154	6.001	4.601	4.607	3.314

1978	7.716	7.367	6.198	5.381	5.01	4.006

1979	7.099	6.759	5.62	4.194	4.198	2.812

1980	7.327	6.998	6.077	4.733	4.47	3.373

1981	6.779	6.441	5.311	3.878	3.871	2.377

1982	6.961	6.622	5.488	4.062	4.06	2.877

1983	7.104	6.769	5.644	4.243	4.259	2.867

1984	6.762	6.425	5.298	3.87	3.849	2.314

1985	6.803	6.476	5.377	3.962	3.915	2.459

1986	7.799	7.492	6.442	4.968	4.889	3.481

1987	7.339	7.017	5.93	4.526	4.515	3.063

1988	7.209	6.883	5.782	4.368	4.383	2.835

1989	6.881	6.549	5.437	4.053	4.028	2.618

1990	7.086	6.746	5.609	4.189	4.204	2.918

Sorted results

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

0.0322581	9.904	9.551	8.335	6.962	6.688	4.997

0.0645161	9.834	9.421	8.122	6.775	6.102	4.593

0.0967742	8.107	7.767	6.614	5.381	5.19	4.006

0.1290323	7.964	7.702	6.575	5.177	5.01	3.981

0.1612903	7.799	7.492	6.442	4.968	4.889	3.481

0.1935484	7.716	7.367	6.198	4.832	4.607	3.373

0.2258065	7.498	7.154	6.077	4.733	4.543	3.314

0.2580645	7.346	7.031	6.001	4.601	4.515	3.251

0.2903226	7.339	7.017	5.961	4.561	4.484	3.184

0.3225806	7.327	6.998	5.93	4.526	4.47	3.088

0.3548387	7.283	6.956	5.896	4.51	4.459	3.063

0.3870968	7.26	6.95	5.864	4.461	4.403	3.005

0.4193548	7.233	6.908	5.854	4.443	4.387	2.94

0.4516129	7.209	6.9	5.811	4.428	4.383	2.923

0.483871	7.204	6.883	5.782	4.401	4.36	2.918

0.516129	7.104	6.769	5.644	4.368	4.259	2.883

0.5483871	7.099	6.759	5.62	4.243	4.204	2.877

0.5806452	7.086	6.746	5.61	4.21	4.198	2.867

0.6129032	7.039	6.711	5.609	4.194	4.16	2.835

0.6451613	7.004	6.663	5.521	4.189	4.097	2.812

0.6774194	6.961	6.622	5.488	4.062	4.06	2.718

0.7096774	6.924	6.58	5.437	4.053	4.039	2.628

0.7419355	6.881	6.549	5.431	4.027	4.028	2.618

0.7741935	6.844	6.508	5.384	3.969	3.946	2.532

0.8064516	6.827	6.488	5.377	3.962	3.917	2.526

0.8387097	6.803	6.476	5.356	3.944	3.915	2.459

0.8709677	6.779	6.441	5.311	3.891	3.877	2.377

0.9032258	6.762	6.425	5.298	3.878	3.871	2.353

0.9354839	6.756	6.419	5.292	3.87	3.849	2.314

0.9677419	5.998	5.684	4.629	3.3	3.107	1.255

0.1	8.0927	7.7605	6.6101	5.3606	5.172	4.0035

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: CAolive-gd

Metfile:	w93193.dvf

PRZM scenario:	CAOliveRLF.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	2.0125	kg/ha

Application Efficiency:	APPEFF	0.99	fraction

	Spray Drift	DRFT	0.064	fraction of application rate applied to pond

Application Date	Date	15-6	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	50	days

app. rate 1	apprate	2.0125	kg/ha

Record 17:	FILTRA

IPSCND	3

	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)

Leafy vegetables – CA lettuce

stored as CAlettuceIPS3.out

Chemical: buprofezine

PRZM environment: CAlettuceSTD.txt	modified Tueday, 21 February 2006 at 13:38:22

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w23273.dvf	modified Wedday, 3 July 2002 at 08:04:22

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	8.021	7.778	6.811	4.269	3.125	1.979

1962	29.39	28.27	25.88	19.41	16.62	8.876

1963	17.71	17.25	15.02	12.42	11.43	6.74

1964	7.835	7.572	6.509	5.25	4.661	3.821

1965	13.31	12.77	10.75	7.225	5.531	4.521

1966	11.76	11.26	9.66	7.978	7.374	5.269

1967	13.04	12.5	11.34	9.488	8.451	5.346

1968	7.341	7.029	6.06	5.135	4.638	3.431

1969	17.03	16.17	13.65	11.71	10.48	5.853

1970	12.97	12.34	10.88	8.239	7.612	5.053

1971	10.51	10.09	8.965	8.304	7.477	4.894

1972	11	10.46	8.856	6.443	4.808	3.493

1973	22.34	21.36	18.12	13.98	12.39	7.449

1974	14.82	14.2	11.89	9.864	9.552	6.649

1975	15.73	15.22	13.8	11.24	10.28	6.251

1976	18.81	18.08	15.05	10.86	9.371	5.996

1977	15.53	14.8	12.31	9.277	8.082	5.418

1978	29.21	28.27	24.54	19.83	17.19	10.09

1979	11.22	10.87	10.45	9.049	8.33	5.378

1980	17.28	16.55	14.21	10.96	9.763	6.074

1981	16.85	16.26	14.18	12.68	11.28	6.341

1982	9.342	8.939	7.833	6.801	6.446	4.629

1983	16.23	15.42	13.93	12.25	10.6	5.93

1984	9.279	8.936	6.995	4.804	4.459	3.334

1985	11.1	10.69	9.273	7.514	7.073	5.134

1986	18.72	17.71	14.64	12.24	11.01	6.031

1987	11.54	11	9.115	7.209	6.789	4.443

1988	7.779	7.316	6.174	5.257	4.943	3.273

1989	8.032	7.619	6.387	5.335	4.791	2.691

1990	6.612	6.186	5.076	3.65	3.08	1.977

Sorted results

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

0.0322581	29.39	28.27	25.88	19.83	17.19	10.09

0.0645161	29.21	28.27	24.54	19.41	16.62	8.876

0.0967742	22.34	21.36	18.12	13.98	12.39	7.449

0.1290323	18.81	18.08	15.05	12.68	11.43	6.74

0.1612903	18.72	17.71	15.02	12.42	11.28	6.649

0.1935484	17.71	17.25	14.64	12.25	11.01	6.341

0.2258065	17.28	16.55	14.21	12.24	10.6	6.251

0.2580645	17.03	16.26	14.18	11.71	10.48	6.074

0.2903226	16.85	16.17	13.93	11.24	10.28	6.031

0.3225806	16.23	15.42	13.8	10.96	9.763	5.996

0.3548387	15.73	15.22	13.65	10.86	9.552	5.93

0.3870968	15.53	14.8	12.31	9.864	9.371	5.853

0.4193548	14.82	14.2	11.89	9.488	8.451	5.418

0.4516129	13.31	12.77	11.34	9.277	8.33	5.378

0.483871	13.04	12.5	10.88	9.049	8.082	5.346

0.516129	12.97	12.34	10.75	8.304	7.612	5.269

0.5483871	11.76	11.26	10.45	8.239	7.477	5.134

0.5806452	11.54	11	9.66	7.978	7.374	5.053

0.6129032	11.22	10.87	9.273	7.514	7.073	4.894

0.6451613	11.1	10.69	9.115	7.225	6.789	4.629

0.6774194	11	10.46	8.965	7.209	6.446	4.521

0.7096774	10.51	10.09	8.856	6.801	5.531	4.443

0.7419355	9.342	8.939	7.833	6.443	4.943	3.821

0.7741935	9.279	8.936	6.995	5.335	4.808	3.493

0.8064516	8.032	7.778	6.811	5.257	4.791	3.431

0.8387097	8.021	7.619	6.509	5.25	4.661	3.334

0.8709677	7.835	7.572	6.387	5.135	4.638	3.273

0.9032258	7.779	7.316	6.174	4.804	4.459	2.691

0.9354839	7.341	7.029	6.06	4.269	3.125	1.979

0.9677419	6.612	6.186	5.076	3.65	3.08	1.977

0.1	21.987	21.032	17.813	13.85	12.294	7.3781

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: CAlettuceIPS3

Metfile:	w23273.dvf

PRZM scenario:	CAlettuceSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	2-Jan	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days

app. rate 1	apprate	0.428	kg/ha

Interval 2	interval	80	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.428	kg/ha

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

app. rate 3	apprate	0.428	kg/ha

	Record 17:	FILTRA

IPSCND	3

	UPTKF

	Record 18:	PLVKRT

Leafy vegetables – CA rowcrop

stored as CArowcrop80.out

Chemical: buprofezine

PRZM environment: CARowCropRLF.txt	modified Tueday, 20 February 2007 at 11:04:10

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w23234.dvf	modified Wedday, 3 July 2002 at 08:04:22

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	5.321	4.96	3.871	2.679	2.278	1.382

1962	13.58	13.07	11.02	7.864	6.7	3.388

1963	7.5	7.112	6.223	5.024	4.858	2.814

1964	6.34	5.985	4.858	3.709	3.222	2.017

1965	6.203	5.801	4.695	3.488	3.135	1.977

1966	6.335	5.996	4.896	3.683	3.303	2.103

1967	7.793	7.386	6.285	4.858	4.557	2.621

1968	5.958	5.593	4.615	3.708	3.325	1.942

1969	8.798	8.436	7.219	5.189	4.47	2.268

1970	5.962	5.588	4.65	3.653	3.38	2.081

1971	5.995	5.629	4.538	3.391	3.155	1.91

1972	5.638	5.293	4.21	3.066	2.677	1.877

1973	8.319	8.004	7.147	5.327	4.644	2.78

1974	6.61	6.195	5.082	4.002	3.854	2.264

1975	6.559	6.165	5.063	4.133	3.862	2.178

1976	5.854	5.479	4.383	3.494	3.173	1.852

1977	5.695	5.319	4.253	3.265	2.934	1.821

1978	9.436	8.894	7.47	5.818	5.238	2.718

1979	11.33	10.68	8.776	6.397	5.625	3.005

1980	7.304	7.004	6.299	5.147	4.631	2.495

1981	6.39	6.06	4.968	3.89	3.471	2.246

1982	11.11	10.54	8.69	7.161	7.049	4.08

1983	7.968	7.567	6.446	5.451	4.982	2.903

1984	5.811	5.415	4.403	3.306	2.996	1.996

1985	9.185	8.66	6.944	4.852	4.268	2.39

1986	10.53	9.973	8.166	6.424	5.724	2.884

1987	9.256	8.744	7.183	5.193	4.663	2.475

1988	6.355	5.938	4.827	3.498	3.209	1.921

1989	5.804	5.422	4.322	3.161	2.919	1.791

1990	5.965	5.605	4.807	3.606	3.297	1.977

Sorted results

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

0.0322581	13.58	13.07	11.02	7.864	7.049	4.08

0.0645161	11.33	10.68	8.776	7.161	6.7	3.388

0.0967742	11.11	10.54	8.69	6.424	5.724	3.005

0.1290323	10.53	9.973	8.166	6.397	5.625	2.903

0.1612903	9.436	8.894	7.47	5.818	5.238	2.884

0.1935484	9.256	8.744	7.219	5.451	4.982	2.814

0.2258065	9.185	8.66	7.183	5.327	4.858	2.78

0.2580645	8.798	8.436	7.147	5.193	4.663	2.718

0.2903226	8.319	8.004	6.944	5.189	4.644	2.621

0.3225806	7.968	7.567	6.446	5.147	4.631	2.495

0.3548387	7.793	7.386	6.299	5.024	4.557	2.475

0.3870968	7.5	7.112	6.285	4.858	4.47	2.39

0.4193548	7.304	7.004	6.223	4.852	4.268	2.268

0.4516129	6.61	6.195	5.082	4.133	3.862	2.264

0.483871	6.559	6.165	5.063	4.002	3.854	2.246

0.516129	6.39	6.06	4.968	3.89	3.471	2.178

0.5483871	6.355	5.996	4.896	3.709	3.38	2.103

0.5806452	6.34	5.985	4.858	3.708	3.325	2.081

0.6129032	6.335	5.938	4.827	3.683	3.303	2.017

0.6451613	6.203	5.801	4.807	3.653	3.297	1.996

0.6774194	5.995	5.629	4.695	3.606	3.222	1.977

0.7096774	5.965	5.605	4.65	3.498	3.209	1.977

0.7419355	5.962	5.593	4.615	3.494	3.173	1.942

0.7741935	5.958	5.588	4.538	3.488	3.155	1.921

0.8064516	5.854	5.479	4.403	3.391	3.135	1.91

0.8387097	5.811	5.422	4.383	3.306	2.996	1.877

0.8709677	5.804	5.415	4.322	3.265	2.934	1.852

0.9032258	5.695	5.319	4.253	3.161	2.919	1.821

0.9354839	5.638	5.293	4.21	3.066	2.677	1.791

0.9677419	5.321	4.96	3.871	2.679	2.278	1.382

0.1	11.052	10.4833	8.6376	6.4213	5.7141	2.9948

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: CArowcrop80

Metfile:	w23234.dvf

PRZM scenario:	CARowCropRLF.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	2-Jan	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days

app. rate 1	apprate	0.428	kg/ha

Interval 2	interval	80	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.428	kg/ha

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

app. rate 3	apprate	0.428	kg/ha

	Record 17:	FILTRA

IPSCND	3

	UPTKF

	Record 18:	PLVKRT

Leafy vegetables – FL pepper

stored as FLpepper80.out

Chemical: buprofezine

PRZM environment: FLpeppersSTD.txt	modified Thuday, 24 May 2007 at 08:44:22

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w12844.dvf	modified Wedday, 3 July 2002 at 08:04:30

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	4.739	4.314	3.199	2.19	1.897	0.6082

1962	10.15	9.414	7.132	4.44	3.521	2.327

1963	18.7	17.43	13.26	8.468	6.851	3.058

1964	15.29	14.3	10.99	8.748	7.878	4.924

1965	19.72	17.97	15.51	10.93	9.124	4.256

1966	12.14	11.08	8.271	6.532	6.244	4.568

1967	12.92	11.88	8.611	6.618	5.359	3.346

1968	19.65	18.15	14.48	9.897	8.007	4.543

1969	11.02	10.25	8.679	7.271	6.212	4.235

1970	10.36	9.797	7.972	6.083	5.942	3.793

1971	12.68	11.5	8.297	5.916	4.966	2.749

1972	10.85	9.965	8.058	6.665	5.825	4.114

1973	6.794	6.27	5.528	4.33	3.587	2.815

1974	14.27	13.23	10.39	6.375	5.302	3.648

1975	10.3	9.468	8.224	5.284	4.234	2.496

1976	8.394	7.674	5.778	4.254	3.724	3.022

1977	11.91	10.92	8.271	5.745	4.59	3.662

1978	10.27	9.632	7.625	6.445	5.796	3.715

1979	11.05	10.01	7.193	5.577	4.556	3.429

1980	8.665	7.984	5.87	5.065	4.303	3.179

1981	9.211	8.412	6.255	4.715	4.266	2.68

1982	16.96	15.57	11.12	8.708	7.567	5.464

1983	14.7	13.88	11.15	8.474	7.268	4.958

1984	15.19	13.97	10.45	7.286	6.373	4.512

1985	8.664	7.941	6.958	4.765	4.231	3.255

1986	13.64	12.59	9.539	6.032	5.199	3.77

1987	13.33	12.17	9.433	7.483	6.407	3.853

1988	7.8	7.176	5.454	4.748	4.263	3.395

1989	6.612	6.09	4.543	3.308	2.846	2.143

1990	10.9	10.21	8.822	5.683	4.569	2.84

Sorted results

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

0.0322581	19.72	18.15	15.51	10.93	9.124	5.464

0.0645161	19.65	17.97	14.48	9.897	8.007	4.958

0.0967742	18.7	17.43	13.26	8.748	7.878	4.924

0.1290323	16.96	15.57	11.15	8.708	7.567	4.568

0.1612903	15.29	14.3	11.12	8.474	7.268	4.543

0.1935484	15.19	13.97	10.99	8.468	6.851	4.512

0.2258065	14.7	13.88	10.45	7.483	6.407	4.256

0.2580645	14.27	13.23	10.39	7.286	6.373	4.235

0.2903226	13.64	12.59	9.539	7.271	6.244	4.114

0.3225806	13.33	12.17	9.433	6.665	6.212	3.853

0.3548387	12.92	11.88	8.822	6.618	5.942	3.793

0.3870968	12.68	11.5	8.679	6.532	5.825	3.77

0.4193548	12.14	11.08	8.611	6.445	5.796	3.715

0.4516129	11.91	10.92	8.297	6.375	5.359	3.662

0.483871	11.05	10.25	8.271	6.083	5.302	3.648

0.516129	11.02	10.21	8.271	6.032	5.199	3.429

0.5483871	10.9	10.01	8.224	5.916	4.966	3.395

0.5806452	10.85	9.965	8.058	5.745	4.59	3.346

0.6129032	10.36	9.797	7.972	5.683	4.569	3.255

0.6451613	10.3	9.632	7.625	5.577	4.556	3.179

0.6774194	10.27	9.468	7.193	5.284	4.303	3.058

0.7096774	10.15	9.414	7.132	5.065	4.266	3.022

0.7419355	9.211	8.412	6.958	4.765	4.263	2.84

0.7741935	8.665	7.984	6.255	4.748	4.234	2.815

0.8064516	8.664	7.941	5.87	4.715	4.231	2.749

0.8387097	8.394	7.674	5.778	4.44	3.724	2.68

0.8709677	7.8	7.176	5.528	4.33	3.587	2.496

0.9032258	6.794	6.27	5.454	4.254	3.521	2.327

0.9354839	6.612	6.09	4.543	3.308	2.846	2.143

0.9677419	4.739	4.314	3.199	2.19	1.897	0.6082

0.1	18.526	17.244	13.049	8.744	7.8469	4.8884

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: FLpepper80

Metfile:	w12844.dvf

PRZM scenario:	FLpeppersSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-9	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days

app. rate 1	apprate	0.428	kg/ha

Interval 2	interval	80	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.428	kg/ha

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

app. rate 3	apprate	0.428	kg/ha

	Record 17:	FILTRA

IPSCND	3

	UPTKF

	Record 18:	PLVKRT

Leafy vegetables – CA lettuce

stored as FLtomato80.out

Chemical: buprofezine

PRZM environment: FLtomatoSTD.txt	modified Tueday, 29 May 2007 at 11:54:10

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w12844.dvf	modified Wedday, 3 July 2002 at 08:04:30

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	5.421	4.932	3.877	2.564	2.544	1.533

1962	12.9	11.8	10.57	7.87	6.867	3.511

1963	13.78	12.94	10.25	6.84	5.552	3.186

1964	13.14	12.1	9.711	8.063	7.458	5.106

1965	17.49	16.29	12.6	10.47	8.88	5.035

1966	25.26	23.6	18.24	13.5	11.92	5.742

1967	15.87	14.78	12.24	8.714	7.793	4.291

1968	20.88	19.63	16.27	13.28	11.68	5.953

1969	23.67	21.64	16.71	11.69	9.969	5.372

1970	12	11.11	9.666	7.227	6.135	3.838

1971	14.73	13.9	11.5	7.733	6.422	3.599

1972	19.33	18.26	14.43	10.95	10.04	5.348

1973	11.34	10.49	8.999	7.84	6.975	3.804

1974	9.661	9.172	7.667	6.832	6.034	3.501

1975	10.58	9.874	8.35	6.816	5.672	3.293

1976	10.67	9.72	8.175	6.849	6.113	3.671

1977	15.88	14.97	12.08	8.382	7.057	4.583

1978	19.6	17.95	13.79	9.817	8.083	4.439

1979	16.3	14.82	12.13	8.537	7.585	4.831

1980	9.481	8.691	7.731	6.269	5.846	3.618

1981	12.43	11.45	9.123	7.48	6.308	3.514

1982	24.8	22.82	18.91	12.13	10.43	6.402

1983	10.68	9.834	8.748	6.717	6.443	4.299

1984	11.15	10.25	9.302	7.976	7.173	4.738

1985	14.47	13.54	10.97	8.583	7.416	4.101

1986	11.69	11.06	9.571	8.027	6.77	3.724

1987	11.74	10.71	8.471	5.979	4.961	3.652

1988	17.65	16.19	13.12	10.8	10.51	4.934

1989	7.863	7.258	5.737	4.431	4.01	2.707

1990	15.69	14.25	12.4	9.786	8.463	4.075

Sorted results

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

0.032258	25.26	23.6	18.91	13.5	11.92	6.402

0.064516	24.8	22.82	18.24	13.28	11.68	5.953

0.096774	23.67	21.64	16.71	12.13	10.51	5.742

0.129032	20.88	19.63	16.27	11.69	10.43	5.372

0.16129	19.6	18.26	14.43	10.95	10.04	5.348

0.193548	19.33	17.95	13.79	10.8	9.969	5.106

0.225806	17.65	16.29	13.12	10.47	8.88	5.035

0.258065	17.49	16.19	12.6	9.817	8.463	4.934

0.290323	16.3	14.97	12.4	9.786	8.083	4.831

0.322581	15.88	14.82	12.24	8.714	7.793	4.738

0.354839	15.87	14.78	12.13	8.583	7.585	4.583

0.387097	15.69	14.25	12.08	8.537	7.458	4.439

0.419355	14.73	13.9	11.5	8.382	7.416	4.299

0.451613	14.47	13.54	10.97	8.063	7.173	4.291

0.483871	13.78	12.94	10.57	8.027	7.057	4.101

0.516129	13.14	12.1	10.25	7.976	6.975	4.075

0.548387	12.9	11.8	9.711	7.87	6.867	3.838

0.580645	12.43	11.45	9.666	7.84	6.77	3.804

0.612903	12	11.11	9.571	7.733	6.443	3.724

0.645161	11.74	11.06	9.302	7.48	6.422	3.671

0.677419	11.69	10.71	9.123	7.227	6.308	3.652

0.709677	11.34	10.49	8.999	6.849	6.135	3.618

0.741935	11.15	10.25	8.748	6.84	6.113	3.599

0.774194	10.68	9.874	8.471	6.832	6.034	3.514

0.806452	10.67	9.834	8.35	6.816	5.846	3.511

0.83871	10.58	9.72	8.175	6.717	5.672	3.501

0.870968	9.661	9.172	7.731	6.269	5.552	3.293

0.903226	9.481	8.691	7.667	5.979	4.961	3.186

0.935484	7.863	7.258	5.737	4.431	4.01	2.707

0.967742	5.421	4.932	3.877	2.564	2.544	1.533

0.1	23.391	21.439	16.666	12.086	10.502	5.705

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: FLtomato80

Metfile:	w12844.dvf

PRZM scenario:	FLtomatoSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	0.428	kg/ha

Application Efficiency:	APPEFF	0.95	fraction

	Spray Drift	DRFT	0.16	fraction of application rate applied to pond

Application Date	Date	15-3	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	7	days

app. rate 1	apprate	0.428	kg/ha

Interval 2	interval	80	days	Set to 0 or delete line for single app.

app. rate 2	apprate	0.428	kg/ha

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

app. rate 3	apprate	0.428	kg/ha

	Record 17:	FILTRA

IPSCND	3

	UPTKF

	Record 18:	PLVKRT

Citrus – FL citrus

stored as FLcitrus.out

Chemical: buprofezine

PRZM environment: FLcitrusSTD.txt	modified Tueday, 29 May 2007 at 11:45:56

	EXAMS environment: ir298.exv	modified Thuday, 29 August 2002 at 14:34:12

	Metfile: w12844.dvf	modified Wedday, 3 July 2002 at 08:04:30

	Water segment concentrations (ppb)

	Year	Peak	96 hr	21 Day	60 Day	90 Day	Yearly

1961	10.81	10.23	8.004	5.563	5.907	2.218

1962	31.42	29.92	24.13	17.03	15.55	7.465

1963	57.39	53.57	41.91	27.03	22.07	8.723

1964	56.01	52.71	42.2	35.63	33.07	15.08

1965	66.07	60.85	53.69	38.91	29.79	14.07

1966	47.43	44.85	36.19	27.98	29.08	15.86

1967	39.41	36.44	27.7	21.47	18.29	9.933

1968	58.93	54.75	44.69	31.48	27.49	13.14

1969	46.87	43.37	34.3	26.46	23.49	14.34

1970	16.2	15.12	13.82	11.45	10.02	7.887

1971	35.61	32.66	24.32	15.35	14.08	8.061

1972	43.73	41.02	33.03	24.03	20.76	11.65

1973	24.12	22.99	20.26	18.09	16.59	9.372

1974	34.58	31.54	24	15.82	14.89	9.15

1975	49.28	45.43	36.59	23.59	18.63	8.705

1976	37.69	34.81	27.56	24.45	21.26	9.939

1977	64.73	60.57	48.87	31.82	25.26	11.68

1978	36.85	34.87	28.32	19.3	17.36	11.65

1979	68.28	62.41	51.21	35.06	27.94	11.86

1980	34.26	31.68	26.52	19.12	15.83	9.421

1981	39.19	37.08	29.04	25.16	22.17	9.668

1982	45.55	42.3	35.4	24.15	20.95	12.87

1983	37.66	34.76	26.01	21.21	17.75	11.22

1984	47.08	43.61	32.73	20.36	18.16	10.88

1985	26.5	24.61	21	16.42	16.95	9.803

1986	23.08	21.35	16.3	13.88	12.47	8.975

1987	42.98	39.65	31.55	25.56	21.66	10.54

1988	83.85	77.43	57.18	36.03	29.49	13.83

1989	15.91	14.82	12.01	9.718	9.374	6.814

1990	43.28	40.07	34.48	23.53	21.23	10.11

Sorted results

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

0.0322581	83.85	77.43	57.18	38.91	33.07	15.86

0.0645161	68.28	62.41	53.69	36.03	29.79	15.08

0.0967742	66.07	60.85	51.21	35.63	29.49	14.34

0.1290323	64.73	60.57	48.87	35.06	29.08	14.07

0.1612903	58.93	54.75	44.69	31.82	27.94	13.83

0.1935484	57.39	53.57	42.2	31.48	27.49	13.14

0.2258065	56.01	52.71	41.91	27.98	25.26	12.87

0.2580645	49.28	45.43	36.59	27.03	23.49	11.86

0.2903226	47.43	44.85	36.19	26.46	22.17	11.68

0.3225806	47.08	43.61	35.4	25.56	22.07	11.65

0.3548387	46.87	43.37	34.48	25.16	21.66	11.65

0.3870968	45.55	42.3	34.3	24.45	21.26	11.22

0.4193548	43.73	41.02	33.03	24.15	21.23	10.88

0.4516129	43.28	40.07	32.73	24.03	20.95	10.54

0.483871	42.98	39.65	31.55	23.59	20.76	10.11

0.516129	39.41	37.08	29.04	23.53	18.63	9.939

0.5483871	39.19	36.44	28.32	21.47	18.29	9.933

0.5806452	37.69	34.87	27.7	21.21	18.16	9.803

0.6129032	37.66	34.81	27.56	20.36	17.75	9.668

0.6451613	36.85	34.76	26.52	19.3	17.36	9.421

0.6774194	35.61	32.66	26.01	19.12	16.95	9.372

0.7096774	34.58	31.68	24.32	18.09	16.59	9.15

0.7419355	34.26	31.54	24.13	17.03	15.83	8.975

0.7741935	31.42	29.92	24	16.42	15.55	8.723

0.8064516	26.5	24.61	21	15.82	14.89	8.705

0.8387097	24.12	22.99	20.26	15.35	14.08	8.061

0.8709677	23.08	21.35	16.3	13.88	12.47	7.887

0.9032258	16.2	15.12	13.82	11.45	10.02	7.465

0.9354839	15.91	14.82	12.01	9.718	9.374	6.814

0.9677419	10.81	10.23	8.004	5.563	5.907	2.218

0.1	65.936	60.822	50.976	35.573	29.449	14.313

Inputs generated by pe5.pl - Novemeber 2006

	Data used for this run:

Output File: FLcitrus

Metfile:	w12844.dvf

PRZM scenario:	FLcitrusSTD.txt

EXAMS environment file:	ir298.exv

	Chemical Name:	buprofezine

Description	Variable Name	Value	Units	Comments

	Molecular weight	mwt	305.4	g/mol

	Henry's Law Const.	henry	6.73E-06	atm-m^3/mol

Vapor Pressure	vapr	6.40E-06	torr

	Solubility	sol	3.82	mg/L

	Kd	Kd	69	mg/L

	Koc	Koc

mg/L

	Photolysis half-life	kdp	38	days	Half-life

Aerobic Aquatic Metabolism	kbacw	336	days	Halfife

Anaerobic Aquatic Metabolism	kbacs	0	days	Halfife

Aerobic Soil Metabolism	asm	168	days	Halfife

Hydrolysis:	pH 7	0	days	Half-life

Method:	CAM	2	integer	See PRZM manual

Incorporation Depth:	DEPI	0	cm

	Application Rate:	TAPP	2.25	kg/ha

Application Efficiency:	APPEFF	0.99	fraction

	Spray Drift	DRFT	0.064	fraction of application rate applied to pond

Application Date	Date	20-6	dd/mm or dd/mmm or dd-mm or dd-mmm

Interval 1	interval	60	days

app. rate 1	apprate	2.25	kg/ha

Record 17:	FILTRA

IPSCND	3

	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)

Appendix C2:  SCIGROW Modeling

SCIGROW

VERSION 2.3

ENVIRONMENTAL FATE AND EFFECTS DIVISION

OFFICE OF PESTICIDE PROGRAMS

U.S. ENVIRONMENTAL PROTECTION AGENCY

SCREENING MODEL

FOR AQUATIC PESTICIDE EXPOSURE

 SciGrow version 2.3

 chemical:buprofezin

 time is  1/ 2/2008  12:48:43

 ----------------------------------------------------------------------- -

  Application      Number of       Total Use    Koc          Soil Aerobic

  rate (lb/acre)    applications   (lb/acre/yr)  (ml/g)      metabolism (days)

 ----------------------------------------------------------------------- -

      2.010                  2.0              4.020      2.79E+03           69.0

 ----------------------------------------------------------------------- -

 groundwater screening cond (ppb) =   9.40E-02

 *********************************************************************** *

 Crop Profile for Olives in California, 5/1999.    HYPERLINK "http://www.ipmcenters.org/CropProfiles/docs/Caolives.pdf"  http://www.ipmcenters.org/CropProfiles/docs/Caolives.pdf , accessed 12/2007.

 Crop Profile for Strawberry in Florida, 1/2004.    HYPERLINK "http://www.ipmcenters.org/CropProfiles/docs/FLstrawberries.pdf"  http://www.ipmcenters.org/CropProfiles/docs/FLstrawberries.pdf , accessed 12/07.

 Iceberg Lettuce Production in California.  Publication 7215.  University of California at Davis Department of Agriculture and Natural Resources.    HYPERLINK "http://anrcatalog.ucdavis.edu/pdf/7215.pdf"  http://anrcatalog.ucdavis.edu/pdf/7215.pdf    Accessed 12/07.

 For some uses, labels only specify seasonal application rates, while others specify annual rates as well.  Unless noted, application rate is per season; multiple seasons per year, then, would lead to higher annual application rates.

 Cucumbers, melons (cataloupe, honeydew, watermelon, muskmelons), pumpkins, squash.

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field- and container-grown ornamentals; non-bearing fruit and nut trees in nurseries; christmas trees.

 Limited to Florida, Hawaii, and Puerto Rico.  Includes acerola, atermoya, biriba, black sapote, canistel, cherimoya, custard apple, feijoa, guava, ilama, jaboticaba, mamey sapote, passion fruit, sapodilla, soursop, star apple, starfruit, sugar apple, wax jambu.

 Calamondin; citrus citron; citrus hybrids (includes chironja, tangelo, tangor); grapefruit; kumquat; lemon; lime; mandarin (tangerine); orange, sour; orange, sweet; pummelo; Satsuma mandarin

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