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File: Excel Sheet Download 11658 | Nrcs144p2 030967 | Sample Application
sheet 1 instructions sheet 2 plan data entry plan date april 2004 client name ima farmer client address 123 maple lane city mytown state in zip code 47906 phone 1 ...

icon picture XLS Filetype Excel XLS | Posted on 05 Jul 2022 | 3 years ago
Partial file snippet.
Sheet 1: Instructions



Sheet 2: Plan Data Entry






Plan Date April 2004

Client Name: Ima Farmer

Client Address 123 Maple Lane

City Mytown

State IN

Zip Code 47906

Phone #1 765-555-1212






Phone #2




Certified Pest Management Specialist Bugs 'R Us Consulting


Planning Unit Farm # 100


Tract(s) # 1000






Fields 1 (B5), 2 (B3), 3 (B4), 4 (B2), 5 (B1), UN






Rotation Corn/Soybean






Other Crops

























Location & Type of Sensitive Areas Farm # Tract #s Type in field numbers for the type of sensitive area. Field #s




Proximity to perennial water bodies 100 1000 B2,B3,B4,B5


Proximity to surface inlets 100 1000 B2, B5


Areas of concentrated flow







Shallow depths to ground water







Coarse textured soils (leaching)







Working and abandoned wells 100 1000 UN, B4


Karst terrain







Recharge areas for sole source aquifers







Public Water Supply Wellhead Protection Area







Surface Water Drinking Reservoir Watershed







Areas prone to flooding and runoff (HEL). 100 1000 B1, B4, B5











Pesticide Concerns Identified by WIN-PST
Mitigation Techniques that Apply to All Pest Treatment Options Leaching Solution Runoff Adsorbed Runoff


Risk to Humans via Leaching to Groundwater 12 Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++


Risk to Humans in Solution Runoff 29 Residue Management (329A,B,C) - Increases infiltration, reduces soil erosion and builds organic matter + ++ +++


25 Nutrient Management (590) - Adequate plant nutrients, including favorable pH and soil conditions improve plant vigor, reduce plant stress, and increases plant's ability to tolerate pests na na na


7 Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++


2 Application Timing - Reduces exposure potential - application must be delayed when significant rainfall events are forecast, application when conditions are optimal reduces pesticide application +++ +++ +++


4 Lower Application Rates - Reduces exposure potential - use lowest effective rate +++ +++ +++


1


1


1


1











Summarize Key Concerns and Risks From WIN-PST




There is a risk to humans via leaching (atrazine - all soils and metolachlor - some soils) to groundwater and in solution runoff (atrazine - all soils). Cinch (atrazine and metolachlor) is used at reduced rates and on no-till which should decrease the loss potentials. Soil and pesticide combinations with a Win-PST "Intermediate" loss potential rating may be a hazard to fish but not to humans - these are addressed with various mitigation techniques.
There is a risk to humans via leaching (atrazine - all soils and metolachlor - some soils) to groundwater and in solution runoff (atrazine - all soils). Cinch (atrazine and metolachlor) is used at reduced rates and on no-till which should decrease the loss potentials.











Weeds to be Managed







Johnsongrass;




Tree Seedlings;



Pokeweed;



Dandelion;



Henbit/Purple Deadnettle;







































































Weed Pest Management
Option # Treatment Description (List the specific chemical, biological, or cultural method of treatment) For Crop(s) Mitigation Techniques Leaching Solution Runoff Adsorbed Runoff Applies to All Fields Unless Noted Here Comments (specific pests or management)
1 Canopy XL SB









2 24D-LV4 SB









3 Glyphosate SB









4 24D-LV4 Corn









5 Balance Pro Corn









6 Cinch ATZ Corn Filter Strip (393) - Increases infiltration & traps adsorbed pesticides, increases distance between the target area & surface water to reduce drift & inadvertent direct application to surface water. na ++ +++ B5


Lower Application Rates - Reduces exposure potential - use lowest effective rate +++ +++ +++





7











8





























Insects to be Managed




































































Insect Pest Management
Option # Treatment Description (List the specific chemical, biological, or cultural method of treatment) For Crop(s) Mitigation Techniques Leaching Solution Runoff Adsorbed Runoff Applies to All Fields Unless Noted Here Comments (specific pests or management)
1 Rotation Corn Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++



Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++





2 Rotation SB Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++



Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++





3











4











5











6











7











8






























Plant/Soil Diseases to be Managed




Soybean - Soybean Cyst Nematode;

































































Plant/Soil Disease Pest Management
Option # Treatment Description (List the specific chemical, biological, or cultural method of treatment) For Crop(s) Mitigation Techniques Leaching Solution Runoff Adsorbed Runoff Applies to All Fields Unless Noted Here Comments (specific pests or management)
1 Rotation corn Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++ B1, B5 Soybean cyst nematode (SCN)


Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++ All fields




2 Rotation SB Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++ B1, B5 SCN


Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++ All fields




3











4











5











6











7











8




















Pest Management Summary


Typical biennial and perennial weeds found in no-till are present. They are managed with a broad spectrum control program that mixes herbicide chemistries to reduce resistance. Insect and disease pressures are light and are managed with crop rotation and crop scouting.




























Sheet 3: Plan Report

Pest Management Plan

















Farm: 100







Tract: 1000







Fields: 1 (B5), 2 (B3), 3 (B4), 4 (B2), 5 (B1), UN






























For:




Ima Farmer




123 Maple Lane






Mytown IN 47906




Phone #1 765-555-1212





Phone #2 0















Plan Date: April 2004
















































Bugs 'R Us Consulting
























































Ima Farmer







































Crop Rotation(s): Corn/Soybean
Farm # 100



Tract # 1000



Fields # 1 (B5), 2 (B3), 3 (B4), 4 (B2), 5 (B1), UN







































Location & Type of Sensitive Areas Farm # Tract #s Field #s
Pesticide Concerns Identified by WIN-PST
Proximity to perennial water bodies 100 1000 B2,B3,B4,B5
Risk to Humans via Leaching to Groundwater
Proximity to surface inlets 100 1000 B2, B5
Risk to Humans in Solution Runoff
Areas of concentrated flow 0 0 0

Shallow depths to ground water 0 0 0

Coarse textured soils (leaching) 0 0 0

Working and abandoned wells 100 1000 UN, B4

Karst terrain 0 0 0

Recharge areas for sole source aquifers 0 0 0

Public Water Supply Wellhead Protection Area 0 0 0

Surface Water Drinking Reservoir Watershed 0 0 0

Areas prone to flooding and runoff (HEL). 100 1000 B1, B4, B5
0


































Summary of the Key Resource Concerns (include how risk of pesticide exposure on or off site to non-target species is reduced.)















There is a risk to humans via leaching (atrazine - all soils and metolachlor - some soils) to groundwater and in solution runoff (atrazine - all soils). Cinch (atrazine and metolachlor) is used at reduced rates and on no-till which should decrease the loss potentials. Soil and pesticide combinations with a Win-PST "Intermediate" loss potential rating may be a hazard to fish but not to humans - these are addressed with various mitigation techniques.




























Mitigation Techniques that Apply to All Pest Treatment Options General Mitigation Effectiveness


Leaching Solution Runoff Adsorbed Runoff


Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++


Residue Management (329A,B,C) - Increases infiltration, reduces soil erosion and builds organic matter + ++ +++


Nutrient Management (590) - Adequate plant nutrients, including favorable pH and soil conditions improve plant vigor, reduce plant stress, and increases plant's ability to tolerate pests na na na


Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++


Application Timing - Reduces exposure potential - application must be delayed when significant rainfall events are forecast, application when conditions are optimal reduces pesticide application +++ +++ +++


Lower Application Rates - Reduces exposure potential - use lowest effective rate +++ +++ +++































Pest Management Summary Typical biennial and perennial weeds found in no-till are present. They are managed with a broad spectrum control program that mixes herbicide chemistries to reduce resistance. Insect and disease pressures are light and are managed with crop rotation and crop scouting.















































































Weed Management Component
Option # Treatment Description For Crops Mitigation Techniques General Mitigation Effectiveness Applies to All Fields Unless Noted Here Comments
Target Weeds Johnsongrass; Tree Seedlings;Pokeweed; Dandelion; Henbit/Purple Deadnettle;
Leaching Solution Runoff Adsorbed Runoff
1 Canopy XL SB 0 0
0 0
0 0
2 24D-LV4 SB 0 0
0 0
0 0
3 Glyphosate SB 0 0
0 0
0 0
4 24D-LV4 Corn 0 0
0 0
0 0
5 Balance Pro Corn 0 0
0 0
0 0
6 Cinch ATZ Corn Filter Strip (393) - Increases infiltration & traps adsorbed pesticides, increases distance between the target area & surface water to reduce drift & inadvertent direct application to surface water. na ++ +++ B5 0
Lower Application Rates - Reduces exposure potential - use lowest effective rate +++ +++ +++ 0 0
0 0
7 0 0 0 0
0 0
0 0
8 0 0 0 0
0 0
0 0


































Insect Management Component
Option # Treatment Description For Crops Mitigation Techniques General Mitigation Effectiveness Applies to All Fields Unless Noted Here Comments
Target Insects
Leaching Solution Runoff Adsorbed Runoff
1 Rotation Corn Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++ 0 0
Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++ 0 0
0 0
2 Rotation SB Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++ 0 0
Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++ 0 0
0 0
3 0 0 0 0
0 0
0 0
4 0 0 0 0
0 0
0 0
5 0 0 0 0
0 0
0 0
6 0 0 0 0
0 0
0 0
7 0 0 0 0
0 0
0 0
8 0 0 0 0
0 0
0 0


































Disease Management Component
Option # Treatment Description For Crops Mitigation Techniques General Mitigation Effectiveness Fields Comments
Target Diseases Soybean - Soybean Cyst Nematode;
Leaching Solution Runoff Adsorbed Runoff
1 Rotation corn Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++ B1, B5 Soybean cyst nematode (SCN)
Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++ All fields 0
0 0
2 Rotation SB Conservation Crop Rotation (328) - Reduces the need for pesticides by breaking pest lifecycles ++ ++ ++ B1, B5 SCN
Scouting and Integrated Pest Management (IPM) Thresholds - Reduces exposure potential - reduced pesticide application +++ +++ +++ All fields 0
0 0
3 0 0 0 0
0 0
0 0
4 0 0 0 0
0 0
0 0
5 0 0 0 0
0 0
0 0
6 0 0 0 0
0 0
0 0
7 0 0 0 0
0 0
0 0
8 0 0 0 0
0 0
0 0








































































































































































































































































































































Conditions that affect ratings:







(none) Broadcast application (default); applied to more than 1/2 the field







b Banded application; applied to 1/2 the field or less







(none) Surface applied (default); applied to the soil surface







i Soil incorporated; with light tillage or irrigation







f Foliar application; directed spray at nearly full crop/weed canopy







(none) Standard application rate (default); greater than 1/4 lb/acre







l Low rate of application; 1/10 to 1/4 lb/acre







<ul> Ultra Low rate of application; 1/10 lb/acre or less







m There are macropores in the surface horizon deeper than 24"







w The high water table comes within 24" of the surface during the growing season







s The field slope is greater than 15%







r Residue management







<hl> High probability of rain, Low efficiency irrigation







<lh> Low probability of rain, High efficiency irrigation







<ln> Low probability of rain, No irrigation















































































































Private Applicator Pesticide Use Records* - Maintain records on the form below, Purdue ID-198/PPP-18 or equivalent

WinMAX Software for Crop and Pesticide Record Keeping is available at: www.agry.purdue.edu/mmp PPP-18 is available at: http://www.btny.purdue.edu/Pubs/PPP/PPP-18.pdf

Applicator Name & P.A. Permit # Date M/D/Y Crop Pest Controlled # of Acres Tract & Field # Chemical Brand Name & Formulation** Name of Manufacturer EPA Registration Rate/acre*** & Total Amount Applied Weather Conditions




























































































































































































































































* Private applicators are required to maintain application records for restricted-use pesticides for a minimum of two years from the date of application. It is the responsibility of the private applicator to follow recordkeeping regulations (355 IAC 4-4) under the Pesticide Use and Application Law. ** Chemical formulation is required if part of brand name. *** Expressed as either pounds, gallons, etc.





































































































































































































































































































































The words contained in this file might help you see if this file matches what you are looking for:

...Sheet instructions plan data entry date april client name ima farmer address maple lane city mytown state in zip code phone certified pest management specialist bugs r us consulting planning unit farm tract s fields b un rotation cornsoybean other crops location amp type of sensitive areas field numbers for the area proximity to perennial water bodies surface inlets concentrated flow shallow depths ground coarse textured soils leaching working and abandoned wells karst terrain recharge sole source aquifers public supply wellhead protection drinking reservoir watershed prone flooding runoff hel pesticide concerns identified by winpst mitigation techniques that apply all treatment options solution adsorbed risk humans via groundwater conservation crop reduces need pesticides breaking lifecycles residue a c increases infiltration soil erosion builds organic matter nutrient adequate plant nutrients including favorable ph conditions improve vigor reduce stress ability tolerate pests na scou...

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