· xls file · web viewthe web soil survey link acquires the soils data, ... current crop's...

IDAHO NRCS (4-Rs) Fertilizer Application Jobsheet 1a (COMMERCIAL FERTILIZER) Version 2.1.4 4-2012

THE NUTRIENT VALUES GENERATED BY THIS WORKSHEET ARE NOT FERTILIZER RECOMMENDATIONS! The values calculated in the tables are guides for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer guides

and addresses the New Nutrient Management Strategy (right source, rate, timing and placement of commercial fertilizers). Always check the values generated by this spreadsheet with the specific crop's fertilizer guide.

STEP 3: INDIVIDUAL FIELD DETAILField Name: Acres: Land Use:

STEP 4: SOILS TEST (RIGHT AMOUNT)

SOIL TEST DATA ENTRY MANAGE SAVED SOIL TESTS

Depth

Soil Test Nitrogen View the List of Saved Soil TestsNitrate-N Ammonium-N Saved Soil Test No. Field Name Soil Test Date

ppmOlsen (NaHCO3)

NH4AcO S SMP pH

(inches) ppm ppm (ppm) (ppm) (ppm)

0 to 12

12 to 24

Soil Test No's are assigned by program!

Field Name:

24 to 36

36 to 48

STEP 5: CURRENT CROP'S PLANNED ANNUAL NUTRIENT BUDGET

Tillage System Used:#N/A

Current Crop:Base Yield/acre:

Grower's Expected Yield/acre:

Previous Crop:Default Crop Residue: tons/acre

Grower's Adjusted Planned Residue: 0 tons/acre

Crop Residue Type:

0

CURRENT CROP:

The Following Section fills in the Grower's Proposed Fertilizer Application Schedule (RIGHT PLACEMENT AND TIMING)

Planned Fertilizer Application Date: N

Field Name: ENTER SOIL TEST Check N Soil Test Date? Check P Soil Test?

Starter P-->

Rotational P & K-->

0 0 0

The NRCS policy allows a 40 lb-N, 20-lb-P2O5 and a 40 lb-K2O (40N-20P-40K) per acre variation per rotation year based on the University of Idaho Fertilizer Guides Interpretation.

Grower's Planned Application Rate(lb/acre)

Select Method of Application (PLACEMENT) Select Time of Application (TIME)N Sulfur

0 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 0

TOTAL PLANNED NUTRIENTS 0 0 0 0

How close the Commercial Fertilizer Plan fits the University of Idaho Recommendation.Nitrogen Phosphorus Phosphorus Band Potassium Sulfur

CHECK SOIL TEST DATE? ENTER SOIL TEST? ENTER SOIL TEST? ENTER SOIL TEST? 0

Field Rotation:

Current Crop:

Previous Crop:

USDA/NRCS 590 (Nutrient Management Standard) requirements

SUMMARY OF SOIL TESTS SAVED The soil test can be saved for future use. When the field's soil test is saved it will be listed in dropdown lists in the column to the right of the soil test. The soil test can be retrieved by entering the Soil Test No. and activating the "IMPORT...TESTS" bar. Soil

Test Date:

Soil Test pH

Soil Organic Matter

(%)

Soil Test Phosphorus

Soil Test Potassium

Soil Test

Sulfur

Enter the SAVED Soil

Test No.

To retreive a saved soil test ENTER the Soil Test No assigned by the program for the saved Soil Test.

Is there recent history (last three years) of applied manure or legume covercrop in this field?

The planner has to enter "Grower's Planned Residue".

Commercial fertilizer application rate, method and timing of application play a critical role in reducing the potential for off-site risks to water and air quality. Placement and timing in relationship to the

transport risk (water and wind) are key elements in developing a good nutrient management strategy.

IF THIS IS A THIRD PARTY COMPOST OR DRY MANURE APPLICATION, THEN CONTINUE USING THE LAB ANALYSIS FOR THE COMPOST OR DRY MANURE.

U OF I FERTILIZER GUIDE (The Rotational Planned Application

may differ based on the Grower's Plan!)P2O5 K2O

Check K Soil Test?

THE FALL PREPLANT NITROGEN AND SPRING STARTER PHOSPHORUS APPLICATIONS ON GRAINS AND RISK ASSESSMENT ARE ADJUSTED BY

SOIL TEMPERATURE AT THE TIME OF FERTILIZER APPLICATION, PLEASE ENTER THE SOIL TEMPERATURE IN THE DROP DOWN BOX TO THE RIGHT.

Month of Application P2O5 K2O

IMPORT SAVED SOIL TESTSSAVES SOIL TEST TO SOIL TEST SUMMARY

CLEAR SOIL TEST

DATA?

SAVES UofI RECOMMENDATION TO A

SUMMARY SHEET

OPEN 'BIONUT

CALCULATOR'!

http://efotg.nrcs.usda.gov/references/public/ID/590.pdf

B48

Following development of the Current and Previous Crops for each field in the Farm's NMP, the next step involves entering the Soil Test and Nutrient Budget for each field in the Farm's NMP. Enter the "Field Name" will import the "Acres, Field Rotation, Current Crop and Previous Crop" for the field that you will be entering the "Soil Test supplied by your producer.

B53

Activating the "CLEAR SOIL TEST DATA?" clears only the Soil Test Data entered below. It does not delete the saved Soil Test Data.

F53

A "YELLOW" fields background will appear for initial soil test entry data and indicate that the soil test information has not been saved, check the Soil Test Date in the "SAVED SOIL TESTS". A "BLUE" fields background appear when retrieving saved soil test data, A "GREEN" fields backgrounds appear when retrieving saved NMP used for NMP certification.

L54

The "IMPORT SAVED SOIL TESTS" bar is used to import a saved soil test inorder to develop the nutrient application plan. The list bar below will show the saved soil tests and the number that the program has assigned to the soil test.

E56

Entering the "Soil Test No." and activating the "IMPORT SAVED SOIL TEST" bar will recover the SAVED Soil Test Data for the Field. It is the number in the left column of the dropdown list.

E58

Make sure that the units for Nitrate-N and Ammonium-N are the same as reported on the Soil Test.

G59

Activating the "SAVED SOIL TEST TO SOIL TEST SUMMARY" bar will save the Soil Test Data to the "SOIL TEST SUMMARY" file. The program will assign a number for the saved soil test . When the Soil Test is saved a message will appear and the Tract, Field Name and Soil Test Date will appear in the table to the right. TO PREVENT ENTERING A SOIL TEST TWICE "CHECK THE TABLE TO THE RIGHT" TO SEE IF YOU HAVE ALREADY SAVED THE SOIL TEST!! IF THE FIELD HAS BEEN ASSIGNED A SOIL No. AND SOIL TEST DATE, THEN IT IS SAVED!!

L60

Entering the "Soil Test No." and activating the "IMPORT SAVED SOIL TEST" bar will recover the SAVED Soil Test Data for the Field. It is the number in the left column of the dropdown list.

B71

The UofI RECOMMENDATION for each field in the Conservation Unit can be saved to the "UofI RECOMMENDATION SUMMARY" page. This is an option to expedite giving a producer the summary of the factors that make-up the University of Idaho Fertilizer Guide Recommendations.

B82

The UofI RECOMMENDATION for each field in the Conservation Unit can be saved to the "UofI RECOMMENDATION SUMMARY" page. This is an option to expedite giving a producer the summary of the factors that make-up the University of Idaho Fertilizer Guide Recommendations.

Version 2.1.4 4-2012

The values calculated in the tables are guides for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer guides

and addresses the New Nutrient Management Strategy (right source, rate, timing and placement of commercial fertilizers). Always check the values generated by this spreadsheet with the specific

###

###

STEP 4: SOILS TEST (RIGHT AMOUNT)

MANAGE SAVED SOIL TESTS

Saved Soil Test No. Field Name Soil Test Date

ppm

Soil Test Date:

STEP 5: CURRENT CROP'S PLANNED ANNUAL NUTRIENT BUDGETYES

NO

Perennial Crop

The Following Section fills in the Grower's Proposed Fertilizer Application Schedule (RIGHT PLACEMENT AND TIMING)

Sulfur

###

The NRCS policy allows a 40 lb-N, 20-lb-P2O5 and a 40 lb-K2O (40N-20P-40K) per acre variation per rotation year based on the University of Idaho Fertilizer Guides Interpretation.

Grower's Planned Application Rate(lb/acre)

APR

MAY

How close the Commercial Fertilizer Plan fits the University of Idaho Recommendation.

0

SUMMARY OF SOIL TESTS SAVED The soil test can be saved for future use. When the field's soil test is saved it will be listed in dropdown lists in the column to the right of the soil test. The soil test can be retrieved by entering the Soil Test No. and activating the "IMPORT...TESTS" bar.

To retreive a saved soil test ENTER the Soil Test No assigned by the program for the saved Soil Test.

The planner has to enter "Grower's Planned Residue".

Commercial fertilizer application rate, method and timing of application play a critical role in reducing the potential for off-site risks to water and air quality. Placement and timing in relationship to the

U OF I FERTILIZER GUIDE (The Rotational Planned Application

may differ based on the Grower's Plan!)

IMPORT SAVED SOIL TESTS

OPEN 'BIONUT

CALCULATOR'!

NRCS Idaho U OF I Fertilizer Guide Part 2 (COMMERCIAL FERTILIZER CERTIFICATION)

Grower: Township: Date:Management Unit: Range: Plan Year:

Tract No.(s): Section: Crop Year:County: Field: Planner:

CURRENT CROP: Acres:

Average Yield/acre: - Project Description:

- Soil Test Date:

Tillage Used: #N/APREVIOUS CROP:

Estimate tons per acre of residue plowdown from previous crop: 0

THE NUTRIENT VALUES GENERATED BY THIS SPREADSHEET ARE NOT FERTILIZER RECOMMENDATIONS. THE VALUES calculated in the tables are GUIDES for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer Guides. Always check the values generated by this spreadsheet or the IDAHO ONEPLAN NUTRIENT MANAGEMENT PLANNER with the specific crop's fertilizer guide. If the field you are working with in the model involves the application of animal waste then this spreadsheet does not replace the "COMPREHENSIVE NUTRIENT MANAGEMENT PLAN (CNMP)" generated by using Idaho OnePlan.

Grower's Expected Yield/acre:

CERTIFICATION OF ACTUAL COMMERCIAL FERTILIZER APPLIEDCURRENT CROP: Grower's Planned Yield: 0

Grower's Actual Yield:

The Following Section Certifies the Grower's Actual Fertilizer Applied

UNIVERSITY OF IDAHO FERTILIZER GUIDE NUTRIENT RECOMMENDATION

Certification Date:

Initial U OF I FG ENTER DATEGrower Planned

Adjusted U OF I FG (based on Actual Yield) ENTER GROWER'S ACTUAL YIELD

Adjusted U OF I FG (based on Actual Spring Field Conditions)

Date of Application Select Method of ApplicationGrower's Actual Application Rate(lb/acre)

N (S)

0 0 0 0 0

0 0 0 0 0

0 0 0 0 0

0 0 0 0 0

0 0 0 0 0

0 0 0 0 0

0 0 0 0 0

0 0 0 0 0

0 0 0 0How close the Actual Commercial Fertilizer Applied fit the Adjusted University of Idaho Recommendation.

Nitrogen Phosphorus Potassium

FERTILIZER APPLICATION? FERTILIZER APPLICATION? FERTILIZER APPLICATION?

When you are completed with this field, selecting the SAVE THE CERTIFIED FIELD DATA command button will save the data for the field in the Farm Summary Page.

CertificationI certify that I applied this nutrient according to my Nutrient Management Plan.

Client: Date:

This Nutrient Plan was planned according to NRCS Standards and Specifications.

Conservationist: Date:

This Nutrient Management Plan was completed and certified.

Certified by: Date:

The NRCS policy allows a 40 lb-N, 20-lb-P2O5 and a 40 lb-K2O (40N-20P2O5-40K2O) per acre variation per rotation year based on the University of Idaho Fertilizer Guides Interpretation.

NITROGEN (N)

Phosphorus (P2O5)

POTASH

(K2O)

SULFUR

(S)

U OF I Fertilizer GuideCERTIFICATIO

N

P2O5 K2O

The NRCS policy allows a 40 lb-N, 20-lb-P2O5 and a 40 lb-K2O (40N-20P-40K) per acre variation in the University of Idaho Fertilizer Guides Interpretation. The following is a ranking of how close the Commercial Fertilizer Plan fits the University of Idaho Recommendation.

http://info.ag.uidaho.edu:591/catalog/

B44

The NMP standard allows the application of upto 30 pounds of starter Phosphorus (P2O5) if the crop is seeded during "COOL, WET SPRING CONDITIONS".

Rotations & CropsYield Unit N

Idaho Nutrient Management Plan - Part 1Rotation for Each Field in the Operation

Conservation Practice 590 Jobsheet 1b for Commercial Fertilizer ONLY Estimated

Yield P2O5Rotational

P2O5K2O Rotational

K2OResidue (tons)

Clear RotationsRETURN TO CROP & SOIL TEST PAGE

Conservation Practice 590 Jobsheet 1c for Commercial Fertilizer ONLY November 2010

Management Unit: Township: Date:Grower: Range: Plan Year:Planner: Section: Tillage Practice: #N/A

Soil Test Information and Nutrient Risk Assessment

Tract-Field Name: Current Crop Previous Crop pH P-Test K-Test S-Test EC

NRCS - Idaho Commercial Fertilizer Nutrient Management PlanPart 1 - Soil Test Summary

THE NUTRIENT VALUES GENERATED BY THIS SPREADSHEET ARE NOT FERTILIZER RECOMMENDATIONS. THE VALUES calculated in the tables are GUIDES for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer Guides. Always check the values generated by this spreadsheet with the specific crop's fertilizer guide.

Soil Test No.

Soil Test Date

Soil Organic

Matter

(%)

1st foot NO3--N

(lb/ac-N)

2nd foot NO3--N (lb/ac-N)

3rd foot NO3--N

(lb/ac-N)

4th foot NO3--N

(lb/ac-N)

1st foot NH4+-N (lb/ac-N)

2nd foot NH4+-N (lb/ac-N)

P-Test Method

K-Test Method

S-Test Method

If pH > 7 "% Free Lime",

if pH <6 "SMP pH"

Conservation Practice 590 Jobsheet 1a for Commercial Fertilizer ONLY

Grower: Township: Date: 12/30/1899Management Unit: Range: Plan Year: 0

Planner: Section: 0Nutrient Management Plan, Planned Annual and Certification Summary

Tract-Field Name: Crop Rotation Current Crop Previous Crop Soil Test DateU of I FG Uof I FG Uof I FG Uof I FG

NRCS - Idaho Commercial Fertilizer Nutrient Management PlanPart 2 - Idaho U OF I Nutrient Recommendations

THE NUTRIENT VALUES GENERATED BY THIS SPREADSHEET ARE NOT FERTILIZER RECOMMENDATIONS. THE VALUES calculated in the tables are GUIDES for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer Guides. Always check the values generated by this spreadsheet or the IDAHO ONEPLAN NUTRIENT MANAGEMENT PLANNER with the specific crop's fertilizer guide. If the field you are working with in the model involves the application of animal waste then this spreadsheet does not replace the "COMPREHENSIVE NUTRIENT MANAGEMENT PLAN (CNMP)" generated by using Idaho OnePlan.

Tillage Practice:

Grower's Expected Yield/acre

Nitrogen (N)

Phosphorus (P2O5)

Potassium

(K2O)Sulfur (SO4-S

Total N requirement

based on expected

yield.

Previous crop credt/debit

Mineralized N

credit

Calc N profile (Soil Test)

credit

Uof I FG Starter P

Planned Rotational

Planned Rotational

NOTES:

Conservation Practice 590 Jobsheet for Commercial Fertilizer ONLY


Planner: Section: Tillage Practice: #N/ANutrient Management Plan, Planned Annual and Certification Summary

NRCS - Idaho Commercial Fertilizer Nutrient Management PlanPart 3 - Planned Farm and Certified Fields Summary

THE NUTRIENT VALUES GENERATED BY THIS SPREADSHEET ARE NOT FERTILIZER RECOMMENDATIONS. THE VALUES calculated in the tables are GUIDES for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer Guides. Always check the values generated by this spreadsheet or the IDAHO ONEPLAN NUTRIENT MANAGEMENT PLANNER with the specific crop's fertilizer guide. If the field you are working with in the model involves the application of animal waste then this spreadsheet does not replace the "COMPREHENSIVE NUTRIENT MANAGEMENT PLAN

(CNMP)" generated by using Idaho OnePlan.

NMP No.

Crop Rotation Current Crop Previous Crop Planned Yield Actual YieldsU of I FG Grower's Plan Uof I FG Grower's Plan Uof I FG Grower's Plan

Tract-Field Name:

Nitrogen (N)

Phosphorus (P2O5)

Potassium (K2O) Certification

DateGrower's Applied

Planned Rotational

Grower's Applied

Planned Rotational

Grower's Applied







NOTES:







CertificationI certify that I applied this nutrient according to my Nutrient Management Plan.

Client: Date:

This Nutrient Plan was planned according to NRCS Standards and Specifications.


This Nutrient Management Plan was completed and certified.

Certified by: Date:

Northern Idaho Fertilizer Guides TablesCrop Nutrients Recommendation

NitrogenTable 1

Calculation of N in profile using depth samples (Soil Test)

Depth(inches) (lb/acre) ppm (lb/acre)0 to 12 0 0 0 012 to 24 0 0 0 024 to 35 0 0 0 036 to 48 0 0 0 0

Total 0 0 0 0Table 2

Dec-99

Previous Crop Tabled FG Data0

Mineralizable N per % Organic Matter 0 Table 3.

Calculated Nitrogen Recommendation ( U of I )Total Nitrogen-N requirement based on expected yield and Crop Residue Credits or Debits.

Grower's Expected Yield/acreTotal available Nitrogen-N requirement based on expected yield. 0 lb/acre

Previous crop: 0 lb/acreMineralizable N per % Organic Matter 0 lb/acre

Calculation of N in profile using depth samples (Soil Test) 0 lb/acreFertilizer Guide Rate 0 lb N/acre

Table 4. Phosphorus

Soil Test P Soil Test P MethodDepth NaAcO (Morgan)

(inches) (ppm)0 to 12 0

Calculated phosphorus Recommendation ( U of I )Fertilizer Guide Rate 0

Starter Band Rate 0Table 5.

Potassium

Soil Test KDepth Olsen (NaHCO3)


Calculated potassium Recommendation ( U of I )Fertilizer Guide Rate 0

Table 6. Sulfur

Soil Test Sulfur Soil Test S MethodDepth S


Calculated sulfur Recommendation ( U of I )Fertilizer Guide Rate 0 lb S/acre

Table 7. Calculated Nitrogen Recommendation ( U of I )

Total Nitrogen-N requirement based on expected yield and Crop Residue Credits or Debits.Grower's Expected Yield/acre 0 0

Total available Nitrogen-N requirement based on expected yield. 0 lb/acrePrevious crop: 0 lb/acre

Mineralizable N per % Organic Matter 0 lb/acreCalculation of N in profile using depth samples (Soil Test) 0 lb/acre

Fertilizer Guide Rate 0 lb N/acreTable 8.

Phosphorus

Soil Test P Soil Test P MethodDepth NaAcO (Morgan)


Calculated phosphorus Recommendation ( U of I )Fertilizer Guide Rate 0

Starter Band Rate 0Table 9.

Potassium

Soil Test KDepth Olsen (NaHCO3)


Calculated potassium Recommendation ( U of I )Fertilizer Guide Rate 0

Soil Test NH4-N Total NO3-N and NH4-N Total NO3-N and NH4-N

Estimated Nitrogen Credit or (Deficit) for Previous Crop ( U of I ) The data in the table shows that Nitrogen tie-up or release from typical biological

breakddown of these residues.

lb P 2O 5/acrelb P 2O 5/acre

lb K 2O/acre

lb P 2O 5/acrelb P 2O 5/acre

lb K 2O/acre

NRCS - Idaho Commercial Fertilizer Nutrient Management Plan

Grower: Field: Township: Range: SectionManagement Unit: Date:

Planner: Soil Texture: Land Use:

Risk Summary and Mitigating Practices Needed

Nutrient Risk Factors from CROP&SOIL TEST (For Current Crop Identified):Soil Test P

P Fertilizer Rate

P Fertilizer Method

Organic P Fertilizer Rate

Organic P Fertilizer Method

N Fertilizer Rate

N Fertilizer Timing

N Fertilizer Method

Runoff Class Low Little surface runoff occurs from storm events. Low risk of soluble and/or sediment-attached nutrient loss.

Irrigation Runoff Index Very Low Little surface runoff occurs from irrigation. Low risk of soluble and/or sediment-attached nutrient loss.

Runoff BMPs (level of use, not risk) Medium REQUIRED if runoff occurs: Apply in-field conservation practices that reduce soil erosion and runoff.

Irrigation Index (for deep percolation) Low Good water management. Leaching during the growing season is minimized.

Leaching Index (non-growing season risk) Very Low Low potential for leaching during the non-growing season.

Distance Very Low Increased distance to surface water reduces transport risk

Soil Properties Low Soils with slow infiltration/water transmission. Reduced risk of leaching.

Soil Erosion Low Erosion probably less than T. Recommendation: Follow good soil conservation practices

Current Year Application Risk: Nitrogen = Low Phosphorus = LowOverall INTRA Risk Level Surface= Low Ground Water = Low Total Points for Surface Water:

RISK MITIGATION NEEDED FOR NUTRIENT MANAGEMENT PLAN

Description Site-specific information or additional notes on practice application

Conservation Practice 590 RISK ASSESSMENT SUMMARY Jobsheet 1d for Commercial Fertilizer ONLY November 2010

Based on the Data Entry and/or INTRA data for this CMU/operation. The Goal is to identy and address the risk associated with application of nutrients on the current crop. If

Climatic, Soils and Management Risk Factors from INTRA OR "Water Management and Soils and Landform" Pages

It is intended that nutrient management plans developed from this standard be used to help producers improve or maintain their level of management and expertise as it relates to the application of nutrients on the lands they own and/or control. The NMP shall specify the source, amount, timing and method of application of nutrients on each field to achieve realistic production goals, while minimizing movement of nutrients and other potential contaminants to surface and/or ground waters

Management Techniques Needed If current crop nutrient management application poses a risk due to rate, method or timing, this needs to be addressed as well as those identified for the entire opertion/CMU

Select appropriate mangement techniques or approaches:

OPEN "Water Management" and "Soils and Landform" Data Calculations

Conservation Practices to Address Leaching RisksDescription Site-specific information or additional notes on practice application

Conservation Practices to Address Solution Runoff and/or Erosion Loss Risks

Description Site-specific information or additional notes on practice application

Soil Map(s):Soil map(s) attached on the MAPS page.

The soil map(s) are located in the conservation plan.

Operation and Maintenance:

Grain or Corn (residue returned early spring)

CertificationI agree to install this practice as explained in the above Jobsheet.

Client: Date:

This practice is planned according to NRCS Standards and Specifications.


This practice has been completed and maintained in accordance with this Jobsheet.

Select appropriate mangement techniques or conservation practices:

Select appropriate mangement techniques or conservation practices:

Additional Comments or Practices Needed:

* Review nutrient management plans annually to determine if significant changes in the operation have occurred that will affect the overall nutrient management plan. Significant changes include increases/decreases in applciation area by 10%, change in crop or crop rotation, change in irrigation system, or new designation as a sensitive area.* Maintain field records for a minimum of five years. As applicable, records should include:• Soil, plant tissue, organic, and water test results as collected and recommendations for nutrient application.• Quantities, analyses and sources of nutrients applied.• Approximate dates and methods by which nutrients were applied.• Weather conditions and soil moisture at the time of application; lapsed time to manure incorporation, rainfall or irrigation event.• Crops planted, planting and harvest dates, yields, and crop residues removed.• Dates of annual review and person performing the review and recommendations that resulted from the review.• Any additional information as required by this standard, (e.g., site vulnerability, risk assessment, biosolids application records, and other appropriate cautions and discussions).• Irrigation water management evaluations as applicable.• Documentation of the actual rate at which nutrients were applied. When the actual rates used differ from the recommended and planned rates, records will indicate the rationale.* Workers should be protected from and avoid unnecessary contact with chemical fertilizers and organic by-products. Protection should include the use of protective clothing when working with plant nutrients. Extra caution must be taken when handling ammonia sources of nutrients, or when dealing with organic wastes stored in unventilated enclosures.

* Protect fertilizer and organic by-product storage facilities from weather and accidental leakage or spillage. Storage of manure, fertilizers and cleaning of application equipment should be done away from a wellhead.

* Backflow protection devices shall be installed according to Idaho chemigation requirements when using irrigation systems for application or distribution of liquid waste or commercial fertilizer.

* Store and dispose of material generated from cleaning nutrient application equipment properly. Excess material should be collected and stored, or field applied in an appropriate manner. Excess material should not be applied on areas of high potential risk for runoff and leaching.* Dispose or recycle nutrient containers according to state and local guidelines or regulations.* Calibrate application equipment to ensure uniform distribution of material at planned rates

IDAHO USDA-NRCS BIONUTRIENT WORKSHEET Version 2 (Dec 2008)

BIONUTRIENT APPLICATION CALCULATOR

BIONUTRIENT SOURCE: BioNutrients unit of application

Enter Acres Available for BioNutrient Application: Acres Bionutrient Analysis 0 Tons

Instructions:

Animal Waste Management Handbook N - 1000 Gals

0.0 0.0 0.0 - 100 Cu.Ft.

0.0 0.0 0.0 - Cu.Yd.

Total Units of Bionutrient to be applied to the field:N 42 lbs per 5 Gals

0.0 0.0 0.0 63 Calc. lbs per Cu.Ft.

N Units of Application per Acre based on N, P or K Application Base.

0 0 0 Tons 1000 Gals 100 Cu.Ft. Cu.Yd.



Based on Nitrogen

Based on Phosphorus

Based on Potassium

THE WORKSHEET IS INTENDED FOR THIRD PARTY BIONUTRIENT APPLICATIONS. THE WORKSHEET DOES NOT REPLACE DEVELOPMENT OF THE CNMP VIA IDAHO ONEPLAN NMP! Application rate,

method and timing of application play a critical role in reducing the potential for off-site risks to water and air quality. Placement and timing in relationship to the transport risk (water and wind) are key elements in developing a good nutrient management strategy.

Total Units BioNutrients Available for Application

P2O5 K2O

Available BioNutrient Units Conversions

Default Total N, P2O5 and K2O values from the AWM Handbook Chpt 11 (lb/ton):Enter the DEFAULT N, P and K from the CNMP OR

BIONUTRIENT ANALYSIS in pounds of N-P2O5-K2O per ton as applied:

Enter the desired pounds of N or P2O5 or K2O per acre to be applied by BioNutrients:

P2O5 K2O Measured Weight per Volume

GROWER'S APPLICATION

OPTIONS

Estimated Nutrient Availability BaseP2O5 K2O

on the desired Nitrogen application rate

on the desired Phosphorus application

rateon the desired

Potassium application rate

BioNutrients Application

Percent of Total BioNutrient Source to

be Applied

BioNutrients Remaning for Application

B4

Enter the BioNutrient Source, Acres to be fertilized and volume of BioNutrient available to be applied.

J11

If you do not know the density of the BioNutrient to be applied. Weigh a 5 gallon bucket quantity of the BioNutrient. Enter the weight in the box to the right and the program will convert of pounds per cubic foot.

B18

"BioNutrients Remaining…..Application" indicates the estimated Tons, 1000 gals, 100 Cu.Ft. or Cu.Yd. remaining following the planned application. The remaining units are also expressed in a percent of the total original supply. The program will indication that is the planned application exceeds the supply the is calculates the percent that the acres or rate of application will have to be reduced.




Tract-Field Name: Crop Rotation Current Crop Organic Nutrient Source

NRCS - Idaho Commercial Fertilizer Nutrient Management PlanPart 4 - Planned Organic Fertilizer Summary

THE NUTRIENT VALUES GENERATED BY THIS SPREADSHEET ARE NOT FERTILIZER RECOMMENDATIONS. THE VALUES calculated in the tables are GUIDES for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer Guides. Always check the values generated by this spreadsheet or the IDAHO ONEPLAN NUTRIENT MANAGEMENT PLANNER with the specific crop's fertilizer guide. If the field you are working with in the model involves the application of animal waste then this spreadsheet

does not replace the "COMPREHENSIVE NUTRIENT MANAGEMENT PLAN (CNMP)" generated by using Idaho OnePlan.

Tillage Practice:

Date of Application

Pounds of Nitrogen Applied

Pounds of Phosphorus

Applied

Pounds of Potassium

Applied

TON/ACRE ASSUMING

FULL COVERAGE

TONS/ACRE BASED ON BED/ROW/

PLANT SPACINGS

LBS PER ROW BASED

ON BED/ROW/ PLANT

SPACINGS

CU.FT. PER ROW BASED

ON BED/ROW/ PLANT

SPACINGS

TOTAL TONS OF

BIONUTRIENT PER FIELD BASED ON BED/ROW/

PLANT SPACINGS

APPLICATION DEPTH (INCHES)




Tract-Field Name: Crop Rotation Current Crop Organic Nutrient Source

NRCS - Idaho Commercial Fertilizer Nutrient Management PlanPart 4 - Planned Organic Fertilizer Summary

THE NUTRIENT VALUES GENERATED BY THIS SPREADSHEET ARE NOT FERTILIZER RECOMMENDATIONS. THE VALUES calculated in the tables are GUIDES for NUTRIENT MANAGEMENT PLANNING as published in the U OF IDAHO Fertilizer Guides. Always check the values generated by this spreadsheet or the IDAHO ONEPLAN NUTRIENT MANAGEMENT PLANNER with the specific crop's fertilizer guide. If the field you are working with in the model involves the application of animal waste then this spreadsheet

does not replace the "COMPREHENSIVE NUTRIENT MANAGEMENT PLAN (CNMP)" generated by using Idaho OnePlan.

Tillage Practice:

Date of Application

Pounds of Nitrogen Applied

Pounds of Phosphorus

Applied

Pounds of Potassium

Applied

TON/ACRE ASSUMING

FULL COVERAGE

TONS/ACRE BASED ON BED/ROW/

PLANT SPACINGS

LBS PER ROW BASED

ON BED/ROW/ PLANT

SPACINGS

CU.FT. PER ROW BASED

ON BED/ROW/ PLANT

SPACINGS

TOTAL TONS OF

BIONUTRIENT PER FIELD BASED ON BED/ROW/

PLANT SPACINGS

APPLICATION DEPTH (INCHES)

NOTES:

IDAHO USDA-NRCS COMMERCIAL FERTILIZER WORKSHEET

Current Crop: Acres: 0

UNIVERSITY OF IDAHO FERTILIZER GUIDE NUTRIENT RECOMMENDATION

PLANNED APPLICATION DATE:

UofI Fertilizer Guide Recommendation:

ROTATIONAL PLANNED NUTRIENT APPLICATION: 0 0Grower's Planned Application Rate(lb/acre)

Select Method of Application Select Timing of Application N (S)0 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 0

TOTAL PLANNED NUTRIENTS: 0 0 0 0

Commercial Fertilizer Mix Worksheet/CalculatorInstructions: Application Acres: 0 N Elem S

0 0 0 0 0Nutrient Sources Calc Lb/Acre:Calc Gal/AcreTotal TonsTotal Gals

Nitrogen Source 0 0.00 - Phosphorus Source 0 0 0.00 - Potassium Source 0 0 0.00 -

Sulfur Source 0 0 0.00 - Amendments Source 0 0 0.00 -

- -

Nutrient N Elem S% 0.0% 0.0% 0.0% 0.0% 0.0%

Lb/ton 0 0 0 0 0Calc Lb/acre 0 0 0 0 0

Product Calc Lb/Acre: 0 Ton/Acre: 0.00 Total Tons: 0.00Calc Gal/Acre: 0 Total Gals: 0

Calculated Nutrient Applied Based on Fertilizer Analysis (%) and Lbs or Tons Applied

Grower's Reported Fertilizer Mix

Fertilizer Applied: 0 tons Application Acres: 0N Elem S

Percent 0.0 % 0.0 % 0.0 % 0.0 % 0.0 %Calc Lb/ton 0 0 0 0 0Calc Lb/acre 0 0 0 0 0

Calculated Nutrient Applied Per Acre Based on Fertilizers Applied as Tons, Pounds or Gallons

Application Acres: 0 Fertilizer Product

Product 1 0.00 tons 0 0.000

Product 2 0 0.00 tons 0 0.000








Product 10 0.00 tons 0 0.000

Product 11 0.00 tons 0 0.000

Product 12 0.00 tons 0 0.000

Product 13 0.00 tons 0 0.000

Product 14 0.00 tons 0 0.000

Product 15 0.00 tons 0 0.000

Organic Product 1 0.00 tons 0 0.000




Organic Product 5 0.00 tons 0 0.000Calculated Fertilizer and Nutrients Applied 0 0.000N ES

Lb/acre 0 0 0 0 0

Link for Entering New Fertilizer or Soil AmendmentFertilizer Sources lb/cu.ft. lb/gal N P2O5 K2O SO4-S ES Ca

Commercial fertilizer application rate, method and timing of application play a critical role in reducing the potential for off-site risks to water and air quality. Placement and timing in relationship to the transport risk (water and wind) are key elements in developing a good nutrient management strategy.

NITROGEN (N)

Phosphorus (P 2O 5)

POTASH (K 2O)

SULFUR (S)

Check N Soil Test Date?

Check P Soil Test?

Check K Soil Test?

The following section is copied from the grower's proposed fertilizer application schedule. (CROP & SOIL TEST)

P2O5 K2O

P2O5 K2O SO4-SEnter the desired pounds of N-P2O5-K2O per acre to be applied

by this mix:

1 Commercial mix assumes that the amendment ELEMENTAL SULFUR is a part of the fertilizer mix. If the amendment is applied separately from the fertilizer mix

DO NOT include the amendment as part of the mix.Analysis1 P2O5 K2O SO4-S

GROWER'S CUSTOM MIX

Worksheet to Calculate the Application Rates per Acre from the Grower's Fertilizer Dealer's Invoice

Analysis1 P2O5 K2O SO4-S

Amount Applied

Product Units

Lb/Acre Applied

Ton/Acre Applied

Grower's Reported Fertilizer

Applications

Analysis1 P2O5 K2O SO4-S

1 Commercial Fertilizer Grade does not include Amendments to calculate %N, %P2O5, %K2O, and %S.

Clears ENTERED DATA IN THE COM FERT CALC WORKSHEETPrint COM FERT CALC WORKSHEET

ENTER AS A NEW N FERTILIZER

CLEARS Summary Nutrient Worksheet

ENTER AS A NEW P FERTILIZERENTER AS A NEW K FERTILIZERENTER AS A NEW S FERTILIZERENTER AS A NEW SOIL AMENDMENT

RETURN TO CROP & SOIL TEST PAGE

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SOIL TEST INFORMATION: Date of Soil Test: _______________ 1st FOOT: NO3-N NH4-N P K S pH OM EC Free Lime ------------------------ (ppm) ------------------------ % (mm) % _______ _______ ______ ______ ______ ______ ______ _______ _________ 2nd FOOT: NO3-N NH4-N -------- (ppm) ------- _______ _______ Planned Fertilizer Applications: Date of Applications Application Rates (lbs) Method and Placement N P2O5 K2O 1 ________________ _____ ______ ______ ___________________________ 2 ________________ _____ ______ ______ ___________________________ 3 ________________ _____ ______ ______ ___________________________ 4 ________________ _____ ______ ______ ___________________________ 5 ________________ _____ ______ ______ ___________________________ 6 ________________ _____ ______ ______ ___________________________ 7 ________________ _____ ______ ______ ___________________________ 8 ________________ _____ ______ ______ ___________________________ 9 ________________ _____ ______ ______ ___________________________ 10 ________________ _____ ______ ______ ___________________________

Idaho Commercial Nutrient Management Data Collection

PLANNING DATA ENTRY

Date: _____________ Field Office: _____________ Planner:_________________ Producer: _________________________ Contract No.: ____________________ Legal Description: T: ___________ R: ____________ Sec: _______________ Land Use: ___________________________________________________________ Tract: _________ Field Name: _________________________ Acres: __________ Current Rotation:

Year: Crop: Expected Yield: Units of Yield: _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________ _______ ______________________________ _____________________________ _______ ______________________________ _________________ ___________ _______ ______________________________ _________________ ___________



PLANNING DATA ENTRY



Data from INTRA: LOW MEDIUM HIGH

Over-all Risk for Surface Water: _______ _______ _______ Over-all Risk for Ground Water: _______ _______ _______ Risk Factors from INTRA (for critical crop(s) identified): LOW MEDIUM HIGH Soil Test P _______ _______ _______ P Rate _______ _______ _______ P Timing _______ _______ _______ P Method _______ _______ _______ N Rate _______ _______ _______ N Timing _______ _______ _______ N Method _______ _______ _______ Runoff Class _______ _______ _______ Irrigation Index _______ _______ _______ Leaching Index _______ _______ _______ Distance to Surface Water _______ _______ _______ Soil Erosion _______ _______ _______

Planned BMP’s or other Mitigation Practices:

1. ________________________________________________________________ 2. ________________________________________________________________

3. ________________________________________________________________

4. ________________________________________________________________

5. ________________________________________________________________

6. ________________________________________________________________

7. ________________________________________________________________

8. ________________________________________________________________

9. ________________________________________________________________

10. ________________________________________________________________

NMP Plan - Application/Certification Actual Fertilizer Applications: Date of Applications Application Rates Product Analysis

(lbs or tons) Units for the fertilizer applied (% or lbs)

N P2O5 K2O 1 ________________ ______________________ _____ ______ ______ 2 ________________ ______________________ _____ ______ ______ 3 ________________ ______________________ _____ ______ ______ 4 ________________ ______________________ _____ ______ ______ 5 ________________ ______________________ _____ ______ ______ NMP Certification Date Signed Planned: ________________ _______________________________________________ Applied: ________________ _______________________________________________ Certification: ________________ _______________________________________________ COMMENTS__________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________



PLANNING DATA ENTRY



Data from INTRA: LOW MEDIUM HIGH

Over-all Risk for Surface Water: _______ _______ _______ Over-all Risk for Ground Water: _______ _______ _______ Risk Factors from INTRA (for critical crop(s) identified): LOW MEDIUM HIGH Soil Test P _______ _______ _______ P Rate _______ _______ _______ P Timing _______ _______ _______ P Method _______ _______ _______ N Rate _______ _______ _______ N Timing _______ _______ _______ N Method _______ _______ _______ Runoff Class _______ _______ _______ Irrigation Index _______ _______ _______ Leaching Index _______ _______ _______ Distance to Surface Water _______ _______ _______ Soil Erosion _______ _______ _______

Planned BMP’s or other Mitigation Practices:

1. ________________________________________________________________ 2. ________________________________________________________________

3. ________________________________________________________________

4. ________________________________________________________________

5. ________________________________________________________________

6. ________________________________________________________________

7. ________________________________________________________________

8. ________________________________________________________________

9. ________________________________________________________________

10. ________________________________________________________________

NMP Plan - Application/Certification Actual Fertilizer Applications: Date of Applications Application Rates Product Analysis

(lbs or tons) Units for the fertilizer applied (% or lbs)

N P2O5 K2O 1 ________________ ______________________ _____ ______ ______ 2 ________________ ______________________ _____ ______ ______ 3 ________________ ______________________ _____ ______ ______ 4 ________________ ______________________ _____ ______ ______ 5 ________________ ______________________ _____ ______ ______ NMP Certification Date Signed Planned: ________________ _______________________________________________ Applied: ________________ _______________________________________________ Certification: ________________ _______________________________________________ COMMENTS__________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________ ______________________________________________________________________________

· xls file · web viewthe web soil survey link acquires the soils data, ... current crop's...

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