Agri-Science Program Info

Corn Program : 

Corn Program The following is an outline of programs recommended by Agri-Science Technologies

PROGRAM INFORMATION : 

PROGRAM INFORMATION 977 118th Avenue Martin, MI 49070 Ph: 269-672-9728 www.agri-science.com

In-Furrow OptionsTo enhance germination, emergence, root mass and develop overall uniformity : 

In-Furrow OptionsTo enhance germination, emergence, root mass and develop overall uniformity

Option 1 - 10-34-0 : 

Option 1 - 10-34-0 2 pints Power Boost Zn 2 gallons 10-34-0 Balance water to minimum 4 gallons total solution Approximate cost per acre: $14.60 + 10-34-0

Option 2 – 28% : 

Option 2 – 28% 1 pint Power Boost Zn 1 gallon 28% Nitrogen Balance water to minimum 4 gallons total solution Approximate cost per acre: $7.30 + 28%

Option 3 - Ortho Phosphate based : 

Option 3 - Ortho Phosphate based 2 Pints Power Boost Zn Up to 3 gallons Ortho Phosphate formulation Balance water to minimum 4 gallons total solution Approximate cost per acre: $14.60 + Ortho Phosphate

“Relationships and ratio’s between key nutrients are important to understand when balancing a fertility program. Many times the historical N-P-K applications have caused imbalances with Zinc and Magnesium. Soil levels, pH, organic matter, and herbicide interference commonly cause Manganese issues. Here is a quick look at key assessment tools and guides for determining needs for these nutrients.” - Dave Alexander, Agri-Science Technologies : 

“Relationships and ratio’s between key nutrients are important to understand when balancing a fertility program. Many times the historical N-P-K applications have caused imbalances with Zinc and Magnesium. Soil levels, pH, organic matter, and herbicide interference commonly cause Manganese issues. Here is a quick look at key assessment tools and guides for determining needs for these nutrients.” - Dave Alexander, Agri-Science Technologies

Phosphorous and Zinc : 

Phosphorous and Zinc

Good soil test levels should fall in a range of 45-75 ppm. When levels fall below 45 ppm, supplementation of P will be needed for most crops. When levels are in the good range, we may recommend an early quick response boost P in the starter program. When levels exceed the good range, no P is needed and often is causing imbalances with other nutrients, especially Zinc. Zinc in most soils will be below 10 ppm. A tool we use to evaluate the phosphorous and zinc relationship is called the “P/Zn Ratio.” This means we take P in the ppm and divide it into Zinc in ppm. When this ration exceeds 10, we consider this to be out of balance and supports supplementation. The guide for supplementation is as follows:Any time P is used in starter fertilizer: 1 qt. chelated ZincRatio is between 10 and 19: add 1 qt. chelated ZincRatio is between 20 and 29: add 2 qts. chelated ZincRatio is between 30 and 39: add 3 qts. chelated ZincRatio is between 40 and 49: add 4 qts. Chelated ZincRatio is >50: add 4 qts. in starter, more in season : 

Good soil test levels should fall in a range of 45-75 ppm. When levels fall below 45 ppm, supplementation of P will be needed for most crops. When levels are in the good range, we may recommend an early quick response boost P in the starter program. When levels exceed the good range, no P is needed and often is causing imbalances with other nutrients, especially Zinc. Zinc in most soils will be below 10 ppm. A tool we use to evaluate the phosphorous and zinc relationship is called the “P/Zn Ratio.” This means we take P in the ppm and divide it into Zinc in ppm. When this ration exceeds 10, we consider this to be out of balance and supports supplementation. The guide for supplementation is as follows:Any time P is used in starter fertilizer: 1 qt. chelated ZincRatio is between 10 and 19: add 1 qt. chelated ZincRatio is between 20 and 29: add 2 qts. chelated ZincRatio is between 30 and 39: add 3 qts. chelated ZincRatio is between 40 and 49: add 4 qts. Chelated ZincRatio is >50: add 4 qts. in starter, more in season Phosphorous Levels

Generally, magnesium soil levels will fluctuate with soil pH. This is why it is important to use the proper source of lime when making a liming application. Magnesium is also affected by Organic Matter. Nitrogen sources that are alkaline also can play a role in blocking magnesium uptake. The main nutrient involved in causing imbalance in the soil for magnesium is potassium. All considerations need to be assessed in identifying magnesium need. An important ratio in this assessment is the Mg to K ratio. Magnesium on the soil test needs to be 1.5 times higher than K or it is considered out of balance. Often times the lbs on the soil test are how needs are evaluated, and they don’t understand the importance of keeping certain ratio’s in mind. The CEC complexity and cation strength also plays a role in keeping nutrients available. A guide for magnesium supplementation is below: Mg/K Ratio 1.0-1.5 Starter or Side-Dress Mg/K Ratio <1.0 Starter, Side-Dress, FoliarMost Mg supplementations will need compatibility assessments. Mg can have mixing problems with phosphorous and other nutrients. We often will adjust applications of Mg based on the severity of the imbalance. Assess the need and let us help you build the correct approach.Mg is seldom talked about in the mainstream fertilizer programs. Pounds of magnesium are often considered adequate. When we inhibit Mg due to imbalance, it can affect many key functions and roles in the plant. Remember, Mg controls the plant due to its role in making energy. It plays a role in the formulation of seeds, especially high oil seeds containing phospholipids. Mg as you can see plays a key role in many plant functions and must be balanced effectively. : 

Generally, magnesium soil levels will fluctuate with soil pH. This is why it is important to use the proper source of lime when making a liming application. Magnesium is also affected by Organic Matter. Nitrogen sources that are alkaline also can play a role in blocking magnesium uptake. The main nutrient involved in causing imbalance in the soil for magnesium is potassium. All considerations need to be assessed in identifying magnesium need. An important ratio in this assessment is the Mg to K ratio. Magnesium on the soil test needs to be 1.5 times higher than K or it is considered out of balance. Often times the lbs on the soil test are how needs are evaluated, and they don’t understand the importance of keeping certain ratio’s in mind. The CEC complexity and cation strength also plays a role in keeping nutrients available. A guide for magnesium supplementation is below: Mg/K Ratio 1.0-1.5 Starter or Side-Dress Mg/K Ratio <1.0 Starter, Side-Dress, FoliarMost Mg supplementations will need compatibility assessments. Mg can have mixing problems with phosphorous and other nutrients. We often will adjust applications of Mg based on the severity of the imbalance. Assess the need and let us help you build the correct approach.Mg is seldom talked about in the mainstream fertilizer programs. Pounds of magnesium are often considered adequate. When we inhibit Mg due to imbalance, it can affect many key functions and roles in the plant. Remember, Mg controls the plant due to its role in making energy. It plays a role in the formulation of seeds, especially high oil seeds containing phospholipids. Mg as you can see plays a key role in many plant functions and must be balanced effectively. Magnesium and Potassium

Manganese : 

Manganese

Manganese plays a key role in many functions of the plant. Manganese plays a role in the formation of chlorophyll, and is involved in many functions as a catalyst in enzyme systems. It also can be inhibited with the use of glyphosate. We normally see manganese on a soil test measured in ppm’s. To assess Manganese levels and needs, use the guide that follows: : 

Manganese plays a key role in many functions of the plant. Manganese plays a role in the formation of chlorophyll, and is involved in many functions as a catalyst in enzyme systems. It also can be inhibited with the use of glyphosate. We normally see manganese on a soil test measured in ppm’s. To assess Manganese levels and needs, use the guide that follows:

Manganese PPM level >30: : 

Manganese PPM level >30: Soil is considered adequate and no supplementation is needed to soil

Manganese PPM level 20-29: : 

Manganese PPM level 20-29: 1-2 qts. chelated Mn in starter fertilizer Foliar 1 qt when glyphosate is used

Manganese PPM levels 10-19: : 

Manganese PPM levels 10-19: 1-2 qts. chelated Mn in starter fertilizer 2 additional qts added to side-dress or as a foliar Must use 1 qt. with every glyphosate spray

Manganese PPM levels <10: : 

Manganese PPM levels <10: 2 qts. chelated Mn in starter fertilizer 2 qts. In side-dress N solutions if applicable Foliar 1 qt. applications

In pH levels above 6.8: Mg is tied up in pH higher than 6.8 : 

In pH levels above 6.8: Mg is tied up in pH higher than 6.8 Makes sure you follow strict guidelines above As pH increases above 6.8, consider increasing use

As Organic Matter increases over 40%: : 

As Organic Matter increases over 40%: Make sure you follow strict guidelines above As Organic Matter increases above 4%, consider increasing use

2 x 2 OptionsTo band a starter fertilizer addressing the base needs for Nitrogen, additional Phosphorous, Zinc, Manganese, and Magnesium. : 

2 x 2 OptionsTo band a starter fertilizer addressing the base needs for Nitrogen, additional Phosphorous, Zinc, Manganese, and Magnesium.

Option 1 – Combination 10-34-0/28% mix : 

Option 1 – Combination 10-34-0/28% mix 1 qt. Super Starter 1 qt. 9% Zinc 8 oz. Boost Cost for above program $12.58/acre Additional Mn as Manganese Plus if needed

Option 2 – 28% Only : 

Option 2 – 28% Only 1 qt. Super Starter 1 qt. Zinc 8 oz. Boost Cost for above program: $12.58/acre Additional Mn as Manganese Plus, if needed Additional Magnesium as Magnesium Plus, if needed

Soybean Program : 

Soybean Program The following is an outline of programs recommended by Agri-Science Technologies

If a Seed Treatment is available: : 

If a Seed Treatment is available: 4 ounces Bioforge per 100 lbs/seed Usually mix with water and treat as 10 oz. total/100 lbs/seed for uniform distribution Cost: $3.75/acre

If Using an In-furrow System: : 

If Using an In-furrow System: 1 pint Power Boost 1 gallon 28% N Balance water to 4-5 gallons total Cost: $11.95/acre

If using a 2 x 2 Starter System: : 

If using a 2 x 2 Starter System: 1 pint Power Boost 1 qt. chelated Manganese Cost: $17.04 per/acre Applicable P & N formulation

As a Foliar with Glyphosate: : 

As a Foliar with Glyphosate: 1 pint Power Boost 1 qt. chelated Manganese 2 lbs. Ureamate 5-10-27 Cost: $20.49/acre Magnesium

Apply as a Foliar at R3.5: : 

Apply as a Foliar at R3.5: 1 pint Power Boost 2 lbs. Ureamate 1 pint Sugar Mover Cost: $ (need cost of Sugar Mover to complete)

Wheat ProgramSpring Applications : 

Wheat ProgramSpring Applications The following is an outline of programs recommended by Agri-Science Technologies

If Correct Amount of Tillers are present (2): : 

If Correct Amount of Tillers are present (2): Apply as a green-up foliar with herbicide 1 qt X-Tra Power 1 Pint Power Boost 1 qt Keylate Copper 1 qt Magnesium Plus Cost: (need Mag Plus price)

If Need to Make Tillers in Spring: : 

If Need to Make Tillers in Spring: 4 gallons Nitro Plus Wheat Mix 1 qt Micro Plus Zinc 1 qt Micro Plus Copper 1 qt Magnesium Plus Cost: (need Mag Plus price)

Apply as a Foliar Just Prior to Emergence: : 

Apply as a Foliar Just Prior to Emergence: 8 oz. X-Cyte 1 qt Magnesium Plus Cost: (need Mag Plus price)

Apply as a Foliar with any Strobilurin Fungicide Chemistry: : 

Apply as a Foliar with any Strobilurin Fungicide Chemistry: 1 pint Power Boost Cost: $11.95/acre