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ResetAt AgroLiquid, we study a variety of crops in detail to determine the best fertilizer combinations. All of our fertilizer research is carefully documented, including what fertilizers we use, when, on what crops, and how those crops grow. Much of our research is conducted at our 1,000 acre research facility, the North Central Research Station (NCRS). We also partner with farmers, growers, and ranchers across the country to conduct fertilizer research in other climates and soil types. This helps us perfect our fertilizer programs, and develop the most efficient combinations for all types of crops.
Almond Yield Trail 2024
The goal of this trial was to measure the efficacy and efficiency of AgroLiquid products compared with the grower’s standard fertilizer program. The aim was to maintain yield with far less pounds of applied fertilizer per acre than the grower standard.
Crops: Almonds. States / Provinces: California. Nutrients: Micronutrients, Nitrogen, Phosphorus, Phosphorus, Potassium, Potassium, Programs, and Sulfur. Years: 2024. Applications: Foliar and Irrigation.
Almond Trial ROI 2024
This is the second year comparing the grower standard program against an AgroLiquid program. This trial demonstrates that AgroLiquid returns higher yields per acre, and has a better ROI when comparing to the grower standard.
Crops: Almonds. States / Provinces: California. Nutrients: Programs. Years: 2024. Applications: Foliar and Irrigation.
Grower Standard vs AgroLiquid Program in Citrus
The objective of this trial is to compare the grower standard program against an AgroLiquid program to determine which program produces the highest yields by bin count.
Crops: Citrus. States / Provinces: California. Nutrients: Micronutrients, Nitrogen, Phosphorus, and Potassium. Years: 2023.
Six-Year Almond Trial in Almonds
This trial compares the yield averages of our six-year almond trial between the grower standard of 10-34-0 (50 gallons per acre applied) and Potassium Thiosulfate (45 gallons per acre applied) with AgroLiquid’s PrG (18 gallons per acre applied) and Kalibrate (16.5 gallons per acre applied).
Crops: Almonds. States / Provinces: California. Nutrients: Phosphorus, Potassium and Sulfur. Years: 2023. Applications: Foliar and Irrigation.
Product Efficacy Trial on Almonds
The sixth year of replicated research comparing AgroLiquid’s products for efficacy using PrG and Kalibrate, compared to the grower standard of 10-34-0, and Potassium Thiosulfate.
Crops: Almonds. States / Provinces: California. Nutrients: Phosphorus, Potassium and Sulfur. Years: 2023. Applications: Foliar and Irrigation.
Grower Standard vs AgroLiquid Program in Almonds 2023
This is the sixth year of replicated research comparing AgroLiquid’s PrG and Kalibrate products to the grower standard of 10-34-0 and Potassium Thiosulfate. Specifically looking at applying AgroLiquid products at a lower rate and less lbs of nutrient per acre compared to conventional products. Can we maintain yield and quality of the almond crop?
Crops: Almonds. States / Provinces: California. Nutrients: Phosphorus, Potassium and Sulfur. Years: 2023. Applications: Foliar and Irrigation.
Fertilizer Program Comparison on Tomatoes
This is a performance data testing between the grower standard fertilizer program and an AgroLiquid program at both high and low rates.
Crops: Tomatoes. States / Provinces: California. Nutrients: Programs. Years: 2022. Applications: Broadcast, Foliar, and Irrigation.
Fertilizer Evaluations in Nonpariel Almonds
The objective of this trial was to prove that Agroliquid fertilizers applied at considerably lower rates than conventional fertilizers are as effective as conventional fertilizers in almond production. This is the fifth year in this research trial.
Crops: Almonds. States / Provinces: California. Nutrients: Potassium and Programs. Years: 2022.
Fertilizer Effects on Processing Tomato Tield
The objective of this trial was to test products/programs in a “real world” production system. This is a performance data testing between the grower standard soil applied against the Agroliquid soil applied program.
Crops: Tomatoes. States / Provinces: California. Nutrients: Programs. Years: 2022. Applications: Broadcast and Irrigation.
Fertilizer Effects on Almond Meat
The objective of this trial was to compare the potassium of Agroliquid’s Kalibrate to conventional fertilizers of K-Acetate (0-0-25), K-Row (0-0-23 8S), and K-Thiosulfate (0-0-25 17S) and a higher rate of Kalibrate (2-0-10 6S) to determine the effect they have on yield.
Crops: Almonds. States / Provinces: California. Nutrients: Potassium. Years: 2022.
Tomato Net Income Comparison
Tomato Fertilizer Program Comparisons
Tomato and Soluble Solids Production
Potassium and it’s Effect on Tomato Yields
Maintaining Nutrient Levels of Soil in Almonds: 3 years
Fertilizer Program Evaluations in Almonds: 3 Years
Effects of Almond Fert. Programs on Soil Nutrient Levels
Comparison of Lbs of Nutrients Applied by Citrus Fertilizer Program
Comparing Phosphorus Fertilizers in Almonds: 3 Years
Citrus Yield and Brix Response to Fertilizer Programs
Citrus ROI of Agro Liquid vs. Grower Standard
AgroLiquid Fertilizer vs Grower Standard in Almonds
Economic Return in Almonds
Fertilizer Program Evaluations in Almonds: 2 years
Comparing Phosphorus Fertilizers in Almonds: 2 years
AgroLiquid Fertilizer vs Grower Standard in Almonds
Fertilizer Program Evaluations in Almonds
Effect of Almond Fertilizer Programs on Leaf Tissue
Fertilizer Comparison in Cantaloupes in Sodic Soil
Effect of C-Tech on Yield of Organic Strawberries
‘Sugraone’ Seedless Grapes Trial
Potassium Source Comparison on ‘Perlette’ Grapes
Fertilizer Effects on Stip Severity in Bell Peppers
Effect of AgroLiquid based nitrogen products on the yield of Roma type tomatoes
Effect of liquid based fertilizer programs on the yield of bell peppers in Oxnard
Head Lettuce – AgroLiquid has Lower Nitrogen Options
Effect of Reduced Nitrogen Rate and/or a Nitrogen Additive on Head Lettuce Yields
Effect of Reduced Nitrogen Rate and/or a Nitrogen Additive on Fresh Market Broccoli Yields
Fertilizer Source Comparisons on Yield of Head Lettuce
