Soil acidification is a natural process that accelerates dramatically in areas with productive agricultural.
The pH scale indicates whereas the soil is alkaline or acidic – as the concentration of hydronium cations (H+) in the soil increases, the pH lowers and the soil acidity rises.
Limestone contributes to the soil buffering ability and therefore has a neutralizing effect on the pH level. Yet, in areas where the soil is poor in limestone, the acidification occurs rapidly.
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Avocado plantations, originated from Central America, are considered to be far from reaching their full yield potential.
Among the yield reduction causes, we could find inadequate Fertilizer Software. Read more…
A good fertilizing management starts before the planting, therefore It is best to take a soil test and to plan the optimize nutrition program. Read more…
Coffee, a major commodity on the global market, was originated from Ethiopia. Nowadays, coffee is cultivated in Latin-America, in the sub-Saharan Africa and in the Far East – from India to Indonesia. Suited best for highlands, the Arabica variety exceed the Robusta variety in both taste and price and thus occupying 75% of the coffee plantations area around the world. Read more…
In addition to nutrient levels, your soil test report may include other essential parameters. Understanding these parameters can help you with making not only important decisions but the right decisions regarding your crop management. Read more…
From an agricultural point of view, a fertile soil is one that can provide adequate amounts of nutrients for plant growth. This results in better crop yields and quality.
Factors Affecting Soil Fertility – What Makes a Soil Fertile? Read more…
Learn about the core facts about growing cannabis: growing conditions, light control, nutrient requirements and more. Read more…
Nitrogen is an essential plant macro-nutrient, and while seventy-eight percent of the earth’s atmosphere is composed of nitrogen, is is not in a form available to most plants (with the exception of some nitrogen-fixing legumes that harness it with a bacterial symbiosis). Therefore, fertilizer is applied to crops in forms that are readily taken-up by plant roots, as nitrate (NO3) and ammonium (NH4). Read more…
Setting a realistic yield goal each and every year is one of the most important steps in both crop stewardship and farm economics. Read more…
- Nutrient Management of Cannabis
- Guide to Growing Sugarcane
- Optimizing Fertilizer Formulations for Improved Grain Yields
- Growing Potatoes
- Citrus Fertilizer Management
- Corn Fertilizer
- Recommendations
- Almond Growing Conditions
- Fertilizer Recommendations for Soybean
- Guidelines for Coffee Growing
- Banana Fertilizer Management
- Avocado Nutrient Management
- Tomato Fertilizer Requirements
- Aluminum in Soil
- Interpreting Soil Test Results - The Extraction Method
- Understanding PPM in soil
- Cation-Anion Balance in Water and Soil
- Cation Exchange Capacity of Soils
- Sodic soils and their management
- Soil Test Interpretation Guide
- How to Raise Soil pHSoil Salinity
- Soil Chemical Analysis as a Tool for Evaluating Nutrient Availability
- How to Prevent and Manage Soil Salinity
- Potassium in Soil
- How to Interpret Your Soil Test Results
- How to Choose a Liming Material
- How to Manage Soil Fertility
- Soil Acidity
- Understanding the Five Most Important Parameters on your Soil Test Report
- The Complete Guide to Pre-Plant Fertilizer Application
- Fertilizing with Organic Matter
- Five Things You Must Know About Using Urea Fertilizers
- Five Ways to Minimize Nitrate Leaching
- Calcium Nitrate
- Fertilizer Calculator
- Fertilizer Solubility
- The 5 Common Fertilizer Management Mistakes Growers Make
- Chelated Fertilizers and Their Use
- Nitrogen Fertilizers
- Fertilizer Analysis and composition
- Nutrient Uptake in Plants
- Silicon in Agriculture and Plant Nutrition
- Chloride - an Essential Nutrient or Harmful Element?Ammonium/Nitrate Ratio
- Phosphorus in Soil and Plants
- Timing and Frequency of Fertilizer Application
- Understanding Plant Tissue Analysis
- Nitrogen Management
- Optimizing fertilizer application rates
- Foliar Feeding
- Plant Nutrients
- Magnesium in plants and soil
- Boron in Plants
- Sulfur in plants and soil
- Iron Nutrition in Plants
- Zinc in plants
- Calcium in Plants and Soil
- Can Mineral Nutrition Affect Plant Disease?
- Visual Identification of Nutrient Deficiencies
- Giving Fertilizer Recommendations
- Plug plants – Testing and Monitoring Nutritional Status
- How Does the Electrical Conductivity Affect Plant Growth?
- Potassium in Plants
- Fertigation Fertilizer Compatibility Chart
- Irrigation scheduling in soilless culture
- How to Balance Nutrient Solutions
- The challenges of Growing in a Closed Hydroponic System
- pH Adjustment in Fertigation
- Fertigation Best Practices (I)
- Preparation of Fertilizer Stock Solutions for Fertigation
- Hydroponic Systems
- Hydroponic Nutrient Solutions
- How To Successfully Choose Growing Media
- Fertilizer Injectors
- How to Calibrate & Test Your Fertilizer Injectors
- Fertility Management in Container Plants
- Fertigation