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Water salinity effect on soil

Water salinity effect on soil

When salts build up in soil, or in the growing medium, their concentration might become excessive. Salts are added to soil with the irrigation water and with applied fertilizers. Applying more water than that needed by the crop leaches the salt below the root zone, deeper into the soil, or out of the growing medium when growing container plants. read more...

How Does the Electrical Conductivity Affect Plant Growth?

How Does the Electrical Conductivity Affect Plant Growth?

Some plants are more susceptible to the electrical conductivity than others and each specie has an electrical conductivity threshold, beynod which yield is decreased. read more...

Chloride - an Essential Nutrient or Harmful Element?

Chloride - an Essential Nutrient or Harmful Element?

Chloride is an essential micronutrient and all crops require Chloride in small quantities. However, it is often associated with salinity damage and toxicity. read more...

How to Balance Nutrient Solutions

Before we learn how to balance a nutrient solution, we must first understand what "A balanced nutrient solution" means. read more...

Chlorine Chemicals Used for Water Disinfection

Chlorine chemicals are very effective against bacteria, viruses and fungi that contaminate water. Four types of chlorine chemicals are commonly used in agriculture: Sodium Hypochlorite, Calcium hypochlorite, Gaseous chlorine and Chlorine dioxide. read more...

Water Disinfection With Chlorine

Disinfection is important in order to prevent spread of diseases originating in the source water, and also to prevent bacteria and fungi growth in the irrigation system. read more...

The Electrical Conductivity of Water

The Electrical Conductivity of Water

The electrical conductivity of water estimates the total amount of solids dissolved in water -TDS, which stands for Total Dissolved Solids. TDS is measured in ppm (parts per million) or in mg/l. read more...

Managing Irrigation Water Quality Problems

Managing Irrigation Water Quality Problems

Several management practices affect the use of marginal-quality irrigation water. Infiltration problems resulting from poor irrigation water quality read more...

Irrigation Water Quality

Irrigation Water Quality

The quality of the irrigation water may affect both crop yields and soil physical conditions, even if all other conditions and cultural practices are favorable/optimal. In addition, different crops require different irrigation water qualities. read more...

Testing Your Irrigation Water

Testing Your Irrigation Water

The quality and content of the irrigation water can greatly affect the success of your crop. read more...


All Articles

Soils

How to Manage Soil Fertility
How to Interpret Your Soil Test Results
Potassium in Soil
How to Prevent and Manage Soil Salinity
Soil Salinity
How to Raise Soil pH
Soil Test Interpretation Guide
Sodic soils and their management
Cation Exchange Capacity of Soils
Cation-Anion Balance in Water and Soil
Understanding PPM in soil
Interpreting Soil Test Results - The Extraction Method
Soil Chemical Analysis as a Tool for Evaluating Nutrient Availability
Physical Properties of Growing Media
How to Choose a Liming Material
Soil Acidity

Plant Nutrition

Understanding Plant Tissue Analysis
How Does the Electrical Conductivity Affect Plant Growth?
Plug plants – Testing and Monitoring Nutritional Status
Giving Fertilizer Recommendations
Visual Identification of Nutrient Deficiencies
Can Mineral Nutrition Affect Plant Disease?
Phosphorus in Soil and Plants
Calcium in Plants and Soil
Iron Nutrition in Plants
Boron in Plants
Plant Nutrients
Foliar Feeding
Optimizing fertilizer application rates
Nitrogen Management
Magnesium in plants and soil
Sulfur in plants and soil
Zinc in plants
Timing and Frequency of Fertilizer Application
Ammonium/Nitrate Ratio
Potassium in Plants
Towards 2050 - Sustainable Strategies to Feeding the World
Chloride - an Essential Nutrient or Harmful Element?
Corn Fertilizer Recommendations

Hydroponics & Fertigation

The challenges of Growing in a Closed Hydroponic System
Fertigation
Fertility Management in Container Plants
How to Calibrate & Test Your Fertilizer Injectors
Fertilizer Injectors
How To Successfully Choose Growing Media
Hydroponic Nutrient Solutions
Hydroponic Systems
Preparation of Fertilizer Stock Solutions for Fertigation
Fertigation Best Practices (I)
pH Adjustment in Fertigation
Fertilizer Solubility
Physical Properties of Growing Media
How to Balance Nutrient Solutions
Irrigation scheduling in soilless culture
Irrigation scheduling in soilless culture

Water Quality

How Does the Electrical Conductivity Affect Plant Growth?
Chlorine Chemicals Used for Water Disinfection
Water Disinfection With Chlorine
The Electrical Conductivity of Water
Managing Irrigation Water Quality Problems
Irrigation Water Quality
Testing Your Irrigation Water
Water pH, Alkalinity and Buffering Capacity
How to Balance Nutrient Solutions
Chloride - an Essential Nutrient or Harmful Element?
Water salinity effect on soil

Irrigation

Irrigation Scheduling and Tensiometers - II
Irrigation Scheduling Using Tensiometers - I
How to Prevent Clogging in Drip Systems
Drip Irrigation Systems
Water Requirements of Crops
Irrigation scheduling in soilless culture
Irrigation scheduling in soilless culture

Fertilizers

Fertilizer Analysis and composition
Nitrogen Fertilizers
Chelated Fertilizers and Their Use
Fertilizer Solubility