Types of
Fertilisers
Contain only one primary nutrient (N, P, or K)
| • | Targeted nutrient correction |
| • | Useful for addressing specific deficiencies |
| • | Requires precise application to avoid imbalances |
Single Nutrient
or
Multi-nutient
Contain a balanced mix of NPK plus additional nutrients
| • | Comprehensive nutrient supply |
| • | Convenient for overall plant health |
| • | Reduces the need for multiple fertilization products. |
Derived from natural sources like compost and manure
| • | Enhance soil health and structure |
| • | Release nutrients gradually |
| • | Environmentally friendly |
Organic
or
Synthetic
Chemically manufactured for precise nutrient content
| • | Quick nutrient availability |
| • | Customizable formulations |
| • | High nutrient concentration. |
Nourish plants gradually over an extended period
| • | Quick nutrient availability |
| • | Customizable formulations |
| • | High nutrient concentration. |
Slow Release
or
Quick Release
Provide rapid nutrient availability to plants
| • | Fast-acting for immediate results |
| • | Convenient for addressing nutrient deficiencies |
| • | Requires careful application to avoid overuse |
Solid, granulated form for slow and controlled release
| • | Uniform nutrient distribution |
| • | Long-lasting effect |
| • | Suitable for various soil types |
Granular
or
Liquid
Formulated in liquid form for easy application
| • | Quick absorption by plant roots |
| • | Ideal for foliar feeding |
| • | Requires frequent application |
Types of
Fertilisers
Contain only one primary nutrient (N, P, or K)
| • | Targeted nutrient correction |
| • | Useful for addressing specific deficiencies |
| • | Requires precise application to avoid imbalances |
Single Nutrient
or
Multi-nutient
Contain a balanced mix of NPK plus additional nutrients
| • | Comprehensive nutrient supply |
| • | Convenient for overall plant health |
| • | Reduces the need for multiple fertilization products. |
Derived from natural sources like compost and manure
| • | Enhance soil health and structure |
| • | Release nutrients gradually |
| • | Environmentally friendly |
Organic
or
Synthetic
Chemically manufactured for precise nutrient content
| • | Quick nutrient availability |
| • | Customizable formulations |
| • | High nutrient concentration. |
Nourish plants gradually over an extended period
| • | Quick nutrient availability |
| • | Customizable formulations |
| • | High nutrient concentration. |
Slow Release
or
Quick Release
Provide rapid nutrient availability to plants
| • | Fast-acting for immediate results |
| • | Convenient for addressing nutrient deficiencies |
| • | Requires careful application to avoid overuse |
Solid, granulated form for slow and controlled release
| • | Uniform nutrient distribution |
| • | Long-lasting effect |
| • | Suitable for various soil types |
Granular
or
Liquid
Formulated in liquid form for easy application
| • | Quick absorption by plant roots |
| • | Ideal for foliar feeding |
| • | Requires frequent application |
Fertilisers
Application methods
Broadcasting
Even spreading of fertilizer over the soil surface
| • | Uniform nutrient distribution |
| • | Suitable for large areas |
| • | Require more fertilizer |
Banding
Concentrated application in bands along rows or plant beds
| • | Targeted nutrient delivery to plant roots |
| • | Reduces fertilizer use, minimizing waste |
| • | Ideal for row crops and precision farming |
Foliar spraying
Application of fertilizer directly to plant leaves
| • | Rapid nutrient absorption through leaf surfaces |
| • | Effective for addressing nutrient deficiencies |
| • | Requires careful timing to avoid leaf burn |
Fertigation
Fertilizer mixed with irrigation water delivered directly to plant roots
| • | Precise nutrient delivery to root zones |
| • | Water-efficient and reduces nutrient runoff |
| • | Requires specialized equipment |
Soil Injection
Fertilizer injected directly into the soil
| • | Targets the root zone for efficient nutrient uptake |
| • | Minimizes nutrient loss to the environment |
| • | Suitable for established plants and trees |
Topdressing
Application of fertilizer on the soil surface around plants
| • | Additional nutrient supply during the growing season |
| • | Minimizes soil disturbance |
| • | Effective for established crops |
Fertilisers
Application methods
Broadcasting
Even spreading of fertilizer over the soil surface
| • | Uniform nutrient distribution |
| • | Suitable for large areas |
| • | Require more fertilizer |
Banding
Concentrated application in bands along rows or plant beds
| • | Targeted nutrient delivery to plant roots |
| • | Reduces fertilizer use, minimizing waste |
| • | Ideal for row crops and precision farming |
Foliar spraying
Application of fertilizer directly to plant leaves
| • | Rapid nutrient absorption through leaf surfaces |
| • | Effective for addressing nutrient deficiencies |
| • | Requires careful timing to avoid leaf burn |
Fertigation
Fertilizer mixed with irrigation water delivered directly to plant roots
| • | Precise nutrient delivery to root zones |
| • | Water-efficient and reduces nutrient runoff |
| • | Requires specialized equipment |
Soil Injection
Fertilizer injected directly into the soil
| • | Targets the root zone for efficient nutrient uptake |
| • | Minimizes nutrient loss to the environment |
| • | Suitable for established plants and trees |
Topdressing
Application of fertilizer on the soil surface around plants
| • | Additional nutrient supply during the growing season |
| • | Minimizes soil disturbance |
| • | Effective for established crops |
Fertiliser
Technology
Enhancing Agricultural Efficiency and Sustainability
Fertiliser technology represents a pivotal advancement in modern agriculture, revolutionizing the way we nourish crops and optimize yields.
2.15
Metric Tonnes
Fertilisers used/hectare of arable land in Malaysia in 2021
(Source: World Bank collection of development indicators)
5.86
Billion (RM)
Sales of manufactured fertilisers in Malaysia in 2022
(Source: World Bank collection of development indicators)
Fertiliser
Technology
Enhancing Agricultural Efficiency and Sustainability
Fertiliser technology represents a pivotal advancement in modern agriculture, revolutionizing the way we nourish crops and optimize yields.
2.15
Metric Tonnes
Fertilisers used/hectare of arable land in Malaysia in 2021
(Source: World Bank collection of development indicators)
5.86
Billion (RM)
Sales of manufactured fertilisers in Malaysia in 2022
(Source: World Bank collection of development indicators)
The Triple Threat of
Nitrogen Fertilizers
Synthetic nitrogen fertilizers, contribute to climate change in three key ways.
THREAT 1
Microbes in the soil convert nitrogen fertilizer into nitrous oxide (N2O), a potent greenhouse gas that also damages the ozone layer.
THREAT 2
Rain and irrigation runoff can wash nutrients from fertilizer and livestock manure into waterways, where they feed algae blooms that produce methane (CH4), another greenhouse gas.
THREAT 3
Manufacturing nitrogen fertilizer is energy-intensive. It uses natural gas or other hydrocarbons and releases carbon dioxide (CO2) and nitrous oxide (N2O) emissions in the process.
The Triple Threat of
Nitrogen Fertilizers
Synthetic nitrogen fertilizers, contribute to climate change in three key ways.
THREAT 1
Microbes in the soil convert nitrogen fertilizer into nitrous oxide (N2O), a potent greenhouse gas that also damages the ozone layer.
THREAT 2
Rain and irrigation runoff can wash nutrients from fertilizer and livestock manure into waterways, where they feed algae blooms that produce methane (CH4), another greenhouse gas.
THREAT 3
Manufacturing nitrogen fertilizer is energy-intensive. It uses natural gas or other hydrocarbons and releases carbon dioxide (CO2) and nitrous oxide (N2O) emissions in the process.