Shopping cart close


endona corporation

Fertiliser Selection on Plant Growth in Various Soil Types across Malaysia

Malaysia’s diverse and lush landscapes host an array of agricultural plantations, from palm oil and rubber to fruits and vegetables. The success of these plantations hinges on the health and fertility of the soil they are grown in. One of the critical factors influencing soil fertility is the selection of appropriate fertilisers. 

Different soil types across Malaysia require tailored fertilisation strategies to maximise yields and sustain the health of these vital plantations. In this article, we explore how the careful choice of fertilisers in various soil types significantly impacts plantation outcomes.

Understanding Malaysia’s Soil Diversity

Malaysia’s soils exhibit remarkable diversity due to the country’s varied topography, climate, and geological history. Four main soil orders dominate: Ultisols, Oxisols, Inceptisols, and Histosols. These soils vary in their physical and chemical properties, nutrient content and water holding capacities.

The Role of Fertilisers

Fertilisers are essential inputs that provide plants with essential nutrients needed for growth, development, and productivity. These nutrients, mainly nitrogen (N), phosphorus (P), and potassium (K), are critical for the synthesis of proteins, nucleic acids, and enzymes vital to plant health.


endona corp

Impact of Fertilizer Selection on Different Soil Types


1. Peat Soils

Peat soils are acidic and have poor nutrient retention due to their high organic matter content. Nutrient leaching is a concern. Fertilisers with slow release forms of nutrients are preferred to prevent nutrient losses. Lime might be needed to address soil acidity. Organic amendments can help improve soil structure and nutrient holding capacity.


2. Clay Soils

Clay soils have good nutrient retention but can be prone to poor drainage, leading to waterlogging and reduced oxygen availability for roots. Balanced fertilisers with essential macro and micronutrients are important and drainage management practices should be considered. Avoid excessive fertilisation to prevent nutrient buildup.


3. Sandy Soils

Sandy soils have low nutrient holding capacity and quick nutrient leaching, making them prone to nutrient deficiencies. Fertilisers with slow release forms or frequent applications of water soluble fertilisers are necessary to maintain nutrient availability. Incorporating organic matter can help improve soil structure and water holding capacity.


4. Lateritic Soils

Lateritic soils are weathered and often have nutrient deficiencies, particularly in phosphorus and potassium. Fertilisers containing these deficient nutrients should be applied and pH adjustments might be needed. Organic matter incorporation can enhance soil fertility and water retention.


5. Silty Loam Soils

Silty loam soils have a good balance between drainage and nutrient retention. Balanced fertilisers with all essential nutrients are generally appropriate, but soil testing can help fine tune nutrient recommendations.


6. Volcanic Soils (Andosols)

Volcanic soils are rich in minerals but can be low in phosphorus and nitrogen. Fertilisers containing these nutrients are necessary, along with regular soil testing to guide application rates.


7. Coastal Soils

Coastal soils may have high salinity and alkalinity issues due to proximity to the sea. Soil amendments to reduce salinity, such as gypsum, may be necessary. Acidifying fertilisers might be used to lower pH.


8. Hill and Highland Soils

Highland soils can vary widely but often need attention to prevent nutrient depletion due to intensive cultivation. Regular soil testing is crucial for nutrient management.




Benefits of Soil Tailored Fertiliser Selection

Optimised Nutrient Supply

Different soils have varying nutrient content and availability. Soil tailored fertilisers ensure that the right nutrients are provided in the appropriate proportions, addressing any deficiencies and promoting healthy plant growth.


Maximised Plant Health and Growth

By providing the necessary nutrients in the right amounts, soil tailored fertilisation supports robust plant development. This leads to increased crop yields, improved quality of produce and better resistance to diseases and pests.


Enhanced Resource Efficiency

Rather than applying a uniform fertiliser to all soils, soil tailored fertilisation targets the specific needs of each soil type. This approach minimises waste and reduces the overuse of fertilisers, which can lead to environmental pollution and economic losses.


Reduced Environmental Impact

Overapplication of fertilisers can result in nutrient runoff into water bodies, causing water pollution and eutrophication. Soil tailored fertilisation helps prevent excessive nutrient leaching, safeguarding water quality and aquatic ecosystems.


Improved Soil Structure and Fertility

Soil tailored fertilisation considers the soil’s physical and chemical properties. Fertilisers containing appropriate nutrients can help improve soil structure, nutrient holding capacity and overall fertility, enhancing the long term health of the soil.


endona corporation


The intricate relationship between soil types and fertiliser selection is pivotal to the success of plantations across Malaysia’s diverse landscapes. By acknowledging the specific nutrient needs of different soils, farmers can optimise productivity, minimise environmental impact and foster sustainable agricultural practices. 

In a rapidly changing world, where food security and environmental conservation are paramount, the thoughtful selection of fertilisers tailored to soil characteristics stands as a crucial step towards a greener, more prosperous future for Malaysia’s agricultural sector.

Related Posts

Leave a Reply

Your email address will not be published. Required fields are marked *


  • Consultation

  • We have expanded the output of Bio fertilizers in 2021 as compared to 2020. These fertilizers are often made from living organisms such algae, fungi and bacteria to improve soil fertility.

    Foliar fertilizers supplement the nutrients by applying to the leaves of plants directly that helps in upgrades crop quality by corrects nutrient, vitamin deficiencies and advances overall plant health. 

    Organic fertilizers are forged from natural materials, the usage growth is minimal when the supply is calibrated between 2010 and 2011. They are also known as a good conductor to elevate soil structure. 

  • Scroll To Top