The success of crop production largely depends on the proper conditions for seed germination, ensuring that the seeds sprout and establish healthy roots.

When it comes to seed germination, the treatment of seeds with biological fertilisers has shown excellent results in terms of faster germination rates. Biological Fertilisers, also known as natural fertilisers, are derived from organic sources such as seaweed, fish, and processed using beneficial soil microorganisms.

This article covers the essentials of seed germination to ensure strong plant growth, focusing on the critical process of germination in seeds. It also explores the use of biological fertilisers for treating seeds and the numerous benefits they provide, promoting healthier, more robust plants from the very beginning.

Why Boost Seed Germination?

When it comes to growing healthy, thriving plants, getting seeds off to the best possible start is crucial. One effective way to boost your seeds germination rate is by using biological fertilisers.

These natural, eco-friendly products can provide seeds with the nutrients, biology, and support they need to sprout and establish strong growth from germination to roots to plant.

By applying a biological fertiliser at the time of seeding, you can give your plants a significant head start over competing weeds. The enhanced seeds germination and early growth provided by these specialty fertilisers helps your desirable plants outcompete undesirable weeds for resources like water, light, and nutrients.

In addition to improved seed germination rates, biological fertilisers also tend to foster more uniform growth across your planting. This results in a healthier, more aesthetically pleasing final outcome in your garden or on your farm.

Furthermore, the even emergence and development of your crops creates a polished, well-tended appearance, and can also assist at harvesting time.

Seed Germination

Leveraging Seaweeds Natural Growth Stimulants

Seaweed contains more than 60 trace minerals as well as vitamins and enzymes. Natural ocean Seaweed (kelp) is rich in essential nutrients such as nitrogen, phosphorus, potassium, and trace elements like iron, zinc, and magnesium. These nutrients benefit healthy plant development, promoting robust root growth, improved flowering and fruiting, and overall plant vigor.

There are also benefits to using biological fertilisers produced from seaweed (kelp), as a seed inoculant prior to planting seeds.  Using liquid seaweed biological fertiliser is excellent for rapid seed germination, due to its own natural growth hormones such as auxins, cytokinins, and gibberellins. These hormones play a crucial role in stimulating cell division, elongation, and differentiation in plants, leading to faster and healthier growth.  

Read article ‘Benefits of Seaweed in Agriculture’

Beneficial Soil Microbes

Use Beneficial Microbes to Boost Seed Germination

One of the best ways to kick-start a biological soil/plant relationship is to inoculate seeds in a natural biostimulant or bioertiliser, that has been fermented in an anaerobic environment, using a diversity of active beneficial microbes.

Using naturally inoculated seeds not only promotes faster seed germination but also activates dormant microbes in the soil once the seeds are planted, thanks to the microbial activity of the biofertiliser. This process enhances the overall seeds germination and establishes a healthier growing environment for the plants.

Read ‘Biological Seed Treatment:  Benefits and Methods’

Inoculating seeds with ‘living’ biology such as beneficial bacteria and fungi, can also help to improve germination rates.  Furthermore, biological inoculants gives the young plant the optimal chance of surviving and thriving in its new environment.

Nature’s Seed Inoculants

Seeds that have been treated with naturally fermented Biological Fertiliser and natural biostimulants not only experience faster germination but also help improve strike rates, leading to a higher percentage of seeds successfully germinating. This outcome is also influenced by the quality of the seeds, particularly those that are free from fungicidal or chemical treatments.

The Silent Communication of Microbes

When seeds are inoculated with biological stimulants, as they germinate, the biology sends out signals, indicating that there is a microbial rich environment.  The plant seedling responds to the biologically ‘alive’ environment, and recognises that it is naturally supported to grow.

And, as the plant grows, it performs better photosynthesis, and has the microbial support to help establish, and participate in, a broad biological communication network.

Using chemical fungicides on seeds does immense damage, not only to the soil, and the plant, but to the plants future seeds.  Fungicides inhibit young plants from accessing the biological communication networks, and from sourcing the essential nutrients through them.

 

Beneficial soil microbes

SONIC Liquid Seaweed BioFertiliser – Put To The Test

In a trial, we conducted an experiment using freshly fermented SONIC Liquid Seaweed Biological Fertiliser to raise a tray of seeds, comparing it to a control study tray that used only water. Our main focus was to observe the seed germination rates, growth rates, and visual seedling health.

One of the key factors we examined in this experiment was the speed of seed germination.

Trial Details

From hand harvested, open-pollinated seeds, we chose 9 of each; purple lettuce, curly kale and nero kale, with a total of 27 seeds for each study.

The day before planting, we soaked half of the trial seeds in diluted Liquid Seaweed Biological Fertiliser, then all the seeds were planted at the same time, in the same type of growing medium.

The first day the seeds emerged it showed us that the seed strike rate was fastest, with a higher strike quantity, when they were pre-soaked in Seaweed Biological Fertiliser.

DAY 1 – Seaweed Biological Fertiliser:
26 out of 27 seeds presoaked in Biological Fertiliser emerged.

DAY 1 – Control Study:
2 out of 27 seeds in the control study emerged, and another 10 seeds emerged the following day.  A total of 12 out of 27 seeds in the control study eventually emerged.

Seaweed Biological Fertiliser Seed Treatment

DAY 8 – Trial day 4 after emergence. As the above image indicates, seeds grown using Seaweed Biological Fertiliser are further advanced, with a richer green colour, compared to the seedlings in the control study.

Trial Overview

By using the Liquid Seaweed Biological Fertiliser in our trial study, we aimed to determine if it could potentially enhance or accelerate the seed germination process compared to using water alone.

Throughout the observation period, we closely monitored both trays for any noticeable differences in terms of how quickly the seeds sprouted and developed into seedlings. This allowed us to assess whether or not the use of Liquid Seaweed Biological Fertiliser had any impact on the speed of seed germination.

The results obtained from this trial study showed that SONIC Liquid Seaweed Biological Fertiliser can be considered an effective tool for promoting faster seed germination rates. Such information can be vital for those seeking efficient methods to improve plant growth and maximise productivity in agricultural or horticultural settings.

biological seed treatment

How To Inoculate Seeds

  • Seeds can be pre-soaked in diluted Liquid Seaweed for 2-5 hours or overnight pre-planting.
  • Soil can be drenched with diluted Liquid Seaweed pre-planting.
  • Seeds can be sprayed with undiluted Liquid Seaweed, pre-planting.
  • Seeds can be watered with diluted Liquid Seaweed post-planting.
  • Seeds can be inoculated when passing through direct seeder machines such as Australia’s Ausplow Machines.

NOTE: Seeds such as some legumes should not be pre-soaked.

See our article ‘Biological Seed Treatment:  Benefits and Methods’

Seeding with Biological Fertiliser

Key Benefits of Seed Inoculation

  • HIGHER GERMINATION – When seeds are pre-soaked, and watered with SONIC Liquid Seaweed Biological Fertiliser, they have a much higher germination quantity and speed.
  • NATURAL GROWTH HORMONES – Seaweed contains a high concentration of plant hormones, which stimulate seed germination and growth.
  • ENHANCED PLANT VIGOUR – Liquid Seaweed Biological Fertiliser, as a seed soak, means the roots of plants come into contact with beneficial organisms straight away, which can help to improve the plant’s health and vigour.
  • STRONG EARLY GROWTH – Once out of the ground, seeds treated with Liquid Seaweed Biological Fertiliser grow stronger and bigger.
  • FULL SPECTRUM BIO-AVAILABLE MINERALS – Seaweed contains a wide range of organic minerals and trace elements that are essential for plant growth.

Overall, treating seeds with biological fertilisers and biostimulants offers a natural approach to promoting faster germination rates. By providing essential nutrients, improving soil conditions, and enhancing microbial activity in the rhizosphere around the seeds’ roots, these fertilisers create an optimal environment for seed germination success.

SEAWEED FERTILISER FACT

Many seaweed fertiliser products today are manufactured using an extraction process.  The extraction process generally uses an alkali extraction agent, such as potassium hydroxide.  This process inevitably denatures a lot of the original compounds found in seaweed, which are known to have many beneficial uses for plants.

For example, seaweed has a compound called betaine osmoregulators. When applied to plants, in its original form, these osmoregulators make plants a lot more resilient to drought stress.  It allows the plant cells to regulate water much better, and require less water, which enhances the plants’ tolerance to stress.  Betaine osmoregulators are lost using an alkali extraction method. 

Cold processing, or natural fermentation, retains all the original compounds of seaweed, in a bio-available state.  Read about Biological Fermentation Here.

Disclaimer:

The information in this article is for general guidance and not professional advice—always consider your individual circumstances or consult with a professional before making decisions.  For more details, please review our full Disclaimer

At SONIC Natural Farming, we’re committed to helping Aussie farmers easily access organic inputs, at the same time as saving big!

SONIC On-Farm Production Services minimise transportation costs.  Plus, by reusing storage containers on the farm, farmers can reduce plastic waste and packaging expenses, saving even more.

But that’s not all—SONIC Production and Training Programs empower farmers to produce their own Biological Solutions using the most eco-friendly and cost-effective supply option available in Australia today.

On-Farm-Biofertiliser-Production-Systems

Nurture Your Crops, Protect Your Waterways

BIOLOGICAL SOIL CARE SOLUTIONS

SONIC Biological Fertiliser

You Might Also Like…

Dandelion: Its Role In Pasture Management—Friend or Foe?

Dandelions, Taraxacum officinale, are often dismissed as invasive weeds, but in the context of regenerative farming, they can offer a range of...

7 Most Cost-Effective Soil Regeneration Strategies, Australia

Soil fertility is the foundation of a thriving garden or farm, yet many overlook the delicate balance required to maintain it. Imagine your plants...

7 Time-Tested Natural Organic Fertilisers for Any Australian Farm

If you’re looking to boost your farm’s productivity without breaking the bank, you’re in the right place. In this article, we’ll delve into seven...

Regenerative Agriculture Australia: Benefits and Practices

Regenerative agriculture is an approach to farming and land management that focuses on rebuilding soil health and restoring degraded land. This...

5 Ways to Build Soil Biology for Long-Term Profitability

Building soil biology is a crucial aspect of sustainable agriculture and gardening practices. By encouraging the return of microbial life and...

How Poor Water Quality Can Reduce Fertiliser Performance

Water quality is a critical factor that can make or break the success of your fertiliser applications on the farm.  Whether you’re using organic...

7 Reasons why Aussie Farmers are Shifting to Organic Fertiliser

As the world becomes increasingly aware of the importance of sustainability, many farmers are moving away from using chemical nitrogen fertilisers,...

Biological Seed Treatment: Benefits and Methods

Seeds are the tiny powerhouses that hold the potential for life and growth. They symbolise new beginnings, hope, and the cycle of nature. From the...

Why No-Till Growing is Revolutionising Small Mixed Crop Farming

No-till farming is fast becoming a popular choice among small mixed crop growers, and for good reason.  This sustainable farming technique offers...

Why Your Soil Needs Biology

Beneficial soil microorganisms have more functions than science knows. The beneficial influences of soil microbes on plant growth are countless. In...

How To Cultivate Resilient Orchards Using Fish Hydrolysate

Liquid fish hydrolysate is an effective tool for orchardists looking to build resilience in their crops. As a natural biostimulant, fish hydrolysate...

Top 3 Biological Fertiliser Strategies for Dry Times

During dry times, it is critical for farmers to maximise their return on investment (ROI) when it comes to fertilisation. One effective approach,...

Discover the Top 6 Benefits of Regenerative Farming in Australia

Regenerative agriculture is gaining traction worldwide, and Australia is no exception. This innovative approach to farming offers numerous benefits...

Top 10 Strategies for Efficient Water Management on Australian Farms

Effective agricultural water management is crucial for sustaining productivity and ensuring the long-term viability of farming operations. In...

Liquid Fertiliser vs Dry Fertiliser

Liquid fertiliser is a popular choice among farmers due to its numerous advantages over dry fertilisers. In this article, we will explore the...

3 Ways To Build Soil Biology for Optimal Crop Resilience

Soil biology plays a crucial role in the health and productivity of crops. By understanding how to build soil biology, farmers can enhance crop...

How to Increase Soil Fertility with Mixed-Species Planting

Why is Plant Diversity Beneficial to Soil Fertility? Plant diversity is essential for a thriving ecosystem. When a variety of plant species are...

Tailoring Organic Fertilisers for Different Soil Types in Australia

Australia has a diverse landscapes giving rise to a wide variety of soil types, each with unique challenges and requirements for optimal...