Livestock farmers are turning to innovative solutions to tackle the challenge of odour in animal enclosures. By harnessing the power of beneficial microbe formulas, they can not only reduce unpleasant odours on the farm, but can also promote a healthier environment for their animals.

These specially formulated microbes play a crucial role in inoculating animal droppings, leading to faster breakdown processes. As a result, there is a significant reduction in odour production, creating a more pleasant and hygienic space for both animals and farmers alike.

By incorporating these beneficial microbe formulas into their daily operations, livestock farmers are demonstrating a commitment to sustainable and eco-friendly practices. This proactive approach not only enhances the overall well-being of their animals but also contributes to a cleaner and more harmonious farming environment.

2 Ways To Reduce Odours in Livestock Enclosures

Beneficial microbes play a key role in breaking down organic matter, such as animal waste, into simpler compounds that are less odorous.  Here are 2 ways that farmers can implement beneficial microbes into their farming practices.

1. Inoculate Droppings with Beneficial Microbes

By spraying animal droppings with beneficial microbes, farmers can effectively reduce odours on their farms. These microbes help accelerate the decomposition process of the droppings, which in turn leads to a decrease in odour levels within enclosures such as poultry houses.

The use of beneficial microbes offers a natural and environmentally friendly solution to combat unpleasant odours on farms. By breaking down organic matter more efficiently, these microbes help to minimise the release of foul-smelling gases that contribute to the overall odour problem.

Farmers can benefit from incorporating this innovative approach into their farming practices as it not only helps in reducing odours, but also promotes a healthier and more pleasant environment

Liquid Seaweed Supplements for Horses

2. Feeding Animals with Liquid Seaweed activated with Beneficial Microbes

Feeding animals Liquid Seaweed activated with beneficial microbes is a sustainable and effective method to combat odours on the farm. The unique combination of seaweed’s natural properties and the beneficial microbes’ action can have multiple benefits for both the animals and the environment.

By incorporating liquid seaweed with beneficial microbes, or probiotics, into animal feed, farmers can help improve digestion in animals. This improved digestion process can lead to better nutrient absorption, which in turn can result in reduced odour emissions from animal waste.

In addition to addressing odour issues, this approach also supports overall animal health and well-being. The natural properties of seaweed provide essential nutrients and minerals that can contribute to the animals’ overall health, while the beneficial microbes aid in maintaining a healthy gut flora balance.

Cold processed Biological fertilisers

Organic Fertilisers don’t have to Smell Bad to be Effective

Another approach to reduce odours on the farm is by using cold processed Biological Fertiliser. Biological fertilisers are made using beneficial microbe formulas, made up of millions of friendly bacteria.  These beneficial microorganisms dominate the decomposition of organic materials such as fish and seaweed, speeding up the breakdown and subsequently minimising the rotten smell often associated with organic fertiliser.

Easy on the Nose Fish Hydrolysate

Fish hydrolysate, for example, is a liquid derived from fish, which has gained popularity in various industries due to its numerous benefits. One key advantage of fish hydrolysate is its low odour compared to fish emulsions.

Fish emulsions are commonly used as organic fertilisers or soil amendments. However, one drawback of fish emulsions is their strong and unpleasant odour. This can be off-putting for users, such as farmers, and their neighbours, who prefer a more pleasant working environment, or for those who are sensitive to strong smells.

In contrast, fish hydrolysate offers a solution to this issue. The process of producing fish hydrolysate involves breaking down the fish into smaller molecules through a cold biological fermentation process. This results in a liquid that retains the beneficial nutrients and compounds found in fish, but with significantly reduced odour.

The low odour of fish hydrolysate makes it more appealing for use in various applications. It can be used as a foliar spray, soil drench, or added directly to irrigation systems without causing any unpleasant smells. This makes it an ideal choice for agricultural use, landscaping projects, and even home gardening where maintaining a pleasant environment is important.

Low Odour whilst Highly Effective

Furthermore, the reduced odour of fish hydrolysate does not compromise its effectiveness as a biofertiliser or soil amendment. It provides essential nutrients such as nitrogen, phosphorus, and potassium along with trace minerals and amino acids that promote healthy plant growth and increased crop yields.

Using fish hydrolysate as a fertiliser, compared to fish emulsions, is a preferred choice for those seeking the benefits of liquid fish-based products without the strong smell associated with traditional options. Its versatility and effectiveness make it an excellent option for various applications in agriculture and gardening alike.

Overall, embracing the power of beneficial microbes is not just about combating odours; it’s about revolutionising the way we interact with our surroundings. Through conscious choices and innovative solutions, farmers are paving the way towards a brighter and more environmentally friendly future.

RELATED EXTERNAL LINKS
What are Beneficial Soil Microbes? – Educational Videos

SONIC Natural Farming

BIOLOGICALLY ACTIVATED FERTILISERS
&
Supplements for Livestock

You Might Also Like…

Top 7 Benefits of using Seaweed in Regenerative Agriculture

In regenerative agriculture, farmers aim to improve soil health and fertility while minimising their reliance on synthetic inputs. Seaweed serves as...

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...

Benefits of Using Fermentation to Produce Biological Fertilisers

Fermentation is a process that has been utilised for centuries in various industries, including the production of biofertilisers. Biofertilisers are...

Cultivate Resilient Orchards Using Liquid Fish Hydrolysate

Crop resilience is a common goal for farmers following long-term visions.  As the resilience grows, the less the farmer has to work, and the more...

How to Improve Animal Gut Health for Enhanced Feed Conversions

Animal feed conversion is the ratio of the amount of an animal feedstuff consumed divided by the weight gain of the animal. The efficiency of feed...

Turning Fish Waste into Premium Fish Hydrolysate Fertiliser

Global Fish Consumption Fish and marine products have long been recognized as one of the most popular sources of protein for human consumption. With...

Understanding Regenerative Agriculture: Benefits and Practices

Using natural farming methods, to grow food, has been around since man first 'mingled' with nature and required food to sustain himself, his family,...

8 Compelling Reasons to Choose SONIC On-Farm Production Services

Farmers stand to gain numerous benefits from utilising SONIC On-Farm Production Services to acess fresh Fish Hydrolysate and Liquid Seaweed...

How To Maximise Healthy Seed Germination

When it comes to seed germination, the treatment of seeds with biological fertilisers has shown promising results in terms of faster germination...

How to Increase Soil Fertility with Mixed-Species Planting

Why is Plant Diversity Beneficial? Plant diversity is essential for a thriving ecosystem. When a variety of plant species are grown together, it...

Maximize Livestock Nutrition with the Ultimate Nutrient-Dense Diet

The digestive system of ruminant animals is specially adapted to extract maximum nutrition from plants they have eaten.  The digestive system...

7 Reasons why Farmers are Shifting to Organic Nitrogen Fertilisers

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

Why Your Soil Needs Biology More Than Minerals

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

The Vital Role of the Ocean in Agriculture: 3 Key Contributions

The ocean provides an abundant natural resource of rich minerals, and contains much more than sodium salt; about 84 elements have been detected in...

Enhance Rumen Microbiota in Calves with Probiotic Support

In the world of animal agriculture, the health and well-being of livestock is of utmost importance. When it comes to calves, ensuring their optimal...

Top 2 Most Cost Effective Cover Crop and Pasture Cropping Tips

When it comes to cover crops and pasture cropping, the general rule of thought is, if you have healthy soil, you you have healthy plants.  This is...

Livestock Digestive Function: The Key to Improving Feed Efficiency

Livestock digestive health plays a crucial role in optimising net profit per acre. One key aspect of livestock digestive health is feed efficiency....

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,...