Our WHA Wild Harvested Abalone Fertilizer is specifically designed to improve soil health and boost fertility by delivering essential nutrients and active micro-organisms that help plants thrive. Unlike synthetic fertilizers, our abalone-based solution provides not only primary nutrients like burn-free nitrogen, phosphorus, and potassium but also secondary nutrients such as calcium and beneficial micro-organisms. This balanced nutrient supply ensures steady plant growth, leading to vigorous, healthy crops that are more resistant to diseases and pest problems.
Photosynthetic Bacteria: Strains like Rhodopseudomonas spp and Bradyrhizobium spp play a crucial role in recycling organic matter, including breaking down difficult compounds like pesticides. These bacteria also synthesize bioactive compounds that stimulate plant grplus-squareowth.
Yeasts: Species such as Saccaromyces spp, Debaryomyces spp, and Torulopis spp produce plant growth substances from amino acids and sugars, promoting the growth of beneficial bacteria like lactic acid bacteria and actinomycetes.
Lactic Acid Bacteria: Types like Lactobacillus spp and Leuconostoc spp produce lactic acid, which helps suppress harmful micro-organisms. This contributes to a healthier soil environment and boosts the growth of photosynthetic bacteria and yeasts.
Actinomycetes: Strains like Actinomyces spp and Streptomyces spp produce antibiotic compounds that suppress pathogens. They are also known for producing plant hormones, especially when combined with kelp extracts.
Fungi: Species such as Aspergillus spp and Penicillium spp are essential for producing enzymes, antibiotics, and growth regulators. They also play a key role in converting organic matter into humic substances, which benefit soil health.
Cellulose Utilisers: Fungi like Trichoderma spp break down plant remains, turning them into organic material that supports beneficial microbes like protozoa.
Stimulates the growth of beneficial soil microbes
Establishes a stronger bio-energy foundation for healthier plants
Reduces disease risks and stress-related problems in plants
Improves soil aggregation and biodiversity
Enhances root development and soil aeration
Scientifically embracing natures potential