LUSH WEED PLUS

IBA and IAA are plant growth regulators known as auxins. They stimulate root initiation and promote root development in cuttings, seedlings, and transplants. These hormones encourage the formation of new roots, leading to a stronger and more extensive root system.* 

Seaweed-based fertilizers contain natural growth-promoting compounds that stimulate the root system, facilitating improved nutrient uptake. This results in better utilization of essential elements by the plants.

Boron is essential for cell wall formation and plays a role in reproductive processes.*

The combination of IBA, IAA, seaweed, potassium, and boron promotes overall plant growth and development. Seaweed extracts provide plant hormones and growth regulators that promote cell division, elongation, and differentiation. Potassium plays a vital role in numerous plant functions, including photosynthesis, enzyme activation, and protein synthesis.*

Seaweed extracts contain natural chelating agents that can enhance the availability and uptake of essential nutrients, including potassium and boron. This leads to improved nutrient utilization by plants, resulting in healthier growth and better nutrient balance.*

The application of IBA and IAA in fertilizers can enhance the success of plant propagation methods such as stem cuttings and tissue culture. They encourage the development of roots on cuttings and facilitate the establishment of new plants. IBA and IAA can promote flowering and fruit development in certain plant species. They influence the timing and initiation of flower buds, leading to improved flower sets, pollination, and fruit formation.*

Seaweed extracts contain compounds that improve defense mechanisms, helping to protect against diseases and pests. Additionally, the presence of boron enhances the plant's resistance to certain pathogens and contributes to the formation of stronger cell walls, reducing the risk of infection.

IBA and IAA help plants cope with various stresses, including transplant shock, drought, nutrient deficiencies, and challenging conditions.*