The study suggests that crushed glass can act as a bio-stimulant, providing nutrients to plants and aiding in their growth. This is because it contains trace amounts of calcium, magnesium, and phosphorus, all essential for healthy plant development. Furthermore, the crushed glass acts as a natural barrier against soilborne pathogens, protecting plants from fungal diseases. This is due to the formation of a layer of silica on the soil surface, effectively inhibiting the growth of harmful fungal spores.

The team found that smaller particles resulted in faster growth rates and reduced the risk of fungal infections. This discovery has significant implications for sustainable agriculture and food production. The team’s research has shown that using recycled glass as a growing medium can significantly reduce the need for synthetic fertilizers and pesticides. This is a major step towards a more sustainable and environmentally friendly agricultural system.

## The Impact of Recycled Glass on Plant Growth

This study investigated the impact of recycled glass on plant growth. The researchers found that incorporating recycled glass into soil significantly improved plant growth, particularly when used in combination with other materials. The study focused on the effect of different glass-to-soil ratios on plant growth. The researchers found that a mixture of more than 50% glass particles to soil was optimal for plant growth.

This paper explores the potential of glass-based soil alternatives for sustainable agriculture. The authors argue that glass, with its unique properties, can be used to create innovative and environmentally friendly soil mixtures. These mixtures could offer several benefits, including reduced reliance on chemical fungicides, increased accessibility of urban gardening, and enhanced food security.