The present disclosure relates to a biodegradable
pot plant cultivation that simultaneously provides structural support and biostimulant functionality. The pot is made of renewable natural materials, a biodegradable binder, and microalgae incorporated as a biostimulant, that safely decompose in the soil or substrate. Its porous structure ensures balanced
water retention and
aeration, and
mechanical integrity sufficient for handling and early
plant growth and creating an ideal environment for
plant growth and reducing
irrigation needs, increasing too the resilience for
climate change. During use and
biodegradation, microalgae and optional incorporated additives are gradually released through hydration,
diffusion and disintegration of the material, providing a localised and time-controlled biostimulant effect, synchronised with the healthy and vigorous development of the
plant root system. The pot is designed to be placed directly in the soil without removal, thus reducing
plastic waste, transplant shock,
irrigation needs, and planting and cultivation operation times and costs, making it suitable for applications in
horticulture,
forestry, and greenhouses. The pot is designed for compatibility with automated planting systems, enhancing horticultural efficiency. It addresses the environmental concern of plastic overuse in
horticulture, offering a sustainable, cost-effective, and practical solution for modern
horticulture.