Post-harvest processes in plant science focus on how botanical materials are preserved, stabilized, and prepared for storage or analysis after harvesting. In the case of cannabis, this stage is often studied in agricultural science due to its impact on chemical composition, moisture levels, and long-term stability. Proper post-harvest handling is essential in regulated industries where consistency and quality control are important.

Shop autoflower strains of the key scientific concerns during post-harvest handling is moisture reduction and structural stabilization of plant material. This process helps prevent microbial growth and chemical degradation. Environmental factors such as temperature, humidity, and airflow all influence how plant compounds change over time after harvest.

Post-harvest science is closely related to Postharvest physiology, which studies the biological and chemical changes that occur in plant materials after they are removed from their living source. This field is widely used in agriculture, horticulture, and food science.

Scientific Importance of Post-Harvest Research

Researchers study post-harvest processes to understand how plant compounds degrade or stabilize under different storage conditions. This information helps improve agricultural storage systems and product consistency in regulated markets.

Post-harvest science plays a major role in maintaining quality standards and ensuring safe handling of plant-based materials across multiple industries.