Cultivation
Exploring the Legacy Practice of Flushing in Controlled-environment Production of High-CBD Cannabis (Cannabis sativa)
Abstract In controlled-environment cannabis (Cannabis sativa L.) production, restricting fertilizer application and maintaining low substrate electrical conductivity (EC) before harvest, which is termed “flushing,” is a standard procedure that is hypothesized to reduce inflorescence mineral [...]
Drought stress in Cannabis sativa L.: current knowledge, research gaps, and future perspectives – a review
Abstract Cannabis (Cannabis sativa L.) has gained increasing agronomic, industrial, and therapeutic importance owing to its fiber, seed, and bioactive cannabinoid content. However, water limitation represents a major environmental constraint affecting cannabis growth, yield, [...]
Mother Plant Age and Light Intensity Minimally Alter Adventitious Root Formation in Medicinal Cannabis
Abstract Apical stem cuttings are the primary method for propagation in medicinal cannabis, yet propagation has not been studied as extensively as the later stages of crop cultivation. This study examined how mother plant age [...]
Integrating Silicon into Fertigation Strategies for Cannabis Production: A Comprehensive Review
Abstract Silicon (Si) is a beneficial, non-essential element used in cannabis (Cannabis sativa L.), yet cannabis-specific evidence is scattered across hemp and drug-type cannabis. Because the marketable organ in drug-type and medicinal cannabis is the [...]
News
From Model Plants to Cannabis: Genetic Regulation of Glandular Trichome Development
Abstract Nowadays, Cannabis sativa L. is primarily valued for the cannabinoids produced and accumulated in its glandular trichomes. Consequently, it is of special relevance to address studies related to the biochemical, molecular, and morphological [...]
From Seed to Startup: How AI Is Revolutionizing Cannabis Cultivation and Empowering Small Businesses
Abstract The cannabis industry is undergoing a transformative shift driven by advances in Artificial Intelligence (AI), reshaping cultivation practices and creating new opportunities for small businesses and emerging entrepreneurs. This paper explores how AI-powered [...]
Introducing PHJ Media: A Unique Machine Learning -Driven Basal Formulation to Overcome Recalcitrance for Multi-Genotype Micropropagation of Cannabis sativa L
Abstract Applications of tissue culture are critical for Cannabis sativa L. (cannabis), supporting clonal propagation, germplasm preservation, pathogen elimination, among other biotechnological applications. However, extensive genetic diversity associated with cannabis results in highly variable [...]
Applications, Challenges, and Prospects of Artificial Intelligence in Crop Production
Abstract With the growing global population, intensifying resource constraints, and deepening climate change impacts, agriculture faces dual challenges of ensuring food security and advancing sustainable development. Artificial intelligence (AI) has emerged as a transformative [...]