Although the vegetative stage of indoor cannabis (Cannabis sativa) production can be
relatively short in duration, there is a high energy demand due to higher light intensities (LI) …

The effects of salt-induced stress in drug-type Cannabis sativa L.(C. sativa), a crop with
increasing global importance, are almost entirely unknown. In an indoor controlled factorial …

In the expanding North American medical cannabis industry, growers lack reliable and
systematically investigated information on the horticultural management of their crops …

The cultivation of drug-type Cannabis sativa Lin.(C. sativa) employs a variety of rootzone
systems, yet little is understood about rootzone-effects on plant physiology, inflorescence …

Cannabis producers, especially those with organic operations, lack reliable information on
the fertilization requirements for their crops. To determine the optimal organic fertilizer rate …

Cannabis sativa (“cannabis” hereafter) is a valuable recent addition to Canada's economy
with the legalization for recreational use in 2018. The vast majority of indoor cannabis …

Cultivating drug-type Cannabis sativa L. with aquaponics could reduce mineral fertilizer use;
however, its nutrient solution is often unbalanced and low in K+ and micronutrients. It is …

Before ultraviolet (UV) radiation can be used as a horticultural management tool in
commercial Cannabis sativa (cannabis) production, the effects of UV on cannabis should be …

Controlled release of a fertilizer from capsules, uniformly distributed in the soil and its
diffusion under different degrees of soil saturation are studied theoretically. Solutions are …

Cannabis cultivated for medical and adult use is a high-value horticultural crop in North
America; however, we lack information on its optimal mineral nutrition due to previous legal …