Category: Blog

As a commercial farmer, you are probably aware of the significance of light in greenhouse farming, and its impact on both growth (photosynthesis) and development (plant shape). Without enough quantity of light, crops won’t photosynthesize, i.e., they’ll be unable to convert water and carbon dioxide into oxygen and chemical energy (glucose). The chemical energy from photosynthesis produces plant food, which is responsible for plant growth. And without the proper spectrum (color mix), plants will not have the desired shape or morphology.

As a commercial farmer, you are probably aware of the significance of light in greenhouse farming, and its impact on both growth (photosynthesis) and development (plant shape). Without enough quantity of light, crops won’t photosynthesize, i.e., they’ll be unable to convert water and carbon dioxide into oxygen and chemical energy (glucose). The chemical energy from photosynthesis produces plant food, which is responsible for plant growth. And without the proper spectrum (color mix), plants will not have the desired shape or morphology.

For thousands of years, agriculture has relied on the weather, the soil, and the natural growing cycles of each region. Large-scale agriculture, in particular is typically done outside with the usual risks and limitations. However, greenhouse technology has advanced considerably in the last two hundred years, and has reached a pinnacle using the automation and advanced precision technology available today.

As a commercial farmer, you are probably aware of the significance of light in greenhouse farming, and its impact on both growth (photosynthesis) and development (plant shape). Without enough quantity of light, crops won’t photosynthesize, i.e., they’ll be unable to convert water and carbon dioxide into oxygen and chemical energy (glucose). The chemical energy from photosynthesis produces plant food, which is responsible for plant growth. And without the proper spectrum (color mix), plants will not have the desired shape or morphology.

The global greenhouse industry is growing rapidly, and is expected to continue to do so in the coming year as demand for fresh produce increases and more growers turn to controlled environment agriculture to meet consumer needs. This blog is an overview of the current status of the industry.

Sungrown cannabis has some major environmental, medicinal, and economic advantages over indoor-grown cannabis, most of which have been, until recently, largely ignored by cultivators, consumers, investors, and policymakers alike.

Sungrown cannabis has some major environmental, medicinal, and economic advantages over indoor-grown cannabis, most of which have been, until recently, largely ignored by cultivators, consumers, investors, and policymakers alike.

Sungrown cannabis has some major environmental, medicinal, and economic advantages over indoor-grown cannabis, most of which have been, until recently, largely ignored by cultivators, consumers, investors, and policymakers alike.