Growlink Smart Farm Blog

Dr. Robert Flannery is the first Ph.D. in the United States with certified technical expertise in growing commercial cannabis. He earned his doctorate from UC Davis in Plant Biology with an emphasis in Environmental Horticulture with specific expertise in hydroponic crop optimization for cut-flower production. While working on his doctorate, Dr. Flannery began advising Cannabis cultivators throughout Northern California on modern horticulture practices. As Production Director at SPARC in San Francisco, Dr. Flannery managed the company's largest department and supervised every segment of cannabis cultivation, packaging, & delivery of the final product to retail. An overachiever for sure!

Indoor cannabis grow operations have become the industry standard by providing privacy and an environmentally controlled growing space. These indoor grow facilities have a few downsides that you need to consider when creating a sustainable grow operation.

Automated nutrient delivery systems can be expensive, and sticker shock can intimidate growers into putting off the upgrade. However, the vast majority of growers admit that the upfront investment pays off. Lower labor costs and reduced resource waste, along with saving time are enough to get many growers to take the plunge. We'll dive into what nutrient delivery systems do, how they work, and the potential benefits associated with investing.

Getting The Most From Your Environmental Controls 

Greenhouse and indoor grow cultivation automation has changed how we grow in America and the world. Agricultural technology has taken the guesswork out of some of the most challenging aspects of commercial cultivation. One of the essential aspects of greenhouse automation is having quality, accurate sensors to monitor the aspects of your grow operation that you want to automate. 

How Smart Is Your Fertigation System?

AgTech has revolutionized the way crops are grown, both in indoor and traditional growing environments. Controlling environmental factors and agricultural processes with acute precision leads to better crop yields, better resource management, lower costs, and improved environmental conditions. As a result, more and more growers are embracing automation in their operations. One technology that has become extremely popular across various crop types is smart fertigation – the synthesis of fertilization and irrigation.