Water Conservation

Cannabis is a very thirsty plant. According to the California Department of Fish and Wildlife, one plant can drink 5 to 10 gallons of water per day. Depending on the environment and medium, these plants can consume more. In the quest to increase quality and maximize yield, regardless if cultivators aren’t experiencing drought conditions, or even water restrictions, the consideration of implementing minor changes that support water conservation in general are important. As its legal to grow cannabis in many states, there is a shared responsibility amongst cultivators to adopt and invent new methods to conserve water.

Cannabis Cultivation and Science Podcast

Listen in to KIS Organics Podcast interviewing Steve Troy - the North American distributor of Blumats. Goes into the history to how Blumats in the U.S began, how they work and the advantages these systems bring to your garden and plants. 



Blumat Capillary Mat Systems

If you are simply looking to get your seedlings started, or even just looking for a more controlled watering method,  the Blumat Capillary Mat System may be able to help. More than just water efficiency, these systems can save large costs in labor, fertilizer and pesticide use, as well as shorten production time. Along with their simple set-up, any level of experience grower can easily take a few steps to get this system up and running.

A Hidden Killer: The Chain Reaction of Over-Watering

Improper irrigation can ruin an otherwise perfect environment.

In the “mind” of the plant, changing VPD levels can make a set irrigation schedule seem irregular.

It won’t really damage the plants, but it can disrupt the near-perfect environment that maximizes growth.

Using Less Water Saves You Money, Energy, and Even Your Plants!

    Anywhere from 97% to 99.5% of the water taken up by the roots of a plant ends up being released back into the air. During this process, a physical change in the state, or phase, of water occurs—from liquid water to water vapor. Implementing a watering system that uses less water on average effectively reduces the amount of water getting into the plants between 50% and 60%, which in turn reduces the overall amount of latent heat in the system. By reducing the amount of latent heat by 50% reduces the total heat of an air conditioning system by as much as 25%.

How Perfect Air Drowns Plants – and What to Do About It

With real-time moisture monitoring and responsive, moment-to-moment water supply, irrigation becomes an opportunity to let plants self-regulate in response to air conditions.

All growers fear the crippling results of under-watering your plants, but can the true killer be over-watering. This article discusses the proper ways to achieving beautiful perfect plants in regards to air, water, and the different irrigation methods to achieve just this. 

Every cannabis grower knows the perils of improper watering. And most can recall a time or two when they damaged the health of one of their girls through an overzealous watering schedule (or simple forgetfulness). But few recognize the epidemic of ongoing, low-level overwatering – both in at-home amateur grows and larger, automated operations.

Understanding Greenhouse Irrigation for Cannabis Cultivation

Posted March 24th, 2017 by Jack Bohannan in the May-June 2017 edition of Professional Marijuana Grower

All growers have done it: damaged a plant with erratic watering practices. But for cannabis cultivators, the compromised health of just one or two prized plants can significantly impact the bottom line. Experienced growers rarely let dehydration occur, and larger greenhouse grows incorporate systems that all but guarantee underwatering doesn’t happen. Yet the painful memories and guilt of underwatering persist in the minds of even the best cultivators and sometimes lead to the less recognizable ­­sin of continual, low-level overwatering.

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