Regenerative Cannabis - Cannabis Horticultural Association

Posted on September 13, 2019February 6, 2020 by CHA — 2 Comments

Dynamic Accumulators – Nettle Nutrient Analysis

The Cannabis Horticultural Association (CHA) has embarked on a mission to re-analyze the potential of dynamic accumulators. Dynamic accumulators is a term used in the permaculture and organic farming literature to indicate plants that gather certain minerals or nutrients from the soil and store them in a more bioavailable form and in high concentration in their tissues, then used as fertilizer or just to improve the mulch layer. The first to use the term dynamic accumulator in the above definition was probably Robert Kourik in his book Designing and Maintaining Your Edible Landscape—Naturally (1986).

Posted on January 23, 2019March 20, 2020 by CHA — 3 Comments

Companion Planting for Cannabis

Examining the Management of Ecological Habitats for Beneficial Insects

Background

With a growing concern for eliminating pesticide residue in cannabis, farmers are learning to incorporate beneficial insects into their Integrated Pest Management (IPM) methodologies. Along with this IPM comes the potential to integrate the habitats for these insects, which ultimately decreases a dependency of purchasing them. Regenerative and biodynamic management are now amalgamating with IPM, helping us develop new insight for the complexity of running these systems. This article will attempt to encompass the broad concepts of companion planting beneficial insects and discuss the caveats of landscape management for these integrated ecosystems.

Posted on December 16, 2018February 6, 2020 by CHA — Leave a comment

Sun Grown Regenerative Cannabis Tests in at over 25% THC

Indoor vs Outdoor? The long standing argument among the cannabis connoisseur is always a hotly debated topic. The argument for indoor grown cannabis has always been that it is higher quality and higher THC levels. While this might be true in some regards, the emerging science suggests that sun grown cannabis with optimal soil biology will be able to provide a more full spectrum of its cannabinoid levels. This means more cannabinoids, more terpenes and more full plant medicine for the patient and consumer. For the longest time everyone was just focused on THC levels, and as the headline was designed to wrap you in. Gotchya! But now it’s time to talk about why regenerative cannabis can provide a more full spectrum assay of the cannabinoids AND produce high levels of THC! We’ll take a look at regenerative farms, discuss different aspects of ecological farming and get to the root of it all, literally…

Posted on July 12, 2018February 6, 2020 by CHA — Leave a comment

Fermented Plant Juice (FPJ) Video Tutorial

This is a 25 min tutorial on creating Fermented Plant Juice (FPJ). In this video we create an FPJ using flowering herbs in our environment. We also explore the nutrient and phyto-chemical contents of these flowering herbs and the methodologies to make a proper FPJ.

Posted on May 31, 2018February 6, 2020 by CHA — Leave a comment

Dynamic Accumulators Overview

Dynamic accumulators (DA) are plants that gather certain minerals and nutrients from the soil and store them in higher concentration in their leaf tissues. The leaves of the plants can then be used as compost, mulch or liquid fertilizer. The truth is that most plants, in a way, are dynamic accumulators in some way because they translocate the soil minerals into their leaves. The difference however, is that certain plants, like horsetail, nettle or buckwheat, for example, tend to pull specific nutrients up in greater amounts. Horsetail is well known for silica, nettle is well known for iron and buckwheat is known for accumulating phosphorus. Other DA”s like comfrey or yarrow are more all purpose accumulators and pull out more proportional balanced NPK ratios. DA’s are traditionally thought of as a class of plants associated with nutritive and medicinal herbs. But please don’t confuse DA’s as a specific class of plants, for they can also include other types of flowers and cover crops as well.