Zacariah L. Hildenbrand

Articles

This article provides insights into the opportunities involving the genetic modification of cannabis. 

Maximizing Cultivation Efficiency Through the Utilization of Genetic Technology

A look at what epigenetics means, how other plant industries have used or studied them, and how that can be applied to cannabis to improve yields, plant genetics, and solve plant illness.

Epigenetics: Decoding the Effects of Environmental Factors in Cannabis Cultivation

is a Full Professor and Shimadzu Distinguished Professor of Analytical Chemistry in the Department of Chemistry & Biochemistry at The University of Texas (UT) at Arlington.

In the work presented here, the authors evaluated the effects of variable red-light exposure on the phytochemical content of four Group III cannabis cultivars.

Variable Red Light Exposure Affects Phytochemical Content  in Group III Cannabis Cultivars

In this piece, we touch on the benefits and challenges associated with autoflowering genetics, and provide justification for why these unique varietals may be the catalyst for making cannabis medicine more accessible and approachable for the general population. 

Autoflowering Genetics Present Unique Opportunities

The data presented here document the phytochemical composition of a large dataset of Group III cannabis cultivars and allow for the identification of distinct sub-classes.


Differentiation of Group III Cannabis Cultivars into Novel Sub-Classes

Isolated CBD, full-spectrum oil, and even smokable hemp are all being diluted down by a draconian regulatory framework that needs to be changed to facilitate growth, innovation, and prosperity throughout the industry.

Hemp Regulations and the Restrictions on Innovation

What are the environmental implications of energy consumption for outdoor, indoor, and greenhouse cultivation?

The Environmental Implications of Energy Consumption in Cannabis Cultivation

Soil, water, and nutrient compositions play important roles in one’s quest to produce ultrapremium flower material; but unequivocally, it is lighting spectrum, coverage, and penetration that have the most influence over the terminal outcome, particularly in controlled environment agriculture.