Northwire Canada EditionFriday, October 16, 2026
Northwire
⌕
GOLD 4170.10 +1.5% SILVER 57.16 +2.3% COPPER 6.56 −1.5% OIL 97.97 +3.0% PALLADIUM 1136.00 +3.6% LUN 32.91 +0.6% DLP 0.290 −3.3% VCV 0.065 −13.3% GG 2.89 +1.4% NBLC 0.015 +0.0% SF 0.300 −4.8% ATY 0.215 +2.4% GHL 0.060 −7.7% STND 0.060 −7.7% B 0.550 −3.5% HBM 34.33 −0.5% NTR 98.77 −0.7% SGZ 0.035 +0.0% MKA 0.670 +0.0% LXM 0.175 −18.6% CLCH 1.08 −1.8% GOLD 4170.10 +1.5% SILVER 57.16 +2.3% COPPER 6.56 −1.5% OIL 97.97 +3.0% PALLADIUM 1136.00 +3.6% LUN 32.91 +0.6% DLP 0.290 −3.3% VCV 0.065 −13.3% GG 2.89 +1.4% NBLC 0.015 +0.0% SF 0.300 −4.8% ATY 0.215 +2.4% GHL 0.060 −7.7% STND 0.060 −7.7% B 0.550 −3.5% HBM 34.33 −0.5% NTR 98.77 −0.7% SGZ 0.035 +0.0% MKA 0.670 +0.0% LXM 0.175 −18.6% CLCH 1.08 −1.8%
M&A / Property

University of California Berkeley and Glass House Collaboration Leads to State-Funded Research on Cannabis Crop Yields

GLAS · Price

Executive Summary

  • Glass House Brands announced its ongoing research partnership with the University of California, Berkeley, funded by a $1.8 million award from the California Department of Cannabis Control (DCC).
  • The DCC‑funded project will develop empirical yield models for indoor, outdoor, and mixed‑light cannabis cultivation using surveys, field observations, and remote‑sensing techniques.
  • Findings are intended to improve crop‑production estimates, support regulatory oversight, and guide market forecasting for California’s legal cannabis sector.

Key Details

  • Partnership began in 2024 to identify development needs in cannabis/hemp, assess university research capacity, and advance medicinal cannabinoid development.
  • DCC awarded approximately $1,800,000 to UC Berkeley for the project titled “Cannabis Crop Yields: Survey & Remote Sensing.”
  • Research scope includes:
  • Estimating yield variability across indoor, outdoor, greenhouse, and mixed‑light systems.
  • Integrating grower survey data, field‑level observations, and remote‑sensing/AI/computer‑vision techniques.
  • Producing empirically grounded models to improve crop‑production estimates and regulatory forecasting.
  • Expected outcomes:
  • Better understanding of how propagation methods, lighting, and cultivation environments affect yields.
  • Data‑driven insights for policymakers, growers, and researchers to enhance efficiency, sustainability, and product quality.
  • Quotes:
  • Dr. Thomas Azwell (UC Berkeley faculty director): Emphasized the impact of industry‑university collaboration on agricultural science and AI‑enabled yield improvements.
  • Graham Farrar (President & Co‑founder, Glass House): Highlighted the importance of yield research for market efficiency, sustainability, and quality.

Notable Quotes

  • “Understanding how yields differ based on inputs and growing techniques is essential for improving efficiency, sustainability, and quality for the market.” – Graham Farrar, President and co‑founder, Glass House Brands.

Materiality Assessment: Non‑Material – Neutral (the announcement provides strategic insight but does not contain immediate financial impact or earnings information).

Read the original news release →

More from None