Alex Yeager
Alex Yeager is a California-born cannabis writer who learned the plant before the modern cannabis industry took shape. Raised on the Monterey Peninsula with roots in the pre-helicopter grow days of Big Sur, he’s spent more than a decade covering strains, science, and cannabis politics with a practiced skepticism for hype and official stories. When he’s not making pottery or riding trails, he’s still chasing the same thing — what’s real, what works, and what doesn’t survive scrutiny.
151 Contributions
Showing page 1 of 16
Separated in the tank: how temperature, viscosity, and additives affect vape oil stability
Separated vape oil means the formula stopped staying evenly mixed under changing temperatures. Cold thickens the oil, heat accelerates degradation, and unstable ingredient blends can split into visible layers inside the cartridge. One layer sits on top of another. The oil turns cloudy. Tiny crystals...
Read More
From pale gold to deep amber: how processing conditions shape concentrate color
Pale gold and deep amber concentrates come from the same plant chemistry reacting differently to heat, oxygen, filtration, and processing conditions. Lighter oil typically means less oxidation and pigment pickup, not automatically “better” extract. People judge concentrate color fast. But concentrate color is not just...
Read More
The orange hairs explained: what pistils on weed reveal about flower maturity
Those orange hairs on weed are pistils, and they reveal far more than simple maturity. Their shape, density, and progression can expose how a flower is developing, whether it experienced stress, and how close it actually is to finishing. A flower covered in orange pistils...
Read More
The uneven burn problem: why joint canoeing happens before the first ash falls
Joint canoeing starts before the first ash falls. Uneven airflow, moisture differences, loose packing, or bad lighting can make one side burn faster long before the cherry fully stabilizes. Most uneven burns begin in the first few pulls, before the cherry fully stabilizes. One side...
Read More
That metallic hit: why your vape tastes metallic and what's causing it
A metallic vape taste means something inside the cart changed under heat. The issue often comes from overheated oil, unstable coil temperature, oxidation, or uneven power delivery changing how the vapor tastes. Sometimes it's the coil overheating. Sometimes it's degraded oil. Sometimes it's unstable battery...
Read More
Vape cartridge bubble won't move? Here's why
A vape cart bubble that won't move means the oil is thick. In most live resin carts, slow bubble movement is a viscosity signal tied to terpene content, temperature, and how the extract was formulated. Most of the time, that's normal. Inside a cartridge, cannabis...
Read More
More than a number: how potency vs quality weed shapes the high
A huge THC percentage can make weed look strong on paper, but numbers alone can't predict flavor, smoothness, or how the high actually feels. The experience comes from the full profile behind the flower. A lot of modern weed shopping starts the same way: somebody...
Read More
From scent to sensation: myrcene's effects on weed
Myrcene is one of the terpenes most associated with the heavy quality in cannabis. It shapes the earthy-musky scent of many popular strains and is one of the most useful compounds to check on a lab label before you buy. Most shoppers never look past...
Read More
THC Oxidation vs. Degradation: What Happens When Cannabis Ages
THC oxidation and degradation are two separate chemical processes that change cannabis over time, each driven by different environmental factors. THC oxidation happens when oxygen interacts directly with cannabinoids, while degradation is accelerated by heat, light, and age. Understanding the difference makes storage much easier....
Read More
THC degradation over time: what happens as cannabis ages?
As cannabis ages, oxygen, light, and heat gradually reshape its chemistry. THC breaks down into compounds like CBN while terpenes evaporate, changing the flower's potency, aroma, and overall effect profile over time. That shift happens slowly enough that most people never notice the chemistry changing...
Read MoreThe information contained in this site is provided for informational purposes only, and should not be construed as medical or legal advice.