UnderlyingWildebeest858

Replaced hive top screen boards a few weeks back thinking airflow would help with fall mite management. Now seeing ants climbing up the hive legs and around cracks where screens meet the frames. Tried dabbing grease pencil lines to seal entry points... but not sure that fixes ants or invites roaches??

Any practical experiences using carbaryl dusted feeders this time of year? Concerned about mite rebound from residual chemicals... but don't recall seeing other effective options off-the-shelf. Local beekeeper groups say bait gels work fast?? Just need a way to break this before cold sets in.

Late last evening, while prepping for winter, I mistakenly used the wrong hive box and stored it in the shed that usually holds spare tools. The temperature there dropped faster than normal. The bees, once in the box, collapsed and started trembling at 31°F before I could get a sense of the situation. I kept them overnight with blankets, but most had already succumbed or abandoned the frame. I'm re‑examining my labeling process now and wondering if any one of you has successfully salvaged a swarm that had been left in a cold environment—or at least has any advice to keep a hive from turning into an accidental snowbox. The frustration is real, and any lesson learned or humor to share would be appreciated. Thanks.

I just installed a Carson 26‑Frame GWP on my northern side of the apiary and, on the southern side, the Storer 26‑Frame GWP.

Both share the same external dimensions and the same top‑entry opening, yet in practice I’ve noticed differences in:

• Lattice structure: Carson uses a finer, radial‑style mesh (0.3mm openings), while Storer opts for a looser 0.6mm grid. This influences draft speed.
• Vent openings: Carson provides a double‑layer vent system at the bottom, 23mm wide; Storer’s vent is a single 33mm aperture. The airflow from Carson feels more evenly distributed.
• Wax ribbon orientation: Carson positions the central ribbon at 30° to the frame, which appears to favor bead formation; Storer’s ribbon aligns more vertically. The angle may impact comb integrity during brood frames.
• Removal effort: Carson’s pull‑tabs fit neatly with an average of 45 seconds per hive, whereas Storer can require roughly 60 seconds due to its heavier pull‑tab construction.

In my trial across a two‑season window:

The differences, while modest, seem statistically consistent. I can’t help but wonder: does the higher vent surface area and radial mesh justify the price differential of roughly $8 per hive unit? I’d love to hear if anyone has similar data or anecdotal observations. I suspect the improved airflow in Carson has downstream benefits, but the cost‑benefit trade‑off remains uncertain. Perhaps a direct test in the same floral context would clear it up…

Your insights on ventilation efficiency in 26‑Frame GWP systems would be appreciated.