Why doesn't Bipin kill mites anymore? In this video, we'll examine shocking research data: the effectiveness of Amitraz has dropped to 28%. You'll learn how the Varroa mite develops resistance to chemicals, why traditional strips become useless, and which bees are able to survive on their own. I'll also discuss breeding for mite resistance and methods that will truly save your apiary in these new conditions.

00:00 — Why do traditional products (strips) stop working?
01:01 — The history of the mite: how the Asian bee learned to fight it.
05:13 — Distribution: where in the world the mite isn't yet found.
05:35 — Heat chambers versus chemicals: pros and cons for large apiaries.
06:12 — Resistance: how the mite mutates and adapts to Amitraz and Fluvalinate.
07:54 — The "Lock and Key" Mechanism: How Mites Change Their DNA to Survive.
10:02 — Organic Acids: The Truth About the Effectiveness of Oxalic and Formic Acids.
12:54 — Experience from US Beekeepers: Why Do Acid Doses Have to Be Increased?
13:31 — How Acids and Thymol Work at the Cellular Level.
15:51 — An Amazing Experiment on Gotland Island: Survival Without Human Help.
17:28 — How European Bees Learn to Recognize and Destroy Infested Cells.
19:15 — How a Beekeeper Can Identify Colonies Capable of Fighting Mites (Practical Method).
22:58 — Additional Cleaning Methods: The Benefits of Pollen Collectors.
23:28 — The Best Time for Treatment: When is it Easiest to Eliminate Mites?
25:09 — The Main Advice on Switching Treatments to Prevent Addiction.

#beekeeping #varroamite #bipin #amitraz #beetreatment #anatoliystrelets #oxalic acid #beebreeding #apiaryavch