Honeybees are not native to Iceland, and every colony on the island today descends from bees deliberately imported by hand, most recently starting in 1998. That unusual origin story has an equally unusual upside: Iceland’s extreme isolation kept its small bee population free of Varroa destructor and other major pathogens for far longer than almost anywhere else bees are kept, turning a country with no natural beekeeping tradition into one of the more genuinely interesting case studies in what beekeeping looks like when the usual disease pressures are absent.
Key Takeaways
- Iceland has had three distinct, documented beekeeping attempts: Akureyri in 1935 (Norwegian brown bees, abandoned due to weather and import difficulties), Reykjavík in 1943 (abandoned around World War II), and a still-ongoing revival started in 1998 by Egill Rafn Sigurgeirsson, who imported the first hives from Sweden.
- Since 1998, Iceland’s bee population has grown to roughly 250 hives, each typically holding up to 50,000 workers, around 100 drones, and one queen.
- Iceland’s isolation kept it free of Varroa mites and major brood diseases for an unusually long period, letting beekeepers avoid most of the pesticide treatments routine in Varroa-affected regions.
- The main climate obstacle for Icelandic beekeeping is not cold specifically, but wind and rain, which restrict flight days more than low temperatures alone would.
- Iceland’s Varroa-free status, while real and unusually long-lasting, is understood by beekeepers and researchers as fragile rather than permanent — increased import traffic and regional spread put it at ongoing risk.
Table of Contents
- Why Iceland Has No Native Honeybees
- Three Attempts, a Century Apart
- The Varroa-Free Advantage
- Wind and Rain, Not Cold
- Iceland Compared to Its North Atlantic Neighbors
- Iceland’s Beekeeping Scene Today
- Limited Forage, Distinctive Honey
- Frequently Asked Questions
Why Iceland Has No Native Honeybees
Iceland sits far enough from continental Europe, and emerged from glaciation recently enough in geological terms, that honeybees never colonized it naturally the way they spread across mainland Europe over thousands of years. Every bee in Iceland today is there because someone physically transported it — by boat or plane, in a box, as a deliberate human decision — making Iceland one of a small number of countries where the entire beekeeping population has a documented, traceable import history rather than a natural or ancient one.
Three Attempts, a Century Apart
Iceland’s beekeeping history is short and well documented, consisting of three genuinely separate attempts rather than one continuous tradition. The first was in Akureyri in 1935, using imported Norwegian brown bees; unfavorable weather conditions and the practical difficulty of importing bees and equipment led to its abandonment after a few years. The second attempt began in Reykjavík in 1943 and lasted only until the disruptions of World War II made continuing impractical. The current, still-active revival dates to 1998 (some sources cite the effort as fully established by 2000), when beekeeper Egill Rafn Sigurgeirsson imported the first five hives from Sweden — a deliberate, considered restart rather than a continuation of either earlier failed attempt, separated from them by more than half a century.
The Varroa-Free Advantage
“Icelandic honey is very clean from pollutants and drugs,” reflecting bees that have historically needed little to no chemical mite or disease treatment, according to beekeeping accounts of the island’s unusually isolated apiary population.
Because Iceland’s entire bee population originated from careful, deliberate imports rather than uncontrolled natural spread, and because the island’s geographic isolation limits ongoing contact with mite-affected mainland populations, Icelandic beekeepers were able to operate for years largely free of Varroa destructor, foulbrood, and the other major pathogens that drive most modern Varroa-management practice everywhere else bees are kept. That freedom let Icelandic beekeepers skip the routine miticide treatments — the oxalic acid, thymol, and amitraz-based products covered in most modern Varroa treatment guides — that beekeepers in Varroa-affected regions apply as a matter of course. It’s worth being precise about this: Iceland’s Varroa-free period has been real and unusually long, but is understood by researchers as a fragile, time-limited status rather than a permanent guarantee, since increased import and travel volume steadily raises the risk of eventual introduction, as documented in other historically isolated bee populations.
Wind and Rain, Not Cold
The obstacle most people assume would rule out beekeeping in Iceland — extreme cold — turns out not to be the primary practical problem. Icelandic beekeepers consistently report that wind and rain, not low temperatures on their own, are what actually restrict flight days and forage access. Honeybees can tolerate genuinely cold temperatures reasonably well inside a well-insulated hive, clustering for warmth through winter the same way colonies do at similar latitudes elsewhere; what they can’t do is forage effectively in sustained high wind or heavy rain, both of which are considerably more common and more severe in Iceland’s maritime climate than in many colder but calmer beekeeping regions.
This short documentary footage, filmed with Icelandic beekeepers, gives a real sense of what a working Icelandic apiary actually looks like day to day:
Iceland Compared to Its North Atlantic Neighbors
Iceland’s beekeeping story looks even more distinctive set against its nearest neighbors. Greenland and the Faroe Islands, both similarly remote North Atlantic territories, have essentially no established honeybee population or beekeeping tradition at all, making Iceland’s small but genuinely functioning apiary community a real outlier for the region rather than a typical outcome of northern-latitude geography. Norway, the mainland source of Iceland’s original 1935 import and one contributing source population for the wider Nordic brown bee lineage, maintains a far larger and more established beekeeping industry, giving Icelandic beekeepers a nearby but climatically quite different reference point rather than a directly comparable model for their own conditions.
Iceland’s Beekeeping Scene Today
Iceland’s beekeeping population has grown steadily since the 1998 restart, reaching roughly 250 hives spread across a small community of dedicated keepers, each colony typically holding up to 50,000 worker bees, around 100 drones, and a single queen — comparable individual-colony numbers to hives anywhere else, even though the total scale of Icelandic beekeeping remains tiny by international standards. Iceland’s short, cool growing season and limited native forage diversity — heavily reliant on species like Arctic thyme — mean honey yields per hive are modest compared to warmer regions, but the honey produced carries a genuinely distinctive terroir tied to the island’s specific flora, similar in spirit to how New Zealand’s beekeeping history shows an isolated island nation building a beekeeping identity distinct from its mainland origins, though on a dramatically larger commercial scale than Iceland’s own still-small apiary community. Given the modest scale of domestic production, Iceland’s own beekeepers supply only a small fraction of the honey Icelanders actually consume, with the great majority still arriving as imports — a gap common to small, geographically isolated beekeeping scenes generally, where local production functions more as a specialty product than a meaningful share of the honey market.
Limited Forage, Distinctive Honey
Iceland’s short growing season and comparatively limited native flowering-plant diversity mean Icelandic honey production per hive runs well below what beekeepers in warmer, floristically richer regions typically see. Forage relies heavily on species adapted to Iceland’s subarctic conditions, with Arctic thyme frequently cited as one of the more significant nectar sources contributing to the honey’s distinctive character. That scarcity cuts both ways commercially: lower absolute yields, but a honey with a genuinely distinctive, geographically specific flavor profile that beekeepers elsewhere can’t replicate, similar in spirit to how single-origin honey guides prize a specific, unreproducible regional forage signature over generic blended honey.
Frequently Asked Questions
Are honeybees native to Iceland?
No. Every honeybee colony in Iceland today descends from bees deliberately imported by beekeepers, most recently beginning in 1998, rather than from any natural colonization.
When did modern Icelandic beekeeping start?
The current, still-active beekeeping community traces to 1998, when Egill Rafn Sigurgeirsson imported the first five hives from Sweden, following two earlier, unrelated, and ultimately abandoned attempts in 1935 and 1943.
Is Iceland still Varroa mite-free?
Iceland’s isolation gave it an unusually long Varroa-free period historically, but beekeepers and researchers treat that status as fragile rather than permanent, given ongoing import and travel activity that raises the long-term risk of introduction.
What’s the biggest climate challenge for Icelandic beekeepers?
Wind and rain restricting flight and forage days, rather than cold temperatures alone, which well-insulated hives and winter clustering handle reasonably well.
How many beehives are there in Iceland today?
Roughly 250 hives, based on beekeeping community accounts, each typically holding up to about 50,000 worker bees.
Why did Iceland’s earlier beekeeping attempts fail?
The 1935 Akureyri attempt was abandoned due to unfavorable weather and import logistics; the 1943 Reykjavík attempt was abandoned amid the disruptions of World War II. Neither is directly connected to the beekeeping community active in Iceland today.
