Updated: 7th February 2021
"How long do bees live? "
The answer to this question depends on the type of bee referred to (honey bee, solitary bee or bumble bee), and the role of the bee within the colony.
The lifespan of bees, can of course, also be affected by extraneous factors such as weather, availability of forage, human intervention, and use of insecticides as well as prevalence of diseases and parasites.
Below is a general comparison of species.
The life span of
varies, depending on the role of an individual bee within the colony.
Honey bees live in sophisticated, well organised colonies - they are 'superorganisms'. A honey bee
colony could comprise between 50,000 and 60,000 bees, performing
different roles in order to help ensure the smooth running and success
of the colony.
The role of a bee, as well as the time of year in which it was born (spring/summer or autumn), is also a factor in the lifespan for worker bees in the colony. Worker bees born in spring/summer have shorter, busier lives, whilst those born in autumn may live longer, but they must survive the harsher winter conditions to emerge from the hive the following spring.
|Average life span of the honey bee
by colony member
|Worker||Spring/Summer born: 6 - 7 weeks
Autumn born: 4 - 6 months
|Queen||3 - 6 years|
However, there are variations, so please read on to learn more...
All being well, a honey bee queen could live for 3 to 4 years, as long as she is free from disease. It can even be longer - some beekeepers report queen survival of up to 6 years (1). This is much longer than bumble bee queens or the solitary bee species.
However, a queen that is no longer favoured by the colony may be removed by the workers. In such a case, a new queen will be produced, and the old queen replaced. This is called ‘supersedure’. In some beekeeping practices, the queen is replaced by the beekeeper after one or two years.
Workers raised during the spring or summer months may live for 6 or 7 weeks. Their lives are especially busy, with lots of hungry larvae to feed, and honeycomb to be produced. This is when the colony is at its most productive, with workers busy collecting nectar and pollen for feeding the colony.
Workers raised in the autumn have no brood to care for, since the queen stops producing eggs. These workers, together with the queen, comprise the remains of the colony for the year (part of the colony may have left in a swarm, in order to form a new colony elsewhere). They must huddle together around the queen in order to keep warm during the winter, ready to emerge the following year to begin foraging again in the early spring. They may live 4 to 6 months.
The average lifespan of drones is about 55 days.
Note, that upon mating with the queen, drones die immediately.
Information about the lifespan of bumble bees tends to vary between different studies. Additionally, in the tropics, where colonies may thrive for longer, the lifecycles and lifespan of colony members may be quite different.
There are other anomalies - for example, even in
the UK, climate is believed to be having an impact on bumble bees, with some colonies continuing to be active during the winter in the south of
England. However, typically…
All in all, providing a bumble bee queen is successful and is not harmed by disease, pesticide or predators, she may live for about a year - part of this time being spent in hibernation.
New queens emerge during the late summer or early autumn. After mating and feeding to store fat reserves on their bodies for the winter, they will then hibernate. During early spring the following year, the new queens emerge to establish new colonies of their own.
Accounts of how long bumble bees live, do vary between species and studies. For example, Bombus terricola workers were observed to live 13.2 days on average to around 2 weeks, but in other studies, workers were observed to live for up to 41.3 days – about 6 weeks.
It is believed that workers engaged in nest duties live longer than bumble bee workers whose main duty is foraging. These bumble bees are of course more prone to predator attack, and are also exposed to varying weather conditions. It is not unusual to find a bedraggled looking bumble bee needing to rest and revive itself, having been caught in a shower. For advice about what to do if you find such a bumble bee, read my page advising what to do if you have found a bee.
I have not read any information giving the lifespan of bumble bee males. However, they, along with the new queens are the last to emerge from the colony, but they do not hibernate for winter. Therefore, it is likely that they live only for a few weeks.
You may wish to read more on my page about bumble bees.
Given the many species of solitary bees, it's difficult to provide a single summary.
For a few examples and links to more information on specific species, take a look at my pages about
the different solitary bees.
bee life cycle has 4 key stages, but even the length of time between
those stages differs, depending on species and role within the colony.
To read more, see may page about the
bee life cycle.
According to the book, The Bees In Your Backyard, some bee larvae wait in their nests before emerging, with only some of the larvae developing and emerging from their nests the following year - and this is called 'bet-hedging'.
For example, not all larvae of the Habroda species emerge from the nest in the same year! Whilst some will emerge, others may remain in the nest for up to 2 years. However, the book also points out that some will remain in the nest, but delay emergence for 7 or even 10 years!
It's thought that hedge-betting behaviour in bees is especially beneficial in challenging conditions such as the desert. If only some of the bees emerge the following year (whilst others remain behind), then not all of the bees will perish if there are insufficient flowers upon which to forage.
This is the case with the desert bee, Perdita portalis:
(1) UK beekeeper, Roger Patterson reports seeing queens of Apis mellifera mellifera continuing to rear productive colonies at 6 years old: http://dave-cushman.net/bee/supersedure.html
(2) Cornell University: "Emergence dynamics and bet hedging in a desert bee, Perdita portalis".
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