Licking bees and pulping trees The reign of a wasp queen Kenny Coogan

As the April sun rises
on a pile of firewood,

something royal stirs inside.

This wasp queen is one of thousands
who mated in late autumn

and hibernated through the winter.

Now she emerges into the spring air
to begin her reign.

Most of her sisters weren’t so lucky.

While hibernating in compost piles
and underground burrows,

many sleeping queens
were eaten by spiders.

Warm winters caused by climate change
led other queens to emerge early,

only to find there was no available food.

And some queens that survived the winter
fell victim to the threats of spring,

such as carnivorous plants, birds,
and manmade pesticides.

Our queen is the lone survivor
of her old hive, and now,

she must become
the foundress of a new one.

But first, breakfast.

The queen heads for a citrus grove
full of honeybee hives.

The bees can be dangerous if provoked,

but right now they’re paralyzed
by the morning cold.

Their hairy bodies are dripping
with sugar water from an earlier feeding,

and the resourceful queen
licks them for a morning snack.

Newly energized, our queen searches
for a safe nesting area.

This tree hollow, safe from rain, wind,
and predators, is ideal.

She chews the surrounding wood
and plant fibers

to make a paper-like pulp.

Then she builds around 50 brood cells
that comprise the beginning of her nest.

Using sperm stored from last fall,

the queen lays a fertilized egg
into each cell,

producing as many as 12 in 20 minutes.

Within a week,
these will hatch into female larva.

But until then, the queen must hunt down
smaller insects to feed her brood,

all while expanding the hive, laying eggs,
and defending against intruders.

Fortunately, our queen is well prepared.

Unlike bees, wasps can sting as many times
as they need to.

With such a busy schedule,
the queen barely has time to feed herself.

Luckily, she doesn’t have to.

When she feeds an insect to her grubs,

they digest the bug into a sugary
substance that sustains their mother.

By the end of July, these first larva
have matured into adult workers,

ready to take on foraging,
building, and defense.

The queen can now lay eggs full-time,

sustaining herself on her worker’s spoils
and their unfertilized eggs.

Although each worker only lives
for roughly 3 weeks,

the queen’s continuous egg-laying
swells their ranks.

In just one summer,
the nest reaches the size of a basketball,

supporting thousands of workers.

Such a large population needs to eat,

and the nearby garden
provides a veritable buffet.

As the swarm descends,
alarmed humans try to swat them.

They even fight back with pesticides
that purposefully poison wasps,

and inadvertently impact
a wide-range of local wildlife.

But the wasps are actually vital
to this ecosystem.

Sitting at the top
of the local invertebrate food chain,

these insects keep spiders, mites,
and centipedes, in check.

Wasps consume crop-eating insects,

making them particularly helpful
for farms and gardens.

They even pollinate fruits and vegetables,

and help winemakers
by biting into their grapes

and jump-starting fermentation.

This feast continues until autumn,
when the foundress changes course.

She begins grooming some eggs
into a new generation of queens,

while also laying unfertilized eggs

that will mature into reproductive males
called drones.

This new crop of queens and males
requires more food.

But with summer over,
the usual sources run dry,

and the foraging wasps
start taking more aggressive risks.

By September,
the hive’s organization deteriorates.

Hungry workers no longer clean the nest
and various scavengers move in.

Just when it seems
the hive can no longer sustain itself,

the fertile queens and their drones
depart in a massive swarm.

As the days grow colder,
the workers starve,

and our queen
reaches the end of her lifespan.

But above, a swarm of reproductive wasps
has successfully mated.

The males die off shortly after,

but the newly fertilized queens are ready
to find shelter for their long sleep.

And this woodpile looks like
the perfect place to spend the winter.

当四月的太阳
从一堆柴火上升起时,

某种皇家的东西在里面搅动。

这只黄蜂王是成千上万
在深秋交配

并冬眠的人之一。

现在她出现在春天的空气
中开始她的统治。

她的大多数姐妹都没有那么幸运。

在堆肥堆
和地下洞穴中冬眠时,

许多睡着的蜂
后被蜘蛛吃掉了。

气候变化引起的暖冬
导致其他皇后早早出现,

却发现没有可用的食物。

一些在冬天幸存下来的
蜂后成为了春天威胁的牺牲品,

例如食虫植物、鸟类
和人造杀虫剂。

我们的女王
是她旧巢穴的唯一幸存者,现在,

她必须
成为新巢穴的创始人。

但首先,早餐。

女王前往一个
满是蜜蜂蜂巢的柑橘园。

如果被激怒,蜜蜂可能会很危险,

但现在它们
因早晨的寒冷而瘫痪。

它们毛茸茸的身体正在滴着
早先喂食的糖水

,足智多谋的女王
舔它们作为早餐。

我们的女王精力充沛,正在
寻找一个安全的筑巢区。

这种树是空心的,不受雨、风
和捕食者的影响,是理想的选择。

她咀嚼周围的木材
和植物纤维

,制成类似纸的纸浆。

然后她建造了大约 50 个育雏细胞
,这些细胞构成了她巢穴的开始。

使用去年秋天储存的精子

,女王
在每个细胞中

产下一个受精卵,在 20 分钟内产生多达 12 个。

一周之内,
这些将孵化成雌性幼虫。

但在那之前,女王必须猎杀
较小的昆虫来喂养她的后代

,同时扩大蜂巢、产卵
和防御入侵者。

幸运的是,我们的女王已经做好了充分的准备。

与蜜蜂不同,黄蜂可以根据需要多次叮咬

如此繁忙的日程
,女王几乎没有时间养活自己。

幸运的是,她不必这样做。

当她将昆虫喂给她的蛴螬时,

它们会将昆虫消化成一种含糖
物质来维持它们的母亲。

到 7 月底,这些第一批幼虫
已经长大成人,

可以开始觅食、
建造和防御。

女王现在可以全职产卵,

靠工人的战利品
和未受精的卵维持生计。

虽然每个工蚁的寿命只有
大约 3 周

,但蜂王的持续产卵使
他们的队伍膨胀。

仅仅一个夏天,
这个巢就达到了一个篮球的大小,

支撑着成千上万的工人。

这么多人口需要吃饭

,附近的花园
提供了名副其实的自助餐。

当蜂群下降时,
惊慌失措的人类试图拍打它们。

他们甚至使用
故意毒害黄蜂的杀虫剂进行反击,

并无意中影响
了当地广泛的野生动物。

但黄蜂实际上
对这个生态系统至关重要。 这些昆虫

位于当地无脊椎动物食物链的顶端,可以

控制蜘蛛、螨虫
和蜈蚣。

黄蜂食用以农作物为食的昆虫,

这使得它们
对农场和花园特别有用。

他们甚至为水果和蔬菜授粉,


通过咬入葡萄

和启动发酵来帮助酿酒师。

这场盛宴一直持续到秋天,
当创始人改变路线时。

她开始将一些卵培育
成新一代的蜂王,

同时产下未受精的卵

,这些卵将成熟为
称为雄蜂的生殖雄性。

这种新的女王和男性
需要更多的食物。

但随着夏天的结束
,通常的资源枯竭

,觅食的黄蜂
开始冒更大的风险。

到九月
,蜂巢的组织恶化。

饥饿的工人们不再清理巢穴
,各种拾荒者搬进来。

就在
蜂巢似乎无法维持自己的时候,肥沃的蜂后

和它们的雄蜂成群结队地
离开了。

随着天气越来越冷
,工人们挨饿,

而我们的女王也
走到了她生命的尽头。

但在上面,一群生殖黄蜂
已经成功交配。

不久之后雄性就死了,

但新受精的皇后准备
好寻找庇护所,让它们长眠。

这个木堆看起来
是过冬的理想场所。