Question: How many times does this insect queen mate?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: once


Question: What does a worker of this insect emerge from?

Instruction: Using the given image, access documents that provide insights into the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: cocoon


Question: What does a worker of this insect emerge from?

Instruction: With the provided image, gather documents that offer a solution to the question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: cocoon


Question: What does a worker of this insect emerge from?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: cocoon


Question: What does a worker of this insect emerge from?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: cocoon


Question: What does a worker of this insect emerge from?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: cocoon


Question: How many months does this insect queen live?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: 12


Question: How many months does this insect queen live?

Instruction: Using the given image, access documents that provide insights into the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: 12


Question: How many months does this insect queen live?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: 12


Question: How many months does this insect queen live?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: 12


Question: How many months does this insect queen live?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: 12


Question: What happens in the summer for this bee?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: breeding


Question: What happens in the summer for this bee?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: breeding


Question: What happens in the summer for this bee?

Instruction: With the provided image, gather documents that offer a solution to the question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: breeding


Question: What happens in the summer for this bee?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: breeding


Question: What happens in the summer for this bee?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Male bumblebees, also known as drones, have a purely reproductive purpose. In the fall, males and newly hatched queens mate before the weather cools. Each future queen mates only once and stores the sperm for the remainder of her life, using it to produce all the subsequent female progeny. After mating, young queens hibernate underground until the spring while all the other bees will die. The queens then emerge from hibernation and feed on pollen and nectar until they can lay their first brood of 8 to 10 eggs. Before laying the eggs, they build a nest out of grass and deposit honey into a wax honey pot that she made. They make and deposit honey in the honey pot after collecting enough pollen. Breeding occurs in the summer months. Most workers live for a brief period of time due to the intensity of their work, while queens live for 12 months on average. B. fervidus workers are responsible for making the honey that the queen and developing brood eat. The workers chew pollen and mix it with their saliva to make the honey. Since they need ample pollen for honey, workers spend a lot of time foraging for nectar and pollen, simultaneously pollinating flowers. When a worker emerges from its cocoon, it will devote most of its time toward developing the brood and consequently building a larger nest out of grass to accommodate the growing colony. If the colony grows too big, then new queens are sometimes killed before it is time for them to mate. Males have a purely reproductive purpose in the nest. Most B. fervidus do not live for more than a few months due to the toll hard work takes on the body and harsh winter weather. Only the queens live for approximately one year.

Answer: breeding


Question: What does this insect forage for?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and nectar


Question: What does this insect forage for?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and nectar


Question: What does this insect forage for?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and nectar


Question: What does this insect forage for?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and nectar


Question: What does this insect forage for?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and nectar


Question: What does a worker of this insect mix with pollen?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen?

Instruction: With the provided image, gather documents that offer a solution to the question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen to feed the queen and brood?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen to feed the queen and brood?

Instruction: With the provided image, gather documents that offer a solution to the question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen to feed the queen and brood?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen to feed the queen and brood?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What does a worker of this insect mix with pollen to feed the queen and brood?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: saliva


Question: What kind of bee is this bee?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: bumblebee


Question: What kind of bee is this bee?

Instruction: With the provided image, gather documents that offer a solution to the question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: bumblebee


Question: What kind of bee is this bee?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: bumblebee


Question: What kind of bee is this bee?

Instruction: Using the given image, access documents that provide insights into the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: bumblebee


Question: What kind of bee is this bee?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: bumblebee


Question: What do this insect workers chew and mix?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and saliva


Question: What do this insect workers chew and mix?

Instruction: Using the given image, access documents that provide insights into the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and saliva


Question: What do this insect workers chew and mix?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and saliva


Question: What do this insect workers chew and mix?

Instruction: Using the given image, access documents that provide insights into the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and saliva


Question: What do this insect workers chew and mix?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Bombus fervidus workers are able to feed both the queen and the developing brood by chewing/mixing pollen and saliva. In order to have enough of this food, B. fervidus spend a lot of time foraging for pollen and nectar, pollinating flowers in the process. Thus they have an important role in the ecosystem.
When a new worker bumblebee emerges from its cocoon, it takes care of the queen and her eggs. Although the queen started the colony on her own, new workers will accommodate the growth of the colony by adding dead grass to the nest. If the population grows too big, newly emerged queens may arise that must leave the nest early or even be killed by other workers before they mate.
Because males have a purely reproductive process in the nest, they will often leave the nest. They live independently until the fall, when they mate and then die.

Answer: pollen and saliva


Question: What do this insect workers never do?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: mate


Question: What do this insect workers never do?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: mate


Question: What do this insect workers never do?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: mate


Question: What do this insect workers never do?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: mate


Question: What do this insect workers never do?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: mate


Question: Is there a potential or actual worker-queen conflict in this insect?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: potential


Question: Is there a potential or actual worker-queen conflict in this insect?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: potential


Question: Is there a potential or actual worker-queen conflict in this insect?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: potential


Question: Is there a potential or actual worker-queen conflict in this insect?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: potential


Question: Is there a potential or actual worker-queen conflict in this insect?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: potential


Question: What kind of eggs do this insect workers lay?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: unfertilized


Question: What kind of eggs do this insect workers lay?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: unfertilized


Question: What kind of eggs do this insect workers lay?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: unfertilized


Question: What kind of eggs do this insect workers lay?

Instruction: Using the given image, access documents that provide insights into the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: unfertilized


Question: What kind of eggs do this insect workers lay?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: unfertilized


Question: What type of hymenoptera is this insect?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What type of hymenoptera is this insect?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What type of hymenoptera is this insect?

Instruction: Using the given image, access documents that provide insights into the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What type of hymenoptera is this insect?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What type of hymenoptera is this insect?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What arises from unfertilized eggs in this insect?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haploid males


Question: What arises from unfertilized eggs in this insect?

Instruction: Using the given image, access documents that provide insights into the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haploid males


Question: What arises from unfertilized eggs in this insect?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haploid males


Question: What arises from unfertilized eggs in this insect?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haploid males


Question: What arises from unfertilized eggs in this insect?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haploid males


Question: What does an unfertilized egg of this insect develop into?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: males


Question: What does an unfertilized egg of this insect develop into?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: males


Question: What does an unfertilized egg of this insect develop into?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: males


Question: What does an unfertilized egg of this insect develop into?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: males


Question: What does an unfertilized egg of this insect develop into?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: males


Question: What are male this insect referred to as?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: drones


Question: What are male this insect referred to as?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: drones


Question: What are male this insect referred to as?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: drones


Question: What are male this insect referred to as?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: drones


Question: What are male this insect referred to as?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: drones


Question: What is the genetic makeup of this insect?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What is the genetic makeup of this insect?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What is the genetic makeup of this insect?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What is the genetic makeup of this insect?

Instruction: Using the given image, access documents that provide insights into the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: What is the genetic makeup of this insect?

Instruction: Using the given image, access documents that provide insights into the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: haplodiploid


Question: The bombus fervidus is haplodiploid like what other species of insect?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: hymenoptera


Question: The bombus fervidus is haplodiploid like what other species of insect?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: hymenoptera


Question: The bombus fervidus is haplodiploid like what other species of insect?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: hymenoptera


Question: The bombus fervidus is haplodiploid like what other species of insect?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: hymenoptera


Question: The bombus fervidus is haplodiploid like what other species of insect?

Instruction: Using the given image, access documents that provide insights into the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: hymenoptera


Question: The relatedness asymmetries between this insect's workers and the queen means there is a potential for what?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: worker-queen conflict


Question: The relatedness asymmetries between this insect's workers and the queen means there is a potential for what?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: worker-queen conflict


Question: The relatedness asymmetries between this insect's workers and the queen means there is a potential for what?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: worker-queen conflict


Question: The relatedness asymmetries between this insect's workers and the queen means there is a potential for what?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: worker-queen conflict


Question: The relatedness asymmetries between this insect's workers and the queen means there is a potential for what?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: worker-queen conflict


Question: What does this bee produce besides haploid males?

Instruction: With the provided image, gather documents that offer a solution to the question:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: diploid females


Question: What does this bee produce besides haploid males?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Conflict can arise because, although workers never mate, they are able to lay unfertilized eggs, which develop into males (drones). Like other hymenoptera, this species is haplodiploid, with haploid males arising from unfertilized eggs and diploid females. The relatedness asymmetries between workers and the queen means there is a potential for worker-queen conflict, but since this species is singly mated, workers as a whole "agree" with the queen that the queen's sons (workers' brothers) should be reared over other workers' sons (nephews), though each worker would "prefer" their own sons to be reared. See the section on worker policing for this logic.

Answer: diploid females