Question: What does the warning coloration of this beetle protect it from?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: predators


Question: What species is this beetle easily distinguished from?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: trichodes apiarius


Question: What species is this beetle easily distinguished from?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: trichodes apiarius


Question: What species is this beetle easily distinguished from?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: trichodes apiarius


Question: What species is this beetle easily distinguished from?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: trichodes apiarius


Question: What species is this beetle easily distinguished from?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: trichodes apiarius


Question: What part of this beetle is bright red with black bands?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elytra


Question: What part of this beetle is bright red with black bands?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elytra


Question: What part of this beetle is bright red with black bands?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elytra


Question: What part of this beetle is bright red with black bands?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elytra


Question: What part of this beetle is bright red with black bands?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elytra


Question: What color are this beetle elytra?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: bright red


Question: What color are this beetle elytra?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: bright red


Question: What color are this beetle elytra?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: bright red


Question: What color are this beetle elytra?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: bright red


Question: What color are this beetle elytra?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: bright red


Question: On what edge of the elytra does this beetle have a black stripe?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: On what edge of the elytra does this beetle have a black stripe?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: On what edge of the elytra does this beetle have a black stripe?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: On what edge of the elytra does this beetle have a black stripe?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: On what edge of the elytra does this beetle have a black stripe?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: What kind of coloration does this beetle have?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning


Question: What kind of coloration does this beetle have?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning


Question: What kind of coloration does this beetle have?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning


Question: What kind of coloration does this beetle have?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning


Question: What kind of coloration does this beetle have?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning


Question: What parts of this beetle are black?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: head and scutellum


Question: What parts of this beetle are black?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: head and scutellum


Question: What parts of this beetle are black?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: head and scutellum


Question: What parts of this beetle are black?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: head and scutellum


Question: What parts of this beetle are black?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: head and scutellum


Question: Can this beetle be distinguished from trichodes apiarius?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: easily


Question: Can this beetle be distinguished from trichodes apiarius?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: easily


Question: Can this beetle be distinguished from trichodes apiarius?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: easily


Question: Can this beetle be distinguished from trichodes apiarius?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: easily


Question: Can this beetle be distinguished from trichodes apiarius?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: easily


Question: Do this beetle's elytra show or hide their bright red color?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: show


Question: Do this beetle's elytra show or hide their bright red color?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: show


Question: Do this beetle's elytra show or hide their bright red color?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: show


Question: Do this beetle's elytra show or hide their bright red color?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: show


Question: Do this beetle's elytra show or hide their bright red color?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: show


Question: Which edge of the elytra does the black stripe on this beetle's back run along?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: Which edge of the elytra does the black stripe on this beetle's back run along?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: Which edge of the elytra does the black stripe on this beetle's back run along?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: Which edge of the elytra does the black stripe on this beetle's back run along?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: Which edge of the elytra does the black stripe on this beetle's back run along?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: inner


Question: What shape are the elytra of this beetle?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elongated


Question: What shape are the elytra of this beetle?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elongated


Question: What shape are the elytra of this beetle?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elongated


Question: What shape are the elytra of this beetle?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elongated


Question: What shape are the elytra of this beetle?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: elongated


Question: What does this beetle rely on to protect itself from predators?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning coloration


Question: What does this beetle rely on to protect itself from predators?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning coloration


Question: What does this beetle rely on to protect itself from predators?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning coloration


Question: What does this beetle rely on to protect itself from predators?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning coloration


Question: What does this beetle rely on to protect itself from predators?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: warning coloration


Question: What does the red apex of this beetle not meet?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: the black terminal stain


Question: What does the red apex of this beetle not meet?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: the black terminal stain


Question: What does the red apex of this beetle not meet?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: the black terminal stain


Question: What does the red apex of this beetle not meet?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: the black terminal stain


Question: What does the red apex of this beetle not meet?

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

Trichodes alvearius is a very hairy beetle with black head and scutellum. The elongated elytra show a bright red colour with black bands. This species can easily be distinguished from Trichodes apiarius by the black stripe down the middle of the back (along the inner edge of the elytra) and the red apex, not reached by the black terminal stain. It does not fly readily, relying instead on its warning coloration to protect itself from predators.

Answer: the black terminal stain


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: When did this beetle become extinct in england?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the nineteenth century


Question: When did this beetle become extinct in england?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the nineteenth century


Question: When did this beetle become extinct in england?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the nineteenth century


Question: When did this beetle become extinct in england?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the nineteenth century


Question: When did this beetle become extinct in england?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the nineteenth century


Question: In what continent is this beetle found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: europe


Question: In what continent is this beetle found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: europe


Question: In what continent is this beetle found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: europe


Question: In what continent is this beetle found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: europe


Question: In what continent is this beetle found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: europe


Question: What half of the balkans does this beetle live in?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: What half of the balkans does this beetle live in?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: What half of the balkans does this beetle live in?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: What half of the balkans does this beetle live in?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: What half of the balkans does this beetle live in?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: Besides albania, italy, greece, france, germany, hungary, poland, spain, switzerland, the western half of the balkans, and north africa, where else can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: czech republic


Question: Besides albania, italy, greece, france, germany, hungary, poland, spain, switzerland, the western half of the balkans, and north africa, where else can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: czech republic


Question: Besides albania, italy, greece, france, germany, hungary, poland, spain, switzerland, the western half of the balkans, and north africa, where else can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: czech republic


Question: Besides albania, italy, greece, france, germany, hungary, poland, spain, switzerland, the western half of the balkans, and north africa, where else can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: czech republic


Question: Besides albania, italy, greece, france, germany, hungary, poland, spain, switzerland, the western half of the balkans, and north africa, where else can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: czech republic


Question: What happened to this beetle in england in the nineteenth century?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: extinct


Question: What happened to this beetle in england in the nineteenth century?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: extinct


Question: What happened to this beetle in england in the nineteenth century?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: extinct


Question: What happened to this beetle in england in the nineteenth century?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: extinct


Question: What happened to this beetle in england in the nineteenth century?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: extinct


Question: Where are this beetle widely distributed?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern europe


Question: Where are this beetle widely distributed?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern europe


Question: Where are this beetle widely distributed?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern europe


Question: Where are this beetle widely distributed?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern europe


Question: Where are this beetle widely distributed?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern europe


Question: In what half of the balkans can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: In what half of the balkans can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: In what half of the balkans can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: In what half of the balkans can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: In what half of the balkans can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: western


Question: The western half of what region is home to this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: The western half of what region is home to this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: The western half of what region is home to this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: The western half of what region is home to this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: The western half of what region is home to this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: What is one country in southern europe where this beetle can be found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: albania


Question: What is one country in southern europe where this beetle can be found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: albania


Question: What is one country in southern europe where this beetle can be found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: albania


Question: What is one country in southern europe where this beetle can be found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: albania


Question: What is one country in southern europe where this beetle can be found?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: albania


Question: This beetle is found in southern europe and what other area?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: north africa


Question: This beetle is found in southern europe and what other area?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: north africa


Question: This beetle is found in southern europe and what other area?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: north africa


Question: This beetle is found in southern europe and what other area?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: north africa


Question: This beetle is found in southern europe and what other area?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: north africa


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: What kind of insect is this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: beetles


Question: In what part of europe can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern


Question: In what part of europe can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern


Question: In what part of europe can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern


Question: In what part of europe can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern


Question: In what part of europe can you find this beetle?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: southern


Question: This beetle can be found in the western half of what region?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: This beetle can be found in the western half of what region?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: This beetle can be found in the western half of what region?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: This beetle can be found in the western half of what region?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: This beetle can be found in the western half of what region?

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

These beetles are widely distributed across southern Europe in Albania, Czech Republic, Italy, Greece, France, Germany, Hungary, Poland, Spain, Switzerland, the western half of the Balkans, and in North Africa. The species became extinct in England in the nineteenth century.

Answer: the balkans


Question: What are this beetle larvae to bees and wasps?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: parasites


Question: What are this beetle larvae to bees and wasps?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: parasites


Question: What are this beetle larvae to bees and wasps?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: parasites


Question: What are this beetle larvae to bees and wasps?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: parasites


Question: What are this beetle larvae to bees and wasps?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: parasites


Question: What do adult this beetle feed on?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: pollen


Question: What do adult this beetle feed on?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: pollen


Question: What do adult this beetle feed on?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: pollen


Question: What do adult this beetle feed on?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: pollen


Question: What do adult this beetle feed on?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: pollen


Question: Along with oedemera, psilothrix and clytus, what species does this beetle hunt?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: stenopterus


Question: Along with oedemera, psilothrix and clytus, what species does this beetle hunt?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: stenopterus


Question: Along with oedemera, psilothrix and clytus, what species does this beetle hunt?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: stenopterus


Question: Along with oedemera, psilothrix and clytus, what species does this beetle hunt?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: stenopterus


Question: Along with oedemera, psilothrix and clytus, what species does this beetle hunt?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: stenopterus


Question: What do this beetle integrate small insects into?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: their diet


Question: What do this beetle integrate small insects into?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: their diet


Question: What do this beetle integrate small insects into?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: their diet


Question: What do this beetle integrate small insects into?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: their diet


Question: What do this beetle integrate small insects into?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: their diet


Question: How many species of bees and wasps are this beetle larvae parasites of?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: several


Question: How many species of bees and wasps are this beetle larvae parasites of?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: several


Question: How many species of bees and wasps are this beetle larvae parasites of?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: several


Question: How many species of bees and wasps are this beetle larvae parasites of?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: several


Question: How many species of bees and wasps are this beetle larvae parasites of?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: several


Question: What kind of insect is this beetle?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: What kind of insect is this beetle?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: What kind of insect is this beetle?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: What kind of insect is this beetle?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: What kind of insect is this beetle?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: Adult this beetle can be encountered from may through what month?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: august


Question: Adult this beetle can be encountered from may through what month?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: august


Question: Adult this beetle can be encountered from may through what month?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: august


Question: Adult this beetle can be encountered from may through what month?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: august


Question: Adult this beetle can be encountered from may through what month?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: august


Question: Trichodes alvearius is a type of what insect?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: Trichodes alvearius is a type of what insect?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: Trichodes alvearius is a type of what insect?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: Trichodes alvearius is a type of what insect?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: Trichodes alvearius is a type of what insect?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: beetle


Question: How do this beetle hunt small insects?

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

At the larval stage they are parasites of several species of bees and wasps, as the adults lay the eggs close hymenopteran nests or hives (hence the name “alvearius”, the bee-hive beetle), eating various stages of their victims.
The adults can be encountered from May through August on the flowers, mainly Apiaceae, Asteraceae and Crataegus species, feeding on pollen. However, they integrate their diet with small insects that they actively hunt, especially Oedemera, Psilothrix,  Stenopterus and Clytus species.

Answer: actively