Question: Where do this bird repel competitors?

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

The blackcap feeds mainly on insects during the breeding season, then switches to fruit in late summer, the change being triggered by an internal biological rhythm. When migrants arrive on their territories they initially take berries, pollen and nectar if there are insufficient insects available, then soon switch to their preferred diet. They mainly pick prey off foliage and twigs, but may occasionally hover, flycatch or feed on the ground. Blackcaps eat a wide range of invertebrate prey, although aphids are particularly important early in the season, and flies, beetles and caterpillars are also taken in large numbers. Small snails are swallowed whole, since the shell is a source of calcium for the bird's eggs. Chicks are mainly fed soft-bodied insects, fruit only if invertebrates are scarce.
In July, the diet switches increasingly to fruit. The protein needed for egg-laying and for the chicks to grow is replaced by fruit sugar which helps the birds to fatten for migration. Aphids are still taken while they are available, since they often contain sugars from the plant sap on which they feed. Blackcaps eat a wide range of small fruit, and squeeze out any seeds on a branch before consuming the pulp. This technique makes them an important propagator of mistletoe. The mistle thrush, which also favours that plant, is less beneficial since it tends to crush the seeds. Although any suitable fruit may be eaten, some have seasonal or local importance; elder makes up a large proportion of the diet of northern birds preparing for migration, and energy-rich olives and lentisc are favoured by blackcaps wintering in the Mediterranean.
The continental birds wintering in British gardens rely on provided food, and the major items are bread and fat, each making up around 20% of the diet; one bird survived the whole winter eating only Christmas cake. Fruit is also eaten, notably cotoneaster (41% of the fruit consumed), ivy and honeysuckle, and apple if available. Some birds have learned to take peanuts from feeders. Blackcaps defend good winter food sources in the wild, and at garden feeding stations they repel competitors as large as starlings and blackbirds. Birds occasionally become tame enough to feed from the hand.

Answer: garden feeding stations


Question: Where do this bird repel competitors?

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

The blackcap feeds mainly on insects during the breeding season, then switches to fruit in late summer, the change being triggered by an internal biological rhythm. When migrants arrive on their territories they initially take berries, pollen and nectar if there are insufficient insects available, then soon switch to their preferred diet. They mainly pick prey off foliage and twigs, but may occasionally hover, flycatch or feed on the ground. Blackcaps eat a wide range of invertebrate prey, although aphids are particularly important early in the season, and flies, beetles and caterpillars are also taken in large numbers. Small snails are swallowed whole, since the shell is a source of calcium for the bird's eggs. Chicks are mainly fed soft-bodied insects, fruit only if invertebrates are scarce.
In July, the diet switches increasingly to fruit. The protein needed for egg-laying and for the chicks to grow is replaced by fruit sugar which helps the birds to fatten for migration. Aphids are still taken while they are available, since they often contain sugars from the plant sap on which they feed. Blackcaps eat a wide range of small fruit, and squeeze out any seeds on a branch before consuming the pulp. This technique makes them an important propagator of mistletoe. The mistle thrush, which also favours that plant, is less beneficial since it tends to crush the seeds. Although any suitable fruit may be eaten, some have seasonal or local importance; elder makes up a large proportion of the diet of northern birds preparing for migration, and energy-rich olives and lentisc are favoured by blackcaps wintering in the Mediterranean.
The continental birds wintering in British gardens rely on provided food, and the major items are bread and fat, each making up around 20% of the diet; one bird survived the whole winter eating only Christmas cake. Fruit is also eaten, notably cotoneaster (41% of the fruit consumed), ivy and honeysuckle, and apple if available. Some birds have learned to take peanuts from feeders. Blackcaps defend good winter food sources in the wild, and at garden feeding stations they repel competitors as large as starlings and blackbirds. Birds occasionally become tame enough to feed from the hand.

Answer: garden feeding stations


Question: Where do this bird repel competitors?

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

The blackcap feeds mainly on insects during the breeding season, then switches to fruit in late summer, the change being triggered by an internal biological rhythm. When migrants arrive on their territories they initially take berries, pollen and nectar if there are insufficient insects available, then soon switch to their preferred diet. They mainly pick prey off foliage and twigs, but may occasionally hover, flycatch or feed on the ground. Blackcaps eat a wide range of invertebrate prey, although aphids are particularly important early in the season, and flies, beetles and caterpillars are also taken in large numbers. Small snails are swallowed whole, since the shell is a source of calcium for the bird's eggs. Chicks are mainly fed soft-bodied insects, fruit only if invertebrates are scarce.
In July, the diet switches increasingly to fruit. The protein needed for egg-laying and for the chicks to grow is replaced by fruit sugar which helps the birds to fatten for migration. Aphids are still taken while they are available, since they often contain sugars from the plant sap on which they feed. Blackcaps eat a wide range of small fruit, and squeeze out any seeds on a branch before consuming the pulp. This technique makes them an important propagator of mistletoe. The mistle thrush, which also favours that plant, is less beneficial since it tends to crush the seeds. Although any suitable fruit may be eaten, some have seasonal or local importance; elder makes up a large proportion of the diet of northern birds preparing for migration, and energy-rich olives and lentisc are favoured by blackcaps wintering in the Mediterranean.
The continental birds wintering in British gardens rely on provided food, and the major items are bread and fat, each making up around 20% of the diet; one bird survived the whole winter eating only Christmas cake. Fruit is also eaten, notably cotoneaster (41% of the fruit consumed), ivy and honeysuckle, and apple if available. Some birds have learned to take peanuts from feeders. Blackcaps defend good winter food sources in the wild, and at garden feeding stations they repel competitors as large as starlings and blackbirds. Birds occasionally become tame enough to feed from the hand.

Answer: garden feeding stations


Question: What subtle difference can be seen in both sexes of this insect?

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

Sympecma fusca can reach a length of about 38 millimetres (1.5 in). It is distinct from all other European damselflies except Sympecma paedisca, so in most of its range there are no problems with identification. It does not have the bright blue or red colouration that is more usual for damselflies so it is often overlooked. It does not have the metallic emerald green sheen that is characteristic of the Lestes.
These damselflies have pale brown pterostigma on both forewing and hindwing and the pterostigma are nearer the wing tip on the forewing which means that both pterostigma can be seen with the wings closed, they do not overlap as in other damselflies. In the field this is easily seen and distinguishes Sympecma from all other damselflies. Males that have overwintered have dark brown pterostigma on both forewing and hindwing and many develop blue eyes.
Where both S. fusca and S. paedisca fly together careful examination of the adult, in the hand, preferably under magnification, is required to tell the two species apart. In the male the anal appendages are slightly different and there are subtle differences in the markings on the thorax in both sexes.

Answer: markings on the thorax


Question: What subtle difference can be seen in both sexes of this insect?

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

Sympecma fusca can reach a length of about 38 millimetres (1.5 in). It is distinct from all other European damselflies except Sympecma paedisca, so in most of its range there are no problems with identification. It does not have the bright blue or red colouration that is more usual for damselflies so it is often overlooked. It does not have the metallic emerald green sheen that is characteristic of the Lestes.
These damselflies have pale brown pterostigma on both forewing and hindwing and the pterostigma are nearer the wing tip on the forewing which means that both pterostigma can be seen with the wings closed, they do not overlap as in other damselflies. In the field this is easily seen and distinguishes Sympecma from all other damselflies. Males that have overwintered have dark brown pterostigma on both forewing and hindwing and many develop blue eyes.
Where both S. fusca and S. paedisca fly together careful examination of the adult, in the hand, preferably under magnification, is required to tell the two species apart. In the male the anal appendages are slightly different and there are subtle differences in the markings on the thorax in both sexes.

Answer: markings on the thorax


Question: What subtle difference can be seen in both sexes of this insect?

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

Sympecma fusca can reach a length of about 38 millimetres (1.5 in). It is distinct from all other European damselflies except Sympecma paedisca, so in most of its range there are no problems with identification. It does not have the bright blue or red colouration that is more usual for damselflies so it is often overlooked. It does not have the metallic emerald green sheen that is characteristic of the Lestes.
These damselflies have pale brown pterostigma on both forewing and hindwing and the pterostigma are nearer the wing tip on the forewing which means that both pterostigma can be seen with the wings closed, they do not overlap as in other damselflies. In the field this is easily seen and distinguishes Sympecma from all other damselflies. Males that have overwintered have dark brown pterostigma on both forewing and hindwing and many develop blue eyes.
Where both S. fusca and S. paedisca fly together careful examination of the adult, in the hand, preferably under magnification, is required to tell the two species apart. In the male the anal appendages are slightly different and there are subtle differences in the markings on the thorax in both sexes.

Answer: markings on the thorax


Question: What subtle difference can be seen in both sexes of this insect?

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

Sympecma fusca can reach a length of about 38 millimetres (1.5 in). It is distinct from all other European damselflies except Sympecma paedisca, so in most of its range there are no problems with identification. It does not have the bright blue or red colouration that is more usual for damselflies so it is often overlooked. It does not have the metallic emerald green sheen that is characteristic of the Lestes.
These damselflies have pale brown pterostigma on both forewing and hindwing and the pterostigma are nearer the wing tip on the forewing which means that both pterostigma can be seen with the wings closed, they do not overlap as in other damselflies. In the field this is easily seen and distinguishes Sympecma from all other damselflies. Males that have overwintered have dark brown pterostigma on both forewing and hindwing and many develop blue eyes.
Where both S. fusca and S. paedisca fly together careful examination of the adult, in the hand, preferably under magnification, is required to tell the two species apart. In the male the anal appendages are slightly different and there are subtle differences in the markings on the thorax in both sexes.

Answer: markings on the thorax


Question: What subtle difference can be seen in both sexes of this insect?

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

Sympecma fusca can reach a length of about 38 millimetres (1.5 in). It is distinct from all other European damselflies except Sympecma paedisca, so in most of its range there are no problems with identification. It does not have the bright blue or red colouration that is more usual for damselflies so it is often overlooked. It does not have the metallic emerald green sheen that is characteristic of the Lestes.
These damselflies have pale brown pterostigma on both forewing and hindwing and the pterostigma are nearer the wing tip on the forewing which means that both pterostigma can be seen with the wings closed, they do not overlap as in other damselflies. In the field this is easily seen and distinguishes Sympecma from all other damselflies. Males that have overwintered have dark brown pterostigma on both forewing and hindwing and many develop blue eyes.
Where both S. fusca and S. paedisca fly together careful examination of the adult, in the hand, preferably under magnification, is required to tell the two species apart. In the male the anal appendages are slightly different and there are subtle differences in the markings on the thorax in both sexes.

Answer: markings on the thorax


Question: In what part of the us can you find this insect?

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

You can see this dragonfly in, and around marshes, ponds and slow-moving streams throughout the eastern United States, southern Canada, the Great Plains, and the west coast of North America. This species has two separate populations in North America. One is found from Ontario east to Nova Scotia, extending south into the U.S. to Texas and Florida. The other population occurs in British Columbia, Washington, and Idaho.

Answer: eastern


Question: In what part of the us can you find this insect?

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

You can see this dragonfly in, and around marshes, ponds and slow-moving streams throughout the eastern United States, southern Canada, the Great Plains, and the west coast of North America. This species has two separate populations in North America. One is found from Ontario east to Nova Scotia, extending south into the U.S. to Texas and Florida. The other population occurs in British Columbia, Washington, and Idaho.

Answer: eastern


Question: In what part of the us can you find this insect?

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

You can see this dragonfly in, and around marshes, ponds and slow-moving streams throughout the eastern United States, southern Canada, the Great Plains, and the west coast of North America. This species has two separate populations in North America. One is found from Ontario east to Nova Scotia, extending south into the U.S. to Texas and Florida. The other population occurs in British Columbia, Washington, and Idaho.

Answer: eastern


Question: In what part of the us can you find this insect?

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

You can see this dragonfly in, and around marshes, ponds and slow-moving streams throughout the eastern United States, southern Canada, the Great Plains, and the west coast of North America. This species has two separate populations in North America. One is found from Ontario east to Nova Scotia, extending south into the U.S. to Texas and Florida. The other population occurs in British Columbia, Washington, and Idaho.

Answer: eastern


Question: In what part of the us can you find this insect?

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

You can see this dragonfly in, and around marshes, ponds and slow-moving streams throughout the eastern United States, southern Canada, the Great Plains, and the west coast of North America. This species has two separate populations in North America. One is found from Ontario east to Nova Scotia, extending south into the U.S. to Texas and Florida. The other population occurs in British Columbia, Washington, and Idaho.

Answer: eastern


Question: Other than the us and mexico, what other country is this plant native to?

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

Symphyotrichum laeve (formerly Aster laevis) is a flowering plant native to Canada, the United States, and Coahuila (Mexico). It has the common names of smooth blue aster, smooth aster, smooth-leaved aster, glaucous Michaelmas-daisy and glaucous aster.

Answer: canada


Question: Other than the us and mexico, what other country is this plant native to?

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

Symphyotrichum laeve (formerly Aster laevis) is a flowering plant native to Canada, the United States, and Coahuila (Mexico). It has the common names of smooth blue aster, smooth aster, smooth-leaved aster, glaucous Michaelmas-daisy and glaucous aster.

Answer: canada


Question: Other than the us and mexico, what other country is this plant native to?

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

Symphyotrichum laeve (formerly Aster laevis) is a flowering plant native to Canada, the United States, and Coahuila (Mexico). It has the common names of smooth blue aster, smooth aster, smooth-leaved aster, glaucous Michaelmas-daisy and glaucous aster.

Answer: canada


Question: Other than the us and mexico, what other country is this plant native to?

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

Symphyotrichum laeve (formerly Aster laevis) is a flowering plant native to Canada, the United States, and Coahuila (Mexico). It has the common names of smooth blue aster, smooth aster, smooth-leaved aster, glaucous Michaelmas-daisy and glaucous aster.

Answer: canada


Question: Other than the us and mexico, what other country is this plant native to?

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

Symphyotrichum laeve (formerly Aster laevis) is a flowering plant native to Canada, the United States, and Coahuila (Mexico). It has the common names of smooth blue aster, smooth aster, smooth-leaved aster, glaucous Michaelmas-daisy and glaucous aster.

Answer: canada


Question: Is the juvenile violet-green swallow similar or different to other juvenile birds?

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

The violet-green swallow gets its name from the colouration on its back and rump. The species is best identified by the glossy green on the top of the head and back as well as hints of purple on the nape, rump and upper tail. Below the green back, the remainder of the wing is a grayish-bronze. Similar to other swallows, T. thalassina is white below, but differs in that the white continues onto rump side-patches that almost meet at the base of the tail. These white rump side-patches sometimes look like one continuous stripe when in flight. White also extends onto the cheeks, partially surrounding the eye. The notch in the tail of the violet-green swallow is slightly shallower than that of the tree swallow, but deeper than the relatively flat tail of the cliff swallow.
Violet-green swallows exhibit very little sexual dimorphism, with adult males simply showing brighter colours than adult females. Additionally, the white cheeks are not as prominent and the head is more bronze than green on the female. Juveniles are not as easily identifiable compared to adults due to their dull colouration. Similar to other juvenile swallows, especially the tree swallow, the juvenile violet-green swallow is white below and grayish-brown above. However, the more gradual change in colour and visible (but slightly reduced) white cheek patches can help identify juvenile individuals of the species.

Answer: similar


Question: Is the juvenile violet-green swallow similar or different to other juvenile birds?

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

The violet-green swallow gets its name from the colouration on its back and rump. The species is best identified by the glossy green on the top of the head and back as well as hints of purple on the nape, rump and upper tail. Below the green back, the remainder of the wing is a grayish-bronze. Similar to other swallows, T. thalassina is white below, but differs in that the white continues onto rump side-patches that almost meet at the base of the tail. These white rump side-patches sometimes look like one continuous stripe when in flight. White also extends onto the cheeks, partially surrounding the eye. The notch in the tail of the violet-green swallow is slightly shallower than that of the tree swallow, but deeper than the relatively flat tail of the cliff swallow.
Violet-green swallows exhibit very little sexual dimorphism, with adult males simply showing brighter colours than adult females. Additionally, the white cheeks are not as prominent and the head is more bronze than green on the female. Juveniles are not as easily identifiable compared to adults due to their dull colouration. Similar to other juvenile swallows, especially the tree swallow, the juvenile violet-green swallow is white below and grayish-brown above. However, the more gradual change in colour and visible (but slightly reduced) white cheek patches can help identify juvenile individuals of the species.

Answer: similar


Question: Is the juvenile violet-green swallow similar or different to other juvenile birds?

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

The violet-green swallow gets its name from the colouration on its back and rump. The species is best identified by the glossy green on the top of the head and back as well as hints of purple on the nape, rump and upper tail. Below the green back, the remainder of the wing is a grayish-bronze. Similar to other swallows, T. thalassina is white below, but differs in that the white continues onto rump side-patches that almost meet at the base of the tail. These white rump side-patches sometimes look like one continuous stripe when in flight. White also extends onto the cheeks, partially surrounding the eye. The notch in the tail of the violet-green swallow is slightly shallower than that of the tree swallow, but deeper than the relatively flat tail of the cliff swallow.
Violet-green swallows exhibit very little sexual dimorphism, with adult males simply showing brighter colours than adult females. Additionally, the white cheeks are not as prominent and the head is more bronze than green on the female. Juveniles are not as easily identifiable compared to adults due to their dull colouration. Similar to other juvenile swallows, especially the tree swallow, the juvenile violet-green swallow is white below and grayish-brown above. However, the more gradual change in colour and visible (but slightly reduced) white cheek patches can help identify juvenile individuals of the species.

Answer: similar


Question: Is the juvenile violet-green swallow similar or different to other juvenile birds?

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

The violet-green swallow gets its name from the colouration on its back and rump. The species is best identified by the glossy green on the top of the head and back as well as hints of purple on the nape, rump and upper tail. Below the green back, the remainder of the wing is a grayish-bronze. Similar to other swallows, T. thalassina is white below, but differs in that the white continues onto rump side-patches that almost meet at the base of the tail. These white rump side-patches sometimes look like one continuous stripe when in flight. White also extends onto the cheeks, partially surrounding the eye. The notch in the tail of the violet-green swallow is slightly shallower than that of the tree swallow, but deeper than the relatively flat tail of the cliff swallow.
Violet-green swallows exhibit very little sexual dimorphism, with adult males simply showing brighter colours than adult females. Additionally, the white cheeks are not as prominent and the head is more bronze than green on the female. Juveniles are not as easily identifiable compared to adults due to their dull colouration. Similar to other juvenile swallows, especially the tree swallow, the juvenile violet-green swallow is white below and grayish-brown above. However, the more gradual change in colour and visible (but slightly reduced) white cheek patches can help identify juvenile individuals of the species.

Answer: similar


Question: Is the juvenile violet-green swallow similar or different to other juvenile birds?

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

The violet-green swallow gets its name from the colouration on its back and rump. The species is best identified by the glossy green on the top of the head and back as well as hints of purple on the nape, rump and upper tail. Below the green back, the remainder of the wing is a grayish-bronze. Similar to other swallows, T. thalassina is white below, but differs in that the white continues onto rump side-patches that almost meet at the base of the tail. These white rump side-patches sometimes look like one continuous stripe when in flight. White also extends onto the cheeks, partially surrounding the eye. The notch in the tail of the violet-green swallow is slightly shallower than that of the tree swallow, but deeper than the relatively flat tail of the cliff swallow.
Violet-green swallows exhibit very little sexual dimorphism, with adult males simply showing brighter colours than adult females. Additionally, the white cheeks are not as prominent and the head is more bronze than green on the female. Juveniles are not as easily identifiable compared to adults due to their dull colouration. Similar to other juvenile swallows, especially the tree swallow, the juvenile violet-green swallow is white below and grayish-brown above. However, the more gradual change in colour and visible (but slightly reduced) white cheek patches can help identify juvenile individuals of the species.

Answer: similar


Question: What state considers this plant to be threatened?

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

It is listed as endangered in Connecticut, as historical in Rhode Island, and threatened in Vermont.

Answer: vermont


Question: What state considers this plant to be threatened?

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

It is listed as endangered in Connecticut, as historical in Rhode Island, and threatened in Vermont.

Answer: vermont


Question: What state considers this plant to be threatened?

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

It is listed as endangered in Connecticut, as historical in Rhode Island, and threatened in Vermont.

Answer: vermont


Question: What state considers this plant to be threatened?

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

It is listed as endangered in Connecticut, as historical in Rhode Island, and threatened in Vermont.

Answer: vermont


Question: What state considers this plant to be threatened?

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

It is listed as endangered in Connecticut, as historical in Rhode Island, and threatened in Vermont.

Answer: vermont


Question: What is another name for this plant?

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Taraxia ovata is a species of wildflower native to California and Oregon known by the common name goldeneggs or sun cup.

Answer: goldeneggs


Question: What is another name for this plant?

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

Taraxia ovata is a species of wildflower native to California and Oregon known by the common name goldeneggs or sun cup.

Answer: goldeneggs


Question: What is another name for this plant?

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

Taraxia ovata is a species of wildflower native to California and Oregon known by the common name goldeneggs or sun cup.

Answer: goldeneggs


Question: What is another name for this plant?

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

Taraxia ovata is a species of wildflower native to California and Oregon known by the common name goldeneggs or sun cup.

Answer: goldeneggs


Question: What is another name for this plant?

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

Taraxia ovata is a species of wildflower native to California and Oregon known by the common name goldeneggs or sun cup.

Answer: goldeneggs


Question: Who rarely used this plant as a leaf vegetable?

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

The species, rarely used by indigenous people as a leaf vegetable, was first mentioned by Captain Cook. It was immediately picked, cooked, and pickled to help fight scurvy, and taken with the crew of the Endeavour. It spread when the explorer and botanist Joseph Banks took seeds back to Kew Gardens during the latter half of the 18th century. For two centuries, T. tetragonioides was the only cultivated vegetable to have originated from Australia and New Zealand.
There are some indications that Māori did eat kōkihi perhaps more regularly. According to Murdoch Riley, "to counteract the bitterness of the older leaves of this herb, the Māori boiled it with the roots of the convolvulus (pōhue)", in reference to species of Convolvulaceae now classified as Calystegia. The tips of the spinach can be pinched off and eaten raw or cooked.

Answer: indigenous people


Question: Who rarely used this plant as a leaf vegetable?

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

The species, rarely used by indigenous people as a leaf vegetable, was first mentioned by Captain Cook. It was immediately picked, cooked, and pickled to help fight scurvy, and taken with the crew of the Endeavour. It spread when the explorer and botanist Joseph Banks took seeds back to Kew Gardens during the latter half of the 18th century. For two centuries, T. tetragonioides was the only cultivated vegetable to have originated from Australia and New Zealand.
There are some indications that Māori did eat kōkihi perhaps more regularly. According to Murdoch Riley, "to counteract the bitterness of the older leaves of this herb, the Māori boiled it with the roots of the convolvulus (pōhue)", in reference to species of Convolvulaceae now classified as Calystegia. The tips of the spinach can be pinched off and eaten raw or cooked.

Answer: indigenous people


Question: Who rarely used this plant as a leaf vegetable?

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

The species, rarely used by indigenous people as a leaf vegetable, was first mentioned by Captain Cook. It was immediately picked, cooked, and pickled to help fight scurvy, and taken with the crew of the Endeavour. It spread when the explorer and botanist Joseph Banks took seeds back to Kew Gardens during the latter half of the 18th century. For two centuries, T. tetragonioides was the only cultivated vegetable to have originated from Australia and New Zealand.
There are some indications that Māori did eat kōkihi perhaps more regularly. According to Murdoch Riley, "to counteract the bitterness of the older leaves of this herb, the Māori boiled it with the roots of the convolvulus (pōhue)", in reference to species of Convolvulaceae now classified as Calystegia. The tips of the spinach can be pinched off and eaten raw or cooked.

Answer: indigenous people


Question: Who rarely used this plant as a leaf vegetable?

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

The species, rarely used by indigenous people as a leaf vegetable, was first mentioned by Captain Cook. It was immediately picked, cooked, and pickled to help fight scurvy, and taken with the crew of the Endeavour. It spread when the explorer and botanist Joseph Banks took seeds back to Kew Gardens during the latter half of the 18th century. For two centuries, T. tetragonioides was the only cultivated vegetable to have originated from Australia and New Zealand.
There are some indications that Māori did eat kōkihi perhaps more regularly. According to Murdoch Riley, "to counteract the bitterness of the older leaves of this herb, the Māori boiled it with the roots of the convolvulus (pōhue)", in reference to species of Convolvulaceae now classified as Calystegia. The tips of the spinach can be pinched off and eaten raw or cooked.

Answer: indigenous people


Question: Who rarely used this plant as a leaf vegetable?

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

The species, rarely used by indigenous people as a leaf vegetable, was first mentioned by Captain Cook. It was immediately picked, cooked, and pickled to help fight scurvy, and taken with the crew of the Endeavour. It spread when the explorer and botanist Joseph Banks took seeds back to Kew Gardens during the latter half of the 18th century. For two centuries, T. tetragonioides was the only cultivated vegetable to have originated from Australia and New Zealand.
There are some indications that Māori did eat kōkihi perhaps more regularly. According to Murdoch Riley, "to counteract the bitterness of the older leaves of this herb, the Māori boiled it with the roots of the convolvulus (pōhue)", in reference to species of Convolvulaceae now classified as Calystegia. The tips of the spinach can be pinched off and eaten raw or cooked.

Answer: indigenous people


Question: What kind of greenthread is this plant?

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

Thelesperma megapotamicum is a perennial species of flowering plant in the aster family known by the common name wild tea and rayless greenthread. It is native to sections of the Americas, including the central United States, where it grows in many types of habitat.

Answer: rayless


Question: What kind of greenthread is this plant?

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

Thelesperma megapotamicum is a perennial species of flowering plant in the aster family known by the common name wild tea and rayless greenthread. It is native to sections of the Americas, including the central United States, where it grows in many types of habitat.

Answer: rayless


Question: What kind of greenthread is this plant?

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

Thelesperma megapotamicum is a perennial species of flowering plant in the aster family known by the common name wild tea and rayless greenthread. It is native to sections of the Americas, including the central United States, where it grows in many types of habitat.

Answer: rayless


Question: What kind of greenthread is this plant?

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Thelesperma megapotamicum is a perennial species of flowering plant in the aster family known by the common name wild tea and rayless greenthread. It is native to sections of the Americas, including the central United States, where it grows in many types of habitat.

Answer: rayless


Question: What kind of greenthread is this plant?

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

Thelesperma megapotamicum is a perennial species of flowering plant in the aster family known by the common name wild tea and rayless greenthread. It is native to sections of the Americas, including the central United States, where it grows in many types of habitat.

Answer: rayless


Question: What is this plant commonly called?

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

Thunbergia alata, commonly called black-eyed Susan vine, is a herbaceous perennial climbing plant species in the family Acanthaceae.  It is native to Eastern Africa, and has been naturalized in other parts of the world.
It is grown as an ornamental plant in gardens and in hanging baskets.  The name 'Black-eyed Susan' is thought to have come from a character that figures in many traditional ballads and songs.  In the Ballad of Black-eyed Susan by John Gay, Susan goes aboard a ship in-dock to ask the sailors where her lover Sweet William has gone.  Black-eyed Susan is also a name given to other species of flowers in the genus Rudbeckia.

Answer: black-eyed susan vine


Question: What is this plant commonly called?

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

Thunbergia alata, commonly called black-eyed Susan vine, is a herbaceous perennial climbing plant species in the family Acanthaceae.  It is native to Eastern Africa, and has been naturalized in other parts of the world.
It is grown as an ornamental plant in gardens and in hanging baskets.  The name 'Black-eyed Susan' is thought to have come from a character that figures in many traditional ballads and songs.  In the Ballad of Black-eyed Susan by John Gay, Susan goes aboard a ship in-dock to ask the sailors where her lover Sweet William has gone.  Black-eyed Susan is also a name given to other species of flowers in the genus Rudbeckia.

Answer: black-eyed susan vine


Question: What is this plant commonly called?

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

Thunbergia alata, commonly called black-eyed Susan vine, is a herbaceous perennial climbing plant species in the family Acanthaceae.  It is native to Eastern Africa, and has been naturalized in other parts of the world.
It is grown as an ornamental plant in gardens and in hanging baskets.  The name 'Black-eyed Susan' is thought to have come from a character that figures in many traditional ballads and songs.  In the Ballad of Black-eyed Susan by John Gay, Susan goes aboard a ship in-dock to ask the sailors where her lover Sweet William has gone.  Black-eyed Susan is also a name given to other species of flowers in the genus Rudbeckia.

Answer: black-eyed susan vine


Question: What is this plant commonly called?

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

Thunbergia alata, commonly called black-eyed Susan vine, is a herbaceous perennial climbing plant species in the family Acanthaceae.  It is native to Eastern Africa, and has been naturalized in other parts of the world.
It is grown as an ornamental plant in gardens and in hanging baskets.  The name 'Black-eyed Susan' is thought to have come from a character that figures in many traditional ballads and songs.  In the Ballad of Black-eyed Susan by John Gay, Susan goes aboard a ship in-dock to ask the sailors where her lover Sweet William has gone.  Black-eyed Susan is also a name given to other species of flowers in the genus Rudbeckia.

Answer: black-eyed susan vine


Question: What is this plant commonly called?

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

Thunbergia alata, commonly called black-eyed Susan vine, is a herbaceous perennial climbing plant species in the family Acanthaceae.  It is native to Eastern Africa, and has been naturalized in other parts of the world.
It is grown as an ornamental plant in gardens and in hanging baskets.  The name 'Black-eyed Susan' is thought to have come from a character that figures in many traditional ballads and songs.  In the Ballad of Black-eyed Susan by John Gay, Susan goes aboard a ship in-dock to ask the sailors where her lover Sweet William has gone.  Black-eyed Susan is also a name given to other species of flowers in the genus Rudbeckia.

Answer: black-eyed susan vine


Question: What has been produced from this plant?

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

Creeping and mounding variants of T. serpyllum are used as border plants and ground cover around gardens and stone paths. It may also be used to replace a bluegrass lawn to xeriscape low to moderate foot traffic areas due to its tolerance for low water and poor soils.
Numerous cultivars have been produced, of which 'Pink Chintz' has gained the Royal Horticultural Society's Award of Garden Merit. A miniature creeping form is 'Elfin'.

Answer: numerous cultivars


Question: What has been produced from this plant?

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

Creeping and mounding variants of T. serpyllum are used as border plants and ground cover around gardens and stone paths. It may also be used to replace a bluegrass lawn to xeriscape low to moderate foot traffic areas due to its tolerance for low water and poor soils.
Numerous cultivars have been produced, of which 'Pink Chintz' has gained the Royal Horticultural Society's Award of Garden Merit. A miniature creeping form is 'Elfin'.

Answer: numerous cultivars


Question: What has been produced from this plant?

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

Creeping and mounding variants of T. serpyllum are used as border plants and ground cover around gardens and stone paths. It may also be used to replace a bluegrass lawn to xeriscape low to moderate foot traffic areas due to its tolerance for low water and poor soils.
Numerous cultivars have been produced, of which 'Pink Chintz' has gained the Royal Horticultural Society's Award of Garden Merit. A miniature creeping form is 'Elfin'.

Answer: numerous cultivars


Question: What has been produced from this plant?

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

Creeping and mounding variants of T. serpyllum are used as border plants and ground cover around gardens and stone paths. It may also be used to replace a bluegrass lawn to xeriscape low to moderate foot traffic areas due to its tolerance for low water and poor soils.
Numerous cultivars have been produced, of which 'Pink Chintz' has gained the Royal Horticultural Society's Award of Garden Merit. A miniature creeping form is 'Elfin'.

Answer: numerous cultivars


Question: What has been produced from this plant?

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

Creeping and mounding variants of T. serpyllum are used as border plants and ground cover around gardens and stone paths. It may also be used to replace a bluegrass lawn to xeriscape low to moderate foot traffic areas due to its tolerance for low water and poor soils.
Numerous cultivars have been produced, of which 'Pink Chintz' has gained the Royal Horticultural Society's Award of Garden Merit. A miniature creeping form is 'Elfin'.

Answer: numerous cultivars


Question: What is the cultivar of this plant named?

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

Tiarella cordifolia 'FM Mooberry' is named after F. M. Mooberry of the Brandywine Conservancy.

Answer: fm mooberry


Question: What is the cultivar of this plant named?

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

Tiarella cordifolia 'FM Mooberry' is named after F. M. Mooberry of the Brandywine Conservancy.

Answer: fm mooberry


Question: What is the cultivar of this plant named?

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

Tiarella cordifolia 'FM Mooberry' is named after F. M. Mooberry of the Brandywine Conservancy.

Answer: fm mooberry


Question: What is the cultivar of this plant named?

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

Tiarella cordifolia 'FM Mooberry' is named after F. M. Mooberry of the Brandywine Conservancy.

Answer: fm mooberry


Question: What is the cultivar of this plant named?

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

Tiarella cordifolia 'FM Mooberry' is named after F. M. Mooberry of the Brandywine Conservancy.

Answer: fm mooberry


Question: What happens to the volume and speed of this bird's sharp wok notes?

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

The rufescent tiger heron's main call is a low-pitched paired hoot, often given at night. It also gives a fast series of sharp wok notes, which decrease in volume and speed, and a prolonged hoot, transcribed as ooooooo-ooh which rises markedly at the end.

Answer: decrease


Question: What happens to the volume and speed of this bird's sharp wok notes?

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

The rufescent tiger heron's main call is a low-pitched paired hoot, often given at night. It also gives a fast series of sharp wok notes, which decrease in volume and speed, and a prolonged hoot, transcribed as ooooooo-ooh which rises markedly at the end.

Answer: decrease


Question: What happens to the volume and speed of this bird's sharp wok notes?

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

The rufescent tiger heron's main call is a low-pitched paired hoot, often given at night. It also gives a fast series of sharp wok notes, which decrease in volume and speed, and a prolonged hoot, transcribed as ooooooo-ooh which rises markedly at the end.

Answer: decrease


Question: What happens to the volume and speed of this bird's sharp wok notes?

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

The rufescent tiger heron's main call is a low-pitched paired hoot, often given at night. It also gives a fast series of sharp wok notes, which decrease in volume and speed, and a prolonged hoot, transcribed as ooooooo-ooh which rises markedly at the end.

Answer: decrease


Question: What happens to the volume and speed of this bird's sharp wok notes?

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

The rufescent tiger heron's main call is a low-pitched paired hoot, often given at night. It also gives a fast series of sharp wok notes, which decrease in volume and speed, and a prolonged hoot, transcribed as ooooooo-ooh which rises markedly at the end.

Answer: decrease


Question: What feature does the fruit of this tree lack that other lindens have?

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

Tilia cordata is a deciduous tree growing to 20–40 m (66–131 ft) tall, diameter 1/3 to 1/2 the height, with a trunk up to 1 m diameter. The largest known trunk circumference was a specimen in Närke, Sweden, that measured 8.35 meters diameter at chest height. Lindar in Germany is said to be over 1000 years old. The bark is smooth and grayish when young, firm with vertical ridges and horizontal fissures when older. The crown is rounded in a formal oval shape to pyramidal. Branching is upright and increases in density with age. The leaves are alternately arranged, rounded to triangular-ovate, 3–8 cm long and broad, mostly hairless (unlike the related Tilia platyphyllos) except for small tufts of brown hair in the leaf vein axils – the leaves are distinctively heart-shaped. The buds are alternate, pointed egg shaped and have red scales. It has no terminal bud. The small yellow-green hermaphrodite flowers are produced in clusters of five to eleven in early summer with a leafy yellow-green subtending bract, have a rich, heavy scent; the trees are much visited by bees to the erect flowers which are held above the bract; this flower arrangement is distinctly different from that of the Common Lime Tilia × europaea where the flowers are held beneath the bract. The fruit is a dry nut-like drupe 6–7 mm long by 4 mm broad containing one, or sometimes two, brown seeds (infertile fruits are globose), downy at first becoming smooth at maturity, and (unlike T. platyphyllos and also T. × europaea) not ribbed but very thin and easily cracked open.

Answer: ribbed


Question: What feature does the fruit of this tree lack that other lindens have?

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

Tilia cordata is a deciduous tree growing to 20–40 m (66–131 ft) tall, diameter 1/3 to 1/2 the height, with a trunk up to 1 m diameter. The largest known trunk circumference was a specimen in Närke, Sweden, that measured 8.35 meters diameter at chest height. Lindar in Germany is said to be over 1000 years old. The bark is smooth and grayish when young, firm with vertical ridges and horizontal fissures when older. The crown is rounded in a formal oval shape to pyramidal. Branching is upright and increases in density with age. The leaves are alternately arranged, rounded to triangular-ovate, 3–8 cm long and broad, mostly hairless (unlike the related Tilia platyphyllos) except for small tufts of brown hair in the leaf vein axils – the leaves are distinctively heart-shaped. The buds are alternate, pointed egg shaped and have red scales. It has no terminal bud. The small yellow-green hermaphrodite flowers are produced in clusters of five to eleven in early summer with a leafy yellow-green subtending bract, have a rich, heavy scent; the trees are much visited by bees to the erect flowers which are held above the bract; this flower arrangement is distinctly different from that of the Common Lime Tilia × europaea where the flowers are held beneath the bract. The fruit is a dry nut-like drupe 6–7 mm long by 4 mm broad containing one, or sometimes two, brown seeds (infertile fruits are globose), downy at first becoming smooth at maturity, and (unlike T. platyphyllos and also T. × europaea) not ribbed but very thin and easily cracked open.

Answer: ribbed


Question: What feature does the fruit of this tree lack that other lindens have?

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

Tilia cordata is a deciduous tree growing to 20–40 m (66–131 ft) tall, diameter 1/3 to 1/2 the height, with a trunk up to 1 m diameter. The largest known trunk circumference was a specimen in Närke, Sweden, that measured 8.35 meters diameter at chest height. Lindar in Germany is said to be over 1000 years old. The bark is smooth and grayish when young, firm with vertical ridges and horizontal fissures when older. The crown is rounded in a formal oval shape to pyramidal. Branching is upright and increases in density with age. The leaves are alternately arranged, rounded to triangular-ovate, 3–8 cm long and broad, mostly hairless (unlike the related Tilia platyphyllos) except for small tufts of brown hair in the leaf vein axils – the leaves are distinctively heart-shaped. The buds are alternate, pointed egg shaped and have red scales. It has no terminal bud. The small yellow-green hermaphrodite flowers are produced in clusters of five to eleven in early summer with a leafy yellow-green subtending bract, have a rich, heavy scent; the trees are much visited by bees to the erect flowers which are held above the bract; this flower arrangement is distinctly different from that of the Common Lime Tilia × europaea where the flowers are held beneath the bract. The fruit is a dry nut-like drupe 6–7 mm long by 4 mm broad containing one, or sometimes two, brown seeds (infertile fruits are globose), downy at first becoming smooth at maturity, and (unlike T. platyphyllos and also T. × europaea) not ribbed but very thin and easily cracked open.

Answer: ribbed


Question: What feature does the fruit of this tree lack that other lindens have?

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

Tilia cordata is a deciduous tree growing to 20–40 m (66–131 ft) tall, diameter 1/3 to 1/2 the height, with a trunk up to 1 m diameter. The largest known trunk circumference was a specimen in Närke, Sweden, that measured 8.35 meters diameter at chest height. Lindar in Germany is said to be over 1000 years old. The bark is smooth and grayish when young, firm with vertical ridges and horizontal fissures when older. The crown is rounded in a formal oval shape to pyramidal. Branching is upright and increases in density with age. The leaves are alternately arranged, rounded to triangular-ovate, 3–8 cm long and broad, mostly hairless (unlike the related Tilia platyphyllos) except for small tufts of brown hair in the leaf vein axils – the leaves are distinctively heart-shaped. The buds are alternate, pointed egg shaped and have red scales. It has no terminal bud. The small yellow-green hermaphrodite flowers are produced in clusters of five to eleven in early summer with a leafy yellow-green subtending bract, have a rich, heavy scent; the trees are much visited by bees to the erect flowers which are held above the bract; this flower arrangement is distinctly different from that of the Common Lime Tilia × europaea where the flowers are held beneath the bract. The fruit is a dry nut-like drupe 6–7 mm long by 4 mm broad containing one, or sometimes two, brown seeds (infertile fruits are globose), downy at first becoming smooth at maturity, and (unlike T. platyphyllos and also T. × europaea) not ribbed but very thin and easily cracked open.

Answer: ribbed


Question: What feature does the fruit of this tree lack that other lindens have?

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

Tilia cordata is a deciduous tree growing to 20–40 m (66–131 ft) tall, diameter 1/3 to 1/2 the height, with a trunk up to 1 m diameter. The largest known trunk circumference was a specimen in Närke, Sweden, that measured 8.35 meters diameter at chest height. Lindar in Germany is said to be over 1000 years old. The bark is smooth and grayish when young, firm with vertical ridges and horizontal fissures when older. The crown is rounded in a formal oval shape to pyramidal. Branching is upright and increases in density with age. The leaves are alternately arranged, rounded to triangular-ovate, 3–8 cm long and broad, mostly hairless (unlike the related Tilia platyphyllos) except for small tufts of brown hair in the leaf vein axils – the leaves are distinctively heart-shaped. The buds are alternate, pointed egg shaped and have red scales. It has no terminal bud. The small yellow-green hermaphrodite flowers are produced in clusters of five to eleven in early summer with a leafy yellow-green subtending bract, have a rich, heavy scent; the trees are much visited by bees to the erect flowers which are held above the bract; this flower arrangement is distinctly different from that of the Common Lime Tilia × europaea where the flowers are held beneath the bract. The fruit is a dry nut-like drupe 6–7 mm long by 4 mm broad containing one, or sometimes two, brown seeds (infertile fruits are globose), downy at first becoming smooth at maturity, and (unlike T. platyphyllos and also T. × europaea) not ribbed but very thin and easily cracked open.

Answer: ribbed


Question: Is this plant considered or not a national symbol of slovenia?

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

Tilia cordata is the national tree of the Czech Republic and the Slovak Republic, and one of two national trees in Latvia.
The leaf of Tilia cordata is also considered a national symbol of Slovenia.

Answer: considered


Question: Is this plant considered or not a national symbol of slovenia?

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

Tilia cordata is the national tree of the Czech Republic and the Slovak Republic, and one of two national trees in Latvia.
The leaf of Tilia cordata is also considered a national symbol of Slovenia.

Answer: considered


Question: Is this plant considered or not a national symbol of slovenia?

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

Tilia cordata is the national tree of the Czech Republic and the Slovak Republic, and one of two national trees in Latvia.
The leaf of Tilia cordata is also considered a national symbol of Slovenia.

Answer: considered


Question: Is this plant considered or not a national symbol of slovenia?

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

Tilia cordata is the national tree of the Czech Republic and the Slovak Republic, and one of two national trees in Latvia.
The leaf of Tilia cordata is also considered a national symbol of Slovenia.

Answer: considered


Question: Is this plant considered or not a national symbol of slovenia?

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

Tilia cordata is the national tree of the Czech Republic and the Slovak Republic, and one of two national trees in Latvia.
The leaf of Tilia cordata is also considered a national symbol of Slovenia.

Answer: considered


Question: What occurs in may in this plant?

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

Toxicodendron diversilobum (syn. Rhus diversiloba), commonly named Pacific poison oak or western poison oak, is a woody vine or shrub in the sumac family, Anacardiaceae. It is widely distributed in western North America, inhabiting conifer and mixed broadleaf forests, woodlands, grasslands, and chaparral biomes. Peak flowering occurs in May. Like other members of the genus Toxicodendron, T. diversilobum causes itching and allergic rashes in most people after contact by touch or smoke inhalation. Despite its name, it is not closely related to oaks.

Answer: peak flowering


Question: What occurs in may in this plant?

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

Toxicodendron diversilobum (syn. Rhus diversiloba), commonly named Pacific poison oak or western poison oak, is a woody vine or shrub in the sumac family, Anacardiaceae. It is widely distributed in western North America, inhabiting conifer and mixed broadleaf forests, woodlands, grasslands, and chaparral biomes. Peak flowering occurs in May. Like other members of the genus Toxicodendron, T. diversilobum causes itching and allergic rashes in most people after contact by touch or smoke inhalation. Despite its name, it is not closely related to oaks.

Answer: peak flowering


Question: What occurs in may in this plant?

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

Toxicodendron diversilobum (syn. Rhus diversiloba), commonly named Pacific poison oak or western poison oak, is a woody vine or shrub in the sumac family, Anacardiaceae. It is widely distributed in western North America, inhabiting conifer and mixed broadleaf forests, woodlands, grasslands, and chaparral biomes. Peak flowering occurs in May. Like other members of the genus Toxicodendron, T. diversilobum causes itching and allergic rashes in most people after contact by touch or smoke inhalation. Despite its name, it is not closely related to oaks.

Answer: peak flowering


Question: What occurs in may in this plant?

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

Toxicodendron diversilobum (syn. Rhus diversiloba), commonly named Pacific poison oak or western poison oak, is a woody vine or shrub in the sumac family, Anacardiaceae. It is widely distributed in western North America, inhabiting conifer and mixed broadleaf forests, woodlands, grasslands, and chaparral biomes. Peak flowering occurs in May. Like other members of the genus Toxicodendron, T. diversilobum causes itching and allergic rashes in most people after contact by touch or smoke inhalation. Despite its name, it is not closely related to oaks.

Answer: peak flowering


Question: What occurs in may in this plant?

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

Toxicodendron diversilobum (syn. Rhus diversiloba), commonly named Pacific poison oak or western poison oak, is a woody vine or shrub in the sumac family, Anacardiaceae. It is widely distributed in western North America, inhabiting conifer and mixed broadleaf forests, woodlands, grasslands, and chaparral biomes. Peak flowering occurs in May. Like other members of the genus Toxicodendron, T. diversilobum causes itching and allergic rashes in most people after contact by touch or smoke inhalation. Despite its name, it is not closely related to oaks.

Answer: peak flowering


Question: How long is the incubation period for this bird?

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

The pink-necked green pigeon is primarily a frugivore, taking a range of fruits, particularly figs (Ficus). Fruit of other trees are taken as well, including Glochidion, Breynia, Vitex, Macaranga, Muntingia, Melastoma, Oncosperma and Bridelia. Shoots, buds and seeds are also taken, but much less commonly so, often by quite a substantial margin. In one study of the frugivores of Sulawesi 55 observations were made of this species feeding and every one was of it eating fruit, mostly figs. The species feeds in the mid-canopy of the forest and rarely feeds in the understory or on the ground. It is described as being agile when clinging on fine branches to reach fruits at the end. Like other members of the genus Treron, the gizzard is muscular and contains grit, which is used to grind and digest seeds inside fruit. Studies of closely related species have found that not every individual has grit, and it is likely the same is true of this species. It is social, feeding in small groups or, where an abundant source of food is found, quite large flocks of up to 70 birds. The species also roosts communally, and can form roosting flocks of hundreds of birds.
There is no defined breeding season and it has been recorded breeding all year across its range. The task of building the nest is divided by sex, with the male being responsible for collecting the nesting material and the female building it. The nest itself is a simple and flimsy platform of twigs and finer material. Two eggs are laid, which are white and measure 26.8 mm–28.9 mm × 20.3 mm–21.8 mm (1.06 in–1.14 in × 0.80 in–0.86 in). The nest is placed in a tree, shrub or hedge, and can be quite close to the ground, ranging from 1 to 10 m (3.3–32.8 ft). The breeding biology of this species is virtually unknown, with only a single breeding report from Singapore. In that report, the pair shared incubation duties, with the male incubating during the day and the female at night, with the incubation time being 17 days. On hatching the chicks are brooded continuously for the first few days of life, as with incubation the male broods during the day and the female at night. Chicks are near-naked and have brown skin with a few white pin feathers on hatching. Chicks leave the nest 10 days after hatching, but remain in the nesting area for a few days after hatching, and continue to be fed by their parents.

Answer: 17 days


Question: How long is the incubation period for this bird?

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

The pink-necked green pigeon is primarily a frugivore, taking a range of fruits, particularly figs (Ficus). Fruit of other trees are taken as well, including Glochidion, Breynia, Vitex, Macaranga, Muntingia, Melastoma, Oncosperma and Bridelia. Shoots, buds and seeds are also taken, but much less commonly so, often by quite a substantial margin. In one study of the frugivores of Sulawesi 55 observations were made of this species feeding and every one was of it eating fruit, mostly figs. The species feeds in the mid-canopy of the forest and rarely feeds in the understory or on the ground. It is described as being agile when clinging on fine branches to reach fruits at the end. Like other members of the genus Treron, the gizzard is muscular and contains grit, which is used to grind and digest seeds inside fruit. Studies of closely related species have found that not every individual has grit, and it is likely the same is true of this species. It is social, feeding in small groups or, where an abundant source of food is found, quite large flocks of up to 70 birds. The species also roosts communally, and can form roosting flocks of hundreds of birds.
There is no defined breeding season and it has been recorded breeding all year across its range. The task of building the nest is divided by sex, with the male being responsible for collecting the nesting material and the female building it. The nest itself is a simple and flimsy platform of twigs and finer material. Two eggs are laid, which are white and measure 26.8 mm–28.9 mm × 20.3 mm–21.8 mm (1.06 in–1.14 in × 0.80 in–0.86 in). The nest is placed in a tree, shrub or hedge, and can be quite close to the ground, ranging from 1 to 10 m (3.3–32.8 ft). The breeding biology of this species is virtually unknown, with only a single breeding report from Singapore. In that report, the pair shared incubation duties, with the male incubating during the day and the female at night, with the incubation time being 17 days. On hatching the chicks are brooded continuously for the first few days of life, as with incubation the male broods during the day and the female at night. Chicks are near-naked and have brown skin with a few white pin feathers on hatching. Chicks leave the nest 10 days after hatching, but remain in the nesting area for a few days after hatching, and continue to be fed by their parents.

Answer: 17 days


Question: How long is the incubation period for this bird?

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

The pink-necked green pigeon is primarily a frugivore, taking a range of fruits, particularly figs (Ficus). Fruit of other trees are taken as well, including Glochidion, Breynia, Vitex, Macaranga, Muntingia, Melastoma, Oncosperma and Bridelia. Shoots, buds and seeds are also taken, but much less commonly so, often by quite a substantial margin. In one study of the frugivores of Sulawesi 55 observations were made of this species feeding and every one was of it eating fruit, mostly figs. The species feeds in the mid-canopy of the forest and rarely feeds in the understory or on the ground. It is described as being agile when clinging on fine branches to reach fruits at the end. Like other members of the genus Treron, the gizzard is muscular and contains grit, which is used to grind and digest seeds inside fruit. Studies of closely related species have found that not every individual has grit, and it is likely the same is true of this species. It is social, feeding in small groups or, where an abundant source of food is found, quite large flocks of up to 70 birds. The species also roosts communally, and can form roosting flocks of hundreds of birds.
There is no defined breeding season and it has been recorded breeding all year across its range. The task of building the nest is divided by sex, with the male being responsible for collecting the nesting material and the female building it. The nest itself is a simple and flimsy platform of twigs and finer material. Two eggs are laid, which are white and measure 26.8 mm–28.9 mm × 20.3 mm–21.8 mm (1.06 in–1.14 in × 0.80 in–0.86 in). The nest is placed in a tree, shrub or hedge, and can be quite close to the ground, ranging from 1 to 10 m (3.3–32.8 ft). The breeding biology of this species is virtually unknown, with only a single breeding report from Singapore. In that report, the pair shared incubation duties, with the male incubating during the day and the female at night, with the incubation time being 17 days. On hatching the chicks are brooded continuously for the first few days of life, as with incubation the male broods during the day and the female at night. Chicks are near-naked and have brown skin with a few white pin feathers on hatching. Chicks leave the nest 10 days after hatching, but remain in the nesting area for a few days after hatching, and continue to be fed by their parents.

Answer: 17 days


Question: How long is the incubation period for this bird?

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

The pink-necked green pigeon is primarily a frugivore, taking a range of fruits, particularly figs (Ficus). Fruit of other trees are taken as well, including Glochidion, Breynia, Vitex, Macaranga, Muntingia, Melastoma, Oncosperma and Bridelia. Shoots, buds and seeds are also taken, but much less commonly so, often by quite a substantial margin. In one study of the frugivores of Sulawesi 55 observations were made of this species feeding and every one was of it eating fruit, mostly figs. The species feeds in the mid-canopy of the forest and rarely feeds in the understory or on the ground. It is described as being agile when clinging on fine branches to reach fruits at the end. Like other members of the genus Treron, the gizzard is muscular and contains grit, which is used to grind and digest seeds inside fruit. Studies of closely related species have found that not every individual has grit, and it is likely the same is true of this species. It is social, feeding in small groups or, where an abundant source of food is found, quite large flocks of up to 70 birds. The species also roosts communally, and can form roosting flocks of hundreds of birds.
There is no defined breeding season and it has been recorded breeding all year across its range. The task of building the nest is divided by sex, with the male being responsible for collecting the nesting material and the female building it. The nest itself is a simple and flimsy platform of twigs and finer material. Two eggs are laid, which are white and measure 26.8 mm–28.9 mm × 20.3 mm–21.8 mm (1.06 in–1.14 in × 0.80 in–0.86 in). The nest is placed in a tree, shrub or hedge, and can be quite close to the ground, ranging from 1 to 10 m (3.3–32.8 ft). The breeding biology of this species is virtually unknown, with only a single breeding report from Singapore. In that report, the pair shared incubation duties, with the male incubating during the day and the female at night, with the incubation time being 17 days. On hatching the chicks are brooded continuously for the first few days of life, as with incubation the male broods during the day and the female at night. Chicks are near-naked and have brown skin with a few white pin feathers on hatching. Chicks leave the nest 10 days after hatching, but remain in the nesting area for a few days after hatching, and continue to be fed by their parents.

Answer: 17 days


Question: How long is the incubation period for this bird?

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

The pink-necked green pigeon is primarily a frugivore, taking a range of fruits, particularly figs (Ficus). Fruit of other trees are taken as well, including Glochidion, Breynia, Vitex, Macaranga, Muntingia, Melastoma, Oncosperma and Bridelia. Shoots, buds and seeds are also taken, but much less commonly so, often by quite a substantial margin. In one study of the frugivores of Sulawesi 55 observations were made of this species feeding and every one was of it eating fruit, mostly figs. The species feeds in the mid-canopy of the forest and rarely feeds in the understory or on the ground. It is described as being agile when clinging on fine branches to reach fruits at the end. Like other members of the genus Treron, the gizzard is muscular and contains grit, which is used to grind and digest seeds inside fruit. Studies of closely related species have found that not every individual has grit, and it is likely the same is true of this species. It is social, feeding in small groups or, where an abundant source of food is found, quite large flocks of up to 70 birds. The species also roosts communally, and can form roosting flocks of hundreds of birds.
There is no defined breeding season and it has been recorded breeding all year across its range. The task of building the nest is divided by sex, with the male being responsible for collecting the nesting material and the female building it. The nest itself is a simple and flimsy platform of twigs and finer material. Two eggs are laid, which are white and measure 26.8 mm–28.9 mm × 20.3 mm–21.8 mm (1.06 in–1.14 in × 0.80 in–0.86 in). The nest is placed in a tree, shrub or hedge, and can be quite close to the ground, ranging from 1 to 10 m (3.3–32.8 ft). The breeding biology of this species is virtually unknown, with only a single breeding report from Singapore. In that report, the pair shared incubation duties, with the male incubating during the day and the female at night, with the incubation time being 17 days. On hatching the chicks are brooded continuously for the first few days of life, as with incubation the male broods during the day and the female at night. Chicks are near-naked and have brown skin with a few white pin feathers on hatching. Chicks leave the nest 10 days after hatching, but remain in the nesting area for a few days after hatching, and continue to be fed by their parents.

Answer: 17 days


Question: What parts of this beetle are black?

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: head and scutellum


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: 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: 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 color head and scutellum 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: black


Question: What color head and scutellum 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: black


Question: What color head and scutellum 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: black


Question: What color head and scutellum does this beetle have?

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: black


Question: What color head and scutellum 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: black


Question: What kind of insect is 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: beetle


Question: What kind of insect is 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: beetle


Question: What kind of insect is this beetle?

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: beetle


Question: What kind of insect is 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: beetle


Question: What kind of insect is 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: beetle


Question: What color is the apex 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: red


Question: What color is the apex of this beetle?

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: red


Question: What color is the apex 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: red


Question: What color is the apex of this beetle?

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: red


Question: What color is the apex 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: red


Question: this beetle has a black stripe down the middle of what?

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: the back


Question: this beetle has a black stripe down the middle of what?

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 back


Question: this beetle has a black stripe down the middle of what?

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 back


Question: this beetle has a black stripe down the middle of what?

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 back


Question: this beetle has a black stripe down the middle of what?

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 back


Question: What kind of insect is 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: beetle


Question: What kind of insect is 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: beetle


Question: What kind of insect is 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: beetle


Question: What kind of insect is this beetle?

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: beetle


Question: What kind of insect is this beetle?

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: beetle


Question: What does this beetle not readily do?

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: fly


Question: What does this beetle not readily do?

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: fly


Question: What does this beetle not readily do?

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: fly


Question: What does this beetle not readily do?

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: fly


Question: What does this beetle not readily do?

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: fly


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

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: predators


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

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: predators


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 does the warning coloration of this beetle protect it from?

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: predators