Question: What kind of hairs does this plant have on its stem?

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

Acmispon argophyllus is a perennial herb growing prostrate to erect, the base of its stem woody and tough and upper parts coat in silky silvery hairs. The leaves are each made up of pairs of hairy oval leaflike leaflets around a centimeter long.
The inflorescence is a cluster of many tubular yellow flowers each about a centimeter long, encased at the base in a calyx of silky-hairy sepals. The fruit is legume pod generally containing a single seed.

Answer: silky silvery


Question: What kind of hairs does this plant have on its stem?

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

Acmispon argophyllus is a perennial herb growing prostrate to erect, the base of its stem woody and tough and upper parts coat in silky silvery hairs. The leaves are each made up of pairs of hairy oval leaflike leaflets around a centimeter long.
The inflorescence is a cluster of many tubular yellow flowers each about a centimeter long, encased at the base in a calyx of silky-hairy sepals. The fruit is legume pod generally containing a single seed.

Answer: silky silvery


Question: What kind of hairs does this plant have on its stem?

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

Acmispon argophyllus is a perennial herb growing prostrate to erect, the base of its stem woody and tough and upper parts coat in silky silvery hairs. The leaves are each made up of pairs of hairy oval leaflike leaflets around a centimeter long.
The inflorescence is a cluster of many tubular yellow flowers each about a centimeter long, encased at the base in a calyx of silky-hairy sepals. The fruit is legume pod generally containing a single seed.

Answer: silky silvery


Question: What kind of foot does this plant have?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: bird's


Question: What kind of foot does this plant have?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: bird's


Question: What kind of foot does this plant have?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: bird's


Question: What kind of foot does this plant have?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: bird's


Question: What kind of foot does this plant have?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: bird's


Question: What is the common name of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: channel islands silver lotus


Question: What is the common name of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: channel islands silver lotus


Question: What is the common name of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: channel islands silver lotus


Question: What is the common name of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: channel islands silver lotus


Question: What is the common name of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: channel islands silver lotus


Question: What is the var. niveus of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: santa cruz island bird's-foot trefoil


Question: What is the var. niveus of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: santa cruz island bird's-foot trefoil


Question: What is the var. niveus of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: santa cruz island bird's-foot trefoil


Question: What is the var. niveus of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: santa cruz island bird's-foot trefoil


Question: What is the var. niveus of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: santa cruz island bird's-foot trefoil


Question: What is a common variety of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is the rare variety of this plant found on san clemente island?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: adsurgens


Question: What is the rare variety of this plant found on san clemente island?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: adsurgens


Question: What is the rare variety of this plant found on san clemente island?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: adsurgens


Question: What is the rare variety of this plant found on san clemente island?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: adsurgens


Question: What is the rare variety of this plant found on san clemente island?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: adsurgens


Question: What does var. stand for in reference to this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: varieties


Question: What does var. stand for in reference to this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: varieties


Question: What does var. stand for in reference to this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: varieties


Question: What does var. stand for in reference to this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: varieties


Question: What does var. stand for in reference to this plant?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: varieties


Question: What is a common variety of this plant that can be found on the mainland?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant that can be found on the mainland?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant that can be found on the mainland?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant that can be found on the mainland?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What is a common variety of this plant that can be found on the mainland?

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

The varieties of this species include:
A. a. var. adsurgens — San Clemente Island bird's-foot trefoil is endemic to San Clemente Island, one of the Channel Islands of California. It is rare.
A. a. var. argenteus — Channel Islands silver lotus is endemic to several of the Channel Islands.
A. a. var. argophyllus — Fremont's silver lotus is a more common variety which can be found in mainland distribution.
A. a. var. fremontii is known only from the Sierra Nevada.
A. a. var. niveus — Santa Cruz Island bird's-foot trefoil,  endemic to Santa Cruz Island, another of the Channel Islands, is rare.
A. a. var. ornithopus — Guadalupe bird's-foot trefoil, endemic to Guadalupe Island in Baja California, and is sometimes lumped into var. argenteus.

Answer: fremont's silver lotus


Question: What specific name does this bird have?

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

The sedge warbler was formally described by the Swedish naturalist Carl Linnaeus in 1758 in the tenth edition of his Systema Naturae under the binomial name Motacilla schoenobaenus. The species is now placed in the genus Acrocephalus that was introduced in 1811 by Johann Andreas Naumann and his son Johann Friedrich Naumann. British ornithologists did not distinguish the species from the Eurasian reed warbler until the 18th century. The genus name Acrocephalus is from Ancient Greek akros, "highest", and kephale, "head". It is possible that the Naumanns thought akros meant "sharp-pointed". The specific schoenobaenus is from Ancient Greek skhoinos, "reed", and baino, "to tread". It is a translation of the old Swedish name for the bird, Sävstigare. The species is considered to be monotypic: no subspecies are recognised.

Answer: schoenobaenus


Question: What specific name does this bird have?

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

The sedge warbler was formally described by the Swedish naturalist Carl Linnaeus in 1758 in the tenth edition of his Systema Naturae under the binomial name Motacilla schoenobaenus. The species is now placed in the genus Acrocephalus that was introduced in 1811 by Johann Andreas Naumann and his son Johann Friedrich Naumann. British ornithologists did not distinguish the species from the Eurasian reed warbler until the 18th century. The genus name Acrocephalus is from Ancient Greek akros, "highest", and kephale, "head". It is possible that the Naumanns thought akros meant "sharp-pointed". The specific schoenobaenus is from Ancient Greek skhoinos, "reed", and baino, "to tread". It is a translation of the old Swedish name for the bird, Sävstigare. The species is considered to be monotypic: no subspecies are recognised.

Answer: schoenobaenus


Question: What specific name does this bird have?

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

The sedge warbler was formally described by the Swedish naturalist Carl Linnaeus in 1758 in the tenth edition of his Systema Naturae under the binomial name Motacilla schoenobaenus. The species is now placed in the genus Acrocephalus that was introduced in 1811 by Johann Andreas Naumann and his son Johann Friedrich Naumann. British ornithologists did not distinguish the species from the Eurasian reed warbler until the 18th century. The genus name Acrocephalus is from Ancient Greek akros, "highest", and kephale, "head". It is possible that the Naumanns thought akros meant "sharp-pointed". The specific schoenobaenus is from Ancient Greek skhoinos, "reed", and baino, "to tread". It is a translation of the old Swedish name for the bird, Sävstigare. The species is considered to be monotypic: no subspecies are recognised.

Answer: schoenobaenus


Question: What specific name does this bird have?

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

The sedge warbler was formally described by the Swedish naturalist Carl Linnaeus in 1758 in the tenth edition of his Systema Naturae under the binomial name Motacilla schoenobaenus. The species is now placed in the genus Acrocephalus that was introduced in 1811 by Johann Andreas Naumann and his son Johann Friedrich Naumann. British ornithologists did not distinguish the species from the Eurasian reed warbler until the 18th century. The genus name Acrocephalus is from Ancient Greek akros, "highest", and kephale, "head". It is possible that the Naumanns thought akros meant "sharp-pointed". The specific schoenobaenus is from Ancient Greek skhoinos, "reed", and baino, "to tread". It is a translation of the old Swedish name for the bird, Sävstigare. The species is considered to be monotypic: no subspecies are recognised.

Answer: schoenobaenus


Question: What specific name does this bird have?

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

The sedge warbler was formally described by the Swedish naturalist Carl Linnaeus in 1758 in the tenth edition of his Systema Naturae under the binomial name Motacilla schoenobaenus. The species is now placed in the genus Acrocephalus that was introduced in 1811 by Johann Andreas Naumann and his son Johann Friedrich Naumann. British ornithologists did not distinguish the species from the Eurasian reed warbler until the 18th century. The genus name Acrocephalus is from Ancient Greek akros, "highest", and kephale, "head". It is possible that the Naumanns thought akros meant "sharp-pointed". The specific schoenobaenus is from Ancient Greek skhoinos, "reed", and baino, "to tread". It is a translation of the old Swedish name for the bird, Sävstigare. The species is considered to be monotypic: no subspecies are recognised.

Answer: schoenobaenus


Question: Is this moth found or absent from newfoundland?

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

Acronicta innotata, the unmarked dagger moth or birch dagger, is a moth of the family Noctuidae. The species was first described by Achille Guenée in 1852. It is found from Newfoundland to British Columbia and adjacent northern states in the United States, south in the east to North Carolina and Kentucky.
The wingspan is 35–40 mm. Adults are on wing from May to August depending on the location.
The larvae feed on the leaves of alder, birch, cherry, hickory, poplar and willow.

Answer: found


Question: Is this moth found or absent from newfoundland?

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

Acronicta innotata, the unmarked dagger moth or birch dagger, is a moth of the family Noctuidae. The species was first described by Achille Guenée in 1852. It is found from Newfoundland to British Columbia and adjacent northern states in the United States, south in the east to North Carolina and Kentucky.
The wingspan is 35–40 mm. Adults are on wing from May to August depending on the location.
The larvae feed on the leaves of alder, birch, cherry, hickory, poplar and willow.

Answer: found


Question: Is this moth found or absent from newfoundland?

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

Acronicta innotata, the unmarked dagger moth or birch dagger, is a moth of the family Noctuidae. The species was first described by Achille Guenée in 1852. It is found from Newfoundland to British Columbia and adjacent northern states in the United States, south in the east to North Carolina and Kentucky.
The wingspan is 35–40 mm. Adults are on wing from May to August depending on the location.
The larvae feed on the leaves of alder, birch, cherry, hickory, poplar and willow.

Answer: found


Question: Is this moth found or absent from newfoundland?

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

Acronicta innotata, the unmarked dagger moth or birch dagger, is a moth of the family Noctuidae. The species was first described by Achille Guenée in 1852. It is found from Newfoundland to British Columbia and adjacent northern states in the United States, south in the east to North Carolina and Kentucky.
The wingspan is 35–40 mm. Adults are on wing from May to August depending on the location.
The larvae feed on the leaves of alder, birch, cherry, hickory, poplar and willow.

Answer: found


Question: Is this moth found or absent from newfoundland?

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

Acronicta innotata, the unmarked dagger moth or birch dagger, is a moth of the family Noctuidae. The species was first described by Achille Guenée in 1852. It is found from Newfoundland to British Columbia and adjacent northern states in the United States, south in the east to North Carolina and Kentucky.
The wingspan is 35–40 mm. Adults are on wing from May to August depending on the location.
The larvae feed on the leaves of alder, birch, cherry, hickory, poplar and willow.

Answer: found


Question: What color is this moth?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: ruddy


Question: What color is this moth?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: ruddy


Question: What color is this moth?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: ruddy


Question: What color is this moth?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: ruddy


Question: What color is this moth?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: ruddy


Question: What is the wing span of this moth in millimeters?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: 38–44


Question: What is the wing span of this moth in millimeters?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: 38–44


Question: What is the wing span of this moth in millimeters?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: 38–44


Question: What is the wing span of this moth in millimeters?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: 38–44


Question: What is the wing span of this moth in millimeters?

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

Acronicta rubricoma, the ruddy dagger moth, is a moth of the family Noctuidae. It is found from southern Ontario and New York to central Florida, west to Texas and east Kansas.
The wingspan is 38–44 mm. Adults are on wing from April to October depending on the location. There are two generations per year.
The larvae feed on elm, hackberry and sumac.

Answer: 38–44


Question: Which direction from georgia would one travel to find this plant?

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

Actaea racemosa, the black cohosh, black bugbane, black snakeroot, or fairy candle (syn. Cimicifuga racemosa), is a species of flowering plant of the family Ranunculaceae. It is native to eastern North America from the extreme south of Ontario to central Georgia, and west to Missouri and Arkansas. It grows in a variety of woodland habitats, and is often found in small woodland openings. The roots and rhizomes were used in traditional medicine by Native Americans. Its extracts are manufactured as herbal medicines or dietary supplements. Thereof, most of the dietary supplements containing black cohosh are not well-studied or recommended for safe and effective use in treating menopause symptoms or any disease. In contrast, some herbal medicinal products containing black cohosh extract hold a marketing authorization in several states of the European Union are well-studied and recommended for safe and effective use for the relief of menopausal symptoms (i.e. in the years around menopause) such as hot flushes and profuse sweating attacks. Such differentiation between the product types seems to be important.

Answer: west


Question: Which direction from georgia would one travel to find this plant?

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

Actaea racemosa, the black cohosh, black bugbane, black snakeroot, or fairy candle (syn. Cimicifuga racemosa), is a species of flowering plant of the family Ranunculaceae. It is native to eastern North America from the extreme south of Ontario to central Georgia, and west to Missouri and Arkansas. It grows in a variety of woodland habitats, and is often found in small woodland openings. The roots and rhizomes were used in traditional medicine by Native Americans. Its extracts are manufactured as herbal medicines or dietary supplements. Thereof, most of the dietary supplements containing black cohosh are not well-studied or recommended for safe and effective use in treating menopause symptoms or any disease. In contrast, some herbal medicinal products containing black cohosh extract hold a marketing authorization in several states of the European Union are well-studied and recommended for safe and effective use for the relief of menopausal symptoms (i.e. in the years around menopause) such as hot flushes and profuse sweating attacks. Such differentiation between the product types seems to be important.

Answer: west


Question: Which direction from georgia would one travel to find this plant?

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

Actaea racemosa, the black cohosh, black bugbane, black snakeroot, or fairy candle (syn. Cimicifuga racemosa), is a species of flowering plant of the family Ranunculaceae. It is native to eastern North America from the extreme south of Ontario to central Georgia, and west to Missouri and Arkansas. It grows in a variety of woodland habitats, and is often found in small woodland openings. The roots and rhizomes were used in traditional medicine by Native Americans. Its extracts are manufactured as herbal medicines or dietary supplements. Thereof, most of the dietary supplements containing black cohosh are not well-studied or recommended for safe and effective use in treating menopause symptoms or any disease. In contrast, some herbal medicinal products containing black cohosh extract hold a marketing authorization in several states of the European Union are well-studied and recommended for safe and effective use for the relief of menopausal symptoms (i.e. in the years around menopause) such as hot flushes and profuse sweating attacks. Such differentiation between the product types seems to be important.

Answer: west


Question: Which direction from georgia would one travel to find this plant?

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

Actaea racemosa, the black cohosh, black bugbane, black snakeroot, or fairy candle (syn. Cimicifuga racemosa), is a species of flowering plant of the family Ranunculaceae. It is native to eastern North America from the extreme south of Ontario to central Georgia, and west to Missouri and Arkansas. It grows in a variety of woodland habitats, and is often found in small woodland openings. The roots and rhizomes were used in traditional medicine by Native Americans. Its extracts are manufactured as herbal medicines or dietary supplements. Thereof, most of the dietary supplements containing black cohosh are not well-studied or recommended for safe and effective use in treating menopause symptoms or any disease. In contrast, some herbal medicinal products containing black cohosh extract hold a marketing authorization in several states of the European Union are well-studied and recommended for safe and effective use for the relief of menopausal symptoms (i.e. in the years around menopause) such as hot flushes and profuse sweating attacks. Such differentiation between the product types seems to be important.

Answer: west


Question: Which direction from georgia would one travel to find this plant?

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

Actaea racemosa, the black cohosh, black bugbane, black snakeroot, or fairy candle (syn. Cimicifuga racemosa), is a species of flowering plant of the family Ranunculaceae. It is native to eastern North America from the extreme south of Ontario to central Georgia, and west to Missouri and Arkansas. It grows in a variety of woodland habitats, and is often found in small woodland openings. The roots and rhizomes were used in traditional medicine by Native Americans. Its extracts are manufactured as herbal medicines or dietary supplements. Thereof, most of the dietary supplements containing black cohosh are not well-studied or recommended for safe and effective use in treating menopause symptoms or any disease. In contrast, some herbal medicinal products containing black cohosh extract hold a marketing authorization in several states of the European Union are well-studied and recommended for safe and effective use for the relief of menopausal symptoms (i.e. in the years around menopause) such as hot flushes and profuse sweating attacks. Such differentiation between the product types seems to be important.

Answer: west


Question: In what plumage is this bird similar to the spotted sandpiper?

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

The adult is 18–20 cm (7.1–7.9 in) long with a 32–35 cm (13–14 in) wingspan. It has greyish-brown upperparts, white underparts, short dark-yellowish legs and feet, and a bill with a pale base and dark tip. In winter plumage, they are duller and have more conspicuous barring on the wings, though this is still only visible at close range. Juveniles are more heavily barred above and have buff edges to the wing feathers.
This species is very similar to the slightly larger spotted sandpiper (A. macularia) in non-breeding plumage. But its darker legs and feet and the crisper wing pattern (visible in flight) tend to give it away, and of course they are only rarely found in the same location.

Answer: non-breeding plumage


Question: In what plumage is this bird similar to the spotted sandpiper?

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

The adult is 18–20 cm (7.1–7.9 in) long with a 32–35 cm (13–14 in) wingspan. It has greyish-brown upperparts, white underparts, short dark-yellowish legs and feet, and a bill with a pale base and dark tip. In winter plumage, they are duller and have more conspicuous barring on the wings, though this is still only visible at close range. Juveniles are more heavily barred above and have buff edges to the wing feathers.
This species is very similar to the slightly larger spotted sandpiper (A. macularia) in non-breeding plumage. But its darker legs and feet and the crisper wing pattern (visible in flight) tend to give it away, and of course they are only rarely found in the same location.

Answer: non-breeding plumage


Question: In what plumage is this bird similar to the spotted sandpiper?

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

The adult is 18–20 cm (7.1–7.9 in) long with a 32–35 cm (13–14 in) wingspan. It has greyish-brown upperparts, white underparts, short dark-yellowish legs and feet, and a bill with a pale base and dark tip. In winter plumage, they are duller and have more conspicuous barring on the wings, though this is still only visible at close range. Juveniles are more heavily barred above and have buff edges to the wing feathers.
This species is very similar to the slightly larger spotted sandpiper (A. macularia) in non-breeding plumage. But its darker legs and feet and the crisper wing pattern (visible in flight) tend to give it away, and of course they are only rarely found in the same location.

Answer: non-breeding plumage


Question: In what plumage is this bird similar to the spotted sandpiper?

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

The adult is 18–20 cm (7.1–7.9 in) long with a 32–35 cm (13–14 in) wingspan. It has greyish-brown upperparts, white underparts, short dark-yellowish legs and feet, and a bill with a pale base and dark tip. In winter plumage, they are duller and have more conspicuous barring on the wings, though this is still only visible at close range. Juveniles are more heavily barred above and have buff edges to the wing feathers.
This species is very similar to the slightly larger spotted sandpiper (A. macularia) in non-breeding plumage. But its darker legs and feet and the crisper wing pattern (visible in flight) tend to give it away, and of course they are only rarely found in the same location.

Answer: non-breeding plumage


Question: In what plumage is this bird similar to the spotted sandpiper?

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

The adult is 18–20 cm (7.1–7.9 in) long with a 32–35 cm (13–14 in) wingspan. It has greyish-brown upperparts, white underparts, short dark-yellowish legs and feet, and a bill with a pale base and dark tip. In winter plumage, they are duller and have more conspicuous barring on the wings, though this is still only visible at close range. Juveniles are more heavily barred above and have buff edges to the wing feathers.
This species is very similar to the slightly larger spotted sandpiper (A. macularia) in non-breeding plumage. But its darker legs and feet and the crisper wing pattern (visible in flight) tend to give it away, and of course they are only rarely found in the same location.

Answer: non-breeding plumage


Question: What type of damage does this insect cause?

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

Adelphocoris lineolatus are commonly known as the alfalfa plant bug, due to the excessive amount of damage they cause to alfalfa crops around the world. In order to decrease and prevent the rapid dispersal of A. lineolatus certain control methods need to be implemented, to decrease the amount of ecological and economic damage these pests cause. Insecticides are not commonly used to decrease or stop Adelphocoris lineolatus from infesting crops because these insects have become resistant to certain chemicals present in insecticides. A. lineolatus nymphs have become resistant to the following chemical ingredients commonly used in insecticides, mono-methanimidamide, fufenozide, buprofezin, azad irachtin, and triazophos. An alternative from these chemicals would be to use insecticides made of pyrethroid, neonicotinoid, carbamate, avermectin, or organophosphate since alfalfa plant bugs are not resistant to these chemicals. Insecticides can be an effective and efficient method of controlling pests, but they do cause a great deal of damage to our environment and we should refrain from using them if possible.
Insect pheromones have successfully been implemented to reduce the amount of damage Adelphocoris lineolatus cause to numerous agricultural crops. Sexually mature A. lineolatus produce a mixture of two pheromones known as, (E)-2-hexenyl butyrate (E2HB) and (E)-4-oxo-2-hexenal (4-OHE). These pheromones are responsible for high reproductive rates amongst the alfalfa plant bug. To reduce reproductivity between female and male Adelphocoris lineolatus, an excessive amount of hexyl butyrate (HB) needs to be added to the mixture of E2HB and 4-OHE. The addition of HB reduces the attraction between female and male A. lineolatus. Hexyl butyrate is responsible for stopping the release of sex pheromones from female alfalfa plant bugs, which disrupts communication between the two sexes, and reduces reproductive success in this particular species.

Answer: ecological and economic


Question: What type of damage does this insect cause?

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

Adelphocoris lineolatus are commonly known as the alfalfa plant bug, due to the excessive amount of damage they cause to alfalfa crops around the world. In order to decrease and prevent the rapid dispersal of A. lineolatus certain control methods need to be implemented, to decrease the amount of ecological and economic damage these pests cause. Insecticides are not commonly used to decrease or stop Adelphocoris lineolatus from infesting crops because these insects have become resistant to certain chemicals present in insecticides. A. lineolatus nymphs have become resistant to the following chemical ingredients commonly used in insecticides, mono-methanimidamide, fufenozide, buprofezin, azad irachtin, and triazophos. An alternative from these chemicals would be to use insecticides made of pyrethroid, neonicotinoid, carbamate, avermectin, or organophosphate since alfalfa plant bugs are not resistant to these chemicals. Insecticides can be an effective and efficient method of controlling pests, but they do cause a great deal of damage to our environment and we should refrain from using them if possible.
Insect pheromones have successfully been implemented to reduce the amount of damage Adelphocoris lineolatus cause to numerous agricultural crops. Sexually mature A. lineolatus produce a mixture of two pheromones known as, (E)-2-hexenyl butyrate (E2HB) and (E)-4-oxo-2-hexenal (4-OHE). These pheromones are responsible for high reproductive rates amongst the alfalfa plant bug. To reduce reproductivity between female and male Adelphocoris lineolatus, an excessive amount of hexyl butyrate (HB) needs to be added to the mixture of E2HB and 4-OHE. The addition of HB reduces the attraction between female and male A. lineolatus. Hexyl butyrate is responsible for stopping the release of sex pheromones from female alfalfa plant bugs, which disrupts communication between the two sexes, and reduces reproductive success in this particular species.

Answer: ecological and economic


Question: What type of damage does this insect cause?

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

Adelphocoris lineolatus are commonly known as the alfalfa plant bug, due to the excessive amount of damage they cause to alfalfa crops around the world. In order to decrease and prevent the rapid dispersal of A. lineolatus certain control methods need to be implemented, to decrease the amount of ecological and economic damage these pests cause. Insecticides are not commonly used to decrease or stop Adelphocoris lineolatus from infesting crops because these insects have become resistant to certain chemicals present in insecticides. A. lineolatus nymphs have become resistant to the following chemical ingredients commonly used in insecticides, mono-methanimidamide, fufenozide, buprofezin, azad irachtin, and triazophos. An alternative from these chemicals would be to use insecticides made of pyrethroid, neonicotinoid, carbamate, avermectin, or organophosphate since alfalfa plant bugs are not resistant to these chemicals. Insecticides can be an effective and efficient method of controlling pests, but they do cause a great deal of damage to our environment and we should refrain from using them if possible.
Insect pheromones have successfully been implemented to reduce the amount of damage Adelphocoris lineolatus cause to numerous agricultural crops. Sexually mature A. lineolatus produce a mixture of two pheromones known as, (E)-2-hexenyl butyrate (E2HB) and (E)-4-oxo-2-hexenal (4-OHE). These pheromones are responsible for high reproductive rates amongst the alfalfa plant bug. To reduce reproductivity between female and male Adelphocoris lineolatus, an excessive amount of hexyl butyrate (HB) needs to be added to the mixture of E2HB and 4-OHE. The addition of HB reduces the attraction between female and male A. lineolatus. Hexyl butyrate is responsible for stopping the release of sex pheromones from female alfalfa plant bugs, which disrupts communication between the two sexes, and reduces reproductive success in this particular species.

Answer: ecological and economic


Question: What type of damage does this insect cause?

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

Adelphocoris lineolatus are commonly known as the alfalfa plant bug, due to the excessive amount of damage they cause to alfalfa crops around the world. In order to decrease and prevent the rapid dispersal of A. lineolatus certain control methods need to be implemented, to decrease the amount of ecological and economic damage these pests cause. Insecticides are not commonly used to decrease or stop Adelphocoris lineolatus from infesting crops because these insects have become resistant to certain chemicals present in insecticides. A. lineolatus nymphs have become resistant to the following chemical ingredients commonly used in insecticides, mono-methanimidamide, fufenozide, buprofezin, azad irachtin, and triazophos. An alternative from these chemicals would be to use insecticides made of pyrethroid, neonicotinoid, carbamate, avermectin, or organophosphate since alfalfa plant bugs are not resistant to these chemicals. Insecticides can be an effective and efficient method of controlling pests, but they do cause a great deal of damage to our environment and we should refrain from using them if possible.
Insect pheromones have successfully been implemented to reduce the amount of damage Adelphocoris lineolatus cause to numerous agricultural crops. Sexually mature A. lineolatus produce a mixture of two pheromones known as, (E)-2-hexenyl butyrate (E2HB) and (E)-4-oxo-2-hexenal (4-OHE). These pheromones are responsible for high reproductive rates amongst the alfalfa plant bug. To reduce reproductivity between female and male Adelphocoris lineolatus, an excessive amount of hexyl butyrate (HB) needs to be added to the mixture of E2HB and 4-OHE. The addition of HB reduces the attraction between female and male A. lineolatus. Hexyl butyrate is responsible for stopping the release of sex pheromones from female alfalfa plant bugs, which disrupts communication between the two sexes, and reduces reproductive success in this particular species.

Answer: ecological and economic


Question: What type of damage does this insect cause?

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

Adelphocoris lineolatus are commonly known as the alfalfa plant bug, due to the excessive amount of damage they cause to alfalfa crops around the world. In order to decrease and prevent the rapid dispersal of A. lineolatus certain control methods need to be implemented, to decrease the amount of ecological and economic damage these pests cause. Insecticides are not commonly used to decrease or stop Adelphocoris lineolatus from infesting crops because these insects have become resistant to certain chemicals present in insecticides. A. lineolatus nymphs have become resistant to the following chemical ingredients commonly used in insecticides, mono-methanimidamide, fufenozide, buprofezin, azad irachtin, and triazophos. An alternative from these chemicals would be to use insecticides made of pyrethroid, neonicotinoid, carbamate, avermectin, or organophosphate since alfalfa plant bugs are not resistant to these chemicals. Insecticides can be an effective and efficient method of controlling pests, but they do cause a great deal of damage to our environment and we should refrain from using them if possible.
Insect pheromones have successfully been implemented to reduce the amount of damage Adelphocoris lineolatus cause to numerous agricultural crops. Sexually mature A. lineolatus produce a mixture of two pheromones known as, (E)-2-hexenyl butyrate (E2HB) and (E)-4-oxo-2-hexenal (4-OHE). These pheromones are responsible for high reproductive rates amongst the alfalfa plant bug. To reduce reproductivity between female and male Adelphocoris lineolatus, an excessive amount of hexyl butyrate (HB) needs to be added to the mixture of E2HB and 4-OHE. The addition of HB reduces the attraction between female and male A. lineolatus. Hexyl butyrate is responsible for stopping the release of sex pheromones from female alfalfa plant bugs, which disrupts communication between the two sexes, and reduces reproductive success in this particular species.

Answer: ecological and economic


Question: What color is the fluorescent protein in the this mosquito gene?

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

Ae. aegypti has been genetically modified to suppress its own species in an approach similar to the sterile insect technique, thereby reducing the risk of disease. The mosquitoes, known as OX513A, were developed by Oxitec, a spinout of Oxford University. Field trials in the Cayman Islands, in Juazeiro Brazil by Carvalho et al., 2015, and in Panama by Neira et al., 2014 have shown that the OX513A mosquitoes reduced the target mosquito populations by more than 90%. This mosquito suppression effect is achieved by a self-limiting gene that prevents the offspring from surviving. Male modified mosquitoes, which do not bite or spread disease, are released to mate with the pest females. Their offspring inherit the self-limiting gene and die before reaching adulthood—before they can reproduce or spread disease. The OX513A mosquitoes and their offspring also carry a fluorescent marker for simple monitoring. To produce more OX513A mosquitoes for control projects, the self-limiting gene is switched off (using the Tet-Off system) in the mosquito production facility using an antidote (the antibiotic tetracycline), allowing the mosquitoes to reproduce naturally. In the environment, the antidote is unavailable to rescue mosquito reproduction, so the pest population is suppressed.
The mosquito control effect is nontoxic and species-specific, as the OX513A mosquitoes are Ae. aegypti and only breed with Ae. aegypti. The result of the self-limiting approach is that the released insects and their offspring die and do not persist in the environment.
In Brazil, the modified mosquitoes were approved by the National Biosecurity Technical Commission  for releases throughout the country. Insects were released into the wild populations of Brazil, Malaysia, and the Cayman Islands in 2012. In July 2015, the city of Piracicaba, São Paulo, started releasing the OX513A mosquitoes. In 2015, the UK House of Lords called on the government to support more work on genetically modified insects in the interest of global health. In 2016, the United States Food and Drug Administration granted preliminary approval for the use of modified mosquitoes to prevent the spread of the Zika virus.
Another proposed method consists in using radiation to sterilize male larvae so that when they mate, they produce no progeny. Male mosquitoes do not bite or spread disease.
Using CRISPR/Cas9 based genome editing to engineer the genome of Aedes aegypti genes like ECFP (enhanced cyan fluorescent protein), Nix (male-determining factor gene), Aaeg-wtrw (Ae. aegypti water witch locus), Kmo (kynurenine 3-monoxygenase), loqs (loquacious), r2d2 (r2d2 protein), ku70 (ku heterodimer protein gene) and lig4 (ligase4) were targeted to modify the genome of Aedes aegypti. The new mutant will become incapable of pathogen transmission or result in population control.

Answer: cyan


Question: What color is the fluorescent protein in the this mosquito gene?

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

Ae. aegypti has been genetically modified to suppress its own species in an approach similar to the sterile insect technique, thereby reducing the risk of disease. The mosquitoes, known as OX513A, were developed by Oxitec, a spinout of Oxford University. Field trials in the Cayman Islands, in Juazeiro Brazil by Carvalho et al., 2015, and in Panama by Neira et al., 2014 have shown that the OX513A mosquitoes reduced the target mosquito populations by more than 90%. This mosquito suppression effect is achieved by a self-limiting gene that prevents the offspring from surviving. Male modified mosquitoes, which do not bite or spread disease, are released to mate with the pest females. Their offspring inherit the self-limiting gene and die before reaching adulthood—before they can reproduce or spread disease. The OX513A mosquitoes and their offspring also carry a fluorescent marker for simple monitoring. To produce more OX513A mosquitoes for control projects, the self-limiting gene is switched off (using the Tet-Off system) in the mosquito production facility using an antidote (the antibiotic tetracycline), allowing the mosquitoes to reproduce naturally. In the environment, the antidote is unavailable to rescue mosquito reproduction, so the pest population is suppressed.
The mosquito control effect is nontoxic and species-specific, as the OX513A mosquitoes are Ae. aegypti and only breed with Ae. aegypti. The result of the self-limiting approach is that the released insects and their offspring die and do not persist in the environment.
In Brazil, the modified mosquitoes were approved by the National Biosecurity Technical Commission  for releases throughout the country. Insects were released into the wild populations of Brazil, Malaysia, and the Cayman Islands in 2012. In July 2015, the city of Piracicaba, São Paulo, started releasing the OX513A mosquitoes. In 2015, the UK House of Lords called on the government to support more work on genetically modified insects in the interest of global health. In 2016, the United States Food and Drug Administration granted preliminary approval for the use of modified mosquitoes to prevent the spread of the Zika virus.
Another proposed method consists in using radiation to sterilize male larvae so that when they mate, they produce no progeny. Male mosquitoes do not bite or spread disease.
Using CRISPR/Cas9 based genome editing to engineer the genome of Aedes aegypti genes like ECFP (enhanced cyan fluorescent protein), Nix (male-determining factor gene), Aaeg-wtrw (Ae. aegypti water witch locus), Kmo (kynurenine 3-monoxygenase), loqs (loquacious), r2d2 (r2d2 protein), ku70 (ku heterodimer protein gene) and lig4 (ligase4) were targeted to modify the genome of Aedes aegypti. The new mutant will become incapable of pathogen transmission or result in population control.

Answer: cyan


Question: What color is the fluorescent protein in the this mosquito gene?

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

Ae. aegypti has been genetically modified to suppress its own species in an approach similar to the sterile insect technique, thereby reducing the risk of disease. The mosquitoes, known as OX513A, were developed by Oxitec, a spinout of Oxford University. Field trials in the Cayman Islands, in Juazeiro Brazil by Carvalho et al., 2015, and in Panama by Neira et al., 2014 have shown that the OX513A mosquitoes reduced the target mosquito populations by more than 90%. This mosquito suppression effect is achieved by a self-limiting gene that prevents the offspring from surviving. Male modified mosquitoes, which do not bite or spread disease, are released to mate with the pest females. Their offspring inherit the self-limiting gene and die before reaching adulthood—before they can reproduce or spread disease. The OX513A mosquitoes and their offspring also carry a fluorescent marker for simple monitoring. To produce more OX513A mosquitoes for control projects, the self-limiting gene is switched off (using the Tet-Off system) in the mosquito production facility using an antidote (the antibiotic tetracycline), allowing the mosquitoes to reproduce naturally. In the environment, the antidote is unavailable to rescue mosquito reproduction, so the pest population is suppressed.
The mosquito control effect is nontoxic and species-specific, as the OX513A mosquitoes are Ae. aegypti and only breed with Ae. aegypti. The result of the self-limiting approach is that the released insects and their offspring die and do not persist in the environment.
In Brazil, the modified mosquitoes were approved by the National Biosecurity Technical Commission  for releases throughout the country. Insects were released into the wild populations of Brazil, Malaysia, and the Cayman Islands in 2012. In July 2015, the city of Piracicaba, São Paulo, started releasing the OX513A mosquitoes. In 2015, the UK House of Lords called on the government to support more work on genetically modified insects in the interest of global health. In 2016, the United States Food and Drug Administration granted preliminary approval for the use of modified mosquitoes to prevent the spread of the Zika virus.
Another proposed method consists in using radiation to sterilize male larvae so that when they mate, they produce no progeny. Male mosquitoes do not bite or spread disease.
Using CRISPR/Cas9 based genome editing to engineer the genome of Aedes aegypti genes like ECFP (enhanced cyan fluorescent protein), Nix (male-determining factor gene), Aaeg-wtrw (Ae. aegypti water witch locus), Kmo (kynurenine 3-monoxygenase), loqs (loquacious), r2d2 (r2d2 protein), ku70 (ku heterodimer protein gene) and lig4 (ligase4) were targeted to modify the genome of Aedes aegypti. The new mutant will become incapable of pathogen transmission or result in population control.

Answer: cyan


Question: What color is the fluorescent protein in the this mosquito gene?

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

Ae. aegypti has been genetically modified to suppress its own species in an approach similar to the sterile insect technique, thereby reducing the risk of disease. The mosquitoes, known as OX513A, were developed by Oxitec, a spinout of Oxford University. Field trials in the Cayman Islands, in Juazeiro Brazil by Carvalho et al., 2015, and in Panama by Neira et al., 2014 have shown that the OX513A mosquitoes reduced the target mosquito populations by more than 90%. This mosquito suppression effect is achieved by a self-limiting gene that prevents the offspring from surviving. Male modified mosquitoes, which do not bite or spread disease, are released to mate with the pest females. Their offspring inherit the self-limiting gene and die before reaching adulthood—before they can reproduce or spread disease. The OX513A mosquitoes and their offspring also carry a fluorescent marker for simple monitoring. To produce more OX513A mosquitoes for control projects, the self-limiting gene is switched off (using the Tet-Off system) in the mosquito production facility using an antidote (the antibiotic tetracycline), allowing the mosquitoes to reproduce naturally. In the environment, the antidote is unavailable to rescue mosquito reproduction, so the pest population is suppressed.
The mosquito control effect is nontoxic and species-specific, as the OX513A mosquitoes are Ae. aegypti and only breed with Ae. aegypti. The result of the self-limiting approach is that the released insects and their offspring die and do not persist in the environment.
In Brazil, the modified mosquitoes were approved by the National Biosecurity Technical Commission  for releases throughout the country. Insects were released into the wild populations of Brazil, Malaysia, and the Cayman Islands in 2012. In July 2015, the city of Piracicaba, São Paulo, started releasing the OX513A mosquitoes. In 2015, the UK House of Lords called on the government to support more work on genetically modified insects in the interest of global health. In 2016, the United States Food and Drug Administration granted preliminary approval for the use of modified mosquitoes to prevent the spread of the Zika virus.
Another proposed method consists in using radiation to sterilize male larvae so that when they mate, they produce no progeny. Male mosquitoes do not bite or spread disease.
Using CRISPR/Cas9 based genome editing to engineer the genome of Aedes aegypti genes like ECFP (enhanced cyan fluorescent protein), Nix (male-determining factor gene), Aaeg-wtrw (Ae. aegypti water witch locus), Kmo (kynurenine 3-monoxygenase), loqs (loquacious), r2d2 (r2d2 protein), ku70 (ku heterodimer protein gene) and lig4 (ligase4) were targeted to modify the genome of Aedes aegypti. The new mutant will become incapable of pathogen transmission or result in population control.

Answer: cyan


Question: What color is the fluorescent protein in the this mosquito gene?

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

Ae. aegypti has been genetically modified to suppress its own species in an approach similar to the sterile insect technique, thereby reducing the risk of disease. The mosquitoes, known as OX513A, were developed by Oxitec, a spinout of Oxford University. Field trials in the Cayman Islands, in Juazeiro Brazil by Carvalho et al., 2015, and in Panama by Neira et al., 2014 have shown that the OX513A mosquitoes reduced the target mosquito populations by more than 90%. This mosquito suppression effect is achieved by a self-limiting gene that prevents the offspring from surviving. Male modified mosquitoes, which do not bite or spread disease, are released to mate with the pest females. Their offspring inherit the self-limiting gene and die before reaching adulthood—before they can reproduce or spread disease. The OX513A mosquitoes and their offspring also carry a fluorescent marker for simple monitoring. To produce more OX513A mosquitoes for control projects, the self-limiting gene is switched off (using the Tet-Off system) in the mosquito production facility using an antidote (the antibiotic tetracycline), allowing the mosquitoes to reproduce naturally. In the environment, the antidote is unavailable to rescue mosquito reproduction, so the pest population is suppressed.
The mosquito control effect is nontoxic and species-specific, as the OX513A mosquitoes are Ae. aegypti and only breed with Ae. aegypti. The result of the self-limiting approach is that the released insects and their offspring die and do not persist in the environment.
In Brazil, the modified mosquitoes were approved by the National Biosecurity Technical Commission  for releases throughout the country. Insects were released into the wild populations of Brazil, Malaysia, and the Cayman Islands in 2012. In July 2015, the city of Piracicaba, São Paulo, started releasing the OX513A mosquitoes. In 2015, the UK House of Lords called on the government to support more work on genetically modified insects in the interest of global health. In 2016, the United States Food and Drug Administration granted preliminary approval for the use of modified mosquitoes to prevent the spread of the Zika virus.
Another proposed method consists in using radiation to sterilize male larvae so that when they mate, they produce no progeny. Male mosquitoes do not bite or spread disease.
Using CRISPR/Cas9 based genome editing to engineer the genome of Aedes aegypti genes like ECFP (enhanced cyan fluorescent protein), Nix (male-determining factor gene), Aaeg-wtrw (Ae. aegypti water witch locus), Kmo (kynurenine 3-monoxygenase), loqs (loquacious), r2d2 (r2d2 protein), ku70 (ku heterodimer protein gene) and lig4 (ligase4) were targeted to modify the genome of Aedes aegypti. The new mutant will become incapable of pathogen transmission or result in population control.

Answer: cyan


Question: Other than the zika virus, what else is this mosquito resistant to?

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

In 2016 research into the use of a bacterium called Wolbachia as a method of biocontrol was published showing that invasion of Ae. aegypti by the endosymbiotic bacteria allows mosquitos to be resistant to certain arboviruses such as dengue fever and Zika virus strains currently circulating. In 2017 Alphabet, Inc. started the Debug Project to infect males of this species with Wolbachia bacteria, interrupting the reproductive cycle of these animals.

Answer: dengue fever


Question: Other than the zika virus, what else is this mosquito resistant to?

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

In 2016 research into the use of a bacterium called Wolbachia as a method of biocontrol was published showing that invasion of Ae. aegypti by the endosymbiotic bacteria allows mosquitos to be resistant to certain arboviruses such as dengue fever and Zika virus strains currently circulating. In 2017 Alphabet, Inc. started the Debug Project to infect males of this species with Wolbachia bacteria, interrupting the reproductive cycle of these animals.

Answer: dengue fever


Question: Other than the zika virus, what else is this mosquito resistant to?

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

In 2016 research into the use of a bacterium called Wolbachia as a method of biocontrol was published showing that invasion of Ae. aegypti by the endosymbiotic bacteria allows mosquitos to be resistant to certain arboviruses such as dengue fever and Zika virus strains currently circulating. In 2017 Alphabet, Inc. started the Debug Project to infect males of this species with Wolbachia bacteria, interrupting the reproductive cycle of these animals.

Answer: dengue fever


Question: Other than the zika virus, what else is this mosquito resistant to?

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

In 2016 research into the use of a bacterium called Wolbachia as a method of biocontrol was published showing that invasion of Ae. aegypti by the endosymbiotic bacteria allows mosquitos to be resistant to certain arboviruses such as dengue fever and Zika virus strains currently circulating. In 2017 Alphabet, Inc. started the Debug Project to infect males of this species with Wolbachia bacteria, interrupting the reproductive cycle of these animals.

Answer: dengue fever


Question: Other than the zika virus, what else is this mosquito resistant to?

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

In 2016 research into the use of a bacterium called Wolbachia as a method of biocontrol was published showing that invasion of Ae. aegypti by the endosymbiotic bacteria allows mosquitos to be resistant to certain arboviruses such as dengue fever and Zika virus strains currently circulating. In 2017 Alphabet, Inc. started the Debug Project to infect males of this species with Wolbachia bacteria, interrupting the reproductive cycle of these animals.

Answer: dengue fever


Question: What shape is the entrance to the nest of this bird?

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

The nest of the long-tailed tit is constructed from four materials: lichen, feathers, spider egg cocoons and moss, with over 6,000 pieces used for a typical nest. The nest is a flexible sac with a small, round entrance on top, suspended either low in a gorse or bramble bush or high up in the forks of tree branches. The structural stability of the nest is provided by a mesh of moss and spider silk. The tiny leaves of the moss act as hooks and the spider silk of egg cocoons provides the loops; thus forming a natural form of velcro. The tit lines the outside with hundreds of flakes of pale lichens - this provides camouflage. Inside, it lines the nest with more than 2,000 downy feathers to insulate the nest. Nests suffer a high rate of predation with only 17% success.

Answer: round


Question: What shape is the entrance to the nest of this bird?

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

The nest of the long-tailed tit is constructed from four materials: lichen, feathers, spider egg cocoons and moss, with over 6,000 pieces used for a typical nest. The nest is a flexible sac with a small, round entrance on top, suspended either low in a gorse or bramble bush or high up in the forks of tree branches. The structural stability of the nest is provided by a mesh of moss and spider silk. The tiny leaves of the moss act as hooks and the spider silk of egg cocoons provides the loops; thus forming a natural form of velcro. The tit lines the outside with hundreds of flakes of pale lichens - this provides camouflage. Inside, it lines the nest with more than 2,000 downy feathers to insulate the nest. Nests suffer a high rate of predation with only 17% success.

Answer: round


Question: What shape is the entrance to the nest of this bird?

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

The nest of the long-tailed tit is constructed from four materials: lichen, feathers, spider egg cocoons and moss, with over 6,000 pieces used for a typical nest. The nest is a flexible sac with a small, round entrance on top, suspended either low in a gorse or bramble bush or high up in the forks of tree branches. The structural stability of the nest is provided by a mesh of moss and spider silk. The tiny leaves of the moss act as hooks and the spider silk of egg cocoons provides the loops; thus forming a natural form of velcro. The tit lines the outside with hundreds of flakes of pale lichens - this provides camouflage. Inside, it lines the nest with more than 2,000 downy feathers to insulate the nest. Nests suffer a high rate of predation with only 17% success.

Answer: round


Question: What shape is the entrance to the nest of this bird?

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

The nest of the long-tailed tit is constructed from four materials: lichen, feathers, spider egg cocoons and moss, with over 6,000 pieces used for a typical nest. The nest is a flexible sac with a small, round entrance on top, suspended either low in a gorse or bramble bush or high up in the forks of tree branches. The structural stability of the nest is provided by a mesh of moss and spider silk. The tiny leaves of the moss act as hooks and the spider silk of egg cocoons provides the loops; thus forming a natural form of velcro. The tit lines the outside with hundreds of flakes of pale lichens - this provides camouflage. Inside, it lines the nest with more than 2,000 downy feathers to insulate the nest. Nests suffer a high rate of predation with only 17% success.

Answer: round


Question: What shape is the entrance to the nest of this bird?

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

The nest of the long-tailed tit is constructed from four materials: lichen, feathers, spider egg cocoons and moss, with over 6,000 pieces used for a typical nest. The nest is a flexible sac with a small, round entrance on top, suspended either low in a gorse or bramble bush or high up in the forks of tree branches. The structural stability of the nest is provided by a mesh of moss and spider silk. The tiny leaves of the moss act as hooks and the spider silk of egg cocoons provides the loops; thus forming a natural form of velcro. The tit lines the outside with hundreds of flakes of pale lichens - this provides camouflage. Inside, it lines the nest with more than 2,000 downy feathers to insulate the nest. Nests suffer a high rate of predation with only 17% success.

Answer: round


Question: What is the population status of this bird?

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

Globally, the species is common throughout its range, only becoming scarce at the edge of the distribution. The IUCN, BirdLife International and The British Trust for Ornithology (BTO) all list the long-tailed tit as a ‘species of least concern’, currently under little or no threat and reasonably abundant.
Due to their small size they are vulnerable to extreme cold weather, with population losses of up to 80% being recorded in times of prolonged cold. It is thought that populations rapidly return to previous levels due to high breeding potential.

Answer: reasonably abundant


Question: What is the population status of this bird?

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

Globally, the species is common throughout its range, only becoming scarce at the edge of the distribution. The IUCN, BirdLife International and The British Trust for Ornithology (BTO) all list the long-tailed tit as a ‘species of least concern’, currently under little or no threat and reasonably abundant.
Due to their small size they are vulnerable to extreme cold weather, with population losses of up to 80% being recorded in times of prolonged cold. It is thought that populations rapidly return to previous levels due to high breeding potential.

Answer: reasonably abundant


Question: What is the population status of this bird?

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

Globally, the species is common throughout its range, only becoming scarce at the edge of the distribution. The IUCN, BirdLife International and The British Trust for Ornithology (BTO) all list the long-tailed tit as a ‘species of least concern’, currently under little or no threat and reasonably abundant.
Due to their small size they are vulnerable to extreme cold weather, with population losses of up to 80% being recorded in times of prolonged cold. It is thought that populations rapidly return to previous levels due to high breeding potential.

Answer: reasonably abundant


Question: What is the population status of this bird?

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

Globally, the species is common throughout its range, only becoming scarce at the edge of the distribution. The IUCN, BirdLife International and The British Trust for Ornithology (BTO) all list the long-tailed tit as a ‘species of least concern’, currently under little or no threat and reasonably abundant.
Due to their small size they are vulnerable to extreme cold weather, with population losses of up to 80% being recorded in times of prolonged cold. It is thought that populations rapidly return to previous levels due to high breeding potential.

Answer: reasonably abundant


Question: What is the population status of this bird?

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

Globally, the species is common throughout its range, only becoming scarce at the edge of the distribution. The IUCN, BirdLife International and The British Trust for Ornithology (BTO) all list the long-tailed tit as a ‘species of least concern’, currently under little or no threat and reasonably abundant.
Due to their small size they are vulnerable to extreme cold weather, with population losses of up to 80% being recorded in times of prolonged cold. It is thought that populations rapidly return to previous levels due to high breeding potential.

Answer: reasonably abundant


Question: What kind of species is this plant?

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

It is an indicator species in the Chihuahuan Desert, the only place it is found. It typically grows on calcareous soils.

Answer: indicator


Question: What kind of species is this plant?

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

It is an indicator species in the Chihuahuan Desert, the only place it is found. It typically grows on calcareous soils.

Answer: indicator


Question: What kind of species is this plant?

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

It is an indicator species in the Chihuahuan Desert, the only place it is found. It typically grows on calcareous soils.

Answer: indicator


Question: What kind of species is this plant?

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

It is an indicator species in the Chihuahuan Desert, the only place it is found. It typically grows on calcareous soils.

Answer: indicator


Question: What kind of species is this plant?

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

It is an indicator species in the Chihuahuan Desert, the only place it is found. It typically grows on calcareous soils.

Answer: indicator


Question: What type of devil is this plant known as?

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

Ageratina adenophora is known by many common names, including eupatory, sticky eupatorium, sticky snakeroot, thoroughwort, and Mexican devil.

Answer: mexican


Question: What type of devil is this plant known as?

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

Ageratina adenophora is known by many common names, including eupatory, sticky eupatorium, sticky snakeroot, thoroughwort, and Mexican devil.

Answer: mexican


Question: What type of devil is this plant known as?

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

Ageratina adenophora is known by many common names, including eupatory, sticky eupatorium, sticky snakeroot, thoroughwort, and Mexican devil.

Answer: mexican


Question: What type of devil is this plant known as?

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

Ageratina adenophora is known by many common names, including eupatory, sticky eupatorium, sticky snakeroot, thoroughwort, and Mexican devil.

Answer: mexican


Question: What type of devil is this plant known as?

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

Ageratina adenophora is known by many common names, including eupatory, sticky eupatorium, sticky snakeroot, thoroughwort, and Mexican devil.

Answer: mexican


Question: Where are the eggs of this moth placed on the leaves of their host plant?

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

Around 200 small eggs are laid by the female, and they are placed on the underside of the leaves of their host plant, Conium maculatum. As eggs, they have a pale color.

Answer: underside