Question: What type of land is this plant a very common weed growing in?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: cultivated


Question: What type of land is this plant a very common weed growing in?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: cultivated


Question: What does this plant prefer to be moderately dry?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: conditions


Question: What does this plant prefer to be moderately dry?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: conditions


Question: What does this plant prefer to be moderately dry?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: conditions


Question: What does this plant prefer to be moderately dry?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: conditions


Question: What does this plant prefer to be moderately dry?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: conditions


Question: Besides waste areas, gardens, farms and sandy land, where else can you find this plant growing?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: roadsides


Question: Besides waste areas, gardens, farms and sandy land, where else can you find this plant growing?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: roadsides


Question: Besides waste areas, gardens, farms and sandy land, where else can you find this plant growing?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: roadsides


Question: Besides waste areas, gardens, farms and sandy land, where else can you find this plant growing?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: roadsides


Question: Besides waste areas, gardens, farms and sandy land, where else can you find this plant growing?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: roadsides


Question: Where else besides gardens, farms, sandy land, and roadsides does this plant grow?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: waste areas


Question: Where else besides gardens, farms, sandy land, and roadsides does this plant grow?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: waste areas


Question: Where else besides gardens, farms, sandy land, and roadsides does this plant grow?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: waste areas


Question: Where else besides gardens, farms, sandy land, and roadsides does this plant grow?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: waste areas


Question: Where else besides gardens, farms, sandy land, and roadsides does this plant grow?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: waste areas


Question: In what canadian province can you find this plant?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: ontario


Question: In what canadian province can you find this plant?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: ontario


Question: In what canadian province can you find this plant?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: ontario


Question: In what canadian province can you find this plant?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: ontario


Question: In what canadian province can you find this plant?

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

Lepidium densiflorum prefers sunny, moderate dry conditions, and fertile loamy soil, but it also can adapt to rocky or sandy soil easily. It is distributed throughout Ontario, Canada and is a very common weed growing in the cultivated land, the farms, the gardens, the sandy land, the roadsides and the waste areas.

Answer: ontario


Question: What do the seeds of this plant do in the summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: germinate


Question: What do the seeds of this plant do in the summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: germinate


Question: What do the seeds of this plant do in the summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: germinate


Question: What do the seeds of this plant do in the summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: germinate


Question: What do the seeds of this plant do in the summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: germinate


Question: When do the seeds of this plant usually germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant usually germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant usually germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant usually germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant usually germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: What shape are the leaves of this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: rosette


Question: What shape are the leaves of this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: rosette


Question: What shape are the leaves of this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: rosette


Question: What shape are the leaves of this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: rosette


Question: What shape are the leaves of this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: rosette


Question: When do the leaves of this plant form?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves of this plant form?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves of this plant form?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves of this plant form?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves of this plant form?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves form on this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves form on this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves form on this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves form on this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the leaves form on this plant?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: winter


Question: When do the seeds of this plant germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: When do the seeds of this plant germinate?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: summer


Question: What part of this plant germinates in summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: seeds


Question: What part of this plant germinates in summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: seeds


Question: What part of this plant germinates in summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: seeds


Question: What part of this plant germinates in summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: seeds


Question: What part of this plant germinates in summer?

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

Annual or biennial herbs. Usually, the seeds germinate in summer and form a low basal rosette leaves to winter. Flowering in the next year may to July.

Answer: seeds


Question: How can the seeds of this plant be used to control mosquito larvae?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: biologically


Question: How can the seeds of this plant be used to control mosquito larvae?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: biologically


Question: How can the seeds of this plant be used to control mosquito larvae?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: biologically


Question: How can the seeds of this plant be used to control mosquito larvae?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: biologically


Question: How can the seeds of this plant be used to control mosquito larvae?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: biologically


Question: What kind of glucosinolates system was found in this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic


Question: What kind of glucosinolates system was found in this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic


Question: What kind of glucosinolates system was found in this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic


Question: What kind of glucosinolates system was found in this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic


Question: What kind of glucosinolates system was found in this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic


Question: What do 4-hbitc and snb extracted from this plant's seeds have to anti the oxidicability of dpph and -oh?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: capacity


Question: What do 4-hbitc and snb extracted from this plant's seeds have to anti the oxidicability of dpph and -oh?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: capacity


Question: What do 4-hbitc and snb extracted from this plant's seeds have to anti the oxidicability of dpph and -oh?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: capacity


Question: What do 4-hbitc and snb extracted from this plant's seeds have to anti the oxidicability of dpph and -oh?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: capacity


Question: What do 4-hbitc and snb extracted from this plant's seeds have to anti the oxidicability of dpph and -oh?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: capacity


Question: The benzylic glucosinolates system found in this plant is related to plant-pathogen interactions and human what?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: health


Question: The benzylic glucosinolates system found in this plant is related to plant-pathogen interactions and human what?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: health


Question: The benzylic glucosinolates system found in this plant is related to plant-pathogen interactions and human what?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: health


Question: The benzylic glucosinolates system found in this plant is related to plant-pathogen interactions and human what?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: health


Question: The benzylic glucosinolates system found in this plant is related to plant-pathogen interactions and human what?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: health


Question: How are 4-hbitc and snb obtained from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: extracted


Question: How are 4-hbitc and snb obtained from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: extracted


Question: How are 4-hbitc and snb obtained from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: extracted


Question: How are 4-hbitc and snb obtained from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: extracted


Question: How are 4-hbitc and snb obtained from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: extracted


Question: Along with 4-hbitc, what can be extracted from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from this plant seeds?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: What part of the mosquito does this plant control?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito does this plant control?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito does this plant control?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito does this plant control?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito does this plant control?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: Along with 4-hbitc, what can be extracted from the seeds of this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from the seeds of this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from the seeds of this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from the seeds of this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: Along with 4-hbitc, what can be extracted from the seeds of this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: snb


Question: What can the 4-hbitc and snb extracted from this plant's seeds prevent oxidation of?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: dpph and -oh


Question: What can the 4-hbitc and snb extracted from this plant's seeds prevent oxidation of?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: dpph and -oh


Question: What can the 4-hbitc and snb extracted from this plant's seeds prevent oxidation of?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: dpph and -oh


Question: What can the 4-hbitc and snb extracted from this plant's seeds prevent oxidation of?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: dpph and -oh


Question: What can the 4-hbitc and snb extracted from this plant's seeds prevent oxidation of?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: dpph and -oh


Question: What insect larvae can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: mosquito


Question: What insect larvae can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: mosquito


Question: What insect larvae can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: mosquito


Question: What insect larvae can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: mosquito


Question: What insect larvae can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: mosquito


Question: What system in this plant is related to plant-pathogen interactions and human health?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic glucosinolates


Question: What system in this plant is related to plant-pathogen interactions and human health?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic glucosinolates


Question: What system in this plant is related to plant-pathogen interactions and human health?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic glucosinolates


Question: What system in this plant is related to plant-pathogen interactions and human health?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic glucosinolates


Question: What system in this plant is related to plant-pathogen interactions and human health?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: benzylic glucosinolates


Question: What part of the mosquito can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What part of the mosquito can be controlled with this plant?

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

The seeds of Lepidium densiflorum can be used to biologically control the mosquito larvae. Additionally, the 4-HBITC and SNB extracted from Lepidium densiflorum seeds have capacity to anti the oxidicability of DPPH and -OH. Moreover, the benzylic glucosinolates system was found in Lepidium densiflorum, which is related to both plant–pathogen interactions and human health.

Answer: larvae


Question: What color are the petals of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: white


Question: What color are the petals of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: white


Question: What color are the petals of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: white


Question: What color are the petals of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: white


Question: What color are the petals of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: white


Question: How many millimeters long are the fruits of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2–3.5


Question: How many millimeters long are the fruits of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2–3.5


Question: How many millimeters long are the fruits of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2–3.5


Question: How many millimeters long are the fruits of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2–3.5


Question: How many millimeters long are the fruits of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2–3.5


Question: What are the petals of this plant always shorter than?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: sepals


Question: What are the petals of this plant always shorter than?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: sepals


Question: What are the petals of this plant always shorter than?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: sepals


Question: What are the petals of this plant always shorter than?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: sepals


Question: What are the petals of this plant always shorter than?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: sepals


Question: How many white petals does this plant have?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 4


Question: How many white petals does this plant have?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 4


Question: How many white petals does this plant have?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 4


Question: How many white petals does this plant have?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 4


Question: How many white petals does this plant have?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 4


Question: What part of the fruit of this plant is narrowly winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: tip


Question: What part of the fruit of this plant is narrowly winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: tip


Question: What part of the fruit of this plant is narrowly winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: tip


Question: What part of the fruit of this plant is narrowly winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: tip


Question: What part of the fruit of this plant is narrowly winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: tip


Question: How many seeds are in each chamber of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: one


Question: How many seeds are in each chamber of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: one


Question: How many seeds are in each chamber of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: one


Question: How many seeds are in each chamber of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: one


Question: How many seeds are in each chamber of this plant?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: one


Question: How is the tip of this plant's fruit winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: narrowly


Question: How is the tip of this plant's fruit winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: narrowly


Question: How is the tip of this plant's fruit winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: narrowly


Question: How is the tip of this plant's fruit winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: narrowly


Question: How is the tip of this plant's fruit winged?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: narrowly


Question: How many chambers are the seeds of this plant divided into?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2 chambers


Question: How many chambers are the seeds of this plant divided into?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2 chambers


Question: How many chambers are the seeds of this plant divided into?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2 chambers


Question: How many chambers are the seeds of this plant divided into?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2 chambers


Question: How many chambers are the seeds of this plant divided into?

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

1. Stem: Field Pennycress’s stems have edges and corners; common peppergrass has no edge.
2. Flowers: The small flowers of Field Pennycress have 4 green sepals and 4 longer white petals is oblong-obovate, 2-4mm long; the 4 white petals of common peppergrass are always shorter than sepals or absent, sometimes reduced to filamentous or petalless.
3. Fruit: The fruits of Field Pennycress is nearly round or inversely ovate, 8-16mm long, flat, with broadly wings around and deep notch at the tips; the fruit of common peppergrass is obovate or broadly obovate, 2–3.5 mm long, with a small notch at the tips and tip narrowly winged.
4. Seeds: Both the seeds of Field Pennycress and common peppergrass are divided into 2 Chambers. There are 2-8 seeds in each chamber in Field Pennycress while only one seed in each chamber in common peppergrass, so this is the best way to identify two species.

Answer: 2 chambers