Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: Izzy122 on Jul 15, 2019
After reading the paragraph below, answer the questions that follow.
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
According to the data, this remediation plan is most effective with which element?
▸ copper (Cu)
▸ zinc (Zn)
▸ cadmium (Cd)
▸ lead (Pb)
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
According to the data, this remediation plan is most effective with which element?
▸ copper (Cu)
▸ zinc (Zn)
▸ cadmium (Cd)
▸ lead (Pb)
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: shamanie on Jul 15, 2019
lead (Pb)
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: Izzy122 on Jul 15, 2019
Thanks
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: avinash0312 on Jul 15, 2019
After reading the paragraph below, answer the questions that follow.
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
To decide if you want Acme to remediate the contaminated area, which question should you ask Acme about conclusions to be drawn from these data?
▸ What levels of heavy metals did it begin with to demonstrate the effectiveness of remediation?
▸ Since even the control plots lost metals, do I really need to remediate?
▸ What unit of measurement was used to determine how much metal was in the soil?
▸ Since lead (Pb) is not a micronutrient for plants, how do the plants remove it?
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
To decide if you want Acme to remediate the contaminated area, which question should you ask Acme about conclusions to be drawn from these data?
▸ What levels of heavy metals did it begin with to demonstrate the effectiveness of remediation?
▸ Since even the control plots lost metals, do I really need to remediate?
▸ What unit of measurement was used to determine how much metal was in the soil?
▸ Since lead (Pb) is not a micronutrient for plants, how do the plants remove it?
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: kwashington67 on Jul 15, 2019
Content hidden
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: trea48 on Jul 15, 2019
After reading the paragraph below, answer the questions that follow.
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
What likely caused the loss of metals in the control soil?
▸ being washed away by water draining through the soil
▸ buildup of humus
▸ evaporation of the metal molecules into the air
▸ absorption of the metal molecules by clay particles
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
What likely caused the loss of metals in the control soil?
▸ being washed away by water draining through the soil
▸ buildup of humus
▸ evaporation of the metal molecules into the air
▸ absorption of the metal molecules by clay particles
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: abonaccorso1 on Jul 15, 2019
Content hidden
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: trea48 on Jul 15, 2019
Thanks
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: regina nana on Jul 15, 2019
After reading the paragraph below, answer the questions that follow.
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
Which would provide the best evidence that Acme's phytoremediation really works?
▸ testimonials from former Acme customers
▸ a list of publications of the scientists that work at Acme
▸ a list of plant species that tolerate heavy metals
▸ data on heavy metal content of plants grown in normal soil versus soil contaminated with heavy metals
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
Which would provide the best evidence that Acme's phytoremediation really works?
▸ testimonials from former Acme customers
▸ a list of publications of the scientists that work at Acme
▸ a list of plant species that tolerate heavy metals
▸ data on heavy metal content of plants grown in normal soil versus soil contaminated with heavy metals
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: Mtoney9 on Jul 15, 2019
Content hidden
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: trea48 on Jul 15, 2019
After reading the paragraph below, answer the questions that follow.
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
The CEO of Acme Remediation Company is always trying to improve the company's effectiveness by keeping up with current research. Which research topic should have the highest priority for that research?
▸ comparison of plant species' tolerance of heavy metals in soils
▸ comparison of plant species' ability to live in dry versus moist soils
▸ comparison of plant species' tolerance of clay versus sandy soils
▸ comparison of plant species' bioaccumulation of metal ions
Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil.
The CEO of Acme Remediation Company is always trying to improve the company's effectiveness by keeping up with current research. Which research topic should have the highest priority for that research?
▸ comparison of plant species' tolerance of heavy metals in soils
▸ comparison of plant species' ability to live in dry versus moist soils
▸ comparison of plant species' tolerance of clay versus sandy soils
▸ comparison of plant species' bioaccumulation of metal ions
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: Nashua on Jul 15, 2019
Content hidden
Title: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with ...
Post by: trea48 on Jul 15, 2019
You make an excellent tutor!
Title: Re: Plants are sometimes used for phytoremediation in areas where the soil has been contaminated ...
Post by: Alejandro Love on Sep 30, 2020
After reading the paragraph below, answer the questions that follow. Plants are sometimes used for phytoremediation in areas where the soil has been contaminated with heavy metals. Suppose the Acme Remediation Company is proposing to remediate a contaminated area that you wish to restore. Acme presents you with the following data as evidence of their company's ability to remediate soil. (http://data:image/png;base64, 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) To decide if you want Acme to remediate the contaminated area, which question should you ask Acme about conclusions to be drawn from these data? ▸ What levels of heavy metals did it begin with to demonstrate the effectiveness of remediation? ▸ Since even the control plots lost metals, do I really need to remediate? ▸ What unit of measurement was used to determine how much metal was in the soil? ▸ Since lead (Pb) is not a micronutrient for plants, how do the plants remove it?