Fe toxicity in plants: Impacts and remediation

Fe is the fourth abundant element in the earth crust. Fe toxicity is not often discussed in plant science though it causes severe morphological and physiological disorders, including reduced germination percentage, interferes with enzymatic activities, nutritional imbalance, membrane damage, and chl...

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Published inPhysiologia plantarum Vol. 173; no. 1; pp. 201 - 222
Main Authors Zahra, Noreen, Hafeez, Muhammad Bilal, Shaukat, Kanval, Wahid, Abdul, Hasanuzzaman, Mirza
Format Journal Article
LanguageEnglish
Published Oxford, UK Blackwell Publishing Ltd 01.09.2021
Wiley Subscription Services, Inc
Subjects
Agricultural practices
Agronomy
Biomolecules
Carbon
carbon dioxide fixation
carbon metabolism
Cell death
Chloroplasts
Crop production
Crop yield
Damage
Earth crust
Enzymatic activity
Experimentation
Gene mapping
Germination
Nutrient uptake
Nutrients
Photosynthesis
Photosynthetic apparatus
Physiology
Phytoremediation
Plant diseases
Plant growth
Quantitative trait loci
quantitative traits
Remediation
Rhizosphere
Seed germination
Soil chemistry
Soil contamination
Soil dynamics
Soil pollution
Soil remediation
Toxicity
Translocation
Ultrastructure
Water relations
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Abstract Fe is the fourth abundant element in the earth crust. Fe toxicity is not often discussed in plant science though it causes severe morphological and physiological disorders, including reduced germination percentage, interferes with enzymatic activities, nutritional imbalance, membrane damage, and chloroplast ultrastructure. It also causes severe toxicity to important biomolecules, which leads to ferroptotic cell death and induces structural changes in the photosynthetic apparatus, which results in retardation of carbon metabolism. However, some agronomic practices like soil remediation through chemicals, nutrients, and organic amendments and some breeding and genetic approaches can provide fruitful results in enhancing crop production in Fe‐contaminated soils. Some quantitative trait loci have been reported for Fe tolerance in plants but the function of underlying genes is just emerging. Physiological and molecular mechanism of Fe uptake, translocation, toxicity, and remediation techniques are still under experimentation. In this review, the toxic effects of Fe on seed germination, carbon assimilation, water relations, nutrient uptake, oxidative damages, enzymatic activities, and overall plant growth and development have been discussed. The Fe dynamics in soil rhizosphere and role of remediation strategies, that is, biological, physical, and chemical, have also been described. Use of organic amendments, microbe, phytoremediation, and biological strategies is considered to be both cost and environment friendly for the purification of Fe‐contaminated soil, while to ensure better crop yield and quality the manipulation of agronomic practices are suggested.
AbstractList Fe is the fourth abundant element in the earth crust. Fe toxicity is not often discussed in plant science though it causes severe morphological and physiological disorders, including reduced germination percentage, interferes with enzymatic activities, nutritional imbalance, membrane damage, and chloroplast ultrastructure. It also causes severe toxicity to important biomolecules, which leads to ferroptotic cell death and induces structural changes in the photosynthetic apparatus, which results in retardation of carbon metabolism. However, some agronomic practices like soil remediation through chemicals, nutrients, and organic amendments and some breeding and genetic approaches can provide fruitful results in enhancing crop production in Fe‐contaminated soils. Some quantitative trait loci have been reported for Fe tolerance in plants but the function of underlying genes is just emerging. Physiological and molecular mechanism of Fe uptake, translocation, toxicity, and remediation techniques are still under experimentation. In this review, the toxic effects of Fe on seed germination, carbon assimilation, water relations, nutrient uptake, oxidative damages, enzymatic activities, and overall plant growth and development have been discussed. The Fe dynamics in soil rhizosphere and role of remediation strategies, that is, biological, physical, and chemical, have also been described. Use of organic amendments, microbe, phytoremediation, and biological strategies is considered to be both cost and environment friendly for the purification of Fe‐contaminated soil, while to ensure better crop yield and quality the manipulation of agronomic practices are suggested.
Fe is the fourth abundant element in the earth crust. Fe toxicity is not often discussed in plant science though it causes severe morphological and physiological disorders, including reduced germination percentage, interferes with enzymatic activities, nutritional imbalance, membrane damage, and chloroplast ultrastructure. It also causes severe toxicity to important biomolecules, which leads to ferroptotic cell death and induces structural changes in the photosynthetic apparatus, which results in retardation of carbon metabolism. However, some agronomic practices like soil remediation through chemicals, nutrients, and organic amendments and some breeding and genetic approaches can provide fruitful results in enhancing crop production in Fe-contaminated soils. Some quantitative trait loci have been reported for Fe tolerance in plants but the function of underlying genes is just emerging. Physiological and molecular mechanism of Fe uptake, translocation, toxicity, and remediation techniques are still under experimentation. In this review, the toxic effects of Fe on seed germination, carbon assimilation, water relations, nutrient uptake, oxidative damages, enzymatic activities, and overall plant growth and development have been discussed. The Fe dynamics in soil rhizosphere and role of remediation strategies, that is, biological, physical, and chemical, have also been described. Use of organic amendments, microbe, phytoremediation, and biological strategies is considered to be both cost and environment friendly for the purification of Fe-contaminated soil, while to ensure better crop yield and quality the manipulation of agronomic practices are suggested.Fe is the fourth abundant element in the earth crust. Fe toxicity is not often discussed in plant science though it causes severe morphological and physiological disorders, including reduced germination percentage, interferes with enzymatic activities, nutritional imbalance, membrane damage, and chloroplast ultrastructure. It also causes severe toxicity to important biomolecules, which leads to ferroptotic cell death and induces structural changes in the photosynthetic apparatus, which results in retardation of carbon metabolism. However, some agronomic practices like soil remediation through chemicals, nutrients, and organic amendments and some breeding and genetic approaches can provide fruitful results in enhancing crop production in Fe-contaminated soils. Some quantitative trait loci have been reported for Fe tolerance in plants but the function of underlying genes is just emerging. Physiological and molecular mechanism of Fe uptake, translocation, toxicity, and remediation techniques are still under experimentation. In this review, the toxic effects of Fe on seed germination, carbon assimilation, water relations, nutrient uptake, oxidative damages, enzymatic activities, and overall plant growth and development have been discussed. The Fe dynamics in soil rhizosphere and role of remediation strategies, that is, biological, physical, and chemical, have also been described. Use of organic amendments, microbe, phytoremediation, and biological strategies is considered to be both cost and environment friendly for the purification of Fe-contaminated soil, while to ensure better crop yield and quality the manipulation of agronomic practices are suggested.
ArticleNumber ppl.13361
Author Zahra, Noreen
Shaukat, Kanval
Hafeez, Muhammad Bilal
Wahid, Abdul
Hasanuzzaman, Mirza
Author_xml – sequence: 1
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  orcidid: 0000-0003-4599-0901
  surname: Zahra
  fullname: Zahra, Noreen
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  givenname: Muhammad Bilal
  orcidid: 0000-0001-6719-6667
  surname: Hafeez
  fullname: Hafeez, Muhammad Bilal
  organization: Northwest A&F University
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  givenname: Kanval
  surname: Shaukat
  fullname: Shaukat, Kanval
  organization: University of Balochistan
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  givenname: Abdul
  surname: Wahid
  fullname: Wahid, Abdul
  organization: University of Agriculture
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  orcidid: 0000-0002-0461-8743
  surname: Hasanuzzaman
  fullname: Hasanuzzaman, Mirza
  email: mhzsauag@yahoo.com
  organization: Sher‐e‐Bangla Agricultural University
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PublicationDate September 2021
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  text: September 2021
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PublicationPlace Oxford, UK
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PublicationTitle Physiologia plantarum
PublicationTitleAlternate Physiol Plant
PublicationYear 2021
Publisher Blackwell Publishing Ltd
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Snippet Fe is the fourth abundant element in the earth crust. Fe toxicity is not often discussed in plant science though it causes severe morphological and...
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SubjectTerms Agricultural practices
Agronomy
Biomolecules
Carbon
carbon dioxide fixation
carbon metabolism
Cell death
Chloroplasts
Crop production
Crop yield
Damage
Earth crust
Enzymatic activity
Experimentation
Gene mapping
Germination
Nutrient uptake
Nutrients
Photosynthesis
Photosynthetic apparatus
Physiology
Phytoremediation
Plant diseases
Plant growth
Quantitative trait loci
quantitative traits
Remediation
Rhizosphere
Seed germination
Soil chemistry
Soil contamination
Soil dynamics
Soil pollution
Soil remediation
Toxicity
Translocation
Ultrastructure
Water relations
Title Fe toxicity in plants: Impacts and remediation
URI https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fppl.13361
https://www.ncbi.nlm.nih.gov/pubmed/33547807
https://www.proquest.com/docview/2562379876
https://www.proquest.com/docview/2487155274
https://www.proquest.com/docview/2636400414
Volume 173
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