Linked from

The 41 pages that link to Phytoremediation, each with the reason it gives.

• BioremediationBroader topic: It is a plant-centered form of biological cleanup, distinct from approaches focused on microbes or enzymes.

• Constructed wetlandRelated: Wetland vegetation supports pollutant uptake and creates habitat for treatment microbes.

• Aquatic plantRelated: Some aquatic plants accumulate or transform pollutants in contaminated waters.

• BiomonitoringRelated: Plants used for remediation can also indicate contaminant uptake and distribution.

• Root systemRelated: Roots can take up or immobilize contaminants in polluted soils.

• Soil microbiomeRelated: Root-associated microbes can assist plants in transforming or immobilizing soil contaminants.

• Mine reclamationRelated: Selected plants can help manage contaminated soils and establish vegetation.

• Soil contaminationBroader topic: This remediation approach uses plants to manage some contaminated soils.

• EucalyptusRelated: Some eucalypts are studied or planted for their rapid growth on contaminated sites.

• Land reclamationRelated: Some reclamation projects use plants to manage contamination while restoring cover.

• Plant physiologyRelated: Plant uptake and metabolism can help manage contaminated environments.

• Environmental fateRelated: Plant uptake and transformation can change contaminant fate at polluted sites.

• HelianthusRelated: Sunflowers have been tested for extracting certain pollutants from contaminated environments.

• MycoremediationCompared with: Plants and fungi differ in where they grow, what they absorb, and how they treat pollutants.

• PlantRelated: Some plants can help clean contaminated soil and water.

• PopulusRelated: Populus roots and rapid growth have been tested in contaminated soils and groundwater.

• SalicaceaeRelated: Poplars and willows are studied and planted to manage contaminated soils and water.

• CyperaceaeRelated: Certain sedges are studied or used to manage contaminants in wet soils.

• Salt toleranceRelated: Salt-tolerant plants can support remediation of saline or salt-affected sites.

• JuncaceaeRelated: Some rushes are used in constructed wetlands that treat contaminated water.

• SalixRelated: Some willows are used in trials to absorb pollutants from contaminated soil and water.

• Water hyacinthRelated: Water hyacinth can take up nutrients and some contaminants, though harvested biomass needs safe handling.

• Soil chemistryRelated: Chemical speciation determines whether contaminants are accessible to plants or remain immobilized.

• CarexRelated: Some Carex species are studied or used to stabilize contaminated wetland soils and take up pollutants.

• Ethylenediaminetetraacetic acidRelated: EDTA can mobilize soil metals for plant uptake, but may also increase their leaching.

• Salix albaRelated: Fast-growing white willow has been studied for extracting contaminants from polluted sites.

• Phragmites australisRelated: Common reed can take up or stabilize some contaminants in wetland settings, although contaminated biomass requires careful handling.

• TyphaRelated: Typha is planted in some treatment wetlands to help remove nutrients and contaminants.

• BioaugmentationCompared with: It uses plants as the principal biological agent rather than added microbial cultures.

• Ecological artRelated: Plant-based artworks can make remediation processes both functional and publicly legible.

• EdaphologyRelated: It applies knowledge of soil–plant interactions to manage contaminated land.

• JuncusRelated: Some Juncus species are studied for taking up or tolerating contaminants in wetlands.

• Pontederia crassipesRelated: Water hyacinth can take up nutrients and some pollutants from wastewater.

• Populus trichocarpaRelated: Black cottonwood can take up certain contaminants, motivating studies of its roots and tissues.

• Typha latifoliaRelated: Cattails are used in some treatment wetlands to take up nutrients and contaminants.

• Alnus glutinosaRelated: Black alder has been studied for stabilizing and improving contaminated wet soils.

• Common sunflowerRelated: Sunflowers have been tested for extracting certain contaminants, though effectiveness depends on site and pollutant.

• Environmental biotechnologyBroader topic: It is a plant-based approach to restoring contaminated environments.

• Genetically modified treeRelated: Engineered trees are investigated for improved pollutant uptake or breakdown.

• LemnoideaeRelated: Duckweeds can accumulate nutrients and certain contaminants from water.

• PlantRelated: Some plants can help manage polluted soils and water.