phytoremediation
Phytoremediation uses living plants to clean up soil, air, and water contaminated with hazardous substances. This approach is significant for plant science because it demonstrates plants' remarkable ability to absorb and metabolize pollutants, revealing key mechanisms of plant physiology and adaptation. The field also offers sustainable, practical solutions for environmental restoration and pollution remediation.
open_in_new WikipediaPhytoremediation Capacity of Brassica juncea for PFAS-Contaminated Soils
PFAS chemicals — found in nonstick pans, firefighting foam, and food packaging — have quietly con...
OsELP Mediated Apoplastic Sequestration in Roots Acts as an Arsenic...
Rice you eat regularly — including white rice, rice flour, and baby rice cereals — absorbs arseni...
Ferroportin transporters contribute to nickel hyperaccumulation in ...
Nickel pollution from mining contaminates soils near farms and parks worldwide, and these finding...
Rapid Evolution of Heavy Metal Tolerance in Urban Populations of Ta...
Weeds in your yard or local park may already be quietly evolving in response to pollution, and un...
Phosphorus Recovery from Wastewater Using Constructed Wetlands with...
It means the phosphorus that would otherwise pollute your local waterways could instead end up ba...
Mechanisms of PFAS uptake and bioaccumulation in plants.
Vegetables and fruits grown in PFAS-contaminated soil — including produce from farms near industr...
Extraradical Hyphae of Arbuscular Mycorrhizal Fungi Reduce Cadmium ...
The corn on your dinner plate may contain less toxic cadmium because of invisible fungal threads ...
Cytoplasmic and mitochondrial citrate synthases mediate cadmium det...
Cadmium from industrial pollution and some fertilizers quietly accumulates in rice and wheat grow...
Microplastics from biodegradable plastic bags alter soil properties...
'eco-friendly' compostable bags you use for garden waste or groceries may be leaving behind soil ...
Beyond Microplastics: How Tire Wear Particles Influence Plant Performance.
Every road, parking lot, and driveway near your garden or local park is a source of tire particle...
Nanoplastics in soil and aquatic ecosystems: Sources, impacts, and ...
The fruits and vegetables in your garden may already be absorbing microscopic plastic particles t...
Duckweeds: from fundamental biology to a sustainable plant chassis ...
Those green specks covering your local pond could soon produce the vaccines and medicines your fa...
Erwinia sp. PSI-03 Promotes Plant Growth and Detoxifies Selenite Th...
It could lead to safer, more nutritious vegetables grown in selenium-contaminated soils, reducing...
Nano-zero-valent iron promotes early-phase PFOA phytoaccumulation b...
PFOA 'forever chemicals' are silently contaminating soils near farms, parks, and gardens worldwid...
Bacillus subtilis enhances maize yield by restricting cadmium trans...
Cadmium from industrial runoff and certain fertilizers quietly builds up in agricultural soil and...
A tobacco-rapeseed rotation model for economically sustainable phyt...
Cadmium from contaminated farmland ends up in the food you eat, and this approach shows that farm...
Genomic and functional insights on Priestia megaterium MOD5IV: Enha...
Heavy metals from mining and industry contaminate soils worldwide, and this naturally-occurring b...
Enzyme-mediated synergistic bioremediation of PAH and heavy metal c...
It shows that planting sunflowers alongside beneficial soil microbes could one day restore pollut...
Tripartite regulation and elemental crosstalk in Phyllostachys edul...
Contaminated soil near old industrial sites, mines, or agricultural land affects the safety of fo...
Sulfur nanoparticles enhance Cd-phytoremediation in Salix chaenomel...
Contaminated soil near industrial areas, old farms, and urban parks can silently poison the food ...
Comprehensive evaluation of enrofloxacin removal and toxicokinetic ...
Waterways near farms — and the parks, wetlands, and drinking water sources downstream — are quiet...
Synergistic effects of glutamic acid and cerium oxide nanoparticles...
Cadmium-contaminated soil can enter the food chain through vegetables grown in affected areas, an...
Bisphenol A-mediated root exudates of ryegrass as potential activat...
BPA from plastics contaminates garden soils and urban green spaces, and this research suggests th...
Enhancing phytoextraction efficiency of king grass through foliar a...
The vegetables grown on farmland near old industrial sites or heavily fertilized fields may carry...
Applications of soil amendments for enhanced phytostabilization and...
Wheat in your bread may be grown in soils stressed by pollution and drought, and these low-cost s...
Fungal endophyte-enhanced phytoremediation of persistent organic po...
Contaminated soil from industrial sites, old farms, and roadside runoff affects the safety of gar...
Microbiome-metabolite signaling drives aluminum stress alleviation ...
The soybeans in your grocery store's tofu and edamame increasingly come from acidic soils where a...
Volatile monoterpenes improve PM
Houseplants or garden herbs you already grow may be quietly protecting your lungs by releasing fr...
Synergistic rhizosphere processes enhance cadmium and lead stabiliz...
Contaminated soil near old industrial sites, roadsides, or even urban gardens can pass heavy meta...
A sustainable synergistic strategy for photocatalytic and
Plastic mulch films and packaging fragments building up in your garden soil could soon be broken ...
Arbuscular mycorrhizal consortium alleviates chromium(VI) stress an...
It shows that contaminated land written off as unusable could still grow valuable medicinal plant...
Genetic and epigenetic mechanisms underlying cadmium (Cd) stress re...
Cadmium — a toxic heavy metal from fertilizers, industrial runoff, and polluted soils — quietly a...
Immobilization of Pb and Cd in red soil using Fe-Mn modified sugarc...
Heavy metals like lead and cadmium can silently accumulate in vegetables grown in contaminated so...
Intercropping strategies to mitigate PLA-Pb stress and enhance legu...
Vegetables and legumes grown in contaminated urban or industrial soils can quietly accumulate lea...
Phosphorus-arsenic interaction mitigates toxicity and accumulation ...
Rice you buy at the grocery store may have been grown in arsenic-contaminated soil, and this rese...
Soil mercury contamination sources, impacts on crops and soil organ...
Vegetables and grains grown in mercury-contaminated soil absorb the metal, meaning it can end up ...
Phragmites australis and Scirpus holoschoenus for metal(loid)s poll...
Wetland plants growing along contaminated streams or drainage ditches near old industrial sites a...
Serendipita indica improves phytoextraction efficiency of cadmium a...
Soil contaminated with lead and cadmium from old pipes, industrial sites, or traffic pollution ca...
Floating filters of nature: exploring the potential of aquatic plan...
Microplastics from your garden runoff, local parks, and stormwater drains end up in rivers and ev...
Plant growth-defense trade-offs regulate phytoremediation efficienc...
It reveals that the wild plants growing in contaminated lots, roadsides, and brownfields near you...
Synergistic removal of morpholine fungicides and cadmium from agric...
Cadmium and fungicide runoff from nearby farms can quietly contaminate the water used to irrigate...
Macrophytes and Emerging Contaminants: Insights on Removal and Toxi...
Wetland plants filtering the runoff from your local park or agricultural fields are quietly being...
Iron plaque on wetland plant roots serves as a hotspot at the rhizo...
Wetland plants growing along the edges of ponds, rivers, and constructed water-treatment marshes ...
Biotechnologies for removal of per- and polyfluoroalkyl substances ...
Sewage sludge commonly spread on farm fields and parks as fertilizer carries toxic 'forever chemi...
Plant biomass responses to PFAS exposure: A meta-analysis with impl...
PFAS chemicals are already showing up in drinking water, garden soil, and the food supply — and t...
Rice straw biochar differently influences the availability and upta...
Wheat grown in heavy-metal-contaminated soil can carry cadmium and lead into the bread on your ta...
GmMYB84, a transcription factor, confers cadmium tolerance in soybe...
Cadmium — a toxic heavy metal from industrial pollution and some phosphate fertilizers — silently...
Biochar: Acinetobacter driven rhizoremediation of arsenic contamina...
Arsenic naturally contaminates soils in many regions and can silently enter leafy vegetables like...
Triacontanol-biochar synergy regulates redox homeostasis and stress...
Rare earth metals from discarded electronics and industrial waste are quietly building up in farm...
Prior film mulching alters cadmium dynamics at the soil-plant inter...
If your vegetables were grown in a field that previously used plastic mulch, the residual plastic...
Combined physiological, transcriptomic, and metabolomic analyses re...
Lead-contaminated wetlands and waterways border parks, neighborhoods, and farms worldwide, and un...
Burkholderia sp. ZF6-mediated mitigation of Cd and Zn stress in con...
Vegetables like napa cabbage grown in soil near old industrial areas or heavily trafficked roads ...
Co-planting of trees and shrubs synergistically enhances phytoremed...
If your neighborhood sits near an old factory, a busy road, or land with a history of industrial ...
Green solutions to soil pollution: a review on natural extracts for...
Heavy metals like lead and cadmium quietly accumulate in vegetable gardens near roads, old indust...
Functional Resistance of Microbiome to Differently Charged Nanoplas...
The plastic fragments washing off your garden mulch, synthetic turf, or nearby roadway are silent...
Foliar application of citric acid alleviates lead toxicity and enha...
If citric acid — a cheap, food-safe compound — can protect vegetables grown in lead-contaminated ...
Endogenous salicylic acid maintains photosynthetic performance and ...
Knowing that plants have a built-in chemical signal that helps them survive heavy-metal-contamina...
Impacts of arsenic contamination on plants and the role of microalg...
Arsenic quietly enters the vegetables and grains grown in contaminated soil, meaning the food on ...
Trichoderma harzianum enhances lettuce biomass and modulates plant-...
Lettuce and other leafy greens grown with recycled wastewater can absorb trace amounts of pharmac...
Arbuscular Mycorrhizal Fungi-Mediated Phytoremediation: Harnessing ...
Same fungi quietly working in your garden soil could be harnessed to detoxify polluted vacant lot...
Leverage of
Rivers used to grow food crops and supply drinking water are quietly accumulating drugs and cosme...
Bacterial degradation of emerging aromatic pollutants and integrate...
Vegetables and grains you eat are grown in soils increasingly laced with pesticide residues and p...
Bacterial inoculants and Lablab purpureus for mine soil fertility i...
Cheap, plant-based soil restoration means degraded land near mining communities — land that could...
Beyond survival: Can we engineer plants to thrive in and remediate ...
Food grown in soil near nuclear accident sites or uranium mines can carry radioactive particles i...
Environmental microplastics: sources, environmental interactions, e...
Microplastics are already turning up inside vegetable roots, garden soil, and the worms that aera...
Silicon alleviates cadmium stress by improving growth, physiologica...
Broccoli and other brassicas readily absorb cadmium from contaminated soils, so a simple, low-cos...
Impact of compost amendments and Morus alba L. on soil restoration,...
The same pairing of compost and deep-rooted trees that rescued stripped mine land in four years i...
Harnessing plant growth-promoting bacteria for nanoparticle biosynt...
Same friendly bacteria already living in healthy garden soil could soon be harnessed to protect y...
Bacterial ester hydrolases from the soil-plant system and their rol...
Bacteria quietly working in your garden soil produce enzymes that help your plants fight drought,...
Environmental implications of coal mining and its sustainable mitig...
Land and water around coal mines often contaminate food, drinking water, and ecosystems that comm...
Microplastic-associated pollutants in prostate carcinogenesis and p...
Microplastics shed from plastic mulch, irrigation tubing, and synthetic garden materials enter yo...
Assessment of mineral element accumulation in plants and soils expo...
Same industrial contamination that concentrates heavy metals in wild coastal plants can also affe...
Integrative evaluation of cadmium uptake, ionomic responses, and ge...
Cadmium from industrial runoff can reach the streams, rivers, and reservoirs that feed our drinki...
Comparative effects of
Copper buildup in garden and farm soils from fertilizers and fungicides quietly poisons the soil ...
Microalgae-Bacteria Interactions in the Bio-based Circular Economy:...
Bacteria-algae partnerships described could one day make the fertilizers, fish feed, and biofuels...
Evaluation of the ecological risk and the effect of cattails (Typha...
Cattails growing at the edge of your local pond or wetland are actively pulling toxic metals like...
Assessment of Heavy Metal Contamination, Human Health Risks and Phy...
Lotus plants grown in polluted ponds — including ornamental water gardens — can accumulate toxic ...
Innovative approaches to mitigating persistent toxic substances and...
The vegetables and grains you eat may carry invisible chemical baggage — heavy metals, industrial...
Microbial functional traits in the hyperaccumulating Noccaea praeco...
Understanding how certain plants recruit helpful soil microbes to survive in polluted ground coul...
A combined vertical flow constructed wetland-microbial fuel cell sy...
Pig farm runoff is one of the leading causes of algae blooms that choke lakes and rivers, and thi...
3,5-Dicaffeoylquinic Acid Delayed Aging and Promoted Oxidative Stre...
3,5-diCQA is naturally abundant in plants you may already grow or eat — including coffee, articho...
From purification to energy: Biogas and biomethane production from ...
Pond plants quietly cleaning your local wastewater could soon power homes — turning something you...
Study on physiological responses and Cs enrichment capacity of Moso...
Fast-growing bamboo planted near contaminated industrial or post-nuclear sites could pull radioac...
Efficiencies and rhizospheric regulatory mechanisms of phytoremedia...
Choosing the right plant to grow on or near a contaminated brownfield, old gas station site, or i...
Rhizosphere phosphorus and iron cycling accelerates manganese phyto...
Contaminated soil near old mines can leach manganese into waterways and vegetable gardens downhil...
Valorization of ligustrum species: biosynthesis, metabolic engineer...
Privet hedges common in gardens and parks worldwide are far more than ornamental — they contain p...
Copper extraction and phytotoxicity of organic acid leached mine ta...
Copper from old mine dumps can leach into the soil of nearby farms and gardens, and the 'natural'...
Effects of exogenous selenium on physiological characteristics and ...
Vegetables grown in cadmium-contaminated soil near industrial areas or heavily fertilized farmlan...
Elucidating the phytoremediation potential of aquatic macrophytes f...
Plants growing in your local pond or wetland may be quietly cleaning up industrial pollution that...
Bacterial Siderophore Production in Metal-Rich Environments: Undere...
Same bacterial molecules that help plants absorb iron in polluted soils could one day be used to ...
Tolerance and trace elements extraction of Alliaria petiolata and S...
Contaminated soil near old industrial sites, roads, or farms can silently poison food crops and g...
Evaluation of phytoremediation potential by rhizospheric bacteria of
Contaminated soil from industrial runoff or heavy metals can end up in the vegetables you grow or...
Identifying microbial candidates for assisted phytoremediation thro...
Millions of acres of old mining land sit barren and leaching toxic metals into nearby waterways —...
Transcriptomic and metabolomic profiling to unravel sex-dependent m...
Choosing the right plants to clean up cadmium-contaminated soil in your neighborhood could soon d...
Evaluation of Pontederia crassipes as bioindicator of heavy metals ...
Water hyacinth — that fast-spreading plant choking up lakes and waterways worldwide — could be de...
Adsorptive removal of methylene blue using water hyacinth roots: ba...
That murky blue water you've seen downstream from textile factories could be cleaned using the sa...
Phytoremediation of nanoparticle contaminated soil using the fast g...
Soil contaminated with industrial nanoparticles can leach into your vegetable garden or local wat...
Taraxasterol from dandelion improves glycolipid metabolism dysfunct...
Dandelions growing in your yard or local park contain a natural compound that scientists have now...
Comparative assessment of removal capacity and toxicity threshold o...
Runoff from fertilized lawns and farms overloads local ponds and streams with phosphorus, trigger...
Chemical and Biological Interactions of Nano-Selenium in the Rhizos...
Vegetables and grains grown near industrial sites or heavily fertilized fields silently accumulat...
Recent advances in techniques for microplastic detection, microbial...
Microplastics are now found in garden soil, tap water, and the vegetables you eat — and understan...
Exploring the growth and biochemical response of canola varieties t...
Vegetables and cooking oils grown in soil near roads, old industrial sites, or heavily fertilized...
Occurrence and distribution of organic and inorganic pollutants in ...
Vegetables grown in or near contaminated land — whether near a dump, old industrial site, or heav...
A review of antibiotic accumulation, degradation and ecological ris...
Mangroves filter the coastal water that feeds fisheries and beaches you may visit, and antibiotic...
Combination of citric acid and ferric chloride enhances cadmium acc...
Cadmium from fertilizers and industrial runoff quietly accumulates in garden soil and food crops,...
Mechanisms of AMF in regulating Cd contamination remediation and rh...
Wetland plants growing near industrial sites or polluted waterways could clean up toxic heavy met...
Synergistic mitigation of lead [Pb(II)] stress in Triticum aestivum...
Wheat grown in soil near old industrial sites or heavily fertilized farmland can absorb lead into...
Flow-configuration effects on pollutant removal and plant physiolog...
Clothes we wear are often dyed with toxic chemicals, and this research brings us closer to afford...
Strain, procedures, and tools for reproducible genetic transformati...
Duckweed grows explosively fast on water surfaces you've seen in ponds and lakes, and now that sc...
Identification of heavy metal-mobilizing bacteria and revealing of ...
It offers a natural, low-cost way to detoxify the soil in gardens, farms, and parks near industri...
Toward microbiome-assisted remediation: Vanadium-titanium magnetite...
Vegetables you eat may be grown in soils where nearby mining has quietly changed the underground ...
Lithium in the Anthropocene: innovative perspectives on environment...
Lithium leaching from battery manufacturing and mining sites can accumulate in garden soils and f...
Stem thin disc (STD) based somatic embryogenesis and genetic homoge...
Camelthorn is a tough desert plant that stabilizes eroding soils and cleans up heavy metal pollut...
Advancement in bioremediation of heavy metals in sustainable way: A...
Leafy greens and root vegetables grown in contaminated urban or industrial soils can quietly accu...
Enhanced phytoremediation of crude oil-contaminated soil using Cyno...
Crude oil spills don't stay at industrial sites — they leach into surrounding soil, groundwater, ...
Synergistic phytohormone crosstalk enhances nickel detoxification, ...
It offers a low-cost, chemical-free toolkit — using plant's own signaling molecules — that farmer...
Phytomicrobiome of Helianthus annuus: in vitro assessment of plant ...
Sunflowers planted to clean up a contaminated lot already carry hidden bacterial allies inside th...
Lead (Pb) accumulation and genotoxic responses in
Lead from old paint, fuel residue, or industrial sites can linger in your garden soil for decades...
Efficacy of synthesized copper oxide nanoparticles to mitigate chro...
Chromium-contaminated soil from industrial sites can quietly poison the vegetables in community g...
Rhamnolipid-like glycolipid biosurfactant mediated degradation of p...
Toxic pollution from roads, old industrial sites, and urban runoff quietly accumulates in the soi...
Beyond Metal(loid) Immobilization: Redox-Stratified Biocrusts Shiel...
It means the humble living crust forming on old mine dumps near your community is actively protec...
Unlocking the microbiome of an extremophile plant: metagenomic insi...
Understanding how a desert-hardy plant recruits helpful soil microbes could teach us how to grow ...
Genetic engineering to improve resistance against heavy metal stress in
Heavy metals from urban runoff and industrial pollution silently accumulate in the soil and water...
Cometabolic defluorination of two poly-fluoroalkyl substances by a ...
PFAS chemicals from industrial pollution and treated sewage sludge used as fertilizer have contam...
Binding interactions of Trametes villosa and Trametes lactinea lacc...
4-nonylphenol washes off your clothes, dishes, and garden pesticides into waterways, where it qui...
Exploring Periphytic Biofilms as Nature's Cleanup Crew for Contamin...
Rivers and streams that feed your garden hose, your local park's pond, and your drinking water su...
Elucidating the molecular-level interactions of RuBisCO and NSAIDs:...
Painkillers you flush down the drain or that leach from landfills can end up in your garden soil ...
Integrating microbial bioremediation, multi-omics, and emerging tec...
The soil in your vegetable garden or the park where your kids play may harbor invisible carcinoge...
Assessment of impact of military activities on soil contamination w...
Lead and copper from old shooting ranges can leach into the groundwater and streams that feed you...
Flavonoids and polycystic ovary syndrome.
Quercetin in your garden onions, the isoflavones in your homegrown soybeans, and the puerarin in ...
Biosurfactant-driven desorption and remediation of heavy oil contam...
Oil-contaminated soil is dead soil — nothing grows in it — and this research points toward a natu...
Bio-degradational potential of genus Ochrobactrum.
Same persistent chemical pollutants — from pesticides to industrial waste — that end up in contam...
Iron-Cycling-Constructed Wetland-Microbial Fuel Cell-Enhanced Remov...
Trace levels of blood pressure drugs in rivers and streams are silently accumulating in the water...
Enzymes involved in the manipulation of polyethylene degradation: o...
Microplastics are now found in garden soil, compost, and the food you grow — and the promise of m...
Harnessing the versatility of Sphingobium yanoikuyae: a review of i...
Pesticides sprayed on farms and gardens don't just vanish—they linger in soil and groundwater, bu...
A novel and evolutionarily distinct flavoprotein monooxygenase driv...
Skatole accumulates in manure-treated soils and can stunt plant roots and harm soil microbes — un...
Simultaneous phenanthrene biodegradation and carbon mineralization ...
The rivers and lakes near petroleum pipelines that feed your city's water supply could one day be...
Evaluating and screening the dosage-dependent bioremediation effici...
Algae and salt-tolerant plants growing in coastal ponds or runoff channels could naturally strip ...
A hybrid approach utilising adaptive laboratory evolution and gene ...
Contaminated brownfields and roadside soils laced with asphalt-related chemicals could be cleaned...
Detection and Quantification of Dysprosium in Plant Tissues.
Plants growing in contaminated or industrial soils could one day be harvested to recover rare-ear...
Radionuclide transfer to vegetables: comparison furrows and sprinkl...
If your water source near an industrial or nuclear site is even slightly contaminated, the way yo...
Biogenesis, preparation, characterization, therapeutic mechanisms a...
Vegetables and fruits in your garden may contain microscopic healing particles that scientists ar...
Catabolism of acetosyringone and co-metabolic transformation of 2,4...
Microbes living in your garden soil are constantly breaking down dead plant material, and underst...
Molecular biotechnology for the biodegradation of organofluorine compounds.
PFAS chemicals from pesticides, packaging, and industrial runoff contaminate the soil and water u...
Multi-level data fusion of laser-induced breakdown spectroscopy and...
Contaminated soil near old industrial sites, roads, and some treated lumber can quietly leach ars...
Biosorption of Procion Magenta and Black Azabache textile dyes usin...
The banana peels and carrot tops you toss in the compost could be quietly solving one of fashion'...
Morpho-anatomical, physiological and biochemical responses of
Heavy metals from pollution, fertilizers, and industrial runoff can accumulate in garden soil and...
Sustainable bioprocess engineering for integrated inland water reme...
Algae and aquatic plants growing in the polluted pond or reservoir near you could soon be harvest...
The therapeutic potential of jaceosidin: a comprehensive review of ...
Familiar backyard and garden plants you may already grow — mugwort, wormwood, and related Artemis...
Recent Discoveries in Mono- and Dinuclear Nonheme Iron Enzymes: Eme...
These iron enzymes are responsible for making the natural compounds that give plants their flavor...
On-chip trace detection of Cd
Cadmium from fertilizers and industrial runoff quietly accumulates in garden soil and gets taken ...
Removal of potentially toxic elements by
Plants that can pull toxic metals out of soil could help clean up contaminated gardens, former in...
Integrating microalgae with sludge-based processes for antibiotic r...
Antibiotics that survive wastewater treatment end up in rivers and soils — the same water used to...
Illegal small-scale mining (galamsey) in Ghana: environmental pollu...
Rivers flowing through Ghana's farming regions are now laced with mining chemicals, meaning the c...
Inhibiting Cr(VI)-mediated ARG dissemination in wastewater: Synthet...
Wastewater used to irrigate gardens and farms can carry antibiotic-resistant bacteria into the so...
[Advances in stress response mechanisms and wastewater treatment ap...
Cadmium from factories contaminates waterways and soils where your food is grown, and these bacte...
In Silico Analysis of Contaminant Persistence: From QSARs to Machin...
Pesticides and chemicals used on farms and lawns can linger in soil and water far longer than lab...
Biodegradation of perfluorooctanoic acid and perfluorooctanesulfoni...
PFAS 'forever chemicals' from non-stick cookware, food packaging, and industrial runoff are now d...
Paired genomic and proteomic analysis of
Oil spills and plastic pollution don't just harm oceans — they seep into soil, killing the microb...
Enzymatic degradation of four organophosphorus flame retardants by ...
Flame retardant chemicals from furniture, electronics, and building materials wash into soil and ...
The Effects of Biochar on the Revival and Performance of an Organoh...
Chlorinated solvents from dry cleaners and industrial sites quietly seep into the groundwater tha...
Testing the biodegradability of difficult compounds: a future chall...
Same flawed tests that fail to accurately measure chemical breakdown are used to approve pesticid...
Mechanistic insights into antibiotic resistance control by nano zer...
Antibiotic-resistant bacteria can contaminate the soil and water used to grow your food, and this...
Strategies for recombinant laccase expression and their roles in en...
Engineered fungal enzymes like laccases could soon be deployed to break down pesticide residues a...
Cysteine-induced sulfide bioprecipitation enables simultaneous effi...
Cadmium from industrial contamination quietly accumulates in garden vegetables and leafy greens g...
Enhanced stability and reusability of metagenomic laccase via immob...
Antibiotic runoff from farms soaks into the soil and waterways you use to grow food, disrupting t...
Advances in Dehalogenase Biocatalysis: Mechanisms, Engineering, and...
Halogenated pollutants like old pesticides and industrial chemicals contaminate the soil in garde...
Reduction-Oxidation Coupling Mediated Decontamination and Detoxific...
Toxic industrial chemicals that have quietly accumulated in garden beds, farmland, and park soils...
[Research progress in the pollution status and biodegradation of su...
Sulfonamide antibiotics flushed into waterways end up in the irrigation water and soil of farms a...
Bioremediation of anthraquinone dye reactive blue 19 by halo-acido-...
Textile dye pollution can reach the water used to irrigate farms and gardens, and a cheap bacteri...
Biofilm-mediated surface depolymerization of multiple synthetic pol...
Microplastics are now found in garden soil, compost, and even in the vegetables we eat, and disco...
Next-generation strategies for PLA degradation: microbial consortia...
That 'compostable' cup or plant pot you threw in your green bin likely won't break down in your l...
[Biomanufacturing driven by engineered organisms (2026)].
Same AI-guided microbial engineering described here is being applied to develop greener fertilize...
Assessing water matrix influence and toxicity reduction of crystal ...
Textile dye runoff that reaches rivers and streams blocks sunlight and poisons the water that irr...
Molecular dynamics simulations of temperature-dependent PET binding...
Microplastic pollution from PET bottles and packaging is accumulating in garden soils and farmlan...
Effects of ibuprofen and its transformation products on algal-bacte...
Ibuprofen flushed down drains ends up in rivers and irrigation water, meaning the painkillers in ...
Metagenomic mining reveals extensive novelty, enhanced biodegradati...
Bacteria that evolved to digest crude oil underground could be harnessed to clean petroleum-conta...
Revealing the anaerobic biodegradation pathway and mechanism of sul...
Antibiotic residues from farms and wastewater contaminate garden soil and the food you grow in it...
Environmental antibiotics in wastewater disrupt zebrafish embryonic...
Same wastewater that irrigates community gardens, parks, and agricultural fields carries antibiot...
Manipulating metabolism-reprogrammed monocytic-MDSCs prevents colit...
A compound found in plants — not a synthetic drug — showed promise as a treatment for a serious d...
Erratum to "Efficient anaerobic metformin biodegradation driven by ...
Metformin washes off farms and gardens through runoff and irrigation water, accumulating in soils...
A data mining-based screening and prioritization of PFAS in wastewa...
Vegetables and fruits irrigated with river water downstream of these treatment plants can absorb ...
Decoding Microbial Reductive Dechlorination of 209 Polychlorinated ...
PCB-contaminated soil stunts or kills garden plants and accumulates in vegetables you grow — know...
Methane biogeochemical turnover constrains arsenic transformation i...
Arsenic from contaminated groundwater moves into soil and gets absorbed by crops like rice and le...
Bilgewater management in marine vessels: a systematic literature re...
Oil and chemical-laden water dumped from ships pollutes the same oceans that cycle nutrients into...
Feasibility study on enhancing the biodegradability of fresh and ol...
Landfill leachate seeping into surrounding soil can silently load heavy metals like arsenic into ...
Viral Contaminants in a Philippine Wastewater Treatment Plant: Quan...
Treated wastewater increasingly flows into rivers and irrigation canals that feed vegetable farms...
Degradation sequence, multi-phase distribution, and destabilization...
Coal chemical wastewater discharged into rivers and soil can poison the groundwater feeding your ...
Species in Topic
Chinese cabbage
Sweet sorghum
Gibbous duckweed