Keywords: جذب گیاه; Emerging contaminants; Physiochemical properties; Plant uptake; Neural network; Fuzzy logic;
مقالات ISI جذب گیاه (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: جذب گیاه; Wetlands; Aerated lagoon; Bromide; Halide; Plant uptake; Water quality;
Keywords: جذب گیاه; Degraded soil; Organic amendment; Cadmium availability and bioaccumulation; Plant uptake;
Keywords: جذب گیاه; 15N tracer; Nitrogen deposition; Nitrogen retention; Plant uptake; Carbon sequestration; Total ecosystem recovery;
Keywords: جذب گیاه; Availability; Biochar; Heavy metal contamination; Meta-analysis; Plant uptake; Soil remediation;
Keywords: جذب گیاه; Pharmaceuticals; Plant uptake; Toxicity; Translocation;
Keywords: جذب گیاه; Sorption isotherms; Plant uptake; Iron oxides; Red mud; Lamination slag; Plantox test;
Keywords: جذب گیاه; Engineered nanoparticles; Plant uptake; Particle size; Metal ions;
Keywords: جذب گیاه; Polybrominated diphenyl ethers; Plant translocation; Sweet potato vine; Plant uptake; Bioaccumulation factor;
Keywords: جذب گیاه; Current-used pesticides; 2-Hydroxyatrazine; Soil; Degradation; Plant uptake; Solid-phase microextraction;
Keywords: جذب گیاه; Soil Cd contamination; Food crop safety; Paddy rice; Maize; Plant uptake; Mining area;
Keywords: جذب گیاه; Silver nanomaterials; Sulfidation; Ecotoxicology; Soil; Plant uptake;
Keywords: جذب گیاه; Constructed wetlands; Fate; Plant uptake; Toxicity; Emerging contaminants; Process-based model;
Keywords: جذب گیاه; Hydrothermal carbonization; Soil properties; Cd fraction; Availability; Plant uptake;
Keywords: جذب گیاه; BPA; bisphenol A; CAF; caffeine; CBZ; carbamazepine; CFA; clofibric acid; EF; enantiomeric factor; FUR; furosemide; IBU; ibuprofen; MDHJ; methyl dihydrojasmonate; RCF; root concentration factor; TF; translocation factor; TCEP; tris(2-chloroethyl)phosphate
Keywords: جذب گیاه; BCF; Partitioning; Plant uptake; Water-sand exposure; Soil;
Keywords: جذب گیاه; Stormwater management; Roadside swales; Infiltration water; Trace metals; Macrophytes; Plant uptake;
Keywords: جذب گیاه; Chromium; Zinc; Biochar; Pore water; Speciation; Plant uptake;
Keywords: جذب گیاه; Artificial sweeteners; Pig farm; Soil; Plant uptake; Dissipation;
Keywords: جذب گیاه; Oxygen isotopes; Chlorine isotopes; Nitrogen isotopes; Plant uptake; Isotope fractionation in snap beans (Phaseolus vulgaris L.); Irrigation;
Keywords: جذب گیاه; Constructed wetlands; Pharmaceuticals; Micropollutants; Elimination; Plant uptake;
Keywords: جذب گیاه; Mathematical modelling; ASM; Eutrophic water; Nitrification; Denitrification; Plant uptake;
Keywords: جذب گیاه; Wetlands; Nitrate cycling; 15N tracer; Denitrification; Plant uptake; Wetland restoration; Pulse-flow treatment wetland;
Keywords: جذب گیاه; Chiral pharmaceuticals; Stereoselective degradation; Plant uptake; Wastewater; Chiral chromatography;
Analysis of emerging contaminants and nanomaterials in plant materials following uptake from soils
Keywords: جذب گیاه; Analytical methods; Emerging contaminants; Engineering nanomaterials; Extraction; Separation; Determination; Detection of nanoforms; Plant uptake;
Keywords: جذب گیاه; Plant uptake; Phytotoxicity; Suppression; Transpiration; Fatty acid; Organic chemical;
Keywords: جذب گیاه; Vegetable; E-waste; Plant uptake; PBDEs; NBFRs; DPs;
Keywords: جذب گیاه; Antibiotics; Antibiotic resistance genes; Constructed wetland; Substrate adsorption; Plant uptake; Biodegradation;
Keywords: جذب گیاه; Copper; Arsenic; Smelter; Soil pollution; Plant uptake; Sambucus nigra
Keywords: جذب گیاه; Bioaccumulation modeling; Biotransformation; Plant uptake; Organic contaminants; Reporting requirements; Testing guidelines;
Keywords: جذب گیاه; Pollution; Plant uptake; Holcus lanatus; Trifolium repens; Apera spica-venti; Food chain;
Keywords: جذب گیاه; Plant uptake; Transpiration stream concentration factor; Pressure chamber; Solubility; Hydrophobicity
Keywords: جذب گیاه; Prediction models; Linear regression; Heavy metals; Field crops; Plant uptake;
Keywords: جذب گیاه; Iris sibirica; Cd removal; Growth characteristics; Constructed wetland; Plant uptake
Keywords: جذب گیاه; Nutrient cycling; Plant uptake; Whole-tree harvesting; Brash mats; Allometric modeling
Keywords: جذب گیاه; Plant uptake; Pharmaceuticals; Accelerated solvent extraction; QuEChERS; Food safety
Keywords: جذب گیاه; Plant uptake; Fine root; Polycyclic aromatic hydrocarbons; Root branch order; Belowground ecology;
Keywords: جذب گیاه; Mercury; Cinnabar mines; Speciation; Soil pollution; Plant uptake; Transfer factors
Keywords: جذب گیاه; Sequential extraction; Rhizosphere; Pore water; Plant uptake; Fly ash; Pellets;
Keywords: جذب گیاه; Metal; Phytoavailability; Ferroalloy industry emissions; Vegetables; Plant uptake; Modified BCR sequential extraction procedure; Brescia; Italy;
Keywords: جذب گیاه; PPCPs; Treated wastewater; Biosolids; Reclamation; Plant uptake; Health risks;
Keywords: جذب گیاه; Fate modeling; Ionizable organic trace chemicals; Wastewater treatment; Plant uptake; Agricultural sludge reuse; Irrigation
Keywords: جذب گیاه; PCBs; AMF; Plant uptake; qPCR
Keywords: جذب گیاه; Arsenic; Aquatic macrophytes; Plant uptake; Soil contamination
Keywords: جذب گیاه; Decomposition; Leaching; Phosphorus; Plant uptake; Residue management; No-till;
Keywords: جذب گیاه; Iris sibirica; Constructed wetlands; Winter; Plant growth characteristics; Plant uptake; Nutrient removal;
Keywords: جذب گیاه; Vegetable; Mining waste; Mine tailings; Arsenic; Home-gardens; Plant uptake;
Keywords: جذب گیاه; Plant uptake; Vegetable consumption; Cadmium; Human health risks; Soil pollution;
Keywords: جذب گیاه; Thorium; Plant uptake; Polyamines; Tobacco; Phosphate; Citric acid;
Keywords: جذب گیاه; Antimony; Arsenic; Plant uptake; Acid sulfate soils;