NSTL国家科技图书文献中心

1. Impacts of sugarcane bagasse-derived biochar and apatite on heavy metal speciation in incubated heavy metal-contaminated soil NSTL国家科技图书文献中心

Truong Xuan,Vuong | Thi Anh Ngoc,Vu ... - 《Environmental Science and Pollution Research》 - 2025,32(9) - 5200～5227 - 共28页

摘要：Abstract Heavy* metal contamination in soils* | these amendments on the distribution of heavy metal | % ratios (in mass). Changes in heavy* metal speciation* | heavy metal stabilization over time and under varying | chemical speciation of heavy* metals in polluted soil*

关键词： Biochar | Apatite | Soil contamination | Remediation | Heavy metal speciation

2. Innovative transgenic zebrafish biosensor for heavy metal detection NSTL国家科技图书文献中心

Herath H.M.L.P.B. | de Silva R.M.... - 《Environmental Pollution》 - 2025,366(Feb.1) - 1.1～1.11 - 共11页

摘要： mitigate the adverse impacts of heavy* metal pollution* | alternative for detecting heavy* metal exposure, specifically* | Cd2 and Zn2. A novel heavy* metal-sensitive gene* | laboratory-based heavy* metal assessment assays in the low* | heavy metal concentration ranges of 010 ppb

关键词： Biosensor | Environmental monitoring | Heavy metal detection | Synthetic gene circuit | Transgenic zebrafish

3. 4D freeze-driven purification of heavy-metal contaminated sandy soil NSTL国家科技图书文献中心

Jinbo Jia | Xiangbo Gao ... - 《Journal of cleaner production》 - 2025,489(Jan.15) - 144676.1～144676.14 - 共14页

摘要：Heavy metal contamination in soil has been a | and isolate the toxic heavy* metal contaminants in* | guide potential practices such as heavy-metal | global environmental concern. Taking advantage of the | widely available natural condition, freezing can purge

关键词： Heavy metal contamination | Freeze-driven purification | Micro-CT | Purification fraction

4. Comprehensive analysis of heavy metal contamination in the Mandakini (Payaswini) river: Multivariate and indexbased perspectives NSTL国家科技图书文献中心

Sameer Arora | Tukaram Khandade ... - 《Water Environment Research》 - 2025,97(3) - e70060.1～e70060.21 - 共21页

摘要： was conducted using the Heavy* Metal Pollution Index* | (HPI), modified Heavy* Metal Pollution Index (m-HPI* | quality, revealing significant heavy* metal contamination* | heavy metals poses a significant threat to humanity | . Heavy* metals in water samples can lead to various*

关键词： health effects | heavy metal pollution index | heavy metals | principal component analysis | water contamination

5. A thiolated TiO2-based degradable superhydrophobic wood for oil-water separation and heavy metal treatment NSTL国家科技图书文献中心

Zhuohan Chen | Xiaojing Su ... - 《Separation and Purification Technology》 - 2025,354P4 - 128949～10 - 共10页

摘要： wastewater and heavy* metal ions, into water has been on the* | integrity and public health. Moreover, the heavy metal | -water separation and heavy* metal detection was* | beneficial for the detection and adsorption of heavy metal | , which could be used in heavy* metal detection during*

关键词： Superhydrophobic wood | Oil-water separation | Heavy metal detection | Heavy metal adsorption | Photocatalysis

6. Sinorhizobium saheli : Advancing Chromium Mitigation, Metal Adsorption, and Plant Growth Enhancement in Heavy Metal-Contaminated Environments NSTL国家科技图书文献中心

Oves, Mohammad | Qari, Huda A.... - 《Journal of Plant Growth Regulation》 - 2025,44(1) - 168～187 - 共20页

摘要： is threatened by heavy* metal contamination, which* | microbiota recovered from the heavy* metal-contaminated soil* | adsorption constants for heavy* metal biosorption were* | analyzed for its impending ability to tolerate heavy | microbial isolate was excellent metal* tolerant and plant*

关键词： Sinorhizobium saheli | Heavy metal stress | Biosorption | Cr-reduction | P-solubilization

7. Effect of heavy metal pollution on soil microorganisms: Influence of soil physicochemical properties. A systematic review NSTL国家科技图书文献中心

Campillo-Cora, Claud... | Rodriguez-Seijo, And...... - 《European Journal of Soil Biology》 - 2025,124 - 共12页

摘要： heavy metal pollution, affecting essential functions | biomass/abundance), reflecting heavy* metal effects, show* | between heavy* metal (HM) pollution, soil microbial* | between heavy* metals and soil microorganisms, focusing* | on five common heavy* metals (HM) (chromium-Cr*

关键词： Soil microorganisms | Microbial properties | Heavy metal | Ecotoxicological | Soil pollution

8. Heavy metal contamination of vegetables in China: status, causes, and impacts NSTL国家科技图书文献中心

Jing-Jing Feng | Jian-Xiong Liao ... - 《Environmental Science and Pollution Research》 - 2025,32(2) - 864～873 - 共10页

摘要： presents an overview of heavy* metal contamination in* | . Agroforestry is the main source of heavy* metal contamination* | , accounting for 3%-30% of the total variance in heavy metal | Exposure to heavy* metals from vegetable* | development of national regulations on preventing heavy

关键词： Heavy metal pollution | Vegetable | Bioaccumulation | Meta-analysis | Source apportionment

9. A review of hydroxyapatite synthesis for heavy metal adsorption assisted by machine learning NSTL国家科技图书文献中心

Mengsi He | Zhuo Zhang ... - 《Journal of hazardous materials》 - 2025,481(Jan.5) - 136525.1～136525.18 - 共18页

摘要： heavy metal adsorption capacity across previous | the most recognized heavy* metal adsorption* | Heavy metals (HMs) represent a persistent and | of literature on the adsorption of heavy* metals by* | 2013 and 2023 that focused on the adsorption of heavy

关键词： Hydroxyapatite | Synthesis Conditions | Characterization | Heavy Metal Adsorption | Water Contamination

10. Effect of treated wastewater on heavy metal accumulation, fish growth and associated implications on consumer health NSTL国家科技图书文献中心

Raychaudhuri, S. | Raychaudhuri, Mausum...... - 《Journal of the Taiwan Institute of Chemical Engineers》 - 2025,166(Pt.2) - 共7页

摘要： treatment system on fish growth, heavy* metal accumulation* | congenial pH and DO for fish growth. The heavy metal | treatment reduced heavy* metals contents by 49 to 67* | heavy metals viz., Cd, Cr, Pb, and Ni, accumulation in | . EDIs (estimated daily intake) of heavy* metals were*

摘要：Abstract Heavy* metal contamination in soils* | these amendments on the distribution of heavy metal | % ratios (in mass). Changes in heavy* metal speciation* | heavy metal stabilization over time and under varying | chemical speciation of heavy* metals in polluted soil*

关键词： Biochar | Apatite | Soil contamination | Remediation | Heavy metal speciation

摘要： mitigate the adverse impacts of heavy* metal pollution* | alternative for detecting heavy* metal exposure, specifically* | Cd2 and Zn2. A novel heavy* metal-sensitive gene* | laboratory-based heavy* metal assessment assays in the low* | heavy metal concentration ranges of 010 ppb

关键词： Biosensor | Environmental monitoring | Heavy metal detection | Synthetic gene circuit | Transgenic zebrafish

摘要：Heavy metal contamination in soil has been a | and isolate the toxic heavy* metal contaminants in* | guide potential practices such as heavy-metal | global environmental concern. Taking advantage of the | widely available natural condition, freezing can purge

关键词： Heavy metal contamination | Freeze-driven purification | Micro-CT | Purification fraction

摘要： was conducted using the Heavy* Metal Pollution Index* | (HPI), modified Heavy* Metal Pollution Index (m-HPI* | quality, revealing significant heavy* metal contamination* | heavy metals poses a significant threat to humanity | . Heavy* metals in water samples can lead to various*

关键词： health effects | heavy metal pollution index | heavy metals | principal component analysis | water contamination

摘要： wastewater and heavy* metal ions, into water has been on the* | integrity and public health. Moreover, the heavy metal | -water separation and heavy* metal detection was* | beneficial for the detection and adsorption of heavy metal | , which could be used in heavy* metal detection during*

关键词： Superhydrophobic wood | Oil-water separation | Heavy metal detection | Heavy metal adsorption | Photocatalysis

摘要： is threatened by heavy* metal contamination, which* | microbiota recovered from the heavy* metal-contaminated soil* | adsorption constants for heavy* metal biosorption were* | analyzed for its impending ability to tolerate heavy | microbial isolate was excellent metal* tolerant and plant*

关键词： Sinorhizobium saheli | Heavy metal stress | Biosorption | Cr-reduction | P-solubilization

摘要： heavy metal pollution, affecting essential functions | biomass/abundance), reflecting heavy* metal effects, show* | between heavy* metal (HM) pollution, soil microbial* | between heavy* metals and soil microorganisms, focusing* | on five common heavy* metals (HM) (chromium-Cr*

关键词： Soil microorganisms | Microbial properties | Heavy metal | Ecotoxicological | Soil pollution

摘要： presents an overview of heavy* metal contamination in* | . Agroforestry is the main source of heavy* metal contamination* | , accounting for 3%-30% of the total variance in heavy metal | Exposure to heavy* metals from vegetable* | development of national regulations on preventing heavy

关键词： Heavy metal pollution | Vegetable | Bioaccumulation | Meta-analysis | Source apportionment

摘要： heavy metal adsorption capacity across previous | the most recognized heavy* metal adsorption* | Heavy metals (HMs) represent a persistent and | of literature on the adsorption of heavy* metals by* | 2013 and 2023 that focused on the adsorption of heavy

关键词： Hydroxyapatite | Synthesis Conditions | Characterization | Heavy Metal Adsorption | Water Contamination

摘要： treatment system on fish growth, heavy* metal accumulation* | congenial pH and DO for fish growth. The heavy metal | treatment reduced heavy* metals contents by 49 to 67* | heavy metals viz., Cd, Cr, Pb, and Ni, accumulation in | . EDIs (estimated daily intake) of heavy* metals were*

关键词： Wastewater | Treatments | Aquaculture | Heavy metal accumulation and consumer | health

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Abstract Heavy metal contamination in soils | these amendments on the distribution of heavy metal | % ratios (in mass). Changes in heavy metal speciation | heavy metal stabilization over time and under varying | chemical speciation of heavy metals in polluted soil

关键词： Biochar | Apatite | Soil contamination | Remediation | Heavy metal speciation

摘要： mitigate the adverse impacts of heavy metal pollution | alternative for detecting heavy metal exposure, specifically | Cd2 and Zn2. A novel heavy metal-sensitive gene | laboratory-based heavy metal assessment assays in the low | heavy metal concentration ranges of 010 ppb

关键词： Biosensor | Environmental monitoring | Heavy metal detection | Synthetic gene circuit | Transgenic zebrafish

摘要：Heavy metal contamination in soil has been a | and isolate the toxic heavy metal contaminants in | guide potential practices such as heavy-metal | global environmental concern. Taking advantage of the | widely available natural condition, freezing can purge

关键词： Heavy metal contamination | Freeze-driven purification | Micro-CT | Purification fraction

摘要： was conducted using the Heavy Metal Pollution Index | (HPI), modified Heavy Metal Pollution Index (m-HPI | quality, revealing significant heavy metal contamination | heavy metals poses a significant threat to humanity | . Heavy metals in water samples can lead to various

关键词： health effects | heavy metal pollution index | heavy metals | principal component analysis | water contamination

摘要： wastewater and heavy metal ions, into water has been on the | integrity and public health. Moreover, the heavy metal | -water separation and heavy metal detection was | beneficial for the detection and adsorption of heavy metal | , which could be used in heavy metal detection during

关键词： Superhydrophobic wood | Oil-water separation | Heavy metal detection | Heavy metal adsorption | Photocatalysis

摘要： is threatened by heavy metal contamination, which | microbiota recovered from the heavy metal-contaminated soil | adsorption constants for heavy metal biosorption were | analyzed for its impending ability to tolerate heavy | microbial isolate was excellent metal tolerant and plant

关键词： Sinorhizobium saheli | Heavy metal stress | Biosorption | Cr-reduction | P-solubilization

摘要： heavy metal pollution, affecting essential functions | biomass/abundance), reflecting heavy metal effects, show | between heavy metal (HM) pollution, soil microbial | between heavy metals and soil microorganisms, focusing | on five common heavy metals (HM) (chromium-Cr

关键词： Soil microorganisms | Microbial properties | Heavy metal | Ecotoxicological | Soil pollution

摘要： presents an overview of heavy metal contamination in | . Agroforestry is the main source of heavy metal contamination | , accounting for 3%-30% of the total variance in heavy metal | Exposure to heavy metals from vegetable | development of national regulations on preventing heavy

关键词： Heavy metal pollution | Vegetable | Bioaccumulation | Meta-analysis | Source apportionment

摘要： heavy metal adsorption capacity across previous | the most recognized heavy metal adsorption | Heavy metals (HMs) represent a persistent and | of literature on the adsorption of heavy metals by | 2013 and 2023 that focused on the adsorption of heavy

关键词： Hydroxyapatite | Synthesis Conditions | Characterization | Heavy Metal Adsorption | Water Contamination

摘要： treatment system on fish growth, heavy metal accumulation | congenial pH and DO for fish growth. The heavy metal | treatment reduced heavy metals contents by 49 to 67 | heavy metals viz., Cd, Cr, Pb, and Ni, accumulation in | . EDIs (estimated daily intake) of heavy metals were

关键词： Wastewater | Treatments | Aquaculture | Heavy metal accumulation and consumer | health

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Abstract Heavy* metal contamination in soils* | these amendments on the distribution of heavy metal | % ratios (in mass). Changes in heavy* metal speciation* | heavy metal stabilization over time and under varying | chemical speciation of heavy* metals in polluted soil*

摘要： mitigate the adverse impacts of heavy* metal pollution* | alternative for detecting heavy* metal exposure, specifically* | Cd2 and Zn2. A novel heavy* metal-sensitive gene* | laboratory-based heavy* metal assessment assays in the low* | heavy metal concentration ranges of 010 ppb

摘要：Heavy metal contamination in soil has been a | and isolate the toxic heavy* metal contaminants in* | guide potential practices such as heavy-metal | global environmental concern. Taking advantage of the | widely available natural condition, freezing can purge

摘要： was conducted using the Heavy* Metal Pollution Index* | (HPI), modified Heavy* Metal Pollution Index (m-HPI* | quality, revealing significant heavy* metal contamination* | heavy metals poses a significant threat to humanity | . Heavy* metals in water samples can lead to various*

摘要： wastewater and heavy* metal ions, into water has been on the* | integrity and public health. Moreover, the heavy metal | -water separation and heavy* metal detection was* | beneficial for the detection and adsorption of heavy metal | , which could be used in heavy* metal detection during*

摘要： is threatened by heavy* metal contamination, which* | microbiota recovered from the heavy* metal-contaminated soil* | adsorption constants for heavy* metal biosorption were* | analyzed for its impending ability to tolerate heavy | microbial isolate was excellent metal* tolerant and plant*

摘要： heavy metal pollution, affecting essential functions | biomass/abundance), reflecting heavy* metal effects, show* | between heavy* metal (HM) pollution, soil microbial* | between heavy* metals and soil microorganisms, focusing* | on five common heavy* metals (HM) (chromium-Cr*

摘要： presents an overview of heavy* metal contamination in* | . Agroforestry is the main source of heavy* metal contamination* | , accounting for 3%-30% of the total variance in heavy metal | Exposure to heavy* metals from vegetable* | development of national regulations on preventing heavy

摘要： heavy metal adsorption capacity across previous | the most recognized heavy* metal adsorption* | Heavy metals (HMs) represent a persistent and | of literature on the adsorption of heavy* metals by* | 2013 and 2023 that focused on the adsorption of heavy

摘要： treatment system on fish growth, heavy* metal accumulation* | congenial pH and DO for fish growth. The heavy metal | treatment reduced heavy* metals contents by 49 to 67* | heavy metals viz., Cd, Cr, Pb, and Ni, accumulation in | . EDIs (estimated daily intake) of heavy* metals were*