Publications – LGCgE

2025Article de journal ER4

Auteurs : Ridošková, Andrea; Pelfrêne, Aurélie; Pelcová, Pavlína; Waterlot, Christophe; Holasová, Denisa; Morávek, Michal

Enhancing the prediction of arsenic bioavailability in soils with the diffusive gradient in thin film technique

Dans: Chemosphere, vol. 371, p. 144015, 2025, (ACL).

Liens

2024Article de journal ER4

Auteurs : Ofori-Agyemang, Felix; Waterlot, Christophe; Manu, James; Laloge, Roman; Francin, Romain; Papazoglou, Eleni; Alexopoulou, Efthymia; Sahraoui, Anissa Lounès-Hadj; Tisserant, Benoît; Mench, Michel; Burges, Aritz; Oustrière, Nadège

Plant testing with hemp and miscanthus to assess phytomanagement options including biostimulants and mycorrhizae on a metal-contaminated soil to provide biomass for sustainable biofuel production

Dans: Science of the Total Environment, vol. 912, p. 169527, 2024, (ACL).

Liens

2024Article de journal ER2, ER4

Auteurs : Waterlot, Christophe; Ghinet, Alina; Dufrénoy, Pierrick; Hechelski, Marie; Daïch, Adam; Betrancourt, Damien; Bulteel, David

Sustainable pathways to oxicams via heterogeneous biosourced catalysts - Recyclable and reusable materials

Dans: Journal of Cleaner Production, p. 140684, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Ofori-Agyemang, Felix; Burges, Aritz; Waterlot, Christophe; andHadj Sahraoui, Anissa Lounès; Tisserant, Benoît; Mench, Michel; Oustrière, Nadège

Phytomanagement of a metal-contaminated agricultural soil with Sorghum bicolor, humic / fulvic acids and arbuscular mycorrhizal fungi near the former Pb/Zn metaleurop Nord smelter

Dans: Chemosphere, vol. 362, p. 142624, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Wakim, Lara-Maria; Descat, Amandine; Occelli, Florent; Deram, Annabelle; Goossens, Jean-François

Detection of 13 emerging soil pollutant compounds using a dual extraction method (QuEChERS and solid phase extraction) and a liquid chromatography/mass spectrometry LC-MS/MS method

Dans: MethodsX, vol. 12, p. 102771, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : O'Connor, Claire; Choma, Caroline; Ndiaye, Aichatou; Delbende, François; Zeller, Bernhard; Manouvrier, Eric; Desmyttère, Hélène; Siah, Ali; Waterlot, Christophe; Andrianarisoa, Kasaina Sitraka

Young trees share soil water with wheat in an alley-cropping system in a wet crop year: Evidence from 2H2O artificial labeling

Dans: Journal of Hydrology, vol. 635, p. 131021, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Notteau, Cassandre; Gabet, Stephan; Aliouat-Denis, Cécile-Marie; Cuny, Damien; Garat, Anne

Comment mieux conseiller les patients à l'officine afin de limiter les effets du changement climatique sur la santé ?

Dans: Actualités Pharmaceutiques, vol. 63, no. 634, p. 17-21, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : O'Connor, Claire; Choma, Caroline; Delbende, François; Zeller, Bernhard; Manouvrier, Eric; Desmyttère, Hélène; Siah, Ali; Waterlot, Christophe; Andrianarisoa, Kasaina Sitraka

Tree–wheat vertical fine root distribution in a 4-year-old temperate alley-cropping system

Dans: Agroforestry Systems, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Almeida, Tania; Arnan, Xavier; Capowiez, Yvan; Hedde, Mickael; Mesleard, Francois; Dutoit, Thierry; Blight, Olivier

Ants in restoration ecology: Why, what's and the way forward

Dans: Land Degradation and Development, vol. 35, no. 4, p. 1284-1295, 2024.

Liens

2024Article de journal ER4

Auteurs : Wakim, Lara-Maria; Occelli, Florent; Paumelle, Martin; Brousmiche, Delphine; Bouhadj, L.; Cuny, Damien; Descat, A.; Lanier, Caroline; Deram, Annabelle

Unveiling the presence of endocrine disrupting chemicals in northern French soils: Land cover variability and implications

Dans: Science of the Total Environment, vol. 913, p. 169617, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : O'Connor, Claire; Zeller, Bernhard; Choma, Caroline; Delbende, François; Manouvrier, Eric; Desmyttère, Hélène; Siah, Ali; Waterlot, Christophe; Andrianarisoa, Kasaina Sitraka

Early share of 15N-labelled fertilizer between trees and crop in young temperate alley-cropping system

Dans: European Journal of Agronomy, vol. 152, p. pp. 127013, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Varga, Dóra; Hanss, Jean-Michel; Moreau, Pierre-Arthur; Kovács, Gábor; Dima, Bálint

Phylogenetic and morphological studies reveal large diversity and three new species in Amanita sect. Vaginatae (Agaricales, Basidiomycota) from Europe

Dans: Mycological Progress, vol. 23, no. 1, p. 38, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Jairi, Idriss; Ben-Othman, Sarah; Canivet, Ludivine; Zgaya-Biau, Hayfa

Enhancing air pollution prediction: A neural transfer learning approach across different air pollutants

Dans: Environmental Technology and Innovation, vol. 36, p. 103793, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Leconte, Aline; Jacquin, Justine; Duban, Matthieu; Deweer, Caroline; Trapet, Pauline; Laruelle, Frédéric; Farce, Amaury; Compère, Philippe; Sahmer, Karin; Fiévet, Valentin; Hoste, Alexis; Siah, Ali; Sahraoui, Anissa Lounès-Hadj; Jacques, Philippe; Coutte, François; Deleu, Magali; Muchembled, Jérôme

Deciphering the mechanisms involved in reduced sensitivity to azoles and fengycin lipopeptide in Venturia inaequalis

Dans: Microbiological Research, vol. 286, p. 127816, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Jairi, Idriss; Rekbi, Amelle; Ben-Othman, Sarah; Hammadi, Slim; Canivet, Ludivine; Zgaya-Biau, Hayfa

Enhancing particulate matter risk assessment with novel machine learning-driven toxicity threshold prediction

Dans: Engineering Applications of Artificial Intelligence, vol. 139, p. 109531, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Jairi, Idriss; Ben-Othman, Sarah; Canivet, Ludivine; Zgaya-Biau, Hayfa

Explainable based approach for the air quality classification on the granular computing rule extraction technique

Dans: Engineering Applications of Artificial Intelligence, vol. 133, p. 108096, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Safi, Christine; Othman, Mohamed; Lawson, Ata Martin; Moncol, Ján; Oulyadi, Hassan; Shova, Sergiu; Waterlot, Christophe; Ghinet, Alina; Daïch, Adam

Cu-promoted Access to 1,4-Diazine-Fused Isoindoles Through Concomitant C sp 3 –N and C sp 2 –N Bonds Formation Starting from Constrained N,O -acetals

Dans: Advanced Synthesis and Catalysis, 2024, (ACL).

Liens

2024Article de journal ER4

Auteurs : Cuvillier-Hot, Virginie; Fisogni, Alessandro; Doublet, Vincent; Guillot, Sylvain; Holl, Anne-catherine; Leclercq-Dransart, Julie; Occelli, Florent; Piquot, Yves; Hautekèete, Nina

Urbanization Shifts Immunometabolism in a Common Bumblebee

Dans: Ecology and Evolution, vol. 14, no. 12, 2024, (ACL).

Liens

2023Article de journal ER4

Auteurs : Mench, Michel; Matin, Shahlla; Szulc, Wieslaw; Rutkowska, Beata; Persson, Tomas; Sæbø, Arne; Burges, Aritz; Oustriere, Nadège

Field assessment of organic amendments and spring barley to phytomanage a Cu/PAH-contaminated soil

Dans: Environmental Geochemistry and Health, vol. 152, 2023, (ACL).

Résumé

@article{Mench2023,

title = {Field assessment of organic amendments and spring barley to phytomanage 

	a Cu/PAH-contaminated soil},

author = {Michel Mench and Shahlla Matin and Wieslaw Szulc and Beata Rutkowska and Tomas Persson and Arne Sæbø and Aritz Burges and Nadège Oustriere},

year  = {2023},

date = {2023-01-01},

journal = {Environmental Geochemistry and Health},

volume = {152},

abstract = {The INTENSE project, supported by the EU Era-Net Facce Surplus, aimed at increasing crop production on marginal land, including those with contaminated soils. A field trial was set up at a former wood preservation site to phytomanage a Cu/PAH-contaminated sandy soil. The novelty was to assess the influence of five organic amendments differing in their composition and production process, i.e. solid fractions before and after biodigestion of pig manure, compost and compost pellets (produced from spent mushroom substrate, biogas digestate and straw), and greenwaste compost, on Cu availability, soil properties, nutrient supply, and plant growth. Organic amendments were incorporated into the soil at 2.3% and 5% soil w/w. Total soil Cu varied from 179 to 1520 mg kg−1, and 1 M NH4NO3-extractable soil Cu ranged from 4.7 to 104 mg kg−1 across the 25 plots. Spring barley (Hordeum vulgare cv. Ella) was cultivated in plots. Changes in physico-chemical soil properties, shoot DW yield, shoot ionome, and shoot Cu uptake depending on extractable soil Cu and the soil treatments are reported. Shoot Cu concentration varied from 45 ± 24 to 140 ± 193 mg kg DW−1 and generally increased with extractable soil Cu. Shoot DW yield, shoot Cu concentration, and shoot Cu uptake of barley plants did not significantly differ across the soil treatments in year 1. Based on soil and plant parameters, the effects of the compost and pig manure treatments were globally discriminated from those of the untreated, greenwaste compost and digested pig manure treatments. Compost and its pellets at the 5% addition rate promoted soil functions related to primary production, water purification, and soil fertility, and the soil quality index.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

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2023Article de journal ER4

Auteurs : O'Connor, Claire; Zeller, Bernarhd; Choma, Caroline; Delbende, François; Siah, Ali; Waterlot, Christophe; Andrianarisoa, Kasaina-Sitraka

Trees in temperate alley-cropping systems develop deep fine roots 5 years after plantation: What are the consequences on soil resources?

Dans: Agriculture, Ecosystems & Environment, vol. 345, p. 108339, 2023, (ACL).

Résumé

@article{OConnor2023,

title = {Trees in temperate alley-cropping systems develop deep fine roots 

	5 years after plantation: What are the consequences on soil resources?},

author = {Claire O'Connor and Bernarhd Zeller and Caroline Choma and François Delbende and Ali Siah and Christophe Waterlot and Kasaina-Sitraka Andrianarisoa},

year  = {2023},

date = {2023-01-01},

journal = {Agriculture, Ecosystems & Environment},

volume = {345},

pages = {108339},

abstract = {Trees in alley-cropping systems (AC) were reported to develop deeper fine roots compared to forest trees and that they can modify soil water (SWC), mineral nitrogen (SMN) and organic matter (SOM) content. However, intercropping young trees has not been studied extensively. This study aimed to count tree fine roots abundance (TFRA) along a chronosequence of AC stands, to determine factors explaining its variability and to highlight its effects on soil resources. Seventeen alley-cropping plots ranging from 3 to 12 years old were chosen on farms in northern France. TFRA was measured by the core break method using soil samples collected at 0, 1, 3 and 10 m from a referent tree (a maple, a hybrid walnut or a hornbeam) down to 2 m depth. Before four years old, tree fine roots colonized the topsoil (0–30 cm) in rows and then mainly grew vertically from 4 to 6 years old, before laterally exploring deep soil layer (1–2 m) beyond this age. Stepwise analyses showed that stand age, tillage frequency and crop rotation duration explained 60 % of the variability of the sum of TFRA calculated for all soil layers at all distances from the tree row. The SWC was negatively correlated to TFRA suggesting that as trees get older, they dried the deep soil layer below the crop rooting zone and increased the soil depth able to store autumn and winter rainfall. No significant effect of either stand age or distance from tree rows was observed for SMN. It varied significantly with soil depth (R² = 0.3***) and was strongly correlated with soil nitrate content (R² = 0.97***). The soil ammonium content was significantly correlated with TFRA, suggesting that tree fine roots favor ammonium production or accumulation in soil, which may potentially allow for a reduction in the mineral nitrogen (N) mobility for leaching. Finally, we found a significantly high SOM correlated with TFRA only in topsoil on the tree rows at our oldest stands. No change of SOM was observed in the deep soil layer regardless of stand age. From this study, we concluded that fine root plasticity of intercropped trees occurred at early stage and may contribute with age to a better use of soil water, to managing the soil mineral N dynamic and to sequestrating carbon, at least in tree rows.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

Fermer

Trees in alley-cropping systems (AC) were reported to develop deeper fine roots compared to forest trees and that they can modify soil water (SWC), mineral nitrogen (SMN) and organic matter (SOM) content. However, intercropping young trees has not been studied extensively. This study aimed to count tree fine roots abundance (TFRA) along a chronosequence of AC stands, to determine factors explaining its variability and to highlight its effects on soil resources. Seventeen alley-cropping plots ranging from 3 to 12 years old were chosen on farms in northern France. TFRA was measured by the core break method using soil samples collected at 0, 1, 3 and 10 m from a referent tree (a maple, a hybrid walnut or a hornbeam) down to 2 m depth. Before four years old, tree fine roots colonized the topsoil (0–30 cm) in rows and then mainly grew vertically from 4 to 6 years old, before laterally exploring deep soil layer (1–2 m) beyond this age. Stepwise analyses showed that stand age, tillage frequency and crop rotation duration explained 60 % of the variability of the sum of TFRA calculated for all soil layers at all distances from the tree row. The SWC was negatively correlated to TFRA suggesting that as trees get older, they dried the deep soil layer below the crop rooting zone and increased the soil depth able to store autumn and winter rainfall. No significant effect of either stand age or distance from tree rows was observed for SMN. It varied significantly with soil depth (R² = 0.3***) and was strongly correlated with soil nitrate content (R² = 0.97***). The soil ammonium content was significantly correlated with TFRA, suggesting that tree fine roots favor ammonium production or accumulation in soil, which may potentially allow for a reduction in the mineral nitrogen (N) mobility for leaching. Finally, we found a significantly high SOM correlated with TFRA only in topsoil on the tree rows at our oldest stands. No change of SOM was observed in the deep soil layer regardless of stand age. From this study, we concluded that fine root plasticity of intercropped trees occurred at early stage and may contribute with age to a better use of soil water, to managing the soil mineral N dynamic and to sequestrating carbon, at least in tree rows.

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2023Article de journal ER4

Auteurs : Paguet, Anne-Sophie; Siah, Ali; Lefèvre, Gabriel; Moureu, Sophie; Cadalen, Thierry; Samaillie, Jennifer; Michels, Franck; Deracinois, Barbara; Flahaut, Christophe; Alves-Dos-Santos, Harmony; Etienne-Debaecker, Audrey; Rambaud, Caroline; Chollet, Sylvie; Molinié, Roland; Fontaine, Jean-Xavier; Waterlot, Christophe; Fauconnier, Marie-Laure; Sahpaz, Sevser; Rivière, Céline

Multivariate analysis of chemical and genetic diversity of wild Humulus lupulus L. (hop) collected in situ in northern France

Dans: Phytochemistry, vol. 225, p. 113508, 2023, (ACL).

Résumé

@article{Paguet2023,

title = {Multivariate analysis of chemical and genetic diversity of wild Humulus

lupulus L. (hop) collected in situ in northern France},

author = {Anne-Sophie Paguet and Ali Siah and Gabriel Lefèvre and Sophie Moureu and Thierry Cadalen and Jennifer Samaillie and Franck Michels and Barbara Deracinois and Christophe Flahaut and Harmony Alves-Dos-Santos and Audrey Etienne-Debaecker and Caroline Rambaud and Sylvie Chollet and Roland Molinié and Jean-Xavier Fontaine and Christophe Waterlot and Marie-Laure Fauconnier and Sevser Sahpaz and Céline Rivière},

year = {2023},

date = {2023-01-01},

journal = {Phytochemistry},

volume = {225},

pages = {113508},

abstract = {Highlights •50 wild hops from the North of France were genetically and chemically characterized. •Microsatellite-based study underlined high polymorphism among wild hop accessions. •Volatile compound analysis showed minor but original metabolites in wild hops. •Wild hops differ from commercial varieties in their high β-acid content and metabolomic diversity. •Multifactorial analysis suggested a potential terroir effect to explain this chemodiversity. The hop plant (Humulus lupulus L.) has been exploited for a long time for both its brewing and medicinal uses, due in particular to its specific chemical composition. These last years, hop cultivation that was in decline has been experiencing a renewal for several reasons, such as a craze for strongly hopped aromatic beers. In this context, the present work aims at investigating the genetic and chemical diversity of fifty wild hops collected from different locations in Northern France. These wild hops were compared to ten commercial varieties and three heirloom varieties cultivated in the same sampled geographical area. Genetic analysis relying on genome fingerprinting using 11 microsatellite markers showed a high level of diversity. A total of 56 alleles were determined with an average of 10.9 alleles per locus and assessed a significant population structure (mean pairwise FST = 0.29). Phytochemical characterization of hops was based on volatile compound analysis by HS-SPME GC-MS, quantification of the main prenylated phenolic compounds by UHPLC-UV as well as untargeted metabolomics by UHPLC-HRMS and revealed a high level of chemical diversity among the assessed wild accessions. In particular, analysis of volatile compounds revealed the presence of some minor but original compounds, such as aromadendrene, allo-aromadendrene, isoledene, β-guaiene, α-ylangene and β-pinene in some wild accessions; while analysis of phenolic compounds showed high content of β-acids in these wild accessions, up to 2.37% of colupulone. Genetic diversity of wild hops previously observed was hence supported by their chemical diversity. Sample soil analysis was also performed to get a pedological classification of these different collection sites. Results of the multivariate statistical analysis suggest that wild hops constitute a huge pool of chemical and genetic diversity of this species.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

Fermer

Highlights •50 wild hops from the North of France were genetically and chemically characterized. •Microsatellite-based study underlined high polymorphism among wild hop accessions. •Volatile compound analysis showed minor but original metabolites in wild hops. •Wild hops differ from commercial varieties in their high β-acid content and metabolomic diversity. •Multifactorial analysis suggested a potential terroir effect to explain this chemodiversity. The hop plant (Humulus lupulus L.) has been exploited for a long time for both its brewing and medicinal uses, due in particular to its specific chemical composition. These last years, hop cultivation that was in decline has been experiencing a renewal for several reasons, such as a craze for strongly hopped aromatic beers. In this context, the present work aims at investigating the genetic and chemical diversity of fifty wild hops collected from different locations in Northern France. These wild hops were compared to ten commercial varieties and three heirloom varieties cultivated in the same sampled geographical area. Genetic analysis relying on genome fingerprinting using 11 microsatellite markers showed a high level of diversity. A total of 56 alleles were determined with an average of 10.9 alleles per locus and assessed a significant population structure (mean pairwise FST = 0.29). Phytochemical characterization of hops was based on volatile compound analysis by HS-SPME GC-MS, quantification of the main prenylated phenolic compounds by UHPLC-UV as well as untargeted metabolomics by UHPLC-HRMS and revealed a high level of chemical diversity among the assessed wild accessions. In particular, analysis of volatile compounds revealed the presence of some minor but original compounds, such as aromadendrene, allo-aromadendrene, isoledene, β-guaiene, α-ylangene and β-pinene in some wild accessions; while analysis of phenolic compounds showed high content of β-acids in these wild accessions, up to 2.37% of colupulone. Genetic diversity of wild hops previously observed was hence supported by their chemical diversity. Sample soil analysis was also performed to get a pedological classification of these different collection sites. Results of the multivariate statistical analysis suggest that wild hops constitute a huge pool of chemical and genetic diversity of this species.

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2023Article de journal ER4

Auteurs : Vuillemin, Marie-E.; Waterlot, Christophe; Verdin, Anthony; Laclef, Sylvain; Cézard, Christine; Lesur, David; Sarazin, Catherine; Courcot, Dominique; Hadad, Caroline; Husson, Eric; Van-Nhien, Albert-Nguyen

Copper-uptake mediated by an ecofriendly zwitterionic ionic liquid: A new challenge for a cleaner bioeconomy

Dans: Journal of Environmental Sciences, vol. 130, p. 92-101, 2023, (ACL).

Résumé

@article{Vuillemin2023,

title = {Copper-uptake mediated by an ecofriendly zwitterionic ionic liquid: 

	A new challenge for a cleaner bioeconomy},

author = {Marie-E. Vuillemin and Christophe Waterlot and Anthony Verdin and Sylvain Laclef and Christine Cézard and David Lesur and Catherine Sarazin and Dominique Courcot and Caroline Hadad and Eric Husson and Albert-Nguyen Van-Nhien},

year  = {2023},

date = {2023-01-01},

journal = {Journal of Environmental Sciences},

volume = {130},

pages = {92-101},

abstract = {This study aims to investigate the ability of an imidazolium biobased Zwitterionic Ionic Liquids (ZILs) in enhancing the phytoavailability of copper from garden (G) and vineyard (V) soils using the model plant ryegrass. Uncontaminated and artificially contaminated CuSO4 soils, unamended and ZIL-amended soil modalities were designed. The copper/ZIL molar ratio (1/4) introduced was rationally established based on molecular modeling and on the maximal copper concentration in artificially contaminated soil. Higher accumulation of copper in the shoots was detected for the uncontaminated and copper contaminated ZIL amended V soils (18.9 and 23.3 mg.kg−1, respectively) contrary to G soils together with a ZIL concentration of around 3% w/w detected by LC-MS analyses. These data evidenced a Cu-accumulation improvement of 38 and 66% compared to non-amended V soils (13.6 and 13.9 mg.kg−1 respectively). ZIL would be mainly present under Cu(II)-ZIL4 complexes in the shoots. The impact on the chemical composition of shoot were also studied. The results show that depending on the soils modalitity, the presence of free copper and/or ZIL led to different chemical compositions in lignin and monomeric sugar contents. In the biorefinery context, performances of enzymatic hydrolysis of shoots were also related to the presence of both ZIL and copper under free or complex forms. Ecotoxicity assessment of the vineyard soil samples indicated that the quantity of copper and ZIL remaining in the soils had no significant toxicity. ZIL amendment in a copper-contaminated soil was demonstrated as being a promising way to promote the valorization of phytoremediation plants.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

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2023Article de journal ER4

Auteurs : Billmann, Madeleine; Hulot, Corinne; Pauget, Benjamin; Badreddine, Rabia; Papin, Arnaud; Pelfrêne, Aurélie

Oral bioaccessibility of PTEs in soils: A review of data, influencing factors and application in human health risk assessment

Dans: Science of the Total Environment, vol. 896, p. 165263, 2023, (ACL).

Liens

2023Article de journal ER4

Auteurs : O'Connor, Claire; Zeller, Bernarhd; Choma, Caroline; Delbende, François; Siah, Ali; Waterlot, Christophe; Andrianarisoa, Kasaina Sitraka

Trees in temperate alley-cropping systems develop deep fine roots 5 years after plantation: What are the consequences on soil resources?

Dans: Agriculture, Ecosystems & Environment, vol. 345, p. 108339, 2023.

Liens

2023Article de journal ER4

Auteurs : Hechelski, Marie; Louvel, Brice; Waterlot, Christophe

Influence of P-fertilizers on photosynthetic pigments and phytohormones of perennial ryegrass grown on co-contaminated soils

Dans: Plant Growth Regulation, vol. 102, no. 3, p. 659-668, 2023, (ACL).

Liens

2022Article de journal ER4

Auteurs : Schnackenberg, Ashley; Bidar, Géraldine; Bert, Valérie; Cannavo, Patrice; Détriché, Sébastien; Douay, Francis; Guenon, René; Jean-Soro, Liliane; Kohli, Alice; Lebeau, Thierry; Perronnet, Karen; Vidal-Beaudet, Laure; Waterlot, Christophe; Pelfrêne, Aurélie

Effects of Inorganic and Organic Amendments on the Predicted Bioavailability of As, Cd, Pb and Zn in Kitchen Garden Soils

Dans: Advances in Environmental and Engineering Research, vol. 3, p. 1 - 1, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Joimel, Sophie; Grard, Baptiste; Chenu, Claire; Cheval, Pénélope; Mondy, Samuel; Leli`evre, Mélanie; Auclerc, Apolline; Gonod, Laure Vieublé

One green roof type, one Technosol, one ecological community

Dans: Ecological Engineering, vol. 175, p. 106475, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Alvarado, Pablo; Gasch-Illescas, Antonia; Morel, Sylvie; Daghekharrat, Magd Bou; Moreno, Gabriel; Manjón, José Luis; Carteret, Xavier; Bellanger, Jean-Michel; Rapior, Sylvie; Gelardi, Matteo; Moreau, Pierre-Arthur

Amanita Section Phalloideae Species in the Mediterranean Basin: Destroying Angels Reviewed

Dans: Biology, vol. 11, no. 5, p. 770, 2022, (ACL).

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2022Article de journal ER4

Auteurs : Fotsing, Joséphine Kengne; Menbohan, Samuel Foto; Meyer, Albin; Leprêtre, Alain; Usseglio-Polatera, Philippe

Relationships between Physico-Chemical Parameters and Taxonomic Structure of Benthic Macroinvertebrate Assemblages in Streams of West Cameroon

Dans: Water, vol. 14, no. 9, p. 1490, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Leclercq-Dransart, Julie; Demuynck, Sylvain; Grumiaux, Fabien; Leprêtre, Alain; Lemière, Sébastien; Louvel, Brice; Pernin, Céline; Douay, Francis

Comparison of the interest of four types of organic mulches to reclaim degraded areas (Part 2): Microbial activities and abiotic factors

Dans: Ecological Engineering, vol. 182, p. 106694, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Guérin, Théo; Ghinet, Alina; Waterlot, Christophe

The phytoextraction power of Cichorium intybus L. on metal-contaminated soil: Focus on time- and cultivar-depending accumulation and distribution of cadmium, lead and zinc

Dans: Chemosphere, vol. 287, p. 132122, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Girod, Vincent; Houssier, Robin; Sahmer, Karin; Ghoris, Marie-José; Caby, Stéphanie; Melnyk, Oleg; Dissous, Colette; Senez, Vincent; Vicogne, Jérôme

A self-purifying microfluidic system for identifying drugs acting against adult schistosomes

Dans: Royal Society Open Science, vol. 9, no. 11, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Perez, Cédric; Lors, Christine; Erable, Benjamin

Methodological approaches for the structural, chemical, and microbial analysis of microbial biofilms developed on the surface of cementitious materials : Overview and future prospects

Dans: International Biodeterioration & Biodegradation, vol. 175, p. 105485, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Luyckx, Marie; Blanquet, Mathilde; Isenborghs, Arnaud; Guerriero, Gea; Bidar, Géraldine; Waterlot, Christophe; Douay, Francis; Lutts, Stanley

Impact of Silicon and Heavy Metals on Hemp (Cannabis sativa L.) Bast Fibres Properties: An Industrial and Agricultural Perspective

Dans: International Journal of Environmental Research, vol. 16, no. 5, p. 82, 2022, (ACL).

Liens

2022Article de journal ER4

Auteurs : Khalife, Sara; Resendiz-Sharpe, Agustin; Lagrou, Katrien; Fréalle, Emilie

Molecular identification and azole susceptibility testing of Aspergillus section Fumigati isolated from soil samples in Lebanon

Dans: Journal of Medical Mycology, vol. 32, no. 2, p. 101242, 2022, ISSN: 1156-5233, (ACL).

Liens

2022Article de journal ER4

Auteurs : Al-Lami, Mariam-K.; Oustriere, Nadège; Gonzales, Eva; Burken, Joel-G.

Phytomanagement of Pb/Zn/Cu tailings using biosolids-biochar or -humus combinations: Enhancement of bioenergy crop production, substrate functionality, and ecosystem services

Dans: Science of The Total Environment, vol. 836, p. 155676, 2022, (ACL).

Résumé

@article{Al-Lami2022,

title = {Phytomanagement of Pb/Zn/Cu tailings using biosolids-biochar or -humus 	combinations: Enhancement of bioenergy crop production, substrate 	functionality, and ecosystem services},

author = {Mariam-K. Al-Lami and Nadège Oustriere and Eva Gonzales and Joel-G. Burken},

year  = {2022},

date = {2022-01-01},

urldate = {2022-01-01},

journal = {Science of The Total Environment},

volume = {836},

pages = {155676},

abstract = {The extreme characteristics of mine tailings generally prohibit microbial processes and natural plant growth. Consequently, vast and numerous tailings sites remain barren for decades and highly susceptible to windblown dust and water erosion. Amendment-assisted phytostabilization is a cost-effective and ecologically productive approach to mitigate the potential transport of residual metals. Due to the contrasting and complementary characteristics of biosolids (BS) and biochar (BC), co-application might be more efficient than individually applied. Studies considering BS and BC co-application for multi-metal tailings revegetation are scarce. As tailings revegetation is a multidimensional issue, clearly notable demand exists for a study that provides a comprehensive understanding on the co-application impact on interrelated properties of physicochemical, biological, mineral nitrogen availability, metal immobilization, water-soil interactions, and impacts on plant cultivation and biomass production. This 8-month greenhouse study aimed at investigating the efficacy of co-application strategies targeting BS and carbon-rich amendments (BC or humic substances (HS)) to phytomanage a slightly alkaline Pb/Zn/Cu tailings with bioenergy crops (poplar, willow, and miscanthus). A complementary assessment linking revegetation effectiveness to ecosystem services (ES) provision was also included. Owing to their rich nutrient and organic matter contents, BS had the most pronounced influence on most of the measured properties including physicochemical, enzyme activities, NH4+-N and NO3âˆ’-N availability, immobilization of Zn, Cu, and Cd, and biomass production. Co-applying with BC exhibited efficient nutrient release and was more effective than BS alone in reducing metal bioavailability and uptake particularly Pb. Poplar and willow exhibited more superior phytostabilization efficiency compared to miscanthus which caused acidification-induced metal mobilization, yet BC and BS co-application was effective in ameliorating this effect. Enhancement of ES and substrate quality index mirrored the positive effect of amendment co-application and plant cultivation. Co-applying HS with BS resulted in improved nutrient cycling while BC enhanced water purification and contamination control services.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

Fermer

The extreme characteristics of mine tailings generally prohibit microbial processes and natural plant growth. Consequently, vast and numerous tailings sites remain barren for decades and highly susceptible to windblown dust and water erosion. Amendment-assisted phytostabilization is a cost-effective and ecologically productive approach to mitigate the potential transport of residual metals. Due to the contrasting and complementary characteristics of biosolids (BS) and biochar (BC), co-application might be more efficient than individually applied. Studies considering BS and BC co-application for multi-metal tailings revegetation are scarce. As tailings revegetation is a multidimensional issue, clearly notable demand exists for a study that provides a comprehensive understanding on the co-application impact on interrelated properties of physicochemical, biological, mineral nitrogen availability, metal immobilization, water-soil interactions, and impacts on plant cultivation and biomass production. This 8-month greenhouse study aimed at investigating the efficacy of co-application strategies targeting BS and carbon-rich amendments (BC or humic substances (HS)) to phytomanage a slightly alkaline Pb/Zn/Cu tailings with bioenergy crops (poplar, willow, and miscanthus). A complementary assessment linking revegetation effectiveness to ecosystem services (ES) provision was also included. Owing to their rich nutrient and organic matter contents, BS had the most pronounced influence on most of the measured properties including physicochemical, enzyme activities, NH4+-N and NO3âˆ’-N availability, immobilization of Zn, Cu, and Cd, and biomass production. Co-applying with BC exhibited efficient nutrient release and was more effective than BS alone in reducing metal bioavailability and uptake particularly Pb. Poplar and willow exhibited more superior phytostabilization efficiency compared to miscanthus which caused acidification-induced metal mobilization, yet BC and BS co-application was effective in ameliorating this effect. Enhancement of ES and substrate quality index mirrored the positive effect of amendment co-application and plant cultivation. Co-applying HS with BS resulted in improved nutrient cycling while BC enhanced water purification and contamination control services.

Fermer

2022Article de journal ER4

Auteurs : Al-Souki, Karim-Suhail; Liné, Clarisse; Moravec, Jirí; Douay, Francis; Pourrut, Bertrand

Response of three Miscanthus x giganteus cultivars to toxic elements stress: Part 2, Comparison between two growing seasons

Dans: Plants, vol. 11, p. 945, 2022, (ACL).

Résumé

2022Article de journal ER4

Auteurs : Bagheri, Majid; He, Xiaolong; Al-Lami, Mariam-K.; Oustrière, Nadège; Liu, Wenyan; Limmer, Matt-A.; Shi, Honglan; Burken, Joel-G.

Assessing plant uptake of organic contaminants by food crops tomato, wheat, and corn through sap concentration factor

Dans: International Journal of Phytoremediation, 2022, (ACL).

Résumé

@article{Bagheri2022,

title = {Assessing plant uptake of organic contaminants by food crops tomato, 

	wheat, and corn through sap concentration factor},

author = {Majid Bagheri and Xiaolong He and Mariam-K. Al-Lami and Nadège Oustrière and Wenyan Liu and Matt-A. Limmer and Honglan Shi and Joel-G. Burken},

year  = {2022},

date = {2022-01-01},

journal = {International Journal of Phytoremediation},

abstract = {This study investigated uptake of two organic compounds including hexahydro-1,3,5-trinitro-1,3,5-triazine (RDX) and exogenous caffeine by tomato (Solanum lycopersicum L.), corn (Zea mays L.), and wheat (Triticum aestivum L.). The plants were grown in a growth chamber under recommended conditions and then were exposed to these compounds for 19 days. The uptake of the compounds was measured by sap concentration factor. The plant samples (stem transpiration stream) and solution in the exposure media were taken and analyzed by high performance liquid chromatography-tandem mass spectrometry. The plant stem samples were analyzed after a freeze-thaw centrifugation process. The average sap concentration factor for the RDX by tomato, wheat, and corn was 0.71, 0.67, and 0.65. The average sap concentration factor for the exogenous caffeine by tomato, wheat, and corn was 0.72, 0.50, and 0.34. These relatively high sap concentration factor values were expected as available predictive models offer high sap concentration factor values for moderately hydrophobic and hydrophilic compounds. The generated sap concentration factor values for the RDX and exogenous caffeine are important for improving the accuracy of previously developed machine learning models predicting the uptake and translocation of emerging contaminants. 

NOVELTY STATEMENT The uptake of two organic compounds (RDX and exogenous caffeine) was examined in three crop plants (corn, wheat, and tomato). There have not been any uptake studies on exogenous caffeine and also we do not have good data for the uptake of RDX by these three crop plants. The estimated sap concentration factor from these experiments fills the gap in the data for developing predictive models for uptake of emerging contaminants. A novel rapid freeze–thaw/centrifugation extraction method followed by high performance liquid chromatography-tandem mass spectrometry (HPLC-MS/MS) was used to analyze the samples.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

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2022Conférence ER4

Auteurs : Cheval, Pénélope; Vandoorne, Bertrand; Douay, Francis; Pruvot, Christelle; Pelfrêne, Aurélie

Construction of functional and fertile Technosols from materials, waste and by-products for use in biointensive micro-gardening

Soil Science, Crossing Boundaries, Changing Society (22 WCSS), 31 July-5August 2022, Glasgow (Scotland, United Kingdom), 2022, (ACTI).

Résumé

@conference{Cheval2022,

title = {Construction of functional and fertile Technosols from materials, 

	waste and by-products for use in biointensive micro-gardening},

author = {Pénélope Cheval and Bertrand Vandoorne and Francis Douay and Christelle Pruvot and Aurélie Pelfrêne},

year  = {2022},

date = {2022-01-01},

booktitle = {Soil Science, Crossing Boundaries, Changing Society (22 WCSS), 31 

	July-5August 2022, Glasgow (Scotland, United Kingdom)},

abstract = {Soil is a limited resource subject to multiple pressures. Soil degradation sometimes leads to the loss of its functions, which is an irreversible process on a lifetime scale. The area covered by fertile soil decreases as it is exposed to anthropogenic activities. To meet the demand for the reconnection to food production in cities, it appears interesting to conceive functional Technosols using materials, waste, and by-products instead of extracting and transporting natural fertile soils. Technosols are soils with at least 20% of artifacts, a geomembrane or a technic hard rock. In the present work, two Technosols were designed and tested in a greenhouse experiment for a bio-intensive micro-gardening use. Their conception was based on the physico-chemical characteristics of soils known for their high agronomic potential for vegetable growing, as well as on the selection of available materials whose characteristics met the expectations. For one year, three aspects were studied to assess the ability of Technosols to support the production of food biomass. These include the pedological component by measuring the physico-chemical parameters of the Technosols; the biological component comprising several bio-indicator organisms of the soil fauna as well as ecophysiological indicators of the crops (photosynthetic and nitrogenous status) and their development; and the ecological engineering component by studying the ability of an ecosystem engineers to improve the fertility of the Technosols. After a few months, some pedogenetic processes were initiated and the indicators selected to evaluate the fertility of the constructed Technosols showed a good potential to support vegetable crops.},

note = {ACTI},

keywords = {ER4},

pubstate = {published},

tppubtype = {conference}

}

Fermer

2022Conférence ER4

Auteurs : Cheval, Pénélope; Vandoorne, Bertrand; Douay, Francis; Pruvot, Christelle; Pelfrêne, Aurélie

Using constructed Technosols for urban bio-intensive market gardening: assessment of their habitat and food biomass production function

11th Conference on Soils of Urban, Industrial, Traffic and Mining Areas (SUITMA), 5-9 September 2022, Berlin (Germany), 2022, (ACTI).

Résumé

@conference{Cheval2022a,

title = {Using constructed Technosols for urban bio-intensive market gardening: 

	assessment of their habitat and food biomass production function},

author = {Pénélope Cheval and Bertrand Vandoorne and Francis Douay and Christelle Pruvot and Aurélie Pelfrêne},

year  = {2022},

date = {2022-01-01},

booktitle = {11th Conference on Soils of Urban, Industrial, Traffic and Mining 

	Areas (SUITMA), 5-9 September 2022, Berlin (Germany)},

abstract = {Soil is an essential component of terrestrial ecosystems as it provides many functions and ecosystem services. Soil is the product of various physical, chemical, and biological processes that take place over thousands to millions of years. As a result, soil is a non-renewable resource on a human lifetime scale. In urban areas, soil undergoes many anthropogenic pressures resulting from land development, which sometimes leads to a degradation of its quality along with a partial or total loss of its functions and ecosystem services. Consequently, the areas covered by fertile soils in urban and peri-urban environments are decreasing as they are reclaimed. Urban land-use policy is evolving and aims to enhance projects that reconnect food production in urban areas. As cities have available unused materials, wastes and by-products, it seems interesting to consider using them for the conception of Technosols for urban vegetable production. Technosols are soils with at least 20% of artifacts, a geomembrane, or a technic hard rock. In the present work, two constructed Technosols were designed and tested in a greenhouse experiment for market gardening. Their conception was based on the physico-chemical characteristics of soils known for their high agronomic potential for vegetable growing, as well as on the selection of available materials whose characteristics met the expectations (e.g., uncontaminated materials, locally available and sustainably supplied). During a one-year period, three aspects were studied to evaluate the capacity of the Technosols to ensure habitat (for specific soil fauna organisms selected regarding their ability to be suitable indicators of the quality of their environment) and food biomass production functions. First, the pedological component was examined by measuring the physico-chemical parameters of the Technosols; secondly the study focused on the characterization of the biological component, comprising several bio-indicator organisms of the soil fauna as well as eco-physiological indicators of the crops (photosynthetic and nitrogenous status) and their development; finally, the ecological engineering component was analyzed by studying the ability of an ecosystem engineer (Lumbricus terrestris) to improve the fertility of the Technosols. After a few months, some pedogenetic processes were initiated (e.g., settlement, weathering of parent materials) and the indicators selected to evaluate the fertility of the constructed Technosols (physico-chemical and biological parameters) showed a good potential to support vegetable crops. Upon establishment of the constructed Technosols, some of the selected soil fauna bioindicators were also able to sustain their fitness, suggesting the initiation of a future trophic web.},

note = {ACTI},

keywords = {ER4},

pubstate = {published},

tppubtype = {conference}

}

Fermer

Soil is an essential component of terrestrial ecosystems as it provides many functions and ecosystem services. Soil is the product of various physical, chemical, and biological processes that take place over thousands to millions of years. As a result, soil is a non-renewable resource on a human lifetime scale. In urban areas, soil undergoes many anthropogenic pressures resulting from land development, which sometimes leads to a degradation of its quality along with a partial or total loss of its functions and ecosystem services. Consequently, the areas covered by fertile soils in urban and peri-urban environments are decreasing as they are reclaimed. Urban land-use policy is evolving and aims to enhance projects that reconnect food production in urban areas. As cities have available unused materials, wastes and by-products, it seems interesting to consider using them for the conception of Technosols for urban vegetable production. Technosols are soils with at least 20% of artifacts, a geomembrane, or a technic hard rock. In the present work, two constructed Technosols were designed and tested in a greenhouse experiment for market gardening. Their conception was based on the physico-chemical characteristics of soils known for their high agronomic potential for vegetable growing, as well as on the selection of available materials whose characteristics met the expectations (e.g., uncontaminated materials, locally available and sustainably supplied). During a one-year period, three aspects were studied to evaluate the capacity of the Technosols to ensure habitat (for specific soil fauna organisms selected regarding their ability to be suitable indicators of the quality of their environment) and food biomass production functions. First, the pedological component was examined by measuring the physico-chemical parameters of the Technosols; secondly the study focused on the characterization of the biological component, comprising several bio-indicator organisms of the soil fauna as well as eco-physiological indicators of the crops (photosynthetic and nitrogenous status) and their development; finally, the ecological engineering component was analyzed by studying the ability of an ecosystem engineer (Lumbricus terrestris) to improve the fertility of the Technosols. After a few months, some pedogenetic processes were initiated (e.g., settlement, weathering of parent materials) and the indicators selected to evaluate the fertility of the constructed Technosols (physico-chemical and biological parameters) showed a good potential to support vegetable crops. Upon establishment of the constructed Technosols, some of the selected soil fauna bioindicators were also able to sustain their fitness, suggesting the initiation of a future trophic web.

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2022Article de journal ER4

Auteurs : Dufrénoy, Pierrick; Hechelski, Marie; Daïch, Adam; Farce, Amaury; Lipka, Emmanuelle; Dubois, Joëlle; Waterlot, Christophe; Ghinet, Alina

Green synthesis of a new series of pyroglutamides targeting human farnesyltransferase

Dans: Sustainable Chemistry and Pharmacy, vol. 30, p. 100894, 2022, (ACL).

Résumé

@article{Dufrenoy2022,

title = {Green synthesis of a new series of pyroglutamides targeting human 

	farnesyltransferase},

author = {Pierrick Dufrénoy and Marie Hechelski and Adam Daïch and Amaury Farce and Emmanuelle Lipka and Joëlle Dubois and Christophe Waterlot and Alina Ghinet},

year  = {2022},

date = {2022-01-01},

journal = {Sustainable Chemistry and Pharmacy},

volume = {30},

pages = {100894},

abstract = {Pyroglutamide derivatives have emerged as promising inhibitors of human farnesyltransferase (FTIs), an important target in oncology and also in rare diseases such as Hutchinson-Gilford progeria syndrome (HGPS). This report describes the chemical efforts to enrich the pyroglutamide series using greener and recyclable catalysts. The central reaction studied was an amidation between methyl pyroglutamates or vinylogues and amines. Ten catalysts have been tested in this amidation reaction: two classical Lewis acids (ZnCl2, ZrCl4), four impregnated montmorillonite K10 with ZnCl2 namely Cat1, Cat2, Cat3 and Cat4 (not activated, activated at 120 °C, 280 °C and 500 °C, respectively) and four montmorillonites K10 (commercial montmorillonite K10 not activated, activated at 120 °C, 280 °C and 500 °C). The most efficient catalyst was Cat4. The recyclability of Cat4 over five synthesis runs has been successfully tested. Twenty-six amides were synthesized and screened for their potential to inhibit human farnesyltransferase. Four points of chemical modulation around the pyrrolidine-2-one ring have been realized allowing to complete structure-activity relationships in these series. The study revealed several potent inhibitors targeting human farnesyltransferase in vitro with IC50 values in the submicromolar range and down to 30 nM. The docking of compounds in the active site of FTase highlighted that the S-isomers of pyroglutamides had good affinity. This study propels pyroglutamide derivatives as promising candidates for future functionality assays and in vivo evaluation.},

note = {ACL},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

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2022Article de journal ER2, ER4

Auteurs : Guérin, Théo; Oustrière, Nadège; Bulteel, David; Betrancourt, Damien; Ghinet, Alina; Malladi, Sandhya; Kaleo-Bioh, Justice-G.; Blanc-Brude, Amaury; Pappoe, Abraham; Waterlot, Christophe

Removal of heavy metals from contaminated water using industrial wastes containing calcium and magnesium

Dans: Journal of Cleaner Production, vol. 337, p. 130472, 2022, (ACL).

Résumé

@article{Guerin2022,

title = {Removal of heavy metals from contaminated water using industrial 	wastes containing calcium and magnesium},

author = {Théo Guérin and Nadège Oustrière and David Bulteel and Damien Betrancourt and Alina Ghinet and Sandhya Malladi and Justice-G. Kaleo-Bioh and Amaury Blanc-Brude and Abraham Pappoe and Christophe Waterlot},

year  = {2022},

date = {2022-01-01},

urldate = {2022-01-01},

journal = {Journal of Cleaner Production},

volume = {337},

pages = {130472},

abstract = {Two industrial wastes (IW1 and IW2) were investigated as potential sorbents to retain cadmium and lead from contaminated water. The sorption experiments have been conducted through lab-engineered cartridge filtration system in order to get as close as possible to industrial processes. The effectiveness of IW1 and IW2 were compared to that of activated charcoal NoritÂ® (AC), the best-known matrix for its excellent retention capacity. The sorption isotherms of metals on the three solid sorbents (IW1, IW2 and AC) were built, and then mathematically modelled. Free Gibbs energy (Î”GÂ°) of the sorption processes as well as the equilibrium parameter (RL) have been calculated for each pollutant-sorbent couple. The study revealed that: i) for cadmium sorption, IW2 was much more effective than IW1 and especially than AC (18-fold higher in term of maximal sorption capacity); ii) if IW2 was slightly less effective than AC to retain lead, it can be still considered as an interesting sorbent due to its low cost; iii) the sorption of cadmium was as spontaneous on AC as on IW1, and almost half as much on IW2; iv) regarding lead retention, the sorption on the three sorbents was spontaneous; (v) the retention of cadmium and lead was mainly explained by precipitation since otavite, cerussite and hydrocerussite were identified and characterized by X-ray diffraction of used sorbents. The study showed that the industrial wastes studied stood out as new efficient materials with sorption power equal to or greater than the reference material AC. The prospect of a new generation of industrial wastes with lasting efficiency as contaminated water depollution agents comes at a key moment in the search for new perspectives in the circular economy.},

note = {ACL},

keywords = {ER2, ER4},

pubstate = {published},

tppubtype = {article}

}

Fermer

2022Conférence ER4

Auteurs : Janus, Adeline; Ghinet, Alina; Waterlot, Christophe

Synthesis of bio-sourced catalysts from ryegrass produced on the metallurgical sites for the synthesis of therapeutic molecules: a possible option? Feedback from the NEW-REGENERATIS project

International Conference on Soils, Sediments and water (InterSoil'2022), 5-6 October, Bruxelles (Belgium), 2022, (ACTI).

2022Article de journal ER4

Auteurs : Mikajlo, Irina; Pourrut, Bertrand; Louvel, Brice; Hynst, Jaroslav; Zahora, Jaroslav

Plant-soil nitrogen, carbon and phosphorus content after the addition of biochar, bacterial inoculums and nitrogen fertilizer

Dans: Journal of Plant Nutrition, p. 1-15, 2022, (ACL).

Résumé

2022Conférence ER4

Auteurs : Ofori-Agyemang, Felix; Waterlot, Christophe; Mench, Michel; Oustrière, Nadège

Optimization of phytomanagement strategies on soils contaminated with metals (Cd, Pb, Zn) to provide biomass for clean biofuel production – Experience from a pot trial

21st International Conference- Exhibition on Soils, Sediments and Water (INTERSOL), 21-23 June, Lyon, 2022, (ACTI).

2022Conférence ER4

Auteurs : Ofori-Agyemang, Felix; Waterlot, Christophe; Mench, Michel; Oustrière, Nadège

Optimizing phytomanagement strategies on a metal (Cd, Pb, Zn, and Cu)-contaminated soil to provide biomass for clean biofuel production – progress from pot trial to Cd and Zn mixture

8th European Bioremediation Conference, 12-17 June, Chania (Greece), 2022, (ACTI).

2022Conférence ER4

Auteurs : Ozaki, Shinji; Douay, Francis; Détriché, Sébastien; Raoul, Francis; Scheifler, Renaud; Fritsch, Clémentine

Thirteen years after: dynamics of trace metals in free-ranging small mammals related to soil aging (2006-2019)

SETAC Europe 33nd annual meeting, 15-19 May 2022, Copenhagen (Denmark), 2022, (ACTI).

2022Conférence ER4

Auteurs : Pelfrêne, Aurélie

Bioaccessibilité des polluants : Apport à l’évaluation de l’exposition des populations vivant sur des sites contaminés

Cérémonie d’entrée des nouveaux associés de la SCIC Crisalid, 31 mai 2022, 2022, (COM).

2022Conférence ER4

Auteurs : Schnackenberg, Ashley; Bidar, Géraldine; Bert, Valérie; Cannavo, Patrice; Détriché, Sébastien; Douay, Francis; Guenon, René; Jean-Soro, Liliane; Kohli, Alice; Lebeau, Thierry; Perronnet, Karen; Vidal-Beaudet, Laure; Waterlot, Christophe; Pelfrêne, Aurélie

Effects of amendments on the mobility, bioaccessibility, and phytoavailability of As, Cd, Pb, and Zn in contaminated urban kitchen garden soils

11th Conference on Soils of Urban, Industrial, Traffic and Mining Areas (SUITMA), 5-9 September 2022, Berlin (Germany), 2022, (ACTI).

Résumé

@conference{Schnackenberg2022,

title = {Effects of amendments on the mobility, bioaccessibility, and phytoavailability of As, Cd, Pb, and Zn in contaminated urban kitchen garden soils},

author = {Ashley Schnackenberg and Géraldine Bidar and Valérie Bert and Patrice Cannavo and Sébastien Détriché and Francis Douay and René Guenon and Liliane Jean-Soro and Alice Kohli and Thierry Lebeau and Karen Perronnet and Laure Vidal-Beaudet and Christophe Waterlot and Aurélie Pelfrêne},

year  = {2022},

date = {2022-01-01},

booktitle = {11th Conference on Soils of Urban, Industrial, Traffic and Mining Areas (SUITMA), 5-9 September 2022, Berlin (Germany)},

abstract = {Urban gardening is a growing trend that responds to the need for nature in cities, a growing movement towards healthy and sustainable eating and food production, and difficult economic and societal contexts. Both private and community gardens in these areas are often on urban wastelands, along roads, highways, or railways, near industrial sites, and have even sometimes earned the term “guerrilla gardens” for their lack of agronomic regulation. In France, many urban gardens are associated with varying levels of inorganic contaminants hailing from anthropogenic activity or geogenic metal(loid) presence. Moderately metal(loid)- contaminated urban kitchen garden soils can benefit from gentle remediation options including the use of soil amendments, which are able to improve soil function and agronomic quality while decreasing environmental and human health risk. This study first analyses the effects of common doses of a various commercialized soil amendments on the mobility of metalloid(s) in contaminated urban kitchen garden soils. Fourteen different amendments and amendment mixes were tested on three kitchen garden soils with diverse sources of anthropogenic or geogenous contamination and varying physico-chemical characteristics. Amendments from four differing categories were tested, including i) organic amendments like composts, ii) natural fertilizers such as bone meal, crushed horn, and organic poultry manure fertilizer, iii) calcareous amendments including two different limes, and iv) natural siliceous and alumino-silicate amendments, including diatomaceous earth and zeolite. Amendments at varying common doses were evaluated via chemical extractions on their ability to reduce the mobility of metallic elements after multiple weeks of maturation at a constant humidity and temperature. The most pertinent of these amendments were then chosen to be tested in conjunction with a vegetal model grown upon the amended soils in greenhouse conditions. 05.09.– 09.09 2022 Berlin, Germany Changes in physico-chemical soil characteristics, mobility and bioaccessibility of metal(loid)s in the soil, and phytoavailability in the lettuce were then tested. Mobility and bioaccessible metal(loid)s were evaluated with 0.05 M EDTA buffered at a pH of 7, an ammonium nitrate extraction, a 4-phase sequential extraction, and a UBM bioaccessibility test. Phytoavailability was determined using pseudo-total soil and plant metal(loid) contents. The study results show that it is possible to reduce both extractable and phytoavailable metal(oid)s with amendment addition. However, variable effects are seen according to the contaminated soil tested, and differences arise in the presence of a plant model.},

note = {ACTI},

keywords = {ER4},

pubstate = {published},

tppubtype = {conference}

}

Fermer

Urban gardening is a growing trend that responds to the need for nature in cities, a growing movement towards healthy and sustainable eating and food production, and difficult economic and societal contexts. Both private and community gardens in these areas are often on urban wastelands, along roads, highways, or railways, near industrial sites, and have even sometimes earned the term “guerrilla gardens” for their lack of agronomic regulation. In France, many urban gardens are associated with varying levels of inorganic contaminants hailing from anthropogenic activity or geogenic metal(loid) presence. Moderately metal(loid)- contaminated urban kitchen garden soils can benefit from gentle remediation options including the use of soil amendments, which are able to improve soil function and agronomic quality while decreasing environmental and human health risk. This study first analyses the effects of common doses of a various commercialized soil amendments on the mobility of metalloid(s) in contaminated urban kitchen garden soils. Fourteen different amendments and amendment mixes were tested on three kitchen garden soils with diverse sources of anthropogenic or geogenous contamination and varying physico-chemical characteristics. Amendments from four differing categories were tested, including i) organic amendments like composts, ii) natural fertilizers such as bone meal, crushed horn, and organic poultry manure fertilizer, iii) calcareous amendments including two different limes, and iv) natural siliceous and alumino-silicate amendments, including diatomaceous earth and zeolite. Amendments at varying common doses were evaluated via chemical extractions on their ability to reduce the mobility of metallic elements after multiple weeks of maturation at a constant humidity and temperature. The most pertinent of these amendments were then chosen to be tested in conjunction with a vegetal model grown upon the amended soils in greenhouse conditions. 05.09.– 09.09 2022 Berlin, Germany Changes in physico-chemical soil characteristics, mobility and bioaccessibility of metal(loid)s in the soil, and phytoavailability in the lettuce were then tested. Mobility and bioaccessible metal(loid)s were evaluated with 0.05 M EDTA buffered at a pH of 7, an ammonium nitrate extraction, a 4-phase sequential extraction, and a UBM bioaccessibility test. Phytoavailability was determined using pseudo-total soil and plant metal(loid) contents. The study results show that it is possible to reduce both extractable and phytoavailable metal(oid)s with amendment addition. However, variable effects are seen according to the contaminated soil tested, and differences arise in the presence of a plant model.

Fermer

2022Article de journal ER4

Auteurs : Vuillemin, Marie; Waterlot, Christophe; Verdin, Anthony; Laclef, Sylvain; Cézard, Christine; Lesur, David; Sarazin, Catherine; Courcot, Dominique; Hadad, Caroline; Husson, Eric; Nguyen-van-Nhien, Albert

Combining Phytoremediation and Biorefinery Strategies Assisted by an Ecofriendly Zwitterionic Ionic Liquid: A New Challenge for a Cleaner Bioeconomy

Dans: SSRN, p. 27pp, 2022, (ACLO).

Résumé

@article{Vuillemin2022,

title = {Combining Phytoremediation and Biorefinery Strategies Assisted by 

	an Ecofriendly Zwitterionic Ionic Liquid: A New Challenge for a Cleaner 

	Bioeconomy},

author = {Marie Vuillemin and Christophe Waterlot and Anthony Verdin and Sylvain Laclef and Christine Cézard and David Lesur and Catherine Sarazin and Dominique Courcot and Caroline Hadad and Eric Husson and Albert Nguyen-van-Nhien},

year  = {2022},

date = {2022-01-01},

journal = {SSRN},

pages = {27pp},

abstract = {This study aims to investigate the ability of an imidazolium biobased Zwitterionic Ionic Liquids (ZILs) in enhancing the phytoextraction of copper from garden and vineyard soils using the model plant ryegrass (Lolium perenne L.). The copper/ZIL molar ratio (1/4) introduced was rationally established based on molecular modeling and on the maximal copper concentration in artificially contaminated soil. Higher accumulation of copper in the shoots was detected for the uncontaminated and copper contaminated ZIL amended soils (18.9 and 23.3 mg.kg-1, respectively) together with a similar ZIL concentration of around 3% w/w detected by LC-MS analyses. These data evidenced a phytoextraction improvement of 38 and 66% compared to non-amended soils. ZIL would be mainly present under Cu(II)-ZIL4 complexes in the shoots. However depending on the soil modalities, the presence of free copper and/or free ZIL led to different chemical compositions in lignin and monomeric sugar contents. In the biorefinery context, performances of enzymatic hydrolysis of shoots were related to the presence of both ZIL and copper under free or complex forms. Ecotoxicity of the different soils indicated that the quantity of copper and ZIL remaining in the soils had no significant toxicity. ZIL amendment in a copper-contaminated soil was demonstrated as being a promising way to promote the valorization of phytoremediation plants.},

note = {ACLO},

keywords = {ER4},

pubstate = {published},

tppubtype = {article}

}

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