Search results for "herb"

showing 10 items of 856 documents

L'azote pour contrôler la croissance des mauvaises herbes

2018

azote[SDE] Environmental Sciencesmauvaise herbeExpérimentarium
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Impact of Leptospermone, a Natural β-Triketone Herbicide, on the Fungal Composition and Diversity of Two Arable Soils

2019

International audience; Impact of leptospermone, a β-triketone bioherbicide, was investigated on the fungal community which supports important soil ecological functions such as decomposition of organic matter and nutrients recycling. This study was done in a microcosm experiment using two French soils, Perpignan (P) and Saint-Jean-de-Fos (SJF), differing in their physicochemical properties and history treatment with synthetic β-triketones. Soil microcosms were treated with leptospermone at recommended dose and incubated under controlled conditions for 45 days. Untreated microcosms were used as control. Illumina MiSeq sequencing of the internal transcribed spacer region of the fungal rRNA re…

bioherbicide[SDV.MP]Life Sciences [q-bio]/Microbiology and Parasitologyfungal communityMicrobiologyleptospermonemicrobial ecotoxicologyOriginal Researchsoil
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Impact of Leptospermone, a Natural β-Triketone Herbicide, on the Fungal Composition and Diversity of Two Arable Soils

2019

Impact of leptospermone, a β-triketone bioherbicide, was investigated on the fungal community which supports important soil ecological functions such as decomposition of organic matter and nutrients recycling. This study was done in a microcosm experiment using two French soils, Perpignan (P) and Saint-Jean-de-Fos (SJF), differing in their physicochemical properties and history treatment with synthetic β-triketones. Soil microcosms were treated with leptospermone at recommended dose and incubated under controlled conditions for 45 days. Untreated microcosms were used as control. Illumina MiSeq sequencing of the internal transcribed spacer region of the fungal rRNA revealed significant chang…

bioherbicidelcsh:QR1-502fungal communityleptospermonemicrobial ecotoxicologylcsh:MicrobiologysoilFrontiers in Microbiology
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Bandes enherbées, biodiversité mais sans danger

2011

National audience

biologie des populations[SDV] Life Sciences [q-bio][SDE] Environmental Sciences[SDV]Life Sciences [q-bio][SDE]Environmental Sciencesservices ecosystémiquesbandes enherbéesComputingMilieux_MISCELLANEOUSbiodiversité
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Typification of Dioscorea communis and its synonym Tamus communis var. subtriloba (Dioscoreaceae)

2016

The typification of Dioscorea communis (≡ Tamus communis, Dioscoreaceae) is discussed. The designation of the nomenclatural type is based on the consultation of Linnaeus’s original material preserved at LINN, the Clifford Herbarium at BM, the Herbarium Joachim Burser at UPS, and the literature cited in the protologue. The name is lectotypified using a herbarium sheet preserved at LINN. A lectotype is also selected for the name Tamus communis var. subtriloba, from a specimen preserved at the Gussone’s herbarium at NAP.

biology010405 organic chemistryDioscoreaceaePlant Sciencebiology.organism_classification01 natural sciences0104 chemical sciences010404 medicinal & biomolecular chemistryType (biology)HerbariumSynonym (taxonomy)BotanyTypificationNomenclatureEcology Evolution Behavior and SystematicsTamus communisPhytotaxa
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Phytotoxic effects of commercial essential oils on selected vegetable crops: Cucumber and tomato

2020

Abstract Essential oils of Origanum vulgare L., Rosmarinus officinalis L., Thymus mastichina L., Ocimum basilicum L., Melaleuca alternifolia Maiden & Betche ex Cheel, Eucalyptus globulus Labill., Gaultheria procumbens L. and Origanum majorana L., with herbicidal effects at different doses (0.125, 0.250, 0.50 and 1 μL/mL) were tested against Cucumis sativus L. and Solanum lycopersicum L., in order to ensure their harmlessness against these Mediterranean food crops. Oregano (carvacrol 60.42%) was the most damaging essential oil, exhibiting a dose-dependent phytotoxic activity against the seed germination and seedling growth of cucumber and tomato, whereas rosemary (1,8-cineole 24.95%, camphor…

biology010405 organic chemistryMelaleuca alternifoliaPharmaceutical ScienceOriganumManagement Monitoring Policy and Law010402 general chemistrybiology.organism_classification01 natural sciencesPollution0104 chemical scienceslaw.inventionHorticulturechemistry.chemical_compoundchemistrySeedlinglawRadicleEnvironmental ChemistryCarvacrolBioherbicideCucumisEssential oilSustainable Chemistry and Pharmacy
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New oxygenated eudesmanolides from artemisia herba-alba

1990

Abstract The aerial parts of Artemisia herba-alba Asso subsp.valentina Lam. (Asteraceae) yielded the new eudesmanolides 1-11 and the new sesquiterpene-monoterpene adducts 12-13. The absolute configuration of compound 6 was confirmed with the aid of X-ray diffraction analysis. Some aspects of the thermal and photochemical reactivity of 2,4-cyclohexadienones are discussed.

biologyArtemisia herba-albaStereochemistryChemistryMonoterpeneOrganic ChemistryAbsolute configurationAsteraceaebiology.organism_classificationSesquiterpeneBiochemistrychemistry.chemical_compoundDrug DiscoveryArtemisiaOrganic chemistryPhotochemical reactivityThermal reactionTetrahedron
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Typification of two Linnaean names: Centaurea aspera and Centaurea isnardii (Asteraceae)

2014

The typification of the names Centaurea aspera L. and C. isnardii L. (Asteraceae) is discussed. A lectotype for C. aspera is designated from original material conserved in UPS-BURSER (Joachim Burser Herbarium). Centaurea isnardii is typified by an illustration of Isnard (1719) confirming this name as a synonym of C. aspera subsp. aspera.

biologyAsteralesBiodiversityPlant ScienceAsteraceaeAsteraceaebiology.organism_classificationTracheophytaMagnoliopsidaHerbariumSynonym (taxonomy)CentaureaBotanyCentaurea asperaTypificationPlantaeEcology Evolution Behavior and SystematicsTaxonomyPhytotaxa
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Tipificación de Inula montana L. (Asteraceae)

2014

Ferrer-Gallego, P., E. Laguna, R. Rosello, J. Gomez & J. B. Peris (2014). Typification of Inula montana L. (Asteraceae). Candollea 69: 5–8. In Spanish, English and French abstracts.The name Inula montana L. (Asteraceae) is lecto- and epitypified. The designated lectotype corresponds to an icon from Robert Morison published in 1699 and the epitype to a plant specimen collected by Morison and conserved at OXF (Morisonian Herbarium).

biologyAsteralesPlant specimenPlant ScienceBiodiversityAsteraceaeInula montanaAsteraceaebiology.organism_classificationTracheophytaMagnoliopsidaHerbariumGeographyBotanyTypificationPlantaeEcology Evolution Behavior and SystematicsTaxonomy
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Electrochemical ecology: VIMP monitoring of plant defense against external stressors

2015

The use of the voltammetry of immobilized particles (VIMP) approach, by means of the voltammetric response of microparticulate films from ethanolic leaf extracts in contact with aqueous electrolytes and direct contact probe leaf voltammetry, to monitor the defense of plants against external stressors is described. This approach is applied to study the chemical communication between plants of Peperomia obtusifolia A. Dietr. submitted to herbivory by the beetle Monoplatus sp.

biologyChemistryGeneral Chemical EngineeringEcology (disciplines)General ChemistryAqueous electrolyteMonoplatusElectrochemistrybiology.organism_classificationChemical communicationVOLTAMETRIAEnvironmental chemistryPlant defense against herbivoryPeperomia obtusifoliaVoltammetryRSC Advances
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