10.1594/PANGAEA.954752Reiff, Jo MarieJo MarieReiff0000-0002-5794-0189Sudarsan, KeerthiKeerthiSudarsanHoffmann, ChristophChristophHoffmann0000-0001-8364-751XEntling, Martin HMartin HEntling0000-0002-3947-6407PANGAEA2023Sample IDSiteVarietyTreatmentHazard quotientNumber of individualsArthropoda, number of familiesCarnivoreDetrivoreFungivoreHaematophagesHerbivoreUnknown feeding guildNectarivoreOmnivorePalynivoreParasiteParasitoidLobesia botrana, eggsAraneaeColeopteraDipteraHemipteraHymenopteraLepidopteraPsocopteraOpilionesNeuropteraAcanthosomatidaeAcartophthalmidaeAeolothripidaeAgaonidaeAgelenidaeAgromyzidaeAmaurobiidaeAnobiidaeAnthicidaeAnthocoridaeAnthomyiidaeAnthribidaeAnyphaenidaeAnystidaeAphididaeAphrophoridaeApidaeApionidaeAraneidaeAsteiidaeAtelestidaeAttelabidaeBaetidaeCunaxidaeBerytidaeBethylidaeBibionidaeBlattellidaeBraconidaeBruchidaeCaeciliusidaeCamillidaeCantharidaeCarabidaeCecidomyiidaeCeraphronidaeCeratopogonidaeChalcididaeChamobatidaeCheiracanthiidaeChernetidaeChironomidaeChloropidaeChryptophagidaeChrysididaeChrysomelidaeChrysopidaeCicadellidaeCixiidaeCleridaeClubionidaeCoccinellidaeColeophoridaeColletidaeCoreidaeCrambidaeCurculionidaeCynipidaeDasytidaeDelphacidaeDiapriidaeDictynidaeDolichopodidaeDrosophilidaeEctobiidaeEctopsocidaeElasmidaeElateridaeElipsocidaeEmpididaeEncyrtidaeEntomobryidaeEpermeniidaeEphydridaeErebidaeEriosomatidaeEucnemidaeEucoilidaeEulophidaeEupelmidaeEurytomidaeFanniidaeFigitidaeForficulidaeFormicidaeGeometridaeGnaphosidaeGracillariidaeHalictidaeHaliplidaeHemerobiidaeHepialidaeIchneumonidaeIsotomidaeKateretidaeLachesillidaeLatridiidaeLauxaniidaeLimnephilidaeLinyphiidaeLycaenidaeLycosidaeLygaeidaeMalachiidaeMeconematidaeMegaspilidaeMelyridaeMembracidaeMesopsocidaeMicrophysidaeMimetidaeMiridaeMuscidaeMycetophagidaeMycetophilidaeMymaridaeNabidaeNitidulidaeNoctuidaeOedemeridaeOribatellidaePanorpidaePenphygidaePentatomidaePeripsocidaePeriscelididaePhalacridaePhalangiidaePhenopelopidaePhilodromidaePhilosciidaePhlaeothripidaePholcidaePhoridaePiesmatidaePisauridaePlatygastridaePlatypezidaePlutellidaePolyxenidaePompilidaeProctotrupidaePteromalidaePterophoridaePyralidaePyrrhocoridaeReduviidaeRhinophoridaeRhopalidaeRhyparochromidaeSacrophagidaeSaldidaeSalticidaeScatopsidaeScelionidaeSciaridaeScolytidaeScraptiidaeSegestriidaeSimuliidaeSminthuridaeSparassidaeSphaeroceridaeSphindidaeStaphylinidaeStenopsocidaeStratiomyidaeSyrphidaeTabanidaeTachinidaeTenebrionidaeTephritidaeTetragnathidaeTettigometridaeTettigoniidaeTheridiidaeThomisidaeThripidaeTineidaeTingidaeTipulidaeTortricidaeTorymidaeTrichopsocidaeTrombidiidaeUloboridaeVespidaeYponomeutidaeBeat sheet countsDataset10.1002/ps.75056944 data pointstext/tab-separated-valuesCreative Commons Attribution 4.0 InternationalThe study was done in the Palatinate region, Germany. Arthropod assemblages were sampled in 32 vineyards of organic and conventional wineries planted with resistant and susceptible grape varieties. The vineyards received different pesticide treatments (spraying frequency and toxicity of applied products). Arthropod sampling took place between May and October 2018. Arthropods were sampled from the grapevine canopy via beat-sheet, identified at least to family level, and assigned to different feeding guilds. Natural pest control on L. botrana eggs was observed with sentinel cards which were exposed in the same year. Eggs were counted before and after exposure.8.118562249.198886Landau (Pfalz), Rhineland-Palatinate, Southern GermanyBundesministerium für Bildung und Forschung, Bonnhttps://doi.org/10.13039/501100002347031A349INoViSys