FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308192882> ?p ?o ?g. }

• W4308192882 endingPage "102428" @default.
• W4308192882 startingPage "102428" @default.
• W4308192882 abstract "Fruit fly species are most damaging pests around the globe which reduced the commercial value of fruits at maturity. Entomopathogenic nematodes (EPNs) from genera Heterorhabditis and Steinernema cause death by inducing septicimia in insect pests in the soil, moreover, endemic nearly all soils. Current study was planned to manage the oriental fruit fly, Bacterocera dorsalis (Hendel.) (Diptera: Tephritidae) hazards by using indigenous EPNs (Heterorhabditis bacteriophora, H. indica, Steinernema asiticum, S. corpocapsae and S. glasseri) as they have host finding ability and recognise as potential eco-friendly biocontrol agent over synthetic chemicals. Study for the assessment of EPNs concentrations, various temperatures, soil type and soil moisture levels against mortality (%) of fruit fly (B. dorsalis) larvae was conducted in completely randomized design (CRD) under factorial arrangements. EPNs concentrations (70 IJs/ml, 110 IJs/ml, 150 IJs/ml) showed that S. asiaticum (150 IJs/ml) showed maximum mortality (94.97 %) of B. dorsalis as compared to other used EPNs along with their respective concentrations. Impact of various temperatures (20 °C, 24 °C, 28 °C, 32 °C, 36 °C) with respect to used EPNs exhibited that H. indica (36 °C) showed maximum mortality (94.33 %) of B. dorsalis as compared to all other treatment. Various soil types (Sandy, Sandy loam, Loam, Clay) impacted the infectivity of EPNs against fruit fly, In case of sandy loam soil, S. asiaticum showed maximum mortality (98.05 %) of B. dorsalis followed by all used treatments. Soil moisture level (12 %, 18 %, 24 %, 30 %) also significantly influenced the infectivity of EPNs against mortality of fruit fly. In case of 12% moisture level, S. asiaticum showed maximum mortality (99.06 %) of B. dorsalis over all the applied treatments along with respective moisture levels. In crux, Steinernema asiaticum higher concentration exhibited efficient control of fruit fly larvae in sandy loam soil with 12 % moisture level at 36 °C over the used EPN species. While application of EPNs against fruit fly is most suitable strategy to manage the fruit fly hazards and it should be included as a part of integrated pest management control programme." @default.
• W4308192882 created "2022-11-09" @default.
• W4308192882 creator A5020991049 @default.
• W4308192882 creator A5027835055 @default.
• W4308192882 creator A5040971802 @default.
• W4308192882 creator A5049157328 @default.
• W4308192882 creator A5056566434 @default.
• W4308192882 creator A5082271671 @default.
• W4308192882 creator A5082321533 @default.
• W4308192882 creator A5084177612 @default.
• W4308192882 creator A5085911915 @default.
• W4308192882 creator A5087021217 @default.
• W4308192882 creator A5090676606 @default.
• W4308192882 date "2023-01-01" @default.
• W4308192882 modified "2023-10-15" @default.
• W4308192882 title "Entomopathogenic nematodes for the control of oriental fruit fly Bacterocera dorsalis (Diptera: Tephritidae)" @default.
• W4308192882 cites W1738882912 @default.
• W4308192882 cites W2027491318 @default.
• W4308192882 cites W2106278994 @default.
• W4308192882 cites W2123036062 @default.
• W4308192882 cites W2131929198 @default.
• W4308192882 cites W2134533609 @default.
• W4308192882 cites W2158605813 @default.
• W4308192882 cites W2208091127 @default.
• W4308192882 cites W2227211334 @default.
• W4308192882 cites W2355344219 @default.
• W4308192882 cites W2403562294 @default.
• W4308192882 cites W2478124689 @default.
• W4308192882 cites W2588967150 @default.
• W4308192882 cites W2613429116 @default.
• W4308192882 cites W2749233224 @default.
• W4308192882 cites W2796213259 @default.
• W4308192882 cites W2800933083 @default.
• W4308192882 cites W2808824643 @default.
• W4308192882 cites W2914821400 @default.
• W4308192882 cites W2967534311 @default.
• W4308192882 cites W3012028115 @default.
• W4308192882 cites W3095265484 @default.
• W4308192882 cites W3154578115 @default.
• W4308192882 cites W3196151292 @default.
• W4308192882 cites W3213225347 @default.
• W4308192882 cites W3216411534 @default.
• W4308192882 cites W3217755920 @default.
• W4308192882 cites W4200588155 @default.
• W4308192882 cites W4213278881 @default.
• W4308192882 cites W4280531810 @default.
• W4308192882 cites W4282018025 @default.
• W4308192882 cites W4283655066 @default.
• W4308192882 cites W4284896278 @default.
• W4308192882 doi "https://doi.org/10.1016/j.jksus.2022.102428" @default.
• W4308192882 hasPublicationYear "2023" @default.
• W4308192882 type Work @default.
• W4308192882 citedByCount "0" @default.
• W4308192882 crossrefType "journal-article" @default.
• W4308192882 hasAuthorship W4308192882A5020991049 @default.
• W4308192882 hasAuthorship W4308192882A5027835055 @default.
• W4308192882 hasAuthorship W4308192882A5040971802 @default.
• W4308192882 hasAuthorship W4308192882A5049157328 @default.
• W4308192882 hasAuthorship W4308192882A5056566434 @default.
• W4308192882 hasAuthorship W4308192882A5082271671 @default.
• W4308192882 hasAuthorship W4308192882A5082321533 @default.
• W4308192882 hasAuthorship W4308192882A5084177612 @default.
• W4308192882 hasAuthorship W4308192882A5085911915 @default.
• W4308192882 hasAuthorship W4308192882A5087021217 @default.
• W4308192882 hasAuthorship W4308192882A5090676606 @default.
• W4308192882 hasBestOaLocation W43081928821 @default.
• W4308192882 hasConcept C104727253 @default.
• W4308192882 hasConcept C113578266 @default.
• W4308192882 hasConcept C144027150 @default.
• W4308192882 hasConcept C159750122 @default.
• W4308192882 hasConcept C18903297 @default.
• W4308192882 hasConcept C22508944 @default.
• W4308192882 hasConcept C2776070465 @default.
• W4308192882 hasConcept C2776992364 @default.
• W4308192882 hasConcept C2780663613 @default.
• W4308192882 hasConcept C59822182 @default.
• W4308192882 hasConcept C6557445 @default.
• W4308192882 hasConcept C86803240 @default.
• W4308192882 hasConceptScore W4308192882C104727253 @default.
• W4308192882 hasConceptScore W4308192882C113578266 @default.
• W4308192882 hasConceptScore W4308192882C144027150 @default.
• W4308192882 hasConceptScore W4308192882C159750122 @default.
• W4308192882 hasConceptScore W4308192882C18903297 @default.
• W4308192882 hasConceptScore W4308192882C22508944 @default.
• W4308192882 hasConceptScore W4308192882C2776070465 @default.
• W4308192882 hasConceptScore W4308192882C2776992364 @default.
• W4308192882 hasConceptScore W4308192882C2780663613 @default.
• W4308192882 hasConceptScore W4308192882C59822182 @default.
• W4308192882 hasConceptScore W4308192882C6557445 @default.
• W4308192882 hasConceptScore W4308192882C86803240 @default.
• W4308192882 hasIssue "1" @default.
• W4308192882 hasLocation W43081928821 @default.
• W4308192882 hasLocation W43081928822 @default.
• W4308192882 hasOpenAccess W4308192882 @default.
• W4308192882 hasPrimaryLocation W43081928821 @default.
• W4308192882 hasRelatedWork W2002104067 @default.
• W4308192882 hasRelatedWork W2134083734 @default.
• W4308192882 hasRelatedWork W2170966584 @default.

• next