FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1932526441> ?p ?o ?g. }

• W1932526441 abstract "This study examined the effect of factory and slaked lime, cruciferous plants, poultry, liquid swine and liquid cattle manure on infection of soilborne pathogens, especially Aphanomyces spp., on sugarbeet and spinach in greenhouse and field experiments. Soil samples collected from infected fields were brought to the laboratory and used for current greenhouse experiments. Lime or manure were mixed with soil, filled into plastic pots and sown with sugarbeet or spinach seeds. After four weeks the infections of the plants were assessed by using a disease severity index (DSI). The study did also investigate how different placements of lime in soil effected soilborne pathogens, and how soil pH was affected by different lime applications.The field experiments were carried out in 2003 on spinach fields at two commercial farms in southern Sweden. In late July, two weeks before seeding, liquid manure (swine, 20 ton/ha; cattle, 40 ton/ha) were applied and cultivated with a harrow or a plough. On one experimental site were cruciferous plants grown as precrop. Moving of the cruciferous plants was done about a week prior to tillage. The effect of the treatments on the infection of the soilborne pathogens was determined by counting the plant appearance in two occasions and by assessment of a disease severity index of the roots. Cattle manure reduced root rot the most and lowered the DSI from 40 to 30, but swine manure and cruciferous plants had also good effect on soilborne pathogens in the field experiment. Both plant appearance and spinach yield were benefited by cattle and swine manure.All organic amendments and lime treatments suppressed the severity of root rot in the experiments. Liquid swine manure lowered the DSI in sugarbeet between 12% to 34% in the greenhouse experiments and the plants fresh weight increased with up to 239%. Six ton slaked lime per hectare had best effect on soilborne pathogens among the lime treatments and reduced the DSI up to 21% compared to the control. The limes placement in soil turned out to be of great importance on the effect of soilborne pathogens. According to this study should lime be applicated below seed depth for best effect against the soilborne fungi. The effect on soil pH by different lime applications was measured during 72 days. Slaked lime and factory lime increased the soil pH several pH units during the first days, which creates an unfavourable environment for many pathogens. The results from this study suggest that applications of organic amendment or lime in certain rates and conditions to infested soils have the potential to control and decrease the infection of several soilborne pathogens." @default.
• W1932526441 created "2016-06-24" @default.
• W1932526441 creator A5062652873 @default.
• W1932526441 date "2004-05-28" @default.
• W1932526441 modified "2023-09-26" @default.
• W1932526441 title "Effects of lime and organic amendments on soilborne pathogens, especially Aphanomyces spp. of Sugarbeet and Spinach" @default.
• W1932526441 cites W1988289737 @default.
• W1932526441 cites W2004619296 @default.
• W1932526441 cites W2012512475 @default.
• W1932526441 cites W2019436567 @default.
• W1932526441 cites W20215412 @default.
• W1932526441 cites W2025113745 @default.
• W1932526441 cites W2037996811 @default.
• W1932526441 cites W2040540094 @default.
• W1932526441 cites W2051669378 @default.
• W1932526441 cites W2055741004 @default.
• W1932526441 cites W2063648588 @default.
• W1932526441 cites W2066679728 @default.
• W1932526441 cites W2076933191 @default.
• W1932526441 cites W2078232212 @default.
• W1932526441 cites W2081532445 @default.
• W1932526441 cites W2093426745 @default.
• W1932526441 cites W2098955572 @default.
• W1932526441 cites W2116478078 @default.
• W1932526441 cites W2169791017 @default.
• W1932526441 cites W2196503324 @default.
• W1932526441 cites W2203900663 @default.
• W1932526441 cites W2511739996 @default.
• W1932526441 cites W3023256230 @default.
• W1932526441 cites W634962390 @default.
• W1932526441 cites W814983924 @default.
• W1932526441 hasPublicationYear "2004" @default.
• W1932526441 type Work @default.
• W1932526441 sameAs 1932526441 @default.
• W1932526441 citedByCount "1" @default.
• W1932526441 crossrefType "journal-article" @default.
• W1932526441 hasAuthorship W1932526441A5062652873 @default.
• W1932526441 hasConcept C144027150 @default.
• W1932526441 hasConcept C151730666 @default.
• W1932526441 hasConcept C18903297 @default.
• W1932526441 hasConcept C2776560457 @default.
• W1932526441 hasConcept C2778218555 @default.
• W1932526441 hasConcept C2780054949 @default.
• W1932526441 hasConcept C32198211 @default.
• W1932526441 hasConcept C38304854 @default.
• W1932526441 hasConcept C6557445 @default.
• W1932526441 hasConcept C86803240 @default.
• W1932526441 hasConceptScore W1932526441C144027150 @default.
• W1932526441 hasConceptScore W1932526441C151730666 @default.
• W1932526441 hasConceptScore W1932526441C18903297 @default.
• W1932526441 hasConceptScore W1932526441C2776560457 @default.
• W1932526441 hasConceptScore W1932526441C2778218555 @default.
• W1932526441 hasConceptScore W1932526441C2780054949 @default.
• W1932526441 hasConceptScore W1932526441C32198211 @default.
• W1932526441 hasConceptScore W1932526441C38304854 @default.
• W1932526441 hasConceptScore W1932526441C6557445 @default.
• W1932526441 hasConceptScore W1932526441C86803240 @default.
• W1932526441 hasLocation W19325264411 @default.
• W1932526441 hasOpenAccess W1932526441 @default.
• W1932526441 hasPrimaryLocation W19325264411 @default.
• W1932526441 hasRelatedWork W1522891683 @default.
• W1932526441 hasRelatedWork W1734217027 @default.
• W1932526441 hasRelatedWork W1779758626 @default.
• W1932526441 hasRelatedWork W1963843651 @default.
• W1932526441 hasRelatedWork W1986270004 @default.
• W1932526441 hasRelatedWork W2006392590 @default.
• W1932526441 hasRelatedWork W2025495292 @default.
• W1932526441 hasRelatedWork W2054095846 @default.
• W1932526441 hasRelatedWork W2065456879 @default.
• W1932526441 hasRelatedWork W2074444950 @default.
• W1932526441 hasRelatedWork W2083476208 @default.
• W1932526441 hasRelatedWork W2105145733 @default.
• W1932526441 hasRelatedWork W2160624707 @default.
• W1932526441 hasRelatedWork W2590087358 @default.
• W1932526441 hasRelatedWork W2804140052 @default.
• W1932526441 hasRelatedWork W3002619147 @default.
• W1932526441 hasRelatedWork W3092055376 @default.
• W1932526441 hasRelatedWork W3138058478 @default.
• W1932526441 hasRelatedWork W3165384398 @default.
• W1932526441 hasRelatedWork W2182458605 @default.
• W1932526441 isParatext "false" @default.
• W1932526441 isRetracted "false" @default.
• W1932526441 magId "1932526441" @default.
• W1932526441 workType "article" @default.