Matches in SemOpenAlex for { <https://semopenalex.org/work/W3003003120> ?p ?o ?g. }
- W3003003120 endingPage "540" @default.
- W3003003120 startingPage "521" @default.
- W3003003120 abstract "Abstract Productivity of any fruit crop depends essentially on the two premier facts, nutrient balance and biological activity. Fruit crops offer a strong sink for sequestration of atmospheric carbon dioxide and, thereby, aid in moderating the impact of climate change-related issues. The paradigm shift from purely inorganic to either organic fertilizers or in combination with chemical fertilizers started gaining wide-scale use for enhanced biogeochemical nutrient soil cycling. This change of concept later formed the basis for Integrated Soil Fertility Management (ISFM)-based strategy involving three basic components, namely, microbial inoculants (biofertilizers), inorganic fertilizers, and organic fertilizers. The approach involving multiple microbial inoculation along with enrichment of organic manures through inorganic fertilizers known as substrate is increasingly realized to engineer nutrient dynamics within the rhizosphere. Better responsiveness of soil microbial biomass over chemically available nutrient pool of soil to nutrient input has led to an increased interest in measuring the quantum of nutrients held microbially. This has advocated a possibility of using changes in microbial biomass as a potential diagnostic tool of fertility measurement under ISFM practices, as best for improved organic carbon sequestration and soil microbial indices in addition to postharvest shelf life of fruits compared with fruits raised on exclusive use of chemical fertilizers. The other approaches involving multiple microbial inoculation along with enrichment of organic manures through inorganic fertilizers known as substrate have further been highlighted to provide an understanding of mechanism involved in C stabilization in soils for regulating soil C sequestration and associated nutrient dynamics under ISFM-based production system in fruit crops. Development of microbial consortium (microbial reactor) exploiting the native and natural microbial synergisms (with twin role as growth promoter and antagonistic to soilborne pathogens) is one of the popular methods of managing multiple soil fertility constraints occurring within the rhizosphere. Such rhizosphere-specific consortia (often called as crop microbiome) could further engineer rhizosphere's nutrient demand and supply through loading with organic manures in a much value-added form using a widely accepted concept like ISFM, considered very close to climate resilient soil fertility management, a gateway to sustainable quality production." @default.
- W3003003120 created "2020-01-30" @default.
- W3003003120 creator A5055654395 @default.
- W3003003120 date "2020-01-01" @default.
- W3003003120 modified "2023-09-27" @default.
- W3003003120 title "Climate-smart integrated soil fertility management in fruit crops: An overview" @default.
- W3003003120 cites W1595865323 @default.
- W3003003120 cites W1801497059 @default.
- W3003003120 cites W1944846610 @default.
- W3003003120 cites W1964969161 @default.
- W3003003120 cites W1968408577 @default.
- W3003003120 cites W1969021668 @default.
- W3003003120 cites W1976399327 @default.
- W3003003120 cites W1977303658 @default.
- W3003003120 cites W1982214427 @default.
- W3003003120 cites W1982323477 @default.
- W3003003120 cites W1987438700 @default.
- W3003003120 cites W1988974761 @default.
- W3003003120 cites W1989413833 @default.
- W3003003120 cites W1990783873 @default.
- W3003003120 cites W1992738052 @default.
- W3003003120 cites W1995387818 @default.
- W3003003120 cites W1995549937 @default.
- W3003003120 cites W2009445720 @default.
- W3003003120 cites W2016832408 @default.
- W3003003120 cites W2019111159 @default.
- W3003003120 cites W2024310342 @default.
- W3003003120 cites W2032921859 @default.
- W3003003120 cites W2034061383 @default.
- W3003003120 cites W2036248232 @default.
- W3003003120 cites W2037626425 @default.
- W3003003120 cites W2044684360 @default.
- W3003003120 cites W2054431861 @default.
- W3003003120 cites W2057507145 @default.
- W3003003120 cites W2058382987 @default.
- W3003003120 cites W2058854475 @default.
- W3003003120 cites W2060818256 @default.
- W3003003120 cites W2062213362 @default.
- W3003003120 cites W2069823442 @default.
- W3003003120 cites W2070245051 @default.
- W3003003120 cites W2072419015 @default.
- W3003003120 cites W2074493772 @default.
- W3003003120 cites W2075716829 @default.
- W3003003120 cites W2080645796 @default.
- W3003003120 cites W2086162610 @default.
- W3003003120 cites W2086361369 @default.
- W3003003120 cites W2093780590 @default.
- W3003003120 cites W2094822877 @default.
- W3003003120 cites W2108066545 @default.
- W3003003120 cites W2109290031 @default.
- W3003003120 cites W2110521135 @default.
- W3003003120 cites W2113392134 @default.
- W3003003120 cites W2119896637 @default.
- W3003003120 cites W2127161722 @default.
- W3003003120 cites W2129411944 @default.
- W3003003120 cites W2133557265 @default.
- W3003003120 cites W2139918786 @default.
- W3003003120 cites W2151362728 @default.
- W3003003120 cites W2156939980 @default.
- W3003003120 cites W2159135186 @default.
- W3003003120 cites W2161466984 @default.
- W3003003120 cites W2288440201 @default.
- W3003003120 cites W2344575598 @default.
- W3003003120 cites W2556918847 @default.
- W3003003120 cites W2769315237 @default.
- W3003003120 cites W2792984992 @default.
- W3003003120 cites W2800309452 @default.
- W3003003120 cites W2912026096 @default.
- W3003003120 cites W2936256757 @default.
- W3003003120 cites W3015445610 @default.
- W3003003120 doi "https://doi.org/10.1016/b978-0-12-818732-6.00037-x" @default.
- W3003003120 hasPublicationYear "2020" @default.
- W3003003120 type Work @default.
- W3003003120 sameAs 3003003120 @default.
- W3003003120 citedByCount "0" @default.
- W3003003120 crossrefType "book-chapter" @default.
- W3003003120 hasAuthorship W3003003120A5055654395 @default.
- W3003003120 hasConcept C105462344 @default.
- W3003003120 hasConcept C115540264 @default.
- W3003003120 hasConcept C142796444 @default.
- W3003003120 hasConcept C159390177 @default.
- W3003003120 hasConcept C159750122 @default.
- W3003003120 hasConcept C164638232 @default.
- W3003003120 hasConcept C182124840 @default.
- W3003003120 hasConcept C18903297 @default.
- W3003003120 hasConcept C192039558 @default.
- W3003003120 hasConcept C38774213 @default.
- W3003003120 hasConcept C39432304 @default.
- W3003003120 hasConcept C39464130 @default.
- W3003003120 hasConcept C523546767 @default.
- W3003003120 hasConcept C54355233 @default.
- W3003003120 hasConcept C6557445 @default.
- W3003003120 hasConcept C85675897 @default.
- W3003003120 hasConcept C86626682 @default.
- W3003003120 hasConcept C86803240 @default.
- W3003003120 hasConceptScore W3003003120C105462344 @default.
- W3003003120 hasConceptScore W3003003120C115540264 @default.
- W3003003120 hasConceptScore W3003003120C142796444 @default.