Book ; Online: Innovative Conservation Cropping Systems and Practices
2023
Keywords | Research & information: general ; Biology, life sciences ; Technology, engineering, agriculture ; straw management ; potassium fertilizer ; rice-oilseed rape rotation ; yield ; bacterial community ; fungal community ; rice ; intercropping ; water mimosa ; pest and disease ; microclimate ; grain quality ; maize ; root system architecture ; nitrogen rates ; cultivars ; phytoremediation ; secondary salinization ; salt tolerance ; microbial diversity ; nutrient accumulation ; conservation tillage ; metabarcoding ; smash ridging ; soil chemical properties ; soil microbial diversity ; sugarcane ; coastal salt-affected soil ; one-crop-per-annum cropping ; fallow mulching ; salt accumulation ; crop growing ; nitrogen rate ; nitrogen ratio ; regenerative ability ; reduced tillage ; no tillage ; side deep fertilizing of machine-transplanted rice ; root function ; photosynthesis ; ammonia-oxidizing bacteria ; integrated fertilization regime ; N2O emission factor ; N2O flux ; purple caitai fields ; C:N ratio ; net ecosystem exchange ; soil microbial carbon ; soil microbial nitrogen ; rice production ; CH4 ; N2O ; water productivity ; global warming ; interspecific competition ; land equivalent ratio ; planting pattern ; root length density ; root morphological characteristics ; biochar ; maize-cabbage system ; crop quality ; N utilization efficiency ; soil inorganic N ; straw returning ; soil microbes ; carbon source utilization ; grey relational analysis ; path analysis ; ratoon rice ; nitrogen balance ; reactive nitrogen losses ; nitrogen surplus ; nitrogen-use efficiency ; no-till ; straw return ; soil organic carbon fractions ; soil aggregate ; bacterial diversity ; rice-crayfish coculture ; different rice varieties ; controlled-release fertilizer ; dry matter accumulation ; rice growth characteristics parameters ; apple-ryegrass intercropping ; photosynthetic characteristics ; soil salinity ; soil moisture content ; fruit quality ; lake sediment ; phosphorus ; Chinese cabbage ; phoD gene ; high-throughput sequencing |
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Language | English |
Size | 1 electronic resource (294 pages) |
Publisher | MDPI - Multidisciplinary Digital Publishing Institute |
Publishing place | Basel |
Document type | Book ; Online |
Note | English |
HBZ-ID | HT030722368 |
ISBN | 9783036567778 ; 3036567771 |
Database | ZB MED Catalogue: Medicine, Health, Nutrition, Environment, Agriculture |
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