Innovative Conservation Cropping Systems and Practices

© 2022 by the authors; CC BY-NC-ND license

straw management; potassium fertilizer; rice–oilseed rape rotation; yield; bacterial community; fungal community; rice; intercropping; water mimosa; pest and disease; microclimate; grain quality; yield; maize; root system architecture; nitrogen rates; cultivars; yield; 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; yield; 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; yield; 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; yield; apple-ryegrass intercropping; photosynthetic characteristics; soil salinity; soil moisture content; fruit quality; lake sediment; phosphorus; Chinese cabbage; phoD gene; high-throughput sequencing