目录
- Time effects of rice straw and engineered bacteria on reduction of exogenous Cu mobility in three typical Chinese soils
- A highly effective polycyclic aromatic hydrocarbon-degrading bacterium,Paracoccus sp.HPD-2,shows opposite remediation potential in two soil types
- Recycling of isabgol(Plantago ovata Forsk.)straw biomass and mineral powder with bio-inoculants as an effective soil amendment for isabgol cultivation
- Enduring legacy of coal mining on the fungal community in a High Arctic soil after five decades
- Elevated atmospheric CO2 reduces CH4 and N2O emissions under two contrasting rice cultivars from a subtropical paddy field in China
- Comparing the Soil Conservation Service model with new machine learning algorithms for predicting cumulative infiltration in semi-arid regions
- Effects of silver nanoparticle size,concentration and coating on soil quality as indicated by arylsulfatase and sulfite oxidase activities
- Magnesium-fortified phosphate fertilizers improve nutrient uptake and plant growth without reducing phosphorus availability
- Improvement of phosphorus uptake,phosphorus use efficiency,and grain yield of upland rice(Oryza sativa L.)in response to phosphate-solubilizing bacteria blended with phosphorus fertilizer
- In situ stabilization of arsenic in soil with organoclay,organozeolite,birnessite,goethite and lanthanum-doped magnetic biochar
- Carbon nanomaterial addition changes soil nematode community in a tall fescue mesocosm
- Effect of lignite amendment on carbon and nitrogen mineralization from raw and composted manure during incubation with soil