You are here
Home » GRDC Final Reports » Final Report: GRS153 - Biochar and the Nitrogen Cycle: Unravelling the interactions
Final Report: GRS153 - Biochar and the Nitrogen Cycle: Unravelling the interactions
Projects:
Research contributors:
Plain text source:
Although biochar addition to soil did decrease inorganic N leaching, soil N mineralisation either decreased or did not change... The application of pyrolysed organic matter or biochar to soil can remediate decreased SOM and sequester C. The application of biochar to soil has also been shown to improve soil fertility and enhance yields of crops such as maize, wheat and peanuts... As biochar addition to soil can increase microbial community size and activity, previous research has hypothesised that this mechanism may be responsible for enhanced N mineralisation rates and contributes to the demonstrated improvements of N fertiliser use efficiency (up to 90%) in glasshouse-based agronomic research...
Catalogue | GRDC Final Reports |
---|---|
Identifier | ark:/33517/y4tvh1f/ay4441x |
Published | |
Word count | 1,411 |
File size | 55KB |
Tools |
---|
Go to original View context |
Related items:
Broadacre Field Crops DAFF QLD
GRDC Publications
Ground Cover
GRDC Updates
GRDC Updates
Ask the librarian
Can't find what you're looking for? Registered users can ask the GRDC librarian for help finding information on any grains-related topic.
Recent comments