This is the first study to investigate alternative fertilisation strategies to increase cereal production while reducing greenhouse gas emissions from the most common soil type in subtropical regions. The results of this research will contribute to define future farming practices to achieve global food security and mitigate climate change.\ud \ud The study established that introducing legumes in cropping systems is the most agronomically viable and environmentally sustainable fertilisation strategy. Importantly, this strategy can be widely adopted in subtropical regions since it is economically accessible, requires little know-how transfer and technology investment, and can be profitable in both low- and high-input cropping systems
© Springer Science+Business Media Dordrecht 2017. Black Vertosols of subtropical Australia emit larg...
A serious concern about the sustainability of existing production systems has resulted from the low ...
Agriculture is one of the major global sources of greenhouse gas (GHG) emissions; on-farm sources al...
This is the first study to investigate alternative fertilisation strategies to increase cereal produ...
Alternative sources of N are required to bolster subtropical cereal production without increasing N2...
The DAYCENT biogeochemical model was used to investigate how the use of fertilizers coated with nitr...
The DAYCENT biogeochemical model was used to investigate how the use of fertilizers coated with nitr...
23% of global agricultural land are situated in the subtropics. Nitrous oxide (NO) emissions were es...
23% of global agricultural land are situated in the subtropics. Nitrous oxide (N2O) emissions were e...
Legume‐supported cropping systems affect environmental, production and economic impacts. In Europe, ...
Global cereal production will need to increase by 50% to 70% to feed a world population of about 9 b...
A multi-season N tracer recovery experiment was conducted on an Oxisol cropped with wheat, maize and...
To meet the global food demand in the coming decades, crop yields per unit area must increase. This ...
To meet the global food demand in the coming decades, crop yields per unit area must increase. This ...
Agriculture production contributes to global warming directly via the release of carbon dioxide (CO2...
© Springer Science+Business Media Dordrecht 2017. Black Vertosols of subtropical Australia emit larg...
A serious concern about the sustainability of existing production systems has resulted from the low ...
Agriculture is one of the major global sources of greenhouse gas (GHG) emissions; on-farm sources al...
This is the first study to investigate alternative fertilisation strategies to increase cereal produ...
Alternative sources of N are required to bolster subtropical cereal production without increasing N2...
The DAYCENT biogeochemical model was used to investigate how the use of fertilizers coated with nitr...
The DAYCENT biogeochemical model was used to investigate how the use of fertilizers coated with nitr...
23% of global agricultural land are situated in the subtropics. Nitrous oxide (NO) emissions were es...
23% of global agricultural land are situated in the subtropics. Nitrous oxide (N2O) emissions were e...
Legume‐supported cropping systems affect environmental, production and economic impacts. In Europe, ...
Global cereal production will need to increase by 50% to 70% to feed a world population of about 9 b...
A multi-season N tracer recovery experiment was conducted on an Oxisol cropped with wheat, maize and...
To meet the global food demand in the coming decades, crop yields per unit area must increase. This ...
To meet the global food demand in the coming decades, crop yields per unit area must increase. This ...
Agriculture production contributes to global warming directly via the release of carbon dioxide (CO2...
© Springer Science+Business Media Dordrecht 2017. Black Vertosols of subtropical Australia emit larg...
A serious concern about the sustainability of existing production systems has resulted from the low ...
Agriculture is one of the major global sources of greenhouse gas (GHG) emissions; on-farm sources al...