Soil fertility management is one of the most important factors affecting crop production. The use of organic manures, including green manure, is an important strategy to maintain and/or improve soil fertility for sustainable crop production. Green manure generally refers to crops that can provide fertilizer sources for agricultural cash crops and improve soil productivity. The application of green manure is a traditional and valuable practice for agroecosystem management, particularly in paddy systems where green manure is rotated with rice. This paper systematically reviews the effects of green manure on soil microenvironments and greenhouse gas emissions, and the role of green manure in the phytoremediation of paddy fields. The paper conc...
Not AvailableImpacts of 39-years of fertilizer and manure application on greenhouse gas (GHG) emissi...
The cultivation of green manure crops plays an important role in soil quality and the sustainability...
Paddy rice systems are characterized by waterlogged conditions with high potential for CH4 emissions...
Green manure application helps maintain soil fertility, reduce chemical fertilizer use, and carbon s...
It has been widely known that integrating and adopting sustainable agricultural practices can restor...
Long-term application of soil organic amendments (SOA) can improve the formation of soil organic car...
The cultivation of green manure crops plays an important role in soil quality and sustainability of ...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
This article 'Effects of Green Leaf Manure on Soil Fertility and Rice Yield' appeared in the Interna...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Reducing greenhouse gas emissions from rice fields is essential to respond to the national “dual-car...
Not AvailableImpacts of 39-years of fertilizer and manure application on greenhouse gas (GHG) emissi...
The cultivation of green manure crops plays an important role in soil quality and the sustainability...
Paddy rice systems are characterized by waterlogged conditions with high potential for CH4 emissions...
Green manure application helps maintain soil fertility, reduce chemical fertilizer use, and carbon s...
It has been widely known that integrating and adopting sustainable agricultural practices can restor...
Long-term application of soil organic amendments (SOA) can improve the formation of soil organic car...
The cultivation of green manure crops plays an important role in soil quality and sustainability of ...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
This article 'Effects of Green Leaf Manure on Soil Fertility and Rice Yield' appeared in the Interna...
Rice–rice–green manure rotations in south China are characterized by high efficiency and good enviro...
Reducing greenhouse gas emissions from rice fields is essential to respond to the national “dual-car...
Not AvailableImpacts of 39-years of fertilizer and manure application on greenhouse gas (GHG) emissi...
The cultivation of green manure crops plays an important role in soil quality and the sustainability...
Paddy rice systems are characterized by waterlogged conditions with high potential for CH4 emissions...