Applying biochar to paddy fields is a helpful approach that potentially increases rice
production and nitrogen use efficiency (NUE) to ensure food security and protect the …

The main challenge of the twenty-first century is to find a balance between environmental
sustainability and crop productivity in a world with a rapidly growing population. Soil health …

Over use of N fertilizers, most commonly as urea, had been seriously concerned as a major
source of radiative N (Nr) for severe environment impacts through leaching, volatilization …

Biochar is a carbon-rich organic material used as soil amendment to improve plant growth.
However, its diverse effects on crop performance under field conditions have revealed …

Biochar has been reported to mitigate short-term methane (CH4) emissions from paddy soil.
Currently, CH4 mitigation by biochar has primarily focused on the abundance and variations …

Water-saving irrigation and straw and biochar application are common agronomic practices
in rice production, and their profound impact on greenhouse gas (GHG) emissions from …

To develop an economic and sustainable biochar application strategy for mitigating
methane emission from paddy fields, a four-year field experiment was conducted to compare …

Biochar could mitigate greenhouse gas emissions, especially nitrous oxide (N 2 O). Effects
of interactions between different biochar and water content on N 2 O emissions from rice …

Biochar application to the soil has been recommended as a carbon (C) management
approach to sequester C and improve soil quality. Three-year experiments were conducted …

Understanding the structural differences between feedstocks is critical for biochar
effectiveness in plant growth. To examine the efficiency of biochars with unique …