Rice (Oryza sativa L.) is a staple food for three billion people and paddy fields contribute
greatly to greenhouse gases (GHG) emission and environmental nitrogen losses. Rice …

Scientific, safe, economical and profitable management of the unprecedented amounts of
waste generated across the globe is a major environmental challenge. Conversion of …

In the Hexi oasis irrigation area, green manure improves the use efficiency of soil, light, heat
and precipitation resources during a long fallow period (from the wheat harvest to the later …

Green manure-based rotations have been shown to be an effective sustainable farming
practice and were considered a dual solution to resource conservation and crop productivity …

Inclusion of cover crops (CCs) in crop** systems can improve soil quality, reduce
agricultural inputs, and improve environmental sustainability. While CCs have been widely …

Paddy Azolla is considered as a promising technical approach to reduce ammonia (NH 3)
volatilization and increase nitrogen use efficiency (NUE). However, it is not effective in highly …

Green manuring is a potential method for reducing chemical N fertilizer input and reactive N
losses to the environment that can achieve dual goals of food security and green …

Rice-crayfish integrated system (RCIS) as a sustainable agricultural system has been widely
and rapidly promoted in China. However, the environmental impact potential of RCIS is still …

This study investigated the vermicomposting of duckweed (DW) mixed with cow dung in 25
(T 25), 50 (T 50), 75 (T 75), 100%(T 100) ratio using Eisenia fetida under a 35 d trail …

Agriculture is estimated to generate about 700 million tons of waste annually in the EU.
Novel valorization technologies are develo** continuously to recover and recycle …