Abstract The UK Water Industry currently generates approximately 800 GW h pa of electrical
energy from sewage sludge. Traditionally energy recovery from sewage sludge features …

Agricultural fields are one of the largest anthropogenic sources of atmospheric nitrous oxide
(N 2 O). Fungi have been suggested to contribute substantially to N 2 O emission in …

New tools are being developed to estimate greenhouse gas (GHG) emissions from
wastewater treatment plants (WWTPs). There is a trend to move from empirical factors to …

Eleven types of agricultural soils were collected from Chinese uplands and paddy fields to
compare their N2O and NO production by nitrification under identical laboratory conditions …

A pot incubation experiment with rice residues (straw and root) was conducted under
aerobic condition (60% of WHC, water holding capacity) for a period of 55 days in a …

The increasing use of green waste compost as an agricultural soil amendment requires an
understanding of its role in influencing nitrous oxide (N 2 O) emission, particularly in …

Municipal solid waste landfills are the significant anthropogenic sources of N2O due to the
cooxidation of ammonia by methane-oxidizing bacteria in cover soils. Such bacteria could …

Sewage effluents are increasingly used for farmland irrigation worldwide. This practice
makes N losses via gaseous forms and leaching process more complex. Twelve repacked …

Common management practices, such as the application of green waste compost, soil
moisture manipulation, and nitrogen fertilization, affect nitrous oxide (N2O) emissions from …

The application of organic amendments to agricultural soils enables the recycling of
nutrients, further reducing the inputs of synthetic fertilizers for crop production. However, the …