Back to solutions
1 Jan 2020 | NEPCAT technologies

Improved compost preparation

1 min Read

70% Complete

Improved compost preparation using a range of biomass and waste to produce high value fertiliser

Compost can be prepared from a wide range of organic materials including dead plant material such as crop residues, weeds, forest litter, and kitchen waste. Compost making is an efficient way of converting all kinds of biomass into high value fertiliser that serves as a good alternative to farmyard manure, especially for crop-growing households without livestock. The compost is often mixed with forest soil, ripe compost from the previous batch, or even a small amount of animal dung as a starter for the decomposition process. The mix of materials determines the quality of the final compost as much as the management of the composting process. Nitrogen-rich fresh materials such as legume residues and many types of weeds and shrubs are mixed with carbon-rich forest litter and cereal residues. Small amounts of wood ash, lime, or mineral fertiliser can help increase or balance the overall nutrient content of the compost.

The compost needs to be turned every 30-50 days depending on the mix and the outside temperature. It should be protected from direct sunlight, rainfall and runoff so as to reduce volatilisation and leaching of nutrients. The material must remain moist at all times to avoid slowing down decomposition and hindering the efficiency of the micro and macro-organisms involved in decomposition. Heaping the compost or collecting the material in a pit helps the compost to reach the temperatures needed (700C) to destroy pests and weeds.

dark green: previous working districts;
light green: districts in 2007

WOCAT database reference: QT NEP7

Location: Nepal midhills

SWC measure: Management

Land use: Annual cropping on rainfed agricultural land

Climate: Humid subtropical

Related approach: Farmer- to-farmer diffusion (QA NEP1); Farmer-led experimentation (QA NEP3); Farmer field school on integrated plant nutrient systems (QA NEP4)

Compiled by: SSMP

Date: January 2007

Download PDF

2 Jan 2020 NEPCAT technologies
Riverbank protection

Local materials and knowledge can be used to construct low-cost structural measures that help to prevent the erosion of riverbanks ...

1 Jan 2020 NEPCAT technologies
Hedgerow technology

A technology that uses hedgerows to help establish terraces on sloping land; farmers learn improved methods to manage a cultivation ...

1 Jan 2020 NEPCAT technologies
Landslip and stream bank stabilisation

Integration of vegetative and structural measures for landslip, stream bank and gully stabilisation on hillsides A combination of measures were implemented ...

1 Jan 2020 NEPCAT technologies
No-till garlic cultivation

No-till is a farming system in which the seeds are planted directly into untilled soil which still contains the previous ...

2 Jan 2020 NEPCAT technologies
Vermicomposting

Vermicomposting or worm composting is ...

2 Jan 2020 NEPCAT technologies
Using Salix plants to protect stream banks

Stream banks can be protected by planting them with Salix (Salix babylonica); this is a traditional practice that has been ...

1 Jan 2020 NEPCAT technologies
Gully plugging using check dams

Small dam structures constructed across erosion gullies Check dams are small low structures built across a gully or a channel to ...

1 Jan 2020 NEPCAT technologies
Kiwi fruit cultivation

Kiwi fruit cultivation on sloping land in the mid-hill areas of Nepal can help prevent soil erosion and is a ...