Back to solutions
2 Jan 2020 | NEPCAT technologies

Urine application through drip irrigation for bitter gourd production

1 min Read

70% Complete

Application of cattle urine through drip irrigation technology to provide constant fl ow of fertiliser to bitter gourd

Bitter gourd vegetables fetch a high price in the off-season and respond well if grown with drip irrigation. This crop is planted in December/January and harvested from May through to July/August. The growing period mainly falls in the driest period of the year and therefore requires irrigation.

In addition to water, the plants need fertiliser to ensure healthy growth and good production. Nitrogen is the most important macronutrient for plants and high crop productivity can only be achieved if sufficient nitrogen is available. Nitrogen is also the most limiting nutrient in most areas of Nepal’s midhills. Traditionally farmers applied farmyard manure; but in many places this is being supplemented or entirely replaced by inorganic fertiliser, mainly urea. However, fertiliser prices have increased substantially in recent years and this type of fertiliser is often not available in sufficient quantities in areas away from the roadheads. At the same time cultivation practices are intensifying with greater cropping intensities and more nutrient demanding crops as local varieties are replaced by hybrids and new crops are introduced. This can easily lead to nutrient mining and soil fertility decline unless there is an equivalent increase in inorganic or mineral fertilisation.

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

Wocat database reference: QT NEP24

Farmer’s name: Iman Singh Basnet, Latikoili VDC, Ward 1 Location: Surkhet district, western midhills of Nepal

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 schools on integrated plant nutrient systems (QA NEP4)

Compiled by: SSMP

Date: 18 April 2007

Download PDF

1 Jan 2020 NEPCAT technologies
Black plastic covered farmyard manure

Improving farmyard manure (FYM) by covering it with black plastic sheeting to provide a favourable environment for microbial activities, and ...

2 Jan 2020 NEPCAT technologies
System of Rice Intensification (SRI)

A method for increasing the productivity of rice by changing the management of plants, soil, water, and nutrients The System of ...

1 Jan 2020 NEPCAT technologies
Better quality farmyard manure through improved decomposition

Collection and proper storage of farmyard manure in heaps or pits Farmyard manure – a varying mixture of animal manure, urine, ...

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 ...

2 Jan 2020 NEPCAT technologies
Rooftop rainwater harvesting system

A water harvesting system in which rain falling on a roof is led through connecting pipes into a ferro-cement water ...

2 Jan 2020 NEPCAT technologies
Plastic-lined conservation pond to store irrigation water

A plastic-lined dugout pond to store runoff and household waste-water for irrigation purposes during dry periods Water harvesting technology is very ...

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 ...