Back to solutions
2 Jan 2020 | NEPCAT technologies

Using Salix plants to protect stream banks

1 min Read

70% Complete

Stream banks can be protected by planting them with Salix (Salix babylonica); this is a traditional practice that has been used for streams that flow through agricultural lands.

The erosion of stream banks is a natural geomorphic process, but when the streams flow through agricultural land there is a danger that they can overrun their banks and damage crops or erode land used for cultivation. The degree of erosion can be reduced by using structural measures such as lining the banks with concrete or large boulders or by planting trees along the edges. The Salix plant (Salix babylonica) has been found to be particularly useful for preventing erosion because its roots extend deep into the soil and help to anchor the bank. Following age-old tradition, land users in Bhaktapur district have planted Salix along the Bramayaeni khola (stream). It is a low-cost technology that is simple to implement.

Bhaktapur Municipality-2, Nantukucha, Bhaktapur District, Nepal

WOCAT database reference: QT NEP 29

Location: Bhaktapur Municipality-2, Nantukucha, Bhaktapur District, Nepal

Technology area: 0.026 km2

Conservation measure(s): Vegetative

Land Use: Annual cropping, irrigated land

Stage of intervention: Prevention of land degradation

Origin: Traditional

Climate: Sub humid/temperate

Related approach: Not described

Other related technology: Landslip and stream bank stabilization (QT NEP 11)

Compiled by: Indira Mulepati, Department of Soil Conservation and Watershed Management (DSCWM), Kathmandu

Date: April 2011, updated March 2013

Download PDF

1 Jan 2020 NEPCAT technologies
Low cost micro-sprinkler irrigation

An irrigation system that delivers small-sized water droplets through a rotating head allowing longer watering time with less runoff Micro-sprinkler irrigation ...

1 Jan 2020 NEPCAT technologies
A low-cost polyhouse for tomato production in the rainy season

Smallholder farmers can use polyhouses to produce high demand vegetables, such as tomatoes, and can earn a substantial income from ...

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
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 ...

2 Jan 2020 NEPCAT technologies
Vermicomposting

Vermicomposting or worm composting is ...

1 Jan 2020 NEPCAT technologies
Drinking water quality improvement through conservation measures

Structural and vegetative measures to improve the quality of drinking water contaminated due to poor sanitation and seepage This technology combines ...

2 Jan 2020 NEPCAT technologies
Urine application through drip irrigation for bitter gourd production

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

1 Jan 2020 NEPCAT technologies
Improved cattleshed for urine collection

Collection of cattle urine in improved cattle sheds for use as liquid manure and organic pesticide Nitrogen is the most important ...