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Improving grazing systems with<br />

yak-cattle crossbreds in Nepal<br />

Sawiris Scholarships – Science & Technology for the <strong>South</strong><br />

In Nepal, livestock husbandry is an important source of livelihood,<br />

in particular in the mountain regions. About one million<br />

hectare of the total pasture land available in the country<br />

(12% of total land area) is situated in mountainous regions.<br />

Traditionally, common natural resources with a high potential<br />

for livestock production are used for this activity. However,<br />

rangeland productivity is constantly declining due to<br />

high grazing pressure of mixed herds of domestic animals<br />

such as mountain goats, sheep and large ruminants (cattle,<br />

yaks and their crossbreds, which are called “Chauries” in<br />

Nepali). Consequently, the sustainability of the livestock<br />

production system in the Nepalese highlands is severely<br />

threatened, and conflicts between different groups of herders<br />

about the use of pasture land affect the social relations.<br />

Among the three currently applied livestock production systems<br />

– transhumance, sedentary and stall-feeding – the<br />

transhumance mode is the oldest one. Its specific feature<br />

is the herd movement between different grazing sites from<br />

temperate to high alpine altitude. The objective of this project<br />

is to promote a sustainable use and management of<br />

the natural pasture resources of the Eastern Himalayan<br />

Mountains by improving the existing transhumance systems.<br />

Simultaneously, the productivity and quality of milk<br />

from yak-cattle crossbreds should be increased.<br />

The study area is the Kangchenjunga Conservation Area in<br />

the Taplejung district. In a first step, we will conduct a survey<br />

to characterise the local transhumant pastoral system<br />

of this area. Following the survey, a controlled grazing experiment<br />

will be performed at five different study sites, which<br />

are located at three altitudinal levels following the seasonal<br />

ascending and descending transhumant herd movement<br />

along the pastures and sub-pastures. In this experiment, we<br />

will assess forage intake, animal behaviour, milk yield and<br />

quality of the milk and milk products such as butter and<br />

ghee. Additionally, we will record changes in the vegetation<br />

such as herbage biomass yield in relation to the stocking<br />

densities before and after grazing. In parallel to the<br />

controlled grazing experiment, the Chauri herd movement<br />

patterns under free-ranging conditions will be recorded in<br />

detail.<br />

Research fellow<br />

Shanker Raj Barsila, <strong>ETH</strong> Zurich, Switzerland<br />

85<br />

Supervisor<br />

Michael Kreuzer, <strong>ETH</strong> Zurich, Switzerland<br />

Collaborators<br />

Svenja Marquardt, <strong>ETH</strong> Zurich, Switzerland;<br />

Naba Raj Devkota, Tribhuvan University, Nepal<br />

Duration<br />

September 2009 – August 2012<br />

Capacity development<br />

Sawiris scholarships<br />

A crossbred yak carrying goods<br />

in the Eastern Himalayan Mountains, Nepal

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