Houses for People and Houses for Goats

Author:

Nyima Yonten1ORCID,Yeh Emily T.2ORCID

Affiliation:

1. Independent scholar, New York, NY New York, NY USA

2. Professor, Department of Geography, University of Colorado Boulder Boulder, CO USA

Abstract

Abstract Since 2000, a number of programmes have been implemented in the Tibet Autonomous Region of China aimed at sedentarisation, defined as the spatial and temporal concentration of pastoralists and their livestock. In our case study village in Nagchu, a programme to move pastoralists into concentrated housing failed to sedentarise them. By contrast, a secondary programme component to build subsidised livestock shelters has had a much more pronounced effect on reducing human as well as livestock mobility. We adopt assemblage thinking as a methodology for critical policy analysis to understand how and why this was the case. Whereas no effort was made to undertake the labour needed to create an assemblage of herders living in concentrated housing, multiple contingent processes came together to create an assemblage around the reduction of mobility through the building of houses for goats. These include the biological effects of livestock shelters on goat tolerance to cold stress, as observed by herders, budget constraints in the goat shelter programme, as well as a long-standing village institution of unified livestock movement.

Publisher

Brill

Subject

Arts and Humanities (miscellaneous),Anthropology,Development,Geography, Planning and Development

Reference52 articles.

1. Assemblage thinking as methodology: commitments and practices for critical policy research;Baker, T.

2. Development and the enclosure movement in pastoral Tibet since the 1980s;Bauer, K.

3. Laws and regulations impacting the enclosure movement on the Tibetan Plateau of China;Bauer, K.

4. Translating ecological migration policy: a conjunctural analysis of Tibetan pastoralist resettlement in China;Bum, T.

5. The effects of enclosures and land-use contracts on rangeland degradation on the Qinghai-Tibetan Plateau;Cao Jianjun, E. Yeh

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