Onno Ruhl, General Manager of the Aga Khan Agency for Habitat, stated: “Over 90 percent of Tajikistan is mountainous and about half of the country’s territory is at 3,000 metres or higher and exposed to multiple natural hazards. As natural disasters become more frequent and severe due to climate change, solutions to help communities rebuild and, when necessary, relocate are essential. The AKAH Habitat Planning Framework gives agency to displaced people to plan for a safer and better future.”

The Basid case study combines the community’s own skills and knowledge with data-driven analysis and best practices in urban planning and design from AKAH, MIT and KVA MATx, to develop a model for participatory relocation planning. It brings world-class planning to a remote mountain village.

Building on AKAH’s Habitat Planning Framework and Hazard & Vulnerability Risk Assessments, the AKAH, MIT and KVA MATx team, together with the community, identified four main design challenges: improving access; providing a water supply; enriching the land through soil and vegetation conservation; and creating safe village layout options.

James Wescoat Jr., Aga Khan Professor Emeritus of Landscape Architecture and Geography at MIT, said: “The Basid Case Study shows the importance of close linkages between research, planning and design. Basid faces myriad challenges, from frequent rockfall to episodic flooding and uncertainties associated with the natural dam upstream at Lake Sarez. So, it is important to create a voluntary relocation case study that encompasses as many of the determinants, design components and options as possible for a secure life on the plateau and with continuing productive uses of the floodplain.” A complex and multi-hazard challenge calls for a multi-sectoral yet streamlined approach to habitat planning that unites data-driven decision-making and the community’s vision and voice.

The team used AKAH’s Habitat Assessment approach – which included drone photography and GIS data and analysis to determine safe sites, map hazards and assess other environmental and geo-spatial data important for planning including solar exposure, topography, water, vegetation, soil analysis, etc.  Community participation is integral to AKAH’s habitat planning process and the team engaged with residents and community leaders to identify needs and promising programming and engineering concepts.  They conducted collective design sessions in the field, which MIT and KVA MATx further developed into a set of design options and recommendations for a phased relocation. 

The case study proposes a range of design options that can be implemented incrementally starting with immediate emergency measures and moving through to complete long-term relocation.  Measures include transplanting fertile river soil up to the new village site; designing homes and farms for the best orientation relative to sun, wind and water exposure; sustainable planting strategies; tree plantation to stabilise slopes and terraced fields as well as other disaster risk reduction strategies including seismically resistant construction or even a Community Drone Port to transport medicine and food in times of emergency.

The case study is being featured at La Biennale di Venezia (the Venice Biennale) this year.  This year, La Biennale looks at the question of “How will we live together?”  focusing on the new challenges that climate change brings to architecture, on the role of public space in the recent urban uprisings, on the new techniques of reconstruction and the changing forms of collective building. The Basid relocation study looks at how communities can move together peacefully, justly and productively with self-governance, recognising that with the increase in climate induced disasters “living together” will often mean “moving together”.

For more information:

Trushna Torche [email protected]

Please visit “Moving Together” and “AKAH Habitat Planning”