|
Water Climate
and hazard (WATCH) Programme
Aaranyak-ICIMOD
study on climate change adaptation on the Brahmaputra flood plains of
eastern Assam completed
The study on Assessing
Local Adaptation Strategies to Climate Induced Water Stress and Hazards in
the Greater Himalayan Region: A Case Study in the Eastern Assam Flood
Plains of the Brahmaputra Basin in India, carried out for the
International Centre for Integrated Mountain Development (ICIMOD),
Kathmandu, Nepal was successfully completed in technical collaboration with
the ICIMOD. The study was carried out between July 2008 and September 2009
in five highly hazard-prone villages of Lakhimpur and Dhemaji districts of
Assam. The reports have been published by ICIMOD in two formats, a
synthesis report entitled ‘Local Responses to
Too Much and Too Little Water in the Greater Himalayan Region’ and a
full report called ‘Adjusting to Floods on the
Brahmaputra Plains, Assam, India’ which can be accessed in their
website following the links given below.
Five case studies were
carried out under the ‘Too Much and Too Little Water’ project of ICIMOD,
one each in Nepal, China and Pakistan and two in India (Assam and Bihar).
The synthesis report contains the abstracts of all the five country case
studies. The synthesis of the Assam case study can be found on page 43
of this report. The full reports are published separately for each case
study. While the full report is meant for more interested readers and
researchers, the synthesis volume is targeted more at planners and policy
makers. A short documentary film (11 minutes) titled ‘Living with
flood’ has also been made as a supplement to the case study in Assam.
The film will be available in Aaranyak office hopefully in January 2010.
ICIMOD is complementing the
field study with a comprehensive study on the policy aspects of adaptation
to climate and water induced hazards in the Greater Himalayan Region. In
India the study is being carried out by the National Institute of Disaster
Management (NIDM), Ministry of Home Affaiars, Government of India, New
Delhi. The policy reports should be available early next year.
The Assam study mainly
explores the ways and means through which the local communities of the
study sites have so far coped with and adapted to changing nature of
climate and water induced hazards like floods, flash floods, sand casting,
river bank erosion, rainstorms etc. Changing nature of the water induced
hazards in the study area is a manifestation of the impacts of climate
change in the Himalayan region. The perceptions, practices and strategies
developed by communities utilising mainly their traditional knowledge
systems have been documented and analysed. Factors influencing the
community’s adaptive capacity have also been highlighted. The field
investigations were conducted mainly using principles and tools of
Participatory Rural Appraisal (PRA)
This study looks into
community coping practices from the perspective of climate change
adaptation. ‘Adaptation’ as a means of dealing with impacts of climate
change has gained extra-ordinary importance worldwide. Regions like
northeast India located downstream of the Himalayan water flux, possessing
delicate ecosystems rich in biodiversity as well as ethnic, linguistic and
cultural diversity need special planning, policies and action programmes to
empower the vulnerable communities so that people can acquire or strengthen
the adaptation skills and capacities to deal with impending effects of a
changing climate. Such steps must be supplemented with change in the
present development paradigm to make the pursuit of development more
environment and people friendly.
Reports can be downloaded
from the following links
Synthesis report:
http://books.icimod.org/uploads/tmp/icimod-local_responses_to_too_much_and_too_little_water_in_the_greater_himalayan_region.pdf
Full report:
http://books.icimod.org/uploads/tmp/icimod-adjusting_to_floods_on_the_brahmaputra_plains,_assam,_india.pdf
For further information please write to :
Partha Jyoti Das, Ph.D..
Head, Water Climate and Hazard (WATCH) Programme, Aaranyak |