The capital of Bangladesh, Dhaka, has seen remarkable industrial growth and human development over the last decade, lifting many people out of poverty. But the city’s rivers, which are expected to supply water and absorb pollution, are under significant stress.
The Government of Bangladesh has ambitious growth and development targets, such as doubling the annual revenue of the ready-made garment industry to USD50 billion by 2021 and achieving zero poverty by 2030. This raises concern about water quality issues associated with industrial growth and which influence the livelihoods and well-being of millions of people living close to the rivers.
This observatory aims to support the government’s ambition for industrial growth, whilst minimising environmental damage and public health impacts, particularly for the poor relying on rivers for drinking, cooking, washing and bathing.
We will analyse water quality risks and their impact on human health, as well as exploring the linkages between industrial growth, poverty reduction and water security.
New models and tools will enable regulatory agencies and industry to quickly assess the effectiveness of pollution reduction initiatives, and help the government understand the likely outcomes of different economic and environmental policies and programmes, particularly for the poor.
Life on the banks of a polluted river, February 2017
Modelling toxic chemicals in Dhaka’s Turag-Balu River, January 2017
Can cleaner rivers help Dhaka’s poor? April 2016
Water on all sides: reflections on Bangladesh, July 2015
REACH (2017) Identifying water quality risks and modelling intervention strategies. REACH Policy Brief, University of Oxford, Oxford, UK
REACH (2015) Country Diagnostic Report, Bangladesh. REACH Working Paper 1, University of Oxford, Oxford, UK
Bangladesh University of Engineering and Technology: Professor Mohammed Abu Eusuf, Dr Mohammed Abed Hossain, Professor Md. Rezaur Rahman, Professor Mashfiqus Salehin
University of Dhaka: Dr Mohammed Abu Eusuf, Professor Mahbuba Nasreen
University of Oxford: Dr Rob Hope, Rebecca Peters, Lorna Softley, Dr Yizhi Song, Professor Ian Thompson, Professor Paul Whitehead
© 2018 REACH