I have a new paper, led by Jess Raff,
that analyzes sediment transport and sediment budgets
in the Ganges-Brahmaputra-Meghna delta, and assesses the implications of
sediment flow for sustainability in the face of sea-level rise and the
diversion and damming of major rivers.
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A short film about my collaborative interdisciplinary research project in Bangladesh is featured at the AGU Cinema at the 2019 Fall Meeting of the American Geophysical Union, and is also available on YouTube. The film, by Andre Leroux, focuses on interdisciplinary research on the changing river systems of Bangladesh and the prospect of sustainably managing the delta in the face of climate change and sea-level rise.
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I was interviewed by the Dhaka Tribune on the impact of sea-level rise in
Bangladesh. I explained that with good land-management, sediment carried to
the coast by the Ganges, Brahmaputra, and Meghna rivers can raising the land
as fast as the sea is rising for the near-future, but that eventually
global warming may cause the sea level to rise faster than the land can
adapt.
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Workshop on River Navigability and Inland Shipping in Bangladesh: Economic Importance and Impacts of Environmental Change
On a recent trip to Bangladesh I collaborated with Dr. Bishawjit Mallick
(Chair of Environmental Development and Risk Management at Technische Universität Dresden), the environmental
activist collective Riverine People, and Professor Md. Monirul Islam at Dhaka University, and representatives of the
School of Environmental Science and Management at the Independent University of Bangladesh
and the International Centre for Climate Change and Development
to organize a workshop on
River Navigability and Inland Shipping in Bangladesh with a focus on the economic impact of formal and informal use
of inland waterways for passenger and cargo traffic.
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The Financial Express (Bangladesh) reported on the meeting between Prof. Steve Goodbred and myself, from Vanderbilt University, and the Dr. Md. Aktaruzzaman, Vice-Chancellor of Dhaka University. During the meeting, we discussed academic and research collaborations between Dhaka University and Vanderbilt on climate change, riverbank erosion, access to safe drinking water, and other environmental challenges.
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The Daily Samakal (Bangladesh) reported on a workshop I helped to organize
in Dhaka on
“River Navigation and Inland Shipping in Bangladesh: Economic Importance and
Impacts of Environmental Change”.
Participants included academics, government officials, representatives of the
shipping industry, and members of community and political activist groups.
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My new research project in Bangladesh, with Kimberly Rogers, Amanda Carrico, Katharine Donato, and Carol Wilson, was featured in the National Science Foundation’s announcement
of this year’s grants for research on coupled human-natural systems.
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Bangladesh uniquely interests U.S. climate change researchers for a pair of reasons: Its place on the globe makes it particularly vulnerable to devastating weather events, and it’s a predominantly Muslim nation that maintains a secular, pro-Western outlook.
Vanderbilt University’s Jonathan Gilligan, associate professor of earth and environmental sciences, Steven Goodbred, professor of earth and environmental sciences, Brooke Ackerly, professor of political science, and their team travel there frequently though funding from the Office of Naval Research, The National Science Foundation, and other agencies, using Bangladesh as a climate change harbinger for our own coastal regions. Particularly evident is the way land use mismanagement, similar to what happens here, has affected flooding.
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Far fewer people in Bangladesh have safe water than the state government has estimated, new research shows. In addition, many people who do not have access to safe drinking water are under the mistaken impression that their water is safe, drinkable, and clean.
According to the latest national assessment, 85 percent of the people in Bangladesh have access to safe drinking water. However, the new research uncovers two major problems that the national statistics don’t reflect.
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