BORRBangladesh Open Research Repository
SearchSubmitAboutContact
BORRResearch for a Better Bangladesh.
AboutSubmit PaperContactTermsPolicyGitHub

© 2026 Bangladesh Open Research Repository.

Filters

Sort By

Sort by relevanceSort by dateSort by citations
Year Range
to

Results for “"Scott Curtis"”

8 results

Teleconnections between the sea surface temperature in the Bay of Bengal and monsoon rainfall in Bangladesh

Verified

Ahmed Salahuddin, Ronald H. Isaac, Scott Curtis, Jun Matsumoto

Journal: Global and Planetary ChangeYear: 2006Citations: 35
Physical Sciences
Environmental Science
Global and Planetary Change
Read Source

Explaining mobility using the Community Capital Framework and Place Attachment concepts: A case study of riverbank erosion in the Lower Meghna Estuary, Bangladesh

Verified

Bimal Kanti Paul, Munshi Khaledur Rahman, Thomas W. Crawford, Scott Curtis et al.

Journal: Applied GeographyYear: 2020Citations: 30

Information collected from Focus Group Meetings (FGMs) and key informant interviews (KIIs) from Ramgati Upazilla of Lakshmipur District, Bangladesh, shows that once household members have lost their homes to riverbank erosion, they rarely migrate to distant places and stay in their immediate vicinit...

Social SciencesSociology and Political ScienceClimate Change, Adaptation, Migration
Read Source

Coastal Erosion and Human Perceptions of Revetment Protection in the Lower Meghna Estuary of Bangladesh

Verified

Thomas W. Crawford, Md Sariful Islam, Munshi Khaledur Rahman, Bimal Kanti Paul et al.

Journal: Remote SensingYear: 2020Citations: 29

This study investigates coastal erosion, revetment as a shoreline protection strategy, and human perceptions of revetments in the Lower Meghna estuary of the Bangladesh where new revetments were recently constructed. Questions addressed were: (1) How do rates of shoreline change vary over the period...

Physical SciencesEarth and Planetary SciencesEarth-Surface ProcessesOpen Access
Read Source

Coupled Adaptive Cycles of Shoreline Change and Households in Deltaic Bangladesh: Analysis of a 30-Year Shoreline Change Record and Recent Population Impacts

Verified

Thomas W. Crawford, Munshi Khaledur Rahman, Md. Giashuddin Miah, MR Islam et al.

Journal: Annals of the American Association of GeographersYear: 2020Citations: 23

This research investigates the spatiotemporal dynamics of shoreline change and associated population impacts in deltaic Bangladesh. This region is among the world’s most dynamic deltas due to monsoon precipitation that drives tremendous discharge and sediment volumes from the Ganges–Brahmaputra–Megh...

Physical SciencesEarth and Planetary SciencesEarth-Surface Processes
Read Source

A Hydroclimatological Analysis of Precipitation in the Ganges–Brahmaputra–Meghna River Basin

Verified

Scott Curtis, Thomas W. Crawford, Munshi Khaledur Rahman, Bimal Kanti Paul et al.

Journal: WaterYear: 2018Citations: 12

Understanding seasonal precipitation input into river basins is important for linking large-scale climate drivers with societal water resources and the occurrence of hydrologic hazards such as floods and riverbank erosion. Using satellite data at 0.25-degree resolution, spatial patterns of monsoon (...

Physical SciencesEnvironmental ScienceGlobal and Planetary ChangeOpen Access
Read Source

Coping Strategies of People Displaced by Riverbank Erosion in the Lower Meghna Estuary

Verified

Bimal Kanti Paul, Munshi Khaledur Rahman, Thomas W. Crawford, Scott Curtis et al.

Journal: Springer geographyYear: 2021Citations: 11
Social SciencesSociology and Political ScienceClimate Change, Adaptation, Migration
Read Source

Riverbank Erosions, Coping Strategies, and Resilience Thinking of the Lower-Meghna River Basin Community, Bangladesh

Verified

Munshi Khaledur Rahman, Thomas W. Crawford, Bimal Kanti Paul, Md Sariful Islam et al.

Journal: Climate change managementYear: 2021Citations: 8
Social SciencesSociology and Political ScienceDisaster Management and Resilience
Read Source

Monsoon Dynamics in the Ganges-Brahmaputra-Meghna Basin

Verified

Scott Curtis, Thomas W. Crawford, Khaled Munshi, Bimal Kanti Paul

Year: 2017Citations: 2

A recently funded US National Science Foundation project seeks to investigate monsoon variability within the Ganges-Brahmaputra-Meghna (GBM) river basin as a potential predictor for annual shoreline erosion rates in the lower coastal delta region. Many previous studies have examined the interannual ...

Physical SciencesEarth and Planetary SciencesAtmospheric ScienceOpen Access
Read Source
PreviousPage 1 of 1Next