While the entire country of Bangladesh is exposed to climate stress, the densely populated coastal region along the Bay of Bengal constitutes a vulnerability frontline of climate change. In the region whose livelihoods are largely dependent on farming and fishing face the ever-increasing adverse climate impacts on a daily basis. As a response, local people are actively engaged in various community-based adaptations. However, there is little known about how much these communities use science-based weather and climate information when making their farm-related adaptation decisions. Despite its potential to reduce climate impacts, the establishment and use of locally relevant climate services has been slow. This dissertation research draws upo...
Considering the growing threats of climate change, in addition to mitigation strategies, it is highl...
This article explores the drivers, benefits, and challenges to climate change adaptation in Banglade...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
Agriculture in the south-western coastal region in Bangladesh (SWCRB) has high vulnerability to clim...
International audienceClimate change is expected to disproportionately affect agriculture in Banglad...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
Purpose of the Study: This research aims to identify the susceptibility of Bangladesh's coastal area...
Bangladesh is cited as one of the most vulnerable countries to the impacts of climate change. Climat...
Offering a case study of coastal Bangladesh, this study examines the adaptation of agriculturalists ...
While people around the world are increasingly facing various climate-related stresses, women with l...
Historically Bangladesh is a breeding ground for different climatic disasters due to its geographica...
Rural households in South Asia’s coastal deltas face numerous livelihood challenges, including risks...
Farmers in the south-west coastal Bangladesh are frequently affected by climate change due to their ...
This paper identifies and analyses climate change impacts, their cascading consequences and the live...
Southwestern coastal Bangladesh is characterized by low-lying topography, high productive mangrove e...
Considering the growing threats of climate change, in addition to mitigation strategies, it is highl...
This article explores the drivers, benefits, and challenges to climate change adaptation in Banglade...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
Agriculture in the south-western coastal region in Bangladesh (SWCRB) has high vulnerability to clim...
International audienceClimate change is expected to disproportionately affect agriculture in Banglad...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
Purpose of the Study: This research aims to identify the susceptibility of Bangladesh's coastal area...
Bangladesh is cited as one of the most vulnerable countries to the impacts of climate change. Climat...
Offering a case study of coastal Bangladesh, this study examines the adaptation of agriculturalists ...
While people around the world are increasingly facing various climate-related stresses, women with l...
Historically Bangladesh is a breeding ground for different climatic disasters due to its geographica...
Rural households in South Asia’s coastal deltas face numerous livelihood challenges, including risks...
Farmers in the south-west coastal Bangladesh are frequently affected by climate change due to their ...
This paper identifies and analyses climate change impacts, their cascading consequences and the live...
Southwestern coastal Bangladesh is characterized by low-lying topography, high productive mangrove e...
Considering the growing threats of climate change, in addition to mitigation strategies, it is highl...
This article explores the drivers, benefits, and challenges to climate change adaptation in Banglade...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...