The research was conducted in the coastal wetland to investigate farmers’ livelihood vulnerabilities. The farmers within the study area of costal wetland were earnestly affected by various types of hazards like, river bank erosion, salinity intrusion, cyclone, tidal flood, heavy rainfall, water logging as well. Agriculture is the main source of economy, which is threatened by almost all the hazards. In the study area most of the farmers (46.36%) were having below 0.2 hectors of land and only 4.54% farmers had above 0.3 hectors. The major field crop of the study area was rice (Boro/Aman). Generically farmers were not acquainted to cultivate Aus in this area. During Aus growing season (kharif-1) the salinity intensity became higher and they h...
Studies were conducted on climate resilient disaster vulnerable livelihood adaptations in coastal Ba...
Bangladesh is cited as one of the most vulnerable countries to the impacts of climate change. Climat...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
The research was conducted in the coastal wetland to investigate farmers’ livelihood vulnerabilities...
The present research is highly related with a public interview to capture the data directly from the...
Bangladesh is exposed to disasters mainly due to her topographical location. Calamities such as floo...
Southwestern coastal Bangladesh is characterized by low-lying topography, high productive mangrove e...
A survey was conducted to determine the effect of climate change on crop production and water qualit...
Agriculture in the south-western coastal region in Bangladesh (SWCRB) has high vulnerability to clim...
The geographical location of Bangladesh makes it one of the most vulnerable countries to climate cha...
At present, Bangladesh is one of the most vulnerable to climate risk. It has been facing a boundless...
Bangladesh which has a very high population density is one of the most vulnerable countries to clima...
Copyright © 2014 ISSR Journals. This is an open access article distributed under the Creative Common...
The present research is highly related with a public interview to capture the data directly from the...
Most climate related hazards in Bangladesh are linked to water. The climate vulnerable poor—the poor...
Studies were conducted on climate resilient disaster vulnerable livelihood adaptations in coastal Ba...
Bangladesh is cited as one of the most vulnerable countries to the impacts of climate change. Climat...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
The research was conducted in the coastal wetland to investigate farmers’ livelihood vulnerabilities...
The present research is highly related with a public interview to capture the data directly from the...
Bangladesh is exposed to disasters mainly due to her topographical location. Calamities such as floo...
Southwestern coastal Bangladesh is characterized by low-lying topography, high productive mangrove e...
A survey was conducted to determine the effect of climate change on crop production and water qualit...
Agriculture in the south-western coastal region in Bangladesh (SWCRB) has high vulnerability to clim...
The geographical location of Bangladesh makes it one of the most vulnerable countries to climate cha...
At present, Bangladesh is one of the most vulnerable to climate risk. It has been facing a boundless...
Bangladesh which has a very high population density is one of the most vulnerable countries to clima...
Copyright © 2014 ISSR Journals. This is an open access article distributed under the Creative Common...
The present research is highly related with a public interview to capture the data directly from the...
Most climate related hazards in Bangladesh are linked to water. The climate vulnerable poor—the poor...
Studies were conducted on climate resilient disaster vulnerable livelihood adaptations in coastal Ba...
Bangladesh is cited as one of the most vulnerable countries to the impacts of climate change. Climat...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...