Koech, RK ORCiD: 0000-0002-0563-6687Achieving SDGs by 2030 such as “No poverty, zero hunger, good health” is the main priority for policy planning in Bangladesh. Key challenges faced in achieving these goals is encountered in the agricultural sector. This research focused on farmers’ perception of salinity and their management strategies, and the implications for policy makers to sustain rice production in the coastal areas of Bangladesh. Household survey data was collected from randomly selected 108 rice farming families from two south-west south-east coastal sub-districts. Semi-structured and pretested questionnaire were used to collect data from the respondents. Majority of the respondents (89%) reported that salinity has increased over ...
Salinity intrusion, a process by which seawater moves inland into freshwater sources and the surroun...
Farming in coastal Bangladesh includes rice/shrimp and rice/non-rice cropping systems. The former ha...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
Achieving SDGs by 2030 such as “No poverty, zero hunger, good health” is the main priority for polic...
Coastal salinity causes substantial adverse impacts on agricultural productivity and food security. ...
Salinization is a major global issue due to its adverse impact on agricultural productivity and sust...
The potential existence of threshold yield loss in dry season rice growing systems under coastal sal...
The present study describes the changes from a rice-based cropping system to a shrimp-based cropping...
The coastal and off-shore areas in Bangladesh constitute about 2.65 million hectares of which 0.85 m...
In Global Climate Risk Index 2019, Bangladesh has been ranked seventh among the countries most affec...
Global climate change accelerates sea level raising that inundated new cultivation areas every year....
Maintaining productivity and technical efficiency of salinity affected rice farming is essential for...
An estimated 1.06 million hectare of arable land in Bangladesh and 6.7 million hectares in India is ...
The expanded use of surface water for irrigation, intensified farm management, and double cropping h...
The expanded use of surface water for irrigation, intensified farm management, and double cropping h...
Salinity intrusion, a process by which seawater moves inland into freshwater sources and the surroun...
Farming in coastal Bangladesh includes rice/shrimp and rice/non-rice cropping systems. The former ha...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...
Achieving SDGs by 2030 such as “No poverty, zero hunger, good health” is the main priority for polic...
Coastal salinity causes substantial adverse impacts on agricultural productivity and food security. ...
Salinization is a major global issue due to its adverse impact on agricultural productivity and sust...
The potential existence of threshold yield loss in dry season rice growing systems under coastal sal...
The present study describes the changes from a rice-based cropping system to a shrimp-based cropping...
The coastal and off-shore areas in Bangladesh constitute about 2.65 million hectares of which 0.85 m...
In Global Climate Risk Index 2019, Bangladesh has been ranked seventh among the countries most affec...
Global climate change accelerates sea level raising that inundated new cultivation areas every year....
Maintaining productivity and technical efficiency of salinity affected rice farming is essential for...
An estimated 1.06 million hectare of arable land in Bangladesh and 6.7 million hectares in India is ...
The expanded use of surface water for irrigation, intensified farm management, and double cropping h...
The expanded use of surface water for irrigation, intensified farm management, and double cropping h...
Salinity intrusion, a process by which seawater moves inland into freshwater sources and the surroun...
Farming in coastal Bangladesh includes rice/shrimp and rice/non-rice cropping systems. The former ha...
Coastal Bangladesh is highly vulnerable to climate change and salinisation; hence, farm-level adapta...