The study has explored the implications of climate change on fish biodiversity as experienced by the local people of Dekhar Haor. It also expressed the local community’s perceptions about the manifestations and consequences of climate change. In the study area, about 77.5% of people were involved with full-time fishing and 16.3% with part-time fishing. About 78.33% respondents thought that the weather has changed abruptly within the last 10 years. The study showed that the first and foremost factor is high temperature (100%). Considering biodiversity aspects, a total of 63 species under 20 families were found during the study period whereas 80 fish species under 29 families found 10 years back. The species availability status was remarked i...
Climate change in the lower Gangetic delta has caused an increase in water temperature and altered t...
This research work takes a look into the importance of some commercial inland fish species, how they...
Background: Projections suggest that by 2050, climate change will reduce global fish catch by 3–13%,...
Analysis of long-term data provides a valuable approach to determining the extent of biodiversity de...
The present study aimed to map out the current threats and anticipated impacts of climate change on ...
This study examines social, economic, and ecological adaptation strategies for small-scale Hilsa fis...
Aim: Local and global stressors such as agricultural activities, climate change, habitat loss, eutro...
Saline water intrusion is a major problem and conflicting issue in south-west coastal region of Bang...
The study was aimed to find out the present status and causes of fish and shellfish diversity reduct...
The geographical location of Bangladesh makes it one of the most vulnerable countries to climate cha...
Climate change is now universally acknowledged to be taking place across the globe. It is generally ...
The present study aimed to map out the current threats and anticipated impacts of climate change on ...
Not AvailableInland open water fisheries around the world are threatened due to growing anthropogeni...
Loss of fish biodiversity, especially in the inland and coastal areas, is a major concern in sustain...
Aquatic ecosystems are of global importance for maintaining high levels of biodiversity and ecosyste...
Climate change in the lower Gangetic delta has caused an increase in water temperature and altered t...
This research work takes a look into the importance of some commercial inland fish species, how they...
Background: Projections suggest that by 2050, climate change will reduce global fish catch by 3–13%,...
Analysis of long-term data provides a valuable approach to determining the extent of biodiversity de...
The present study aimed to map out the current threats and anticipated impacts of climate change on ...
This study examines social, economic, and ecological adaptation strategies for small-scale Hilsa fis...
Aim: Local and global stressors such as agricultural activities, climate change, habitat loss, eutro...
Saline water intrusion is a major problem and conflicting issue in south-west coastal region of Bang...
The study was aimed to find out the present status and causes of fish and shellfish diversity reduct...
The geographical location of Bangladesh makes it one of the most vulnerable countries to climate cha...
Climate change is now universally acknowledged to be taking place across the globe. It is generally ...
The present study aimed to map out the current threats and anticipated impacts of climate change on ...
Not AvailableInland open water fisheries around the world are threatened due to growing anthropogeni...
Loss of fish biodiversity, especially in the inland and coastal areas, is a major concern in sustain...
Aquatic ecosystems are of global importance for maintaining high levels of biodiversity and ecosyste...
Climate change in the lower Gangetic delta has caused an increase in water temperature and altered t...
This research work takes a look into the importance of some commercial inland fish species, how they...
Background: Projections suggest that by 2050, climate change will reduce global fish catch by 3–13%,...