Study results verified significant differences in temperature, dissolved oxygen (DO), pH, conductivity and water flow rate, between the rainy season and dry seasons. High flow (floods) in rivers caused by torrential rains can damage fish cages, and cause massive fish escapes and deaths. Water flow at the rate of 294.8 m3/s and 270 m3/s destroyed river cages. On the other hand, low flows (drought) can cause water stress resulting from low dissolved oxygen levels. This is a one-pager draft towards a larger article about flow rates and related factors which may influence the risks of mass mortality events in tilapia farming
This research focuses on Tilapia grown in farm ponds or floating cages in rivers and reservoirs in n...
These research findings suggest that farmers who raise fish in intensive culture ponds should adopt ...
Te downstream river of the tropical Batang Ai Dam is experiencing diurnal fow fuctuation due to powe...
The results of this study show that climate phenomena, such as floods, droughts, consecutive days of...
Fish culture in earthen ponds is an important source of income for farmers in northern Thailand. Wat...
Extreme or unusual weather is suspected to be a factor in mass mortality events of fish cage aquacul...
Part of the larger project AQUADAPT: Inland Aquaculture and Adaptation to Climate Change in Northern...
For Nile tilapia cultured in earthen ponds in Thailand, mortality from disease outbreak frequently o...
This is an incomplete draft submission (one-pager) towards a longer article / publication. The study...
This paper analyses the direct impacts of extreme weather, high and low flow events, seasonality and...
As dissolved oxygen (DO) plays a crucial role in aquaculture ponds, the study investigates the impac...
Commercial ponds located in low altitudes face problems from climate variability, high temperatures,...
Climate is an important factor for aquaculture production. This study aimed to understand how farmer...
In this study, in-depth, multiple-visit qualitative data was collected from 42 fish cage farming hou...
This is an incomplete draft submission (one-pager) towards a longer article / publication, the objec...
This research focuses on Tilapia grown in farm ponds or floating cages in rivers and reservoirs in n...
These research findings suggest that farmers who raise fish in intensive culture ponds should adopt ...
Te downstream river of the tropical Batang Ai Dam is experiencing diurnal fow fuctuation due to powe...
The results of this study show that climate phenomena, such as floods, droughts, consecutive days of...
Fish culture in earthen ponds is an important source of income for farmers in northern Thailand. Wat...
Extreme or unusual weather is suspected to be a factor in mass mortality events of fish cage aquacul...
Part of the larger project AQUADAPT: Inland Aquaculture and Adaptation to Climate Change in Northern...
For Nile tilapia cultured in earthen ponds in Thailand, mortality from disease outbreak frequently o...
This is an incomplete draft submission (one-pager) towards a longer article / publication. The study...
This paper analyses the direct impacts of extreme weather, high and low flow events, seasonality and...
As dissolved oxygen (DO) plays a crucial role in aquaculture ponds, the study investigates the impac...
Commercial ponds located in low altitudes face problems from climate variability, high temperatures,...
Climate is an important factor for aquaculture production. This study aimed to understand how farmer...
In this study, in-depth, multiple-visit qualitative data was collected from 42 fish cage farming hou...
This is an incomplete draft submission (one-pager) towards a longer article / publication, the objec...
This research focuses on Tilapia grown in farm ponds or floating cages in rivers and reservoirs in n...
These research findings suggest that farmers who raise fish in intensive culture ponds should adopt ...
Te downstream river of the tropical Batang Ai Dam is experiencing diurnal fow fuctuation due to powe...