Extreme or unusual weather is suspected to be a factor in mass mortality events of fish cage aquaculture in reservoirs. The most important climate-related risk was drought or low water levels, which also contributes the largest financial impact. Other climate-related risks perceived as important included: over-turning of stratified cooler and anoxic bottom water layers; prolonged cloud cover; sharp changes in temperature; heat waves; and cold spells. Risks are primarily managed at the farm level with techniques such as aeration, and reducing feed during stressful periods. This is a one-page draft for a larger article
This paper is a one page draft submission towards an article examining local ecological knowledge of...
Study results verified significant differences in temperature, dissolved oxygen (DO), pH, conductivi...
Climate is an important factor for aquaculture production. This study aimed to understand how farmer...
This article assesses the robustness of alternative, longer-term, adaptation strategies for inland a...
This is a lone one-pager draft for a longer paper to be published, about lesser-known methods of aqu...
Fish farmers in Northern Thailand face significant risks from extreme weather events under current c...
Most aquaculture systems are vulnerable to increases in water temperature, water scarcity, and their...
The results of this study show that climate phenomena, such as floods, droughts, consecutive days of...
This is an incomplete draft submission (one-pager) towards a longer article / publication, the objec...
Part of the larger project AQUADAPT: Inland Aquaculture and Adaptation to Climate Change in Northern...
All farmers know that farming fish involves risks. Reducing and properly managing risks are very imp...
In this study, in-depth, multiple-visit qualitative data was collected from 42 fish cage farming hou...
As dissolved oxygen (DO) plays a crucial role in aquaculture ponds, the study investigates the impac...
This is an incomplete draft submission (one-pager) towards a longer article / publication. The study...
This analysis is based on content analysis of policy documents and in-depth interviews with official...
This paper is a one page draft submission towards an article examining local ecological knowledge of...
Study results verified significant differences in temperature, dissolved oxygen (DO), pH, conductivi...
Climate is an important factor for aquaculture production. This study aimed to understand how farmer...
This article assesses the robustness of alternative, longer-term, adaptation strategies for inland a...
This is a lone one-pager draft for a longer paper to be published, about lesser-known methods of aqu...
Fish farmers in Northern Thailand face significant risks from extreme weather events under current c...
Most aquaculture systems are vulnerable to increases in water temperature, water scarcity, and their...
The results of this study show that climate phenomena, such as floods, droughts, consecutive days of...
This is an incomplete draft submission (one-pager) towards a longer article / publication, the objec...
Part of the larger project AQUADAPT: Inland Aquaculture and Adaptation to Climate Change in Northern...
All farmers know that farming fish involves risks. Reducing and properly managing risks are very imp...
In this study, in-depth, multiple-visit qualitative data was collected from 42 fish cage farming hou...
As dissolved oxygen (DO) plays a crucial role in aquaculture ponds, the study investigates the impac...
This is an incomplete draft submission (one-pager) towards a longer article / publication. The study...
This analysis is based on content analysis of policy documents and in-depth interviews with official...
This paper is a one page draft submission towards an article examining local ecological knowledge of...
Study results verified significant differences in temperature, dissolved oxygen (DO), pH, conductivi...
Climate is an important factor for aquaculture production. This study aimed to understand how farmer...