Extracellular Polymeric Substances (EPS),1 or exopolymers, play vital roles in the productivity of commercial hatcheries, yet have received little attention in aquaculture outside of their role in the biofilters of recirculating systems, write A. Joycea and S.…
The main objective of this study by Hooi Ling Khaw et al, Wageningen University, Netherlands, is to quantify the genetic and non-genetic indirect effects for harvest weight in the GIFT strain of Nile tilapia.
This article is the second in a two-part series about Japan's Kinki University Fisheries Laboratory. The first article looked at the history of the facility and how tuna is being farmed. This article focuses on the challenges the Laboratory faces, and some fut…
The Fisheries Laboratory of Kinki University in Japan has found a possible way to address the problem of declining tuna stocks by cultivating completely farm-raised Pacific bluefin tuna. In the first of two articles, Bonnie Waycott explains how it's done.
Increased aquaculture production will be needed in future to improve food security, but what role can genetically improved farmed fish species play in increasing productivity? This study from Ingrid Olesen and colleagues investigates.
Transparent exopolymers (TEPs) or Extracellular Polymeric Substances (EPS) are exudates of aquatic organisms that generally elude detection by traditional microscopical techniques. This review by A Joyce and S Utting describes the overlooked roles of these mat…
Juvenile production of Nile tilapia comprises a stage with high economic losses due to disease outbreaks, as stressful conditions caused by increased fish handling at this stage favouring opportunistic infections by several pathogens, write Santiago Benites de…
