The scientific research on aquaculture efficiency and productivity has been increasing over
the years. This study aims to identify the publication trends and growth potential of …

Most research works on the production frontier in aquaculture focus on efficiency
measurement using either Stochastic Production Frontier (SPF) or Data Envelopment …

This study estimated the bias-corrected technical efficiency (BCTE) of different culture
systems and species of freshwater aquaculture in Malaysia using bootstrapping data …

The demand for animal protein, especially fish, is growing fast, perhaps due to the rapid
expansion of populations, increases in income and changes in eating habits and life styles …

Shrimp aquaculture systems vary from primitive (extensive/improved extensive) to more
industrialized (intensive/semi‐intensive) farms, and the impacts of environmental shocks …

This chapter provides insights on productivity in aquaculture based on production economic
studies of several farmed species in different countries. We first survey studies of …

In light of the current depletion of extractive marine resources and the sustainability issues
that have arisen in the aquaculture industry, the small-scale aquaculture sector has …

Taiwan has cultured milkfish for longer than hundreds of years. Given its long and narrow
terrain surrounded by sea and location in a subtropical monsoon area, it has developed a …

Whereas most studies of cage culture have been carried out in ponds, lakes or reservoirs,
cage-based aquaculture in rivers and other public water bodies raises issues of natural …

We compared stochastic frontier analysis (SFA) and data envelopment analysis (DEA)
methods to calculate mean technical efficiency (MTE) of global aquaculture. A total of 36 …