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Search by keywords: aquaculture ponds
Application of agricultural limestone to improve pH and alkalinity in aquaculture ponds is a widely used practice.
14/08/2017
Nearly all commercial aquaculture in the southeastern United States is conducted in earthen ponds. Good production from ponds is encouraged by using
04/05/2017
In aquaculture, organic matter is applied to ponds directly in manures (animal dung, grass and agricultural waste) and feed
19/05/2017
Phytoplankton can be a dilemma in aquaculture. Properly managed populations can be very beneficial (“friend”) to aquaculture production systems
30/08/2017
Phytoplankton can be a dilemma in aquaculture. Properly managed populations can be very beneficial (“friend”) to aquaculture production systems
26/04/2017
Aquaculture ponds should not be deeper than about 2.0 m to minimize the probability of thermal stratification.
03/05/2017
Most fish farmers operating in freshwater ponds will at some point encounter blooms of nuisance microalgae, which threaten the health and quality
23/05/2018
I often receive questions about what effect various phenomena or treatments have in aquaculture. Some of these questions must be answered as follows
17/11/2017
Photosynthesis by microalgae (phytoplankton) is the main source of oxygen in aquaculture ponds. Microalgae often supply excess oxygen during the day
13/02/2017
Productivity increases in aquaculture ponds in re-sponse to nutrient inputs of fertilizer and feed. These in-puts, however, increase the demand for oxygen
03/05/2017