Time
Category
Search by keywords: Phytoplankton
Noxious phytoplankton has been implicated in fish kills worldwide with the majority of problems occurring in marine systems.
20/09/2021
Commercial fertilizers are widely used in aquaculture. Nitrogen and phosphorus fertilizers are necessary to encourage greater phytoplankton growth in ponds with
03/05/2018
Phytoplankton can be a dilemma in aquaculture. Properly managed populations can be very beneficial (“friend”) to aquaculture production systems
30/08/2017
The abundance of phytoplankton usually is high in aquaculture ponds because of high concentrations of nutrients from fertilizer or feed inputs.
30/08/2017
Inadequate management depletes dissolved oxygen, results in extreme pH values and occurrence of undesirable phytoplankton species
13/05/2017
Proper management of phytoplankton in aquaculture ponds is important to maintain adequate water pH levels.
05/05/2017
When ponds are fertilized, nutri-ents stimulate the growth of microscopic plants in the water (phytoplankton). Phytoplankton is food for other organisms
04/05/2017
Proper management of phytoplankton in aquaculture ponds is important to maintain adequate water pH levels.
03/05/2017
Ponds typically contain an abundance of phytoplankton. These organisms play an important role in pond ecology and influence water quality
26/04/2017
The major sources of organic matter in aquaculture ponds are organic fertilizer, remains of microorganisms — phytoplankton, zooplankton, and benthos — produced
26/04/2017