A sustainable integrated system for culture of fish, seaweed and abalone

Neori, Amir; Shpigel, Muki; BenEzra, David

doi:10.1016/s0044-8486(99)00378-6

Cited by 218 publications

(131 citation statements)

References 11 publications

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“…The high magnitude of the measured size effect shows that the combination of different organisms coming from different trophic levels cultivated together did not minimise differences between controls and farmed areas with respect to monoculture. Such a result is quite puzzling but is very likely strongly divergent due to the low number of studies analysed from very different types of papers (Costa-Pierce 1998, Neori et al 2000, Wahab et al 2003 which resulted from the low accessibility of other data meeting all the requirements of reliability to be analysed with meta-analytic procedures. Thus, although reliable papers used in this meta-analysis were very few and highly heterogeneous, I…”

mentioning

confidence: 99%

A meta-analysis on the ecological effects of aquaculture on the water column: Dissolved nutrients

Sarà

2007

Marine Environmental Research

104

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mentioning

confidence: 99%

A meta-analysis on the ecological effects of aquaculture on the water column: Dissolved nutrients

Sarà

2007

Marine Environmental Research

104

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“…and Pyropia/Porphyra, which are well-established aquaculture species and whose nutrient uptake abilities are high compared to most other seaweeds (e.g. Chopin Kang et al 2014;Martinez-Aragon et al 2002;Neori et al 2000Neori et al , 2004Msuya and Neori 2008;Abreu et al 2013;Sutherland et al 2011). However, in the case of eco-intensification of offshore aquaculture operations, the macroalgae species additionally needs to be robust enough to withstand a high energy environment (Buck and Buchholz 2005).…”

Section: Ecosystem Servicesmentioning

confidence: 99%

Offshore and Multi-Use Aquaculture with Extractive Species: Seaweeds and Bivalves

Buck

Nevejan

Wille

et al. 2017

Aquaculture Perspective of Multi-Use Sites in the Open Ocean

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Aquaculture of extractive species, such as bivalves and macroalgae, already supplies a large amount of the production consumed worldwide, and further production is steadily increasing. Moving aquaculture operations off the coast as well as combining various uses at one site, commonly called multi-use aquaculture, is still in its infancy. Various projects worldwide, pioneered in Germany and later accompanied by other European projects, such as in Belgium, The Netherlands, Norway, as well as other international projects in the Republic of Korea and the USA, to name a few, started to invest in robust technologies and to investigate in system design needed that species can be farmed to market size in high energy environments. There are a few running enterprises with extractive species offshore, however, multi-use scenarios as well as offshore IMTA concepts are still on project scale. This will change soon as the demand is dramatically increasing and space is limited.

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“…Ammonia-N could be removed by biofiltration with microalga, effectively converting from ammonia-N to nitrate less toxic for the aquafarming fishery products [6][7][8][9] . The biofilter systems employing macroalga have reported that 70-95 % of ammonia-N in the effluent could be removed using Gracilaria chilensis in salmon aquaculture ponds 10,11 and some research activities were reported on the application of Ulva lactuca to the farming of Oreochromis spilurus to control the water quality in the aquaculture 12 .…”

Section: Introductionmentioning

confidence: 99%

Effects of Sterile Ulva sp. Growth Rate on Water Quality Control of Intensive Shrimp Culture Pond in Developing Countries

Habaki

Aoki

Egashira

et al. 2016

Chem.Biochem.Eng.Q.

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To control the water quality in the intensive shrimp mariculture pond by uptaking the total ammonia-nitrogen with sterile Ulva sp., the growth rate of sterile Ulva sp. was experimentally measured and the influence of the rate on the water quality control evaluated. The specific growth rate constant of the seaweed increased with the total ammonia-nitrogen concentration, photosynthetic photon flux density and operating temperature. Then the dynamics of ammonia-nitrogen in the modeled culture pond for the intensive shrimp farming in the tropical region were numerically simulated, in which the seaweed was used to uptake ammonia-nitrogen. The seaweed could uptake ammonia-nitrogen effectively during daytime mainly due to the high intensity of sun light, and the total ammonia-nitrogen concentration in the shrimp pond could be kept very low. The required seaweed density to control the total ammonia-nitrogen concentration less than the recommended maximum concentration of 1.0 ⋅ 10 -3 kg N m -3 was estimated to be reasonable.

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A sustainable integrated system for culture of fish, seaweed and abalone

Cited by 218 publications

References 11 publications

A meta-analysis on the ecological effects of aquaculture on the water column: Dissolved nutrients

A meta-analysis on the ecological effects of aquaculture on the water column: Dissolved nutrients

Offshore and Multi-Use Aquaculture with Extractive Species: Seaweeds and Bivalves

Effects of Sterile Ulva sp. Growth Rate on Water Quality Control of Intensive Shrimp Culture Pond in Developing Countries

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