Add to ORKGThe commercial production of Ulva spp. by aquaculture is gaining in importance due both to the qualitative and quantitative increase in the use of the harvested biomass and its new applications in inland IMTA techniques. However, very little is known about the specific culturing requirements and commercial quality of the different species of Ulva. The aim of this work is to try from this point of view four Ulva species that could be grown in southern Europe: U. australis, U. fasciata, U. ohnoi and U. rigid
Applications ofseaweeds require the supply of uniform biomass, yet performance of Ulva is generally ...
Species of the genus Ulva are used for human consumption due to their nutritional qualities and we a...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...
The commercial production of Ulva spp. by aquaculture is gaining in importance due both to the quali...
The green macroalgae from genus Ulva are commonly used in biotechnology as a source of biomass for t...
Characteristics and biological aspects of ulva spp. (chlorophyta,ulvaceae). the genus Ulva (phyllum ...
Recent literature reports that the future of seaweed aquaculture lies in two directions; in the medi...
Ulva is a common component of marine intertidal flora in Australia with many species frequently obse...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...
Sea lettuce (Ulva spp.), with its worldwide distribution and remarkable ability to grow rapidly unde...
Chemical composition of three species of Chlorophyta, Ulva lactuca, Ulva fasciata and Ulvaria oxyspe...
This work evaluated the use of effluent from a marine shrimp biofloc rearing system to cultivate the...
Filamentous species of Ulva are ideal for cultivation because they are robust with high growth rates...
Filamentous species of Ulva are ideal for cultivation because they are robust with high growth rates...
Applications ofseaweeds require the supply of uniform biomass, yet performance of Ulva is generally ...
Species of the genus Ulva are used for human consumption due to their nutritional qualities and we a...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...
The commercial production of Ulva spp. by aquaculture is gaining in importance due both to the quali...
The green macroalgae from genus Ulva are commonly used in biotechnology as a source of biomass for t...
Characteristics and biological aspects of ulva spp. (chlorophyta,ulvaceae). the genus Ulva (phyllum ...
Recent literature reports that the future of seaweed aquaculture lies in two directions; in the medi...
Ulva is a common component of marine intertidal flora in Australia with many species frequently obse...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...
Sea lettuce (Ulva spp.), with its worldwide distribution and remarkable ability to grow rapidly unde...
Chemical composition of three species of Chlorophyta, Ulva lactuca, Ulva fasciata and Ulvaria oxyspe...
This work evaluated the use of effluent from a marine shrimp biofloc rearing system to cultivate the...
Filamentous species of Ulva are ideal for cultivation because they are robust with high growth rates...
Filamentous species of Ulva are ideal for cultivation because they are robust with high growth rates...
Applications ofseaweeds require the supply of uniform biomass, yet performance of Ulva is generally ...
Species of the genus Ulva are used for human consumption due to their nutritional qualities and we a...
The optimised reduction of dissolved nutrient loads in aquaculture effluents through bioremediation ...