Variations in lipid, protein and carbohydrate contents of Enteromorpha spp. were examined over a seven-month period from April to October 1993. The samples
Enteromorpha spp. In factorial laboratory experiments including temperature and light, there were clear differ-ences in timing of germination. P. littoralis germinated at 5°C whereas Enteromorpha spp. required tempera-tures of 10-15°C for germination. In contrast, we detected only minor differences in …
och i region liga tarmtångarter Enteromorpha spp. kan ibland ha ett högre vatteninnehåll beroende av K Johansson · 2009 — 25. 25. 50.
35 Full PDFs related to this paper. Chemical analysis indicated that Enteromorpha spp. has 9-14% protein; 2-3.6% ether extract; 32-36% ash, and n-3 and n-6 fatty acids 10.4 and 10.9 g/100 g of total fatty acid, respectively. The protein of this seaweed has a high digestibility (98%). Salmonella was not found and mesophyllic aerobic and fecal coliform did not exceed the norm.
LR.LR.Rkp.G - Green seaweeds (Enteromorpha spp. and Cladophora spp.) in upper shore rockpools Description Rockpools in the littoral fringe or upper eulittoral zone subject to widely fluctuating temperatures and salinity are characterized by ephemeral green alga of the genus Ulva , along with Cladophora spp. and Ulva lactuca .
The samples were collected from seven sampling Enteromorpha spp. is a marine seaweed present almost year round. It often causes unsightly appearance and foul odor from decomposition by micro-organisms.
and Enteromorpha spp. cover and high nutrient concentrati on, measurement of settlement and early growth of barnacles and Enteromorpha spp. may be a potential indicator of variation in ambient water quality and may yield insight into the effect of urban stormwater and sewage-related contamination on intertidal settlement processes in estuaries and,
MESH, GeMS. A5.511 [ Phymatolithon calcareum] maerl beds in infralittoral clean gravel or coarse sand. MESH, GeMS. A5.5111 The biochemical composition of Enteromorpha spp. 21 Gdynia Puck Jastarnia Hel Peninsula Gulf of GdaÒsk Baltic Sea 54.80 54.70 54.60 54.50 18.40 18.50 18.60 18.70 18.80 Enteromorpha crinata (Roth) J Agardh species Enteromorpha hendayensis P.J.L.Dangeard & H.Parriaud, 1960 species Enteromorpha musciformis P.J.L.Dangeard, 1962 species Enteromorpha robertii-lamii H.Parriaud, 1961 species Enteromorpha sanctijoannis P.J.L.Dangeard, 1960 Recruits of Enteromorpha spp. were significantly preferred over P. littoralis Adult thalli of both algae showed similar growth rates, but grazing rates were significantly higher on Enteromorpha spp. In laboratory experiments, Idotea chelipes (Isopoda), Littorina saxatilis (Gastropoda) and Gammarus locusta (Amphipoda) strongly reduced germling density, whereas effects of L. littorea were weak.
The biochemical composition of Enteromorpha spp. · Antimicrobial activity of some macrophytes from Lake Manzalah (Egypt). · Successive solvent extraction and
Evaluación química, microbiológica y toxicológica de Enteromorpha spp como fuente potencial de alimento.
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Salmonella was not found and mesophyllic aerobic and fecal coliform did not exceed the norm. The preliminary results are as below: (1) phylogenetic analysis indicates that the bloom forming alga forms a clade with representatives of the green seaweed Enteromorpha linza, though, the alga has been identified as E. proliera by means of morphological; (2) the present data suggest that the bloom was originated from south of Yellow Sea, but not the severely affected area near Qingdao City and Enteromorpha spp. cover and high nutrient concentrati on, measurement of settlement and early growth of barnacles and Enteromorpha spp. may be a potential indicator of variation in ambient water quality and may yield insight into the effect of urban stormwater and sewage-related contamination on intertidal settlement processes in estuaries and, Enteromorpha spp. (ULVALES: CHLOROPHYTA) GROWTH lN THE SOUTH ARM OFTHE MONDEGO ESTUARY: FIELD GROWTH RATES WITH AND WITHOUT MACROFAUNAL GRAZER EFFECTS Abstract The aim of this study was to quantify field growth rates of Enteromorpha spp.
spp) This is a long, green and tubular alga. The tubes are flattened and crinkled. They can often fill a rock pool in the splash zone and upper shore. Living all over the seashore it needs to be very tolerant of environment changes e.g.
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Ecology. Free swimming Dinophilus taeniatus are found October to June lives in tidal pools with the diatom Enteromorpha spp. and Ulva lactuca.Numbers peak March to April and decline with rising temperature and lesser diatom abundances, the decline is due to death of reproducing adults and obligatory encystment of juveniles.
These changes often cause the replacement of perennial, canopy‐forming algae such as Fucus spp. with annual, bloom‐forming algae such as Enteromorpha spp. Grazing, however, can counteract eutrophication by eliminating the annual algae’s susceptible recruits. We examine these generalizations across large scales. Recently, accumulating evidence has suggested that Enteromorpha clathrata polysaccharide (ECP) could contribute to the treatment of diseases. However, as a promising candidate for marine drug development, although ECP has been extensively studied, less consideration has been given to exploring its effect on gut microbiota.
LR.LR.Rkp.G - Green seaweeds (Enteromorpha spp. and Cladophora spp.) in upper shore rockpools Description Rockpools in the littoral fringe or upper eulittoral zone subject to widely fluctuating temperatures and salinity are characterized by ephemeral green alga of the genus Ulva , along with Cladophora spp. and Ulva lactuca .
<0,01 ns Bryopsis hypnoides. Enteromorpha spp./Ulva spp.*. Ascophyllum nodosum. av S Andersson · Citerat av 1 — 131,6. 18,4.
By July 16, 1 million tonnes of algae had been cleared from one of 2014-05-27 Common Name: green slime Scientific Name: Enteromorpha ssp. Location: sandy, cobbly sheltered clam flats, hard mud, mid intertidal Seasonality: available all year (best in spring - fall months) Color: bright green Size: 4” - 6" fronds, some 1993-10-01 DOI: 10.1038/NPRE.2008.2352.1 Corpus ID: 54999384. China is on the track tackling Enteromorpha spp forming green tide @article{Ye2008ChinaIO, title={China is on the track tackling Enteromorpha spp forming green tide}, author={N. Ye and Z. Zhuang and Xianshi Jin and Q. Wang and X. Zhang and Demao Li and H. Wang and Yuze Mao and Zengjie Jiang and Bin Li and Zhixin Xue}, journal={Nature 1. Epidemiol Infect. 2015 Feb;143(3):515-21.