1-20 OF 37 RESULTS FOR

Artemia salina

Results shown limited to content with bounding coordinates.
Follow your search
Access your saved searches in your account

Would you like to receive an alert when new items match your search?
Close Modal
Sort by
Journal Article
Published: 01 May 2016
Journal of Paleontology (2016) 90 (3): 472–484.
... preservation is the nature of the slowdown of decay and acceleration of soft tissue mineralization. Here we report the experimental formation of subfossils of the brine shrimp Artemia salina (Crustacea, Branchiopoda), which were produced during 14 months of aging in a kaolinite clay sediment. EDS/SEM elemental...
FIGURES | View All (9)
Image
Dynamic portrait of the nauplii Artemia salina (the orange dots) decaying in kaolinite suspension (the white-gray matrix). (1) At 24 hours the darkened spot harbors the separated nauplius (arrow) on the background of the white clay; (2) at 14 days; (3) at one month the patches embracing the animals (shown by arrows) become colorless on the background of the darkened kaolinite (4) at three months the darkness of the sediment progressively increases and an ashy-gray film sets down on the tube wall; (4inset) enlarged area with the patches (after six months); (5) at six months the thin white trickles propagate upward; and (6) at 14 months the white trickles mostly disappear and the remaining white patches stabilize.
Published: 01 May 2016
Figure 1 Dynamic portrait of the nauplii Artemia salina (the orange dots) decaying in kaolinite suspension (the white-gray matrix). (1) At 24 hours the darkened spot harbors the separated nauplius (arrow) on the background of the white clay; (2) at 14 days; (3) at one month the patches
Journal Article
Journal: PALAIOS
Published: 10 April 2018
PALAIOS (2018) 33 (4): 154–163.
.... We present the results of an 18-month decay experiment that shows the difference between the preservation of the crustacean Artemia salina buried in marine water and inside clay sediment. We found that the decay of the external tissues of A. salina is slower in the sediment than in marine water...
FIGURES | View All (5)
Journal Article
Published: 07 June 2018
Canadian Journal of Earth Sciences (2018) 55 (11): 1271–1283.
.... We conducted long-term experiments (12–18 months, the longest duration of actualistic taphonomy experiments from published literature) on the decay of Artemia salina in these clay sediments. The degree of preservation, transformed mineralogical composition of the sediments, and the elemental...
FIGURES | View All (5)
Journal Article
Journal: GSA Bulletin
Published: 01 February 1971
GSA Bulletin (1971) 82 (2): 379–398.
... meromictic. Dominant organisms of Zuni Salt Lake and the Cinder Cone Pool are Artemia salina and Hydropyrus hians. The bottom of the pool is covered with a blue-green algal mat of Anacystis sp. Sediments in Zuni Salt Lake consist of salt crusts (halite, calcite, and gypsum) inter-bedded with layers of clay...
Image
3 D equilateral triangular plot with Na -Ca -Mg cation equivalent compounds in a solution for hatching Artemia salina eggs at normalities from 0 to 4.
Published: 01 April 2022
Figure 5.16 3 D equilateral triangular plot with Na -Ca -Mg cation equivalent compounds in a solution for hatching Artemia salina eggs at normalities from 0 to 4.
Image
(a) Combined equilateral triangular plots with four equivalent compounds (cations K, Mg, Ca and Na) in a solution for hatching of Artemia salina. (b) The same data were used in the 3 D representation. From Baas Becking (2016, Figure X.19).
Published: 01 April 2022
Figure 5.15 (a) Combined equilateral triangular plots with four equivalent compounds (cations K, Mg, Ca and Na) in a solution for hatching of Artemia salina . (b) The same data were used in the 3 D representation. From Baas Becking (2016, Figure X.19).
Image
Biocoenosis of dollar salt works. Milieu factors are salinity, temperature, alkalinity and acidity. A = Artemia salina, a phyllopod Crustacaea; D = Dunaliellaviridi, a polyblepharid, green flagellate; L = Lochmiopsis sibirica, a filamentous, green alga; B = Purple sulphurim spirullaria. N.B. Dunianella viridis occurs over the entire area.
Published: 01 April 2022
Figure 3.3 Biocoenosis of dollar salt works. Milieu factors are salinity, temperature, alkalinity and acidity. A = Artemia salina , a phyllopod Crustacaea; D = Dunaliella viridi , a polyblepharid, green flagellate; L = Lochmiopsis sibirica , a filamentous, green alga; B = Purple sulphurim
Image
Identification of Marinobacter and Thalassospira in experimental organisms using genus-specific primers. One example of a PCR gel is shown, illustrating how the data in Table 2 were derived. Agarose gel of PCR-amplified DNA samples from Artemia and Parhyale, demonstrating presence or absence of Marinobacter sp. and Thalassospira sp. in the endogenous microbiotas. DNA preparations from taphonomic larvae (see Table 1) of Artemia sinica (lanes 2–4) and Artemia salina (lanes 5–7), and from female Parhyale hawaiensis carrying embryos in the brood chamber (lanes 8–10) were amplified by PCR, using universal primers for bacterial 16S ribosomal RNA genes (16S), and primers specific to 16S rDNA for the genera Marinobacter (M) and Thalassospira (T). Lane 1 is a DNA HyperLadderTM showing polynucleotide sizes, as in Fig. 2; lanes 11–13 show controls in which no DNA was added to the PCR reactions. Ethidium bromide-staining material at the gel front (smaller than 200 bp) represents unbound primers (arrowheads). DNA from all strains amplified with the universal primers for bacterial 16S rDNA. DNA from A. sinica and A. salina also amplified with Marinobacter-specific primers. DNA from A. sinica and Parhyale amplified with Thalassospira-specific primers.
Published: 01 April 2017
presence or absence of Marinobacter sp. and Thalassospira sp. in the endogenous microbiotas. DNA preparations from taphonomic larvae (see Table 1 ) of Artemia sinica (lanes 2–4) and Artemia salina (lanes 5–7), and from female Parhyale hawaiensis carrying embryos in the brood chamber (lanes
Journal Article
Journal: PALAIOS
Published: 01 April 2017
PALAIOS (2017) 32 (4): 206–217.
... presence or absence of Marinobacter sp. and Thalassospira sp. in the endogenous microbiotas. DNA preparations from taphonomic larvae (see Table 1 ) of Artemia sinica (lanes 2–4) and Artemia salina (lanes 5–7), and from female Parhyale hawaiensis carrying embryos in the brood chamber (lanes...
FIGURES | View All (7)
Journal Article
Published: 01 December 2002
Russ. Geol. Geophys. (2002) 43 (12): 1080–1092.
... macrophytes: Potamogeton pectinatus . Rooted air-water macrophytes: Phragmites australis . Bol’shoe Yarovoe Dry steppe Zooplankton: Artemia salina (specific abundance 100%). Periphyton: Cladophora fracta . Kolyvanskoe Piedmont Zooplankton: Mesocyclops leuckarti (specific abundance 58...
FIGURES | View All (5)
Journal Article
Published: 11 September 2015
Journal of Paleontology (2015) 89 (3): 369–376.
... – 42 . Morris J.E. , and Afzelius B.A ., 1967 , The structure of the shell and outer membranes in encysted Artemia salina Embryos during cryptobiosis and development : Journal...
FIGURES | View All (6)
Image
Fig. 1.
Published: 07 June 2018
Fig. 1. Decay pattern in the kaolinite and the chlorite after 12 months. (A) Overall view of the kaolinite sediment with the buried nauplii of A. salina ; close view of the rectangle area in (C). (B, D) The same for the chlorite sediment; because of the higher density of the chlorite sediment
Journal Article
Published: 01 May 2016
Journal of Paleontology (2016) 90 (3): b1–b3.
..., Alexander V. Markov, and Natalia M. Boeva Decaying of Artemia salina in clay colloids: 14-month experimental formation of subfossils 485 Daran Zheng, André Nel, Bo Wang, Edmund A. Jarzembowski, Su-Chin Chang, and Haichun Zhang A new damsel-dragonfl y from the Lower Jurassic of northwestern China and its...
Journal Article
Published: 01 February 1983
Journal of the Geological Society (1983) 140 (1): 39–46.
.... Soc. Am Cheng L. Marine Insects 1976 North Holland Publ. Co Croghan P. C. The osmotic and ionic regulation of Artemia salina. (L.) J. exp. Biol 1958 35 219 33 Croghan P. C. Bligh J. Cloudsley-Thompson J. L. Macdonald A. G. Ionic and osmotic...
Journal Article
Published: 01 May 2016
Journal of Paleontology (2016) 90 (3): f1–f3.
.... Holloway and Philip D. Lane Trilobites of the suborder Illaenina from the Silurian of north Queensland, Australia 472 Elena B. Naimark, Maria A. Kalinina, Alexander V. Shokurov, Alexander V. Markov, and Natalia M. Boeva Decaying of Artemia salina in clay colloids: 14-month experimental formation...
Journal Article
Journal: AAPG Bulletin
Published: 01 February 1981
AAPG Bulletin (1981) 65 (2): 181–190.
...%), organisms produce impressive quantities of organic and inorganic debris. During the summer months at Great Salt Lake, in which salinity has ranged from 20 to 29% in this century ( Handy and Hahl, 1966 , Fig. 2 ), brine shrimp, Artemia salina , occur in countless numbers ( Quinn, 1966 ), attaining...
FIGURES | View All (4)
Journal Article
Published: 01 April 2022
Geochemical Perspectives (2022) 11 (1): 52–70.
... . Boone , E. , Baas Becking , L.G.M. ( 1931 ) Salt effects on eggs and nauplii of Artemia salina L . Journal of General Physiology 14 , 753 – 763 . Bower , F.O. ( 1923-1928 ) The Ferns . Cambridge University Press . Brouwer , G. ( 1925 ) On the periodical movements...
FIGURES | View All (19)
Journal Article
Published: 01 April 2022
Geochemical Perspectives (2022) 11 (1): 71–95.
...Figure 5.16 3 D equilateral triangular plot with Na -Ca -Mg cation equivalent compounds in a solution for hatching Artemia salina eggs at normalities from 0 to 4. ...
FIGURES | View All (26)
Journal Article
Published: 01 April 2022
Geochemical Perspectives (2022) 11 (1): 96–110.
.... As a matter of fact, the solution becomes a rather stable colloidal suspension. Outside the tropics, the suspension is clarified by the action of the brine worm, the phyllopod crustacea Artemia salina ( Kuenen and Baas Becking, 1938 ; Warren, Kuenen and Baas Becking, 1938 ). This small crustacean is a so...
FIGURES | View All (8)