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51 Titles Match Your Query
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1. Australian Institute of Marine Science – Bioresources Library. [AIMS_REEF_Bioresource_Library]   PARENT DIF
Collection of marine organisms for bioactivity screening, focused in the shallow waters off the coastlines of Queensland and Western Australia, beginning in 1987 and continuing to the present. Small ...


2. Laboratory of the Ocean Bottom Fauna, P.P.Shirshov Institute of Oceanology of Russian Academy of Science. [COMARGE_Shirshov]
The dataset represents preliminary identifications of benthic invertebrates collected on continental margins worldwide during 31 cruises of the P.P. Shirshov Institute of Oceanology, Russian Academy ...


3. Senckenberg - CeDAMar Resource (CEDAMAR) [CEDAMAR]
Distribution of benthic deep sea organisms below 2000 m depth in world oceans, collected from different research vessels between 1868 and 2005. Data gathered from published scientific literature. ...


4. Depth related changes in the composition of marine soft sediment infaunal invertebrate communities - faunal composition data - Casey 2006/07. [ASAC_2201_Depth_Experiment]
Depth related changes in the composition of infaunal invertebrate communities were investigated at two sites in the Windmill Islands around Casey station, East Antarctica, during the 2006/07 summer. ...


5. Environmental Impact Assessment of the Davis Sewage Outfall [DAVIS_STP]   CHILD DIFs
Untreated, macerated wastewater effluent has been discharged to the sea at Davis Station since 2005, when the old wastewater treatment infrastructure was removed. This environmental assessment was ...


6. Molecular studies of the origins and dispersal patterns of invertebrates in the Antarctic and subantarctic [ASAC_2355]
Metadata record for data from ASAC Project 2355 See the link below for public details on this project. ---- Public Summary from Project ---- We will measure biodiversity of ecologically-important ...


7. Responses of Antarctic marine biota to contaminants - Amphipod and Isopod toxicity tests, Kingston 2007 [AAS_2933_MetalToxicityMarine_Amphipod.Isopod_Kingston2007]   PARENT DIF
Metadata record for data from AAS (ASAC) Project 2933. While it is generally thought that Antarctic organisms are highly sensitive to pollution, there is little data to support or disprove this. ...


8. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Ecosystems [ASAC_2201_SRE4]   CHILD DIFs
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


9. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Ecosystems [SRE4_Meiofauna]   CHILD DIFs   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


10. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Ecosystems [SRE4_Meiofauna_T2]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


11. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Ecosystems [SRE4_Meiofauna_T4]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


12. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Ecosystems [SRE4_Meiofauna_T5]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


13. Trophic Ecology of the Antarctic Nearshore Zone [TRENZ]   CHILD DIFs
Project Objectives 1) To describe trophic relationships in near shore marine benthic ecosystems of East Antarctica and determine the importance of environmental forces (such as sea ice and primary ...


14. Trophic Ecology of the Antarctic Nearshore Zone - Stable Isotope datasets [TRENZ_Stable_Isotopes]   CHILD DIFs   PARENT DIF
Project Objectives 1) To describe trophic relationships in near shore marine benthic ecosystems of East Antarctica and determine the importance of environmental forces (such as sea ice and primary ...


15. SRE4 Metals in O'Brien Bay sediments [SRE4_OBrienBaySedimentMetals]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


16. 2007-08 Voyage 3 of the Aurora Australis, CEAMARC-CASO Image Data - Stills and Video [CEAMARC_CASO_200708_V3_IMAGES]
Image data (both stills and video) collected from the CEAMARC-CASO voyage of the Aurora Australis during the 2007-2008 summer season. The data consist of a large number of images, plus documents ...


17. 2007-08 Voyage 3 of the Aurora Australis, CEAMARC-CASO Mineralogy Biota Data [CEAMARC_CASO_200708_V3_MINERALOGY]
Mineralogy data collected from the CEAMARC-CASO voyage of the Aurora Australis during the 2007-2008 summer season. The data consist of a large number of images, plus documents detailing analysis ...


18. SRE4 Sediment Chemistry [SRE4_SedimentChemistry]   CHILD DIFs   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


19. SRE4 Sediment Total Organic Carbon plus Nitrogen and Phosphorus [SRE4_SedimentTOCNitrogenPhosphorus]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


20. SRE4 Sediment grain size analysis [SRE4_SedimentGrainSize]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


21. Copies of field and lab books associated with ASAC project 2933 - Developing water and sediment quality guidelines for Antarctica: Responses of Antarctic marine biota to contaminants. [ASAC_2933_field_lab_books]
These are the scanned electronic copies of field and lab books used at Casey Station, Davis Station, Macquarie Island and Kingston between 2007 and 2012 as part of ASAC (AAS) project 2933 - Developing ...


22. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna Ambient Sampling Time 1 to 5 [SRE4_Macrofauna_Ambient_T1-5]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


23. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna Sampling Time 2 [SRE4_Macrofauna_T2]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


24. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna Sampling Time 3 [SRE4_Macrofauna_T3]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


25. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna Sampling Time 4 [SRE4_Macrofauna_T4]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


26. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna Sampling Time 5 [SRE4_Macrofauna_T5]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


27. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna [SRE4_Macrofauna]   CHILD DIFs
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


28. SRE4 Effects of hydrocarbons on Antarctic Marine Sediment Macrofauna Sampling Time 1 [SRE4_Macrofauna_T1]   PARENT DIF
Sediment Recruitment Experiment 4 (SRE4) was a large, long term (5 year) field experiment run at Casey Station (from 2001 to 2006) testing the effects of 4 different hydrocarbons on marine sediment ...


29. Benthic community structure in the Chirikov Basin, northern Bering Sea: A comparison between 1986 and 2002 [ArcOD_2007B2]   PARENT DIF
Macrobenthic infauna collections were made to investigate potential changes in community structure (abundance, biomass, diversity) in the Chirikov Basin, northern Bering Sea between 1986 and 2002; ...


30. Canada Basin Zooplankton (Ocean Exploration), 2002 [ArcOD_2007P3]   PARENT DIF
Zooplankton was sampled at 10 stations in the Canada Basin during August 2002 using both 53 and 236 ?m mesh nets to examine the contribution by smaller and less studied species. The resulting database ...


31. NOGAP B2; Zooplankton Data from the Canadian Beaufort Sea Shelf, 1984 and 1985. [ArcOD_2006P3]   PARENT DIF
Zooplankton was collected from the Canadian Beaufort Sea shelf in July and September 1984, and July to September 1985. In the year 1984, 18 and 16 net samples were collected with a 763 ?m Wisconsin ...


32. NOGAP B2; Zooplankton Data from the Canadian Beaufort Sea Shelf, 1986 [ArcOD_2006P4]   PARENT DIF
Zooplankton was collected from the Canadian Beaufort Sea shelf in May, (ice on), and July to September (open water) of 1986. In May, four Wisconsin net samples were collected from two stations. In ...


33. Zooplankton in the Laptev Sea and adjacent Nansen Basin during summer, 1993 (Polarstern ARK-IX/4) [ArcOD_2007P4]   PARENT DIF
Zooplankton composition and distribution were investigated on the Laptev Sea shelf, over the continental slope and in the adjacent deep Nansen Basin during the joint German-Russian expedition ``Arctic ...


34. Zooplankton other than Copepoda collected from Fletcher's Ice Island (T-3) in the Canadian Basin of the Arctic Ocean [ArcOD_2008P3]   PARENT DIF
This report contains tabulations of abundance of zooplankton other than Copepoda collected from Fletcher's Ice Island (T-3) on a drift track in the Canadian Basin of the Arctic Ocean during 1966 and ...


35. Zooplankton Taxa, Abundance and Biomass Data; Ishtar Data Report #6 [ArcOD_2008P1]   PARENT DIF
Anadyr Water, a ?river? of oceanic water originating over the continental slope of the Bering Sea, transports oceanic zooplankton onto the shallow northern shelf and into the Chukchi Sea through western ...


36. Beaufort Sea Zooplankton (CASES) 2003-2004 [ArcOD_2007P1]   PARENT DIF
This dataset will serve to describe the overwintering dynamics of zooplankton in Franklin bay, southern Beaufort Sea. The CASES (Canadian Arctic Shelf Exchange Study) overwintering station was sampled ...


37. NOGAP B2; Zooplankton Data from the Canadian Beaufort Sea Shelf, 1986 [ArcOD_2006P9]   PARENT DIF
Zooplankton was collected from the Canadian Beaufort Sea shelf in May, (ice on), and July to September (open water) of 1986. In May, four Wisconsin net samples were collected from two stations. In ...


38. Distribution and structure of macrobenthic fauna in the eastern Laptev Sea in relation to environmental factors [ArcOD_2006B8]   PARENT DIF
The Laptev Sea still ranks among the less known regions of the world?s ocean. Here, we describe the distribution and composition of macrobenthic communities of the eastern shelf and identify key environmental ...


39. Macrozoobenthos composition, abundance and biomass in the Arctic Ocean along a transect between Svalbard and the Makarov Basin 1991. [ArcOD_2006B2]   PARENT DIF
Macrofauna has been sampled during R/V Polarstern research cruise ARK VIII/3 in August-September (1st August til 1st October) 1991 at 30 stations, at water depths of 1018-4478 m, along a transect ...


40. Organism counts from vertical plankton tows, 1997-2003, California Current System, Northeast Pacific GLOBEC Program [vpt_NEP]
Plankton populations were monitored at standard sections across the California Current System, years 1997 to 2003. Approximately 100 survey cruises were made to ...


41. Antarctic Deep Sea (ANDEEP): Isopods occurence (Isopoda, Crustacea) [scarmarbin_1664]   PARENT DIF
Three expeditions were performed in the framework of ANDEEP (ANtarctic benthic DEEP-sea biodiversity, colonisation history and recent community patterns) in order to understand the Southern Ocean ...


42. Checklist of the antarctic and subantarctic Isopoda by Angelika Brandt [scarmarbin_1640]   PARENT DIF
Checklist of the antarctic and subantarctic Isopoda by Angelika Brandt


43. South American Antarctic Marine Biodiversity Literature [scarmarbin_1783]   PARENT DIF
Argentina, Brazil, Chile, Ecuador, Peru, Uruguay, and more recently Venezuela have done marine biological work in the Antarctica, mainly around the Antarctic Peninsula and Drake Passage. A compilation ...


44. A biological reconnaissance of the photoreceptors of invertebrates and fish from the Ross Sea, identifying the micro fauna and flora of Dry Valley lakes and other organism from the Ross Sea region [K022_1977_1978_NZ_1]
A variety of research activities on the organisms in the Ross Dependency was undertaken to determine the biological research potential of the organisms. Most work focused on photoreceptors of different ...


45. Parameters affecting sensory and metabolic adaptations in Antarctic vertebrates and invertebrates [K022_1990_1991_NZ_1]
The sense organs of three species of Antarctic fish and Antarctic octopus, scallops and collembolans were fixed for electron microscopy. Pigmented spots around the oral cavity of nemertean worms, ...


46. Photoreception in Antarctic isopods, crustaceans and fishes [K022_1984_1985_NZ_1]
Fish specimens of Pagothenia borchgrevinki, Dissostichus mawsoni and 4 eel-pouts, along with specimens of invertebrates including Antarctic scallops, the amphipod Orchomene plebs and the Antarctic ...


47. The structure and function of fish and crustacean photoreceptors [K022_1978_1979_NZ_1]
Electroretinograms and intracellular recordings were conducted on the giant Antarctic isopod Glyptonotus as well as the common amphipod Orchomene plebs. Eye material from starfish, marine mites, isopods ...


48. Collection of benthic Antarctic fishes to determine isopod ectoparasite species distribution and host specificity and collection of specimens for a museum reference collection [K012_1981_1982_NZ_2]
142 specimens of small benthic fishes were captured at Cape Royds and examined for ectoparasites. Where practical, fishes with isopod ectoparasites were retained to obtain additional information on ...


49. Collection and identification of marine crustaceans in McMurdo Sound to identify ectoparasitic isopods from McMurdo Sound fish species [K012_1994_1995_NZ_2]
A variety of small crustaceans from diverse sources, including benthic traps, bottom grab and hand collection by USAP divers were collected to identify ectoparasitic isopods from McMurdo Sound fish ...


50. Haemotological characterization of Antarctic fish blood from Antarctic fish and the giant isopod [K012_1978_1980_NZ_2]
Blood samples were taken from 8 Antarctic Notothenioids (e.g. Pagothenia borchgrevinki, Trematomus hansoni, T. centronotus, T. bernacchii, T. newnesi, Dissostichus mawsoni) and one species each of ...


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