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- Postglacial Expansion of the Arctic Keystone Copepod Calanus Glacialis
- Migration Verticale Du Zooplancton Et Flux Respiratoire De Carbone En Mer De Beaufort (Arctique Canadien)
- Early Life Stages of the Arctic Copepod Calanus Glacialis Are Unaffected by Increased Seawater Pco2
- The Fate of Dietary Lipids in the Arctic Ctenophore Mertensia Ovum (Fabricius 1780)
- Seasonal and Interannual Variation in Spatio-Temporal Models for Index Standardization and Phenology Studies
- Seasonal Patterns in the Physiology of Calanus Glacialis
- Article Is Available Online Gut of Zooplankton, and Some of the Consequences, Limnol
- Distribution of Calanus Finmarchicus in the Northern North Atlantic and Arctic Ocean—Expatriation and Potential Colonization
- ON the SYSTEMATIC STATUS of CALANUS GLACIALIS, CALANUS FINMARCHICUS and CALANUS HELGOLANDICUS by W. A. JASCHNOV Moscow State
- Arctic Warming
- Ctenophora in the Arctic: the Abundance, Distribution and Predatory Impact of the Cydippid Ctenophore Mertensia Ovum (Fabricius) in the Barents Sea
- Aggregations of Predators and Prey Affect Predation Impact of the Arctic Ctenophore Mertensia Ovum
- Master Thesis
- Calanus Glacialis and Calanus Marshallae Response to an Upcoming Climate Change in the Arctic and Bering Sea
- Sympagic Fauna in and Under Arctic Pack Ice in the Annual Sea-Ice System of the New Arctic
- Atlantic Observation of Calanus Marshallae (Copepoda; Calanoida)
- Carin Ashjian: Springtime Renewal of Calanus Glacialis Populations in The
- Calanus Glacialis and C. Finmarchicus in a Warming Arctic
- Growth and Development of Calanus Finmarchicus
- Natural History of Ctenophores in the Resolute Passage Area of the Canadian High Arctic with Special Reference to Mertensia Ovum*
- Master Thesis Linnhsvendheim.Pdf (2.672Mb)
- Importance of the Fish Predation on the Composition and Structure of Copepods Communities in the Franz Josef Land Area (The Northeastern Barents Sea)
- Molecular Physiology of Copepods - from Biomarkers to Transcriptomes and T Back Again ⁎ Ann M
- Olivares Thesis 2021.Pdf
- Marine Copepods, the Wildebeest of the Ocean
- Depth Distribution of Calanus Finmarchicus and C. Glacialis in Relation to Environmental Conditions in the Barents Sea
- Dynamics of Calanus Copepodite Structure During Little Auks’ Breeding Seasons in Two Different Svalbard Locations
- Reproductive Biology of Deep-Water Calanoid Copepods from the Arctic Ocean
- Effects of Temperature and Food Availability on Feeding and Egg Production of Calanus Hyperboreus from Disko Bay, Western Greenland
- Ice Associated Algae. Photo: Eric Collins, University of Alaska, Fairbanks 33 3.1 Sea Ice Biota
- Significance of Lipid Storage Levels for Reproductive Output in the Arctic Copepod Calanus Hyperboreus
- Summer Feeding Strategy of the Little Auk (Alle Alle) from Bjùrnùya, Barents Sea
- Multicrustacea: Thecostraca and Copepoda)
- Mitochondrial Genomes of the Key Zooplankton Copepods Arctic Calanus Glacialis and North Atlantic Calanus Finmarchicus With
- The Β-Oxidation Pathway Is Downregulated During Diapause Termination in Calanus Copepods Elise Skottene 1*, Ann M
- Growth and Production Dynamics of Calanus Glacialis in an Arctic Pelagic Food Web
- Importance of Sympagic Production to Bering Sea Zooplankton As Revealed from Fatty Acid-Carbon Stable Isotope Analyses