3 Results
filtered by...
Filter
Tags > diet
Sort
Sort by Most Relevant
Filter
Categories
Show All...View Types
Tags
- alaska
- oceans
- biota
- gulf of alaska
- bering sea
- juvenile
- growth
- survival
- bristol bay
- 002
- mortality
- pribilof islands
- ocean acidification
- habitat
- kodiak
- histology
- maturity state
- ovary
- port sampling
- aleutian islands
- water temperature
- alaska ecosystems program
- longline
- predator
- southeast alaska
- environment
- summer
- commercial fisheries
- disease
- eumetopias jubatus
- morphology
- ocean warming
- pot
- young-of-the-year
- ak
- bottom trawl
- catch
- coexistence
- effort
- intra-guild interactions
- north pacific ocean
- observer data
- steller sea lion
- trawl
- adults
- age
- callorhinus ursinus
- counts
- eclosion
- egg extrusion
- embryo development
- embryo quality
- embryonic developmental diapause
- gear
- groundfish
- incubation period
- juveniles
- life history
- models
- monitor
- multiparious
- northern fur seal
- population
- primiparious
- pups
- sea lions
- steller
- tanner crab
- trends
- year
- albatrossia pectoralis
- anoplopoma fimbria
- chinook salmon
- deep-water
- eastern bering sea
- embryo production
- fecundity
- foraging
- genetics
- giant grenadier
- gillnet
- kodiak island
- larvae
- larval quality
- maternal size effects
- north pacific
- red king crab
- reproductive output
- sablefish
- size-fecundity relationship
- 007
- 014
- bycatch
- chum salmon
- competition
- ctd
- fall
- fisheries
- mycale bellebellensis
- oncorhynchus keta
- pacific ocean perch
- refm
- rockfish
- sebastes
- space limitation
- sponge
- temperature
- trophic interactions
- yukon river
- abortive maturity
- abundance
- acoustic
- acoustic tracking
- aerial survey
- age class
- allozyme
- auke bay
- autonomous underwater vehicle
- baranof island
- blood
- blood smear
- brood duration
- calcigorgia spiculifera
- canada
- carbonate chemistry
- catch per unit effort
- chatham strait
- chlorophyll
- chukchi sea
- climate change
- climate effects
- coastal environments
- cobble
- colonization
- communities
- conductivity-temperature-depth profile
- coral
- crab
- crabs
- cross sound
- diet analysis
- dna
- dna extraction
- early life history
- economics
- ecosystem
- ecosystem monitoring
- embryonic development
- female calcium content
- female magnesium content
- fish telemetry
- fisheries management
- fishes
- flatfishes
- food habits
- forage fish
- gadids
- gravel
- ground fish
- groundfish diet
- growth rate
- habitat utilization
- halipteris willemoesi
- harbor seal
- hatching
- hawaii
- hematology
- heritability
- hypercapnia
- iliamna lake
- inside waters
- invertebrates
- little port walter
- lme
- marine mammal
- marine mammals
- match-mismatch
- maternal age
- maturation
- microsatellite
- microsatellites
- necropsy
- newfoundland
- norton sound
- nprb
- nutrients
- oceanography
- octopus
- offal
- oil globule
- oncorhynchus mykiss
- otariid
- pacific herring
- pacific salmon
- parturition
- phytoplankton
- pinniped
- pleuronectidae
- point retreat
- portland island
- postglacial colonization
- pot gear
- precocious
- predation
- predation impact
- prey
- primary production
- procellarids
- quillback rockfish
- reproduction
- salinity
- salisbury sound
- salmon
- samples
- se alaska
- seafloor
- seawater ph
- seawater temperature
- sebastes alutus
- sebastes maliger
- sebastolobus
- serum
- sex
- skip spawning
- smolting
- species identification
- squid
- st. matthew island
- steelhead
- stock identification
- tagging
- tanner crab size
- trawling
- tunner crab
- tunner crab female ca and mg
- washington state coast
- winter
- zooplankton
- diet
Filter
3 Results
filtered by
Tags > diet
Clear All
Juvenile red and blue king crabs (Paralithodes camtschaticus and P. platypus) were exposed to three pH levels: ambient (pH 8.1), pH 7.8, and pH 7.5 for three weeks. Oxygen consumption and feeding ration were determined immediately after exposure to treatment water and after three weeks exposure. Growth can be calculated from the wet mass observations.
Updated
September 19 2017
Views
10
Juvenile red and blue king crabs (Paralithodes camtschaticus and P. platypus) were exposed to three pH levels: ambient (pH 8.1), pH 7.8, and pH 7.5 for three weeks. Oxygen consumption and feeding ration were determined immediately after exposure to treatment water and after three weeks exposure. Growth can be calculated from the wet mass observations.
Updated
September 19 2017
Views
7
Juvenile red and blue king crabs (Paralithodes camtschaticus and P. platypus) were exposed to three pH levels: ambient (pH 8.1), pH 7.8, and pH 7.5 for three weeks. Oxygen consumption and feeding ration were determined immediately after exposure to treatment water and after three weeks exposure. Growth can be calculated from the wet mass observations.
Updated
September 19 2017
Views
8
Showing 1-3 of 3 results