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Fish and fisheries > fish and fisheries > Flashcards

fish and fisheries Flashcards

1
Q

Otolith

A

Panella 1971

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2
Q

Critical period hypothesis/ aberrant drift

A

Hjort 1914

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3
Q

Match-mismatch hypothesis

A

Cushing 1974-1975

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4
Q

Ocean stability hypothesis

A

Lasker 1981

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5
Q

Optimum Environmental Window

A

Roy 1992

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5
Q

Member-Vagrant hypothesis/herring hypothesis

A

Sinclair 1988

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6
Q

ELS response to temperature: variability in recruitment

A

Peppin 1991

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7
Q

stage duration hypothesis

A

Houde 1989

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8
Q

Criticism of stage duration hypothesis

A

Latvak 1992

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9
Q

Increase adult reproductive investment

A

Hare 2014

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10
Q

Cod liver linked to fecundity

A

Marshall 2000

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11
Q

probability of recruitment variable at low stocks

A

Myers 2001

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11
Q

Rockfish: egg lipid size influenced by condition of mother

A

Berkley 2004

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12
Q

age-size structure of spawning stock

A

Trippel 1997

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13
Q

Overwinter mortality: winter severtiy and growth during prev summer

A

Connor 1998

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13
Q

importance of age structure: old spawners essential to maintain long term sustainability

A

Longhurst 2002

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14
Q

Disentrarchus librax- wind velocity and direction: expansion of spawning grounds, and proximity

A

Beraud 2018

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15
Q

Atlantic striped bass: Temp and flow of estuary juvenile recruitment

A

Martino and Houde 2010

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16
Q

Cod: North Atlantic oscillation:
high temp- change in quantity and quality of copepod prey

A

Lehodey 2006

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17
Q

Anchovies and Sardines: El niño- prey switch from zooplankton to copepod. sardine benefit.
anchovy: move south, move deep, move inshore

A

Lehodey 2006

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18
Q

Tropical tuna: el niño- spawning range expansion, enhanced food for larvae, lower predation

A

Lehodey 2006

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19
Q

RNA: DNA ratios to assess growth and nutritional condition in cod and haddock

A

Buckley 1987

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20
Q

Year-class variation influenced by CUMULATIVE mortality and variability: later stages also important

A

Sissenwine 1983

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21
Q

Recruitment peaks at intermediate levels of spawner biomass

A

Ricker 1954

22
Q

Recruitment reaches an asymptote and high levels of spawner biomass

A

Beverton-Holt 1957

23
Q

Recruitment increase slows at high levels of spawner biomass

A

Cushing 1971

24
Q

Density dependence likely occurs at juvenile stages:
Low weight: density and replenishment greater than consumption
High weight: prey density and replenishment decrease as the switch to fish
Sweet spot: critical weight: density dependence likely when consumption and prey turnover are similar

A

Cowan 2000

25
Q

Concentration hypothesis: reduction in recruitment variability for organisms that juvenile stage concentrates

A

Beverton 2000

26
Q

Dampening of variability in mortality in juvenile stages

A

Beverton 2000

27
Q

Size selective mortality in plaice by carangon carangon

A

van der veer 1997

28
Q

Density dependant individual growth: intraspecific competition coupled with wave fetch and tidal range explaining variation

A

Ciotti 2013

29
Q

Intraspecific competition for shelter space by damselfish

A

Schmitt 2002

30
Q

Blue Chromis predator configuration density dependance

A

Hixon and Carr 1997

31
Q

Site-specific density dependence on recruitment variability:
Holland: buffer
Sweden: increase
Uk: No effect

A

Van der Veer 1990

32
Q

Density independent- temperature: Atlantic Croaker 4C

A

Hare 2014

33
Q

Basin model: density-dependent habitat use

A

Mccal 1990

34
Q

Collapse of gulf of Lawrence Atlantic cod fishery

A

Jennings 2001

35
Q

Birds, mammals, and other fisheries fish affect the natural mortality of target fishery

A

Curry 2001

36
Q

Recruitment overfish: stock-recruitment relationships

A

Shephard and Cushing 1980

37
Q

Surplus model failure in Peruvian anchovy fishery: el niño effect

A

Jennings 2001

38
Q

Stock-Recruitment relationship in changing environment- harvesting can destabilize the population

A

Fogarty 1991

39
Q

Gulf of Maine catfishery collapse: recruitment failure at high temperature

A

Pershing 2015

40
Q

The potential of fishery recovery if MSY is met

A

Neuebauer 2013

41
Q

Use of coastal habitats

A

Seitz 2014

42
Q

Exploitation of Coastal Habitats

A

Halpern 2008

43
Q

Seagrass promotes growth and survival

A

Heck 2003

44
Q

Limited influence of seagrass loss on fisheries

A

Orth 1983

45
Q

Habitat quality and quantity

A

Gibson 1994

46
Q

Reefs closer to mangroves have higher recruitment

A

Mumby 2004

47
Q

Environmental conditions classify perch nursery

A

Sundblad 2014

48
Q

Nursery role hypothesis: and factors that contribute to site-specific variation in nursery value:Abiotic, Biotic, Landscape

A

Beck 2001

49
Q

Seascape nursery

A

Nagelkerken 2015

50
Q

Habitat quality as proxy for growth (oxygen on weakfish)

A

Tyler 2009

51
Q

Tracing sole to estuaries via otolith analysis

A

Tanner 2013

52
Q

Tracing age 0 and age 1 Whiting to Claude Sea

A

Burns 2020

53
Q

Year class strength has an impact on nursery habitat use in striped perch

A

Kraus 2005

54
Q

Importance of shallow water for juvenile flatfish

A

Bergman 1998

55
Q

Habitat quantity and quality linked to the distribution of sole and plaice in the North Sea

A

Rijnsdorp 1992

56
Q

Population dynamics holy bible

A

Miller and Kendall 2009

Fish and fisheries (1 decks)

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