(PDF) Figure 4: Proportion of Killer Shrimp (Binomial 95

Figure 4: Proportion of Killer Shrimp (Binomial 95 CI) Settling in Binary Choice Tests Involving Different Substrates (Live Zebra Mussel, Empty Shells of Zebra Mussel, Artificial Grass) Tested Singly (A–B, N = 30 Shrimp/Test) or in Groups of 20 (C–D, N = 4 Tests).

doi 10.7717/peerj.8075/fig-4

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Figure 3: Proportion of Individual Killer Shrimp (Binomial 95 CI) Settling in Zebra Mussel Beds of Different Sizes in Six Binary Choice Tests (A–F, N = 16 Shrimp/Test) Involving Different Amount of Zebra Mussel Cover (0, 33, 66, and 100% Tank Cover).

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Figure 6: Activity (Mean Number of Transitions ± 95 CI) of Individual Killer Shrimp Tested in Water Conditioned With Different Scents (Blank Water, N = 40; Tilapia Scent, N = 40; Zebra Mussel Scent, N = 40) From Sympatric (A; N = 60) and Allopatric (B; N = 60) Populations.

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Figure 5: Preference by Individual Killer Shrimp (Mean Time Spent, S ± 95 CI) in Water Conditioned With Different Scents (Blank Water, N = 40; Tilapia Scent, N = 40; Zebra Mussel Scent, N = 40) From Sympatric (A, C, E; N = 60) and Allopatric (B, D, F; N = 60) Populations.

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Experimental Evidence of Chemical Attraction in the Mutualistic Zebra Mussel-Killer Shrimp System

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Figure 1: Location of Experimental Killer Shrimp Populations Living in Sympatry (Cardiff Bay) and Allopatry (Upper Mother Ditch) With Zebra Mussel.

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Figure 2: Experimental Set Up Used to Test Substrate Preferences of Killer Shrimp (A, Side View; C, Top View) and Chemical Attraction to Water Scented by Zebra Mussel (B, Side View; D, Top View).

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First Zebra Mussel Record in Sarimehmet Dam and Possible Effects of Zebra Mussel Population on Regional Fisheries

Commagene Journal of Biology

2019

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Impact of Oxygen Concentration on Zebra Mussel Mortality

2003

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Zebra Mussel Densities in St. Paul District, 1991-1994.

1995

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Amanote Research

Figure 4: Proportion of Killer Shrimp (Binomial 95 CI) Settling in Binary Choice Tests Involving Different Substrates (Live Zebra Mussel, Empty Shells of Zebra Mussel, Artificial Grass) Tested Singly (A–B, N = 30 Shrimp/Test) or in Groups of 20 (C–D, N = 4 Tests).

doi 10.7717/peerj.8075/fig-4

Full Text

Abstract

Date

Authors

Publisher

Related search

Figure 3: Proportion of Individual Killer Shrimp (Binomial 95 CI) Settling in Zebra Mussel Beds of Different Sizes in Six Binary Choice Tests (A–F, N = 16 Shrimp/Test) Involving Different Amount of Zebra Mussel Cover (0, 33, 66, and 100% Tank Cover).

Figure 6: Activity (Mean Number of Transitions ± 95 CI) of Individual Killer Shrimp Tested in Water Conditioned With Different Scents (Blank Water, N = 40; Tilapia Scent, N = 40; Zebra Mussel Scent, N = 40) From Sympatric (A; N = 60) and Allopatric (B; N = 60) Populations.

Figure 5: Preference by Individual Killer Shrimp (Mean Time Spent, S ± 95 CI) in Water Conditioned With Different Scents (Blank Water, N = 40; Tilapia Scent, N = 40; Zebra Mussel Scent, N = 40) From Sympatric (A, C, E; N = 60) and Allopatric (B, D, F; N = 60) Populations.

Experimental Evidence of Chemical Attraction in the Mutualistic Zebra Mussel-Killer Shrimp System

Figure 1: Location of Experimental Killer Shrimp Populations Living in Sympatry (Cardiff Bay) and Allopatry (Upper Mother Ditch) With Zebra Mussel.

Figure 2: Experimental Set Up Used to Test Substrate Preferences of Killer Shrimp (A, Side View; C, Top View) and Chemical Attraction to Water Scented by Zebra Mussel (B, Side View; D, Top View).

First Zebra Mussel Record in Sarimehmet Dam and Possible Effects of Zebra Mussel Population on Regional Fisheries

Impact of Oxygen Concentration on Zebra Mussel Mortality

Zebra Mussel Densities in St. Paul District, 1991-1994.