1. For your summer research project, you decide to repeat Lillian Tuttle's (2017) experiment testing the effect of lionfish on other fish that are cleaners and clients. You do this new experiment at a new location (Bonaire), but use basically the same experimental approach and BACI design as Tuttle. a) You do not separate resident and transient clients (as Tuttle did), and below is a graph of your results showing the effect of the treatment on the total density of client fish in the community. Please explain your result. Imagine that you are planning to publish your experiment and that your answer to this question will be part of the "Results" section of your paper. Please do not worry about hypothetical statistical tests; just assume that the obvious patterns displayed in the graph can be interpreted at face value. Before lionfish After lionfish •-- Impact (lionfish) Control (no lionfish) 1 3 4 6 7 8 Time Density of clients (fish per m2)

Biology (MindTap Course List)
11th Edition
ISBN:9781337392938
Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg
Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg
Chapter1: A View Of Life
Section: Chapter Questions
Problem 7TYU: Ideally, an experimental group differs from a control group (a) only with respect to the hypothesis...
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For your summer research project, you decide to repeat Lillian Tuttle’s (2017) experiment testing the effect of lionfish on other fish that are cleaners and clients. You do this new experiment at a new location (Bonaire), but use basically the same experimental approach and BACI design as Tuttle. a)     You do not separate resident and transient clients (as Tuttle did), and below is a graph of your results showing the effect of the treatment on the total density of client fish in the community. Please explain your result. Imagine that you are planning to publish your experiment and that your answer to this question will be part of the “Results” section of your paper. Please do not worry about hypothetical statistical tests; just assume that the obvious patterns displayed in the graph can be interpreted at face value.   
1.
For your summer research project, you decide to repeat Lillian Tuttle's (2017)
experiment testing the effect of lionfish on other fish that are cleaners and
clients. You do this new experiment at a new location (Bonaire), but use
basically the same experimental approach and BACI design as Tuttle.
a)
You do not separate resident and transient clients (as Tuttle did), and below
is a graph of your results showing the effect of the treatment on the total density
of client fish in the community. Please explain your result. Imagine that you are
planning to publish your experiment and that your answer to this question will
be part of the "Results" section of your paper. Please do not worry about
hypothetical statistical tests; just assume that the obvious patterns displayed in
the graph can be interpreted at face value.
Before lionfish
After lionfish
•-- Impact (lionfish)
Control (no lionfish)
3 4
6 7 8
Time
Density of clients (fish per m2)
Transcribed Image Text:1. For your summer research project, you decide to repeat Lillian Tuttle's (2017) experiment testing the effect of lionfish on other fish that are cleaners and clients. You do this new experiment at a new location (Bonaire), but use basically the same experimental approach and BACI design as Tuttle. a) You do not separate resident and transient clients (as Tuttle did), and below is a graph of your results showing the effect of the treatment on the total density of client fish in the community. Please explain your result. Imagine that you are planning to publish your experiment and that your answer to this question will be part of the "Results" section of your paper. Please do not worry about hypothetical statistical tests; just assume that the obvious patterns displayed in the graph can be interpreted at face value. Before lionfish After lionfish •-- Impact (lionfish) Control (no lionfish) 3 4 6 7 8 Time Density of clients (fish per m2)
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