A plant physiologist studying a small beach-dwelling plant called the Great Lakes sea rocket, Cakile edentula, wondered if the plants grew faster in competition with non-kin plants than when in competition with seedlings that are close relatives. She set up a direct study of kin recognition by growing sets of four seeds in one container. When the seedlings reached a phase of vigorous root growth, about 8 weeks after planting, she carefully removed the soil and weighed the root masses. Plants grouped with siblings had the following root weight statistics: n = 24 X = 6.25 g s = 0.47 g Plants grouped with unrelated seedlings had the following root weight statistics: n = 20 X = 7.22 g s = 0.55 g Are the plants grown in competition with unrelated individuals allocating sig- nificantly more resources to root growth than those growing among relatives?
A plant physiologist studying a small beach-dwelling plant called the Great Lakes sea rocket, Cakile edentula, wondered if the plants grew faster in competition with non-kin plants than when in competition with seedlings that are close relatives. She set up a direct study of kin recognition by growing sets of four seeds in one container. When the seedlings reached a phase of vigorous root growth, about 8 weeks after planting, she carefully removed the soil and weighed the root masses. Plants grouped with siblings had the following root weight statistics: n = 24 X = 6.25 g s = 0.47 g Plants grouped with unrelated seedlings had the following root weight statistics: n = 20 X = 7.22 g s = 0.55 g Are the plants grown in competition with unrelated individuals allocating sig- nificantly more resources to root growth than those growing among relatives?
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter3: Matrices
Section3.7: Applications
Problem 12EQ:
12. Robots have been programmed to traverse the maze shown in Figure 3.28 and at each junction...
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A plant physiologist studying a small beach-dwelling plant called the Great Lakes sea rocket, Cakile edentula, wondered if the plants grew faster in competition with non-kin plants than when in competition with seedlings that are close relatives.
She set up a direct study of kin recognition by growing sets of four seeds in one container. When the seedlings reached a phase of vigorous root growth, about 8 weeks after planting, she carefully removed the soil and weighed the root masses. Plants grouped with siblings had the following root weight statistics:
n = 24 X = 6.25 g s = 0.47 g Plants grouped with unrelated seedlings had the following root weight statistics:
n = 20 X = 7.22 g s = 0.55 g Are the plants grown in competition with unrelated individuals allocating sig-
nificantly more resources to root growth than those growing among relatives?
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