Significance Kin selection—helping genetically related individuals even at a cost to oneself—can be evolutionarily advantageous. This is the main theoretical explanation for altruism in the natural world. Hamilton’s rule provides a simple algebraic relationship that captures this profound idea. While behavior consistent with Hamilton’s rule has been observed in many species, a direct and sharp test of this rule has not yet been performed. In this paper, we employ techniques borrowed from experimental economics to test the predictions of Hamilton’s rule. We find strong support for the rule. This result sheds light on the dominant role played by evolutionary biology in explaining human behavior.</jats:p
Accordingto Hamilton’s(1964a, b) rule,a cost lyaction will be undertaken if its fitness cost to the ...
Abstract Hamilton’s (1964a, 1964b) landmark papers are rightly recognized as the formal basis for ou...
Past considerations of kin selection have assumed a dyadic fitness exchange relationship between alt...
The evolution of altruism is a fundamental and enduring puzzle in biology. In a seminal paper Hamilt...
The evolution of altruism is a fundamental and enduring puzzle in biology. In a seminal paper Hamilt...
A useful interpretation of quantitative genetic models of evolutionary change is that they (i) defin...
William Hamilton [8] proposed that evolutionary selection would result in a population of individual...
Representatives of both economic and biological sciences have for a long time been struggling with a...
Hamilton's rule explains when natural selection will favor altruism between conspecifics, given thei...
Kin selection means that individuals can increase their own inclusive fitness through displaying mor...
This paper reviews and addresses a variety of issues relating to inclusive fitness. The main questio...
HAMILTON’s [2] famous rule for successful evolution of altruistic behaviour is generalised to includ...
stimulus to work on this paper to work. I am also grateful to Alan Rogers and Sam Bowles for their h...
Natural selection operates both directly, via the impact of a trait upon the individual's own fitnes...
According to [Hamilton, 1964a] and [Hamilton, 1964b] rule, a costly action will be undertaken if its...
Accordingto Hamilton’s(1964a, b) rule,a cost lyaction will be undertaken if its fitness cost to the ...
Abstract Hamilton’s (1964a, 1964b) landmark papers are rightly recognized as the formal basis for ou...
Past considerations of kin selection have assumed a dyadic fitness exchange relationship between alt...
The evolution of altruism is a fundamental and enduring puzzle in biology. In a seminal paper Hamilt...
The evolution of altruism is a fundamental and enduring puzzle in biology. In a seminal paper Hamilt...
A useful interpretation of quantitative genetic models of evolutionary change is that they (i) defin...
William Hamilton [8] proposed that evolutionary selection would result in a population of individual...
Representatives of both economic and biological sciences have for a long time been struggling with a...
Hamilton's rule explains when natural selection will favor altruism between conspecifics, given thei...
Kin selection means that individuals can increase their own inclusive fitness through displaying mor...
This paper reviews and addresses a variety of issues relating to inclusive fitness. The main questio...
HAMILTON’s [2] famous rule for successful evolution of altruistic behaviour is generalised to includ...
stimulus to work on this paper to work. I am also grateful to Alan Rogers and Sam Bowles for their h...
Natural selection operates both directly, via the impact of a trait upon the individual's own fitnes...
According to [Hamilton, 1964a] and [Hamilton, 1964b] rule, a costly action will be undertaken if its...
Accordingto Hamilton’s(1964a, b) rule,a cost lyaction will be undertaken if its fitness cost to the ...
Abstract Hamilton’s (1964a, 1964b) landmark papers are rightly recognized as the formal basis for ou...
Past considerations of kin selection have assumed a dyadic fitness exchange relationship between alt...