The wide disparity in longevity observed across species indicates that aging is a species characteristic. However, the obvious fitness costs of aging on individual reproduction would cause strong selection pressure against it. In this paper we have developed an adaptive hypothesis of aging for the sake of group diversity. Our hypothesis relies on a group selection mechanism, which we argue supervenes on kin selection; that is, group selection is strongly tied to what we already know about inclusive fitness theory. We designed and experimented with an ALife simulation environment of competing groups of co-evolving hosts and diseases to test our diversity hypothesis. 2
Abstract: The longstanding debate about whether aging may have evolved for some adaptive reason is g...
The concept of the force of natural selection was developed to explain the evolution of ageing. Afte...
Senescence or ageing is an increase in mortality and/or decline in fertility with increasing age. Ev...
Hypothesis: Although ageing may reduce individual fitness, it could arise because ageing increases o...
Senescence, the increasing risk of mortality and/or decreasing rate of reproductive success, is, at ...
Ageing has a negative impact on individual fitness. From this, it has been inferred that ageing coul...
Theories of lifespan evolution are a source of confusion amongst aging researchers. After a century ...
Understanding why we age is a long-lived open problem in evolutionary biology. Aging is prejudicial ...
This thesis explores the capacity for a new measurement of inclusive fitness to explain previously u...
Abstract Between the 1930s and 50s, evolutionary biologists developed a successful theory of why org...
Ageing reduces fitness, but how ageing evolves is still unclear. Evolutionary theory of ageing hinge...
The complexity, detail and diversity of life has intrigued and excited both scientist and layperson ...
Senescence or ageing is an increase in mortality and/or decline in fertility with increasing age. Ev...
Researchers are increasingly recognizing that social effects influence the evolution of aging. Kin s...
Diverse and robust experimental evidence points to an adaptive origin for aging [1, 2]. For example:...
Abstract: The longstanding debate about whether aging may have evolved for some adaptive reason is g...
The concept of the force of natural selection was developed to explain the evolution of ageing. Afte...
Senescence or ageing is an increase in mortality and/or decline in fertility with increasing age. Ev...
Hypothesis: Although ageing may reduce individual fitness, it could arise because ageing increases o...
Senescence, the increasing risk of mortality and/or decreasing rate of reproductive success, is, at ...
Ageing has a negative impact on individual fitness. From this, it has been inferred that ageing coul...
Theories of lifespan evolution are a source of confusion amongst aging researchers. After a century ...
Understanding why we age is a long-lived open problem in evolutionary biology. Aging is prejudicial ...
This thesis explores the capacity for a new measurement of inclusive fitness to explain previously u...
Abstract Between the 1930s and 50s, evolutionary biologists developed a successful theory of why org...
Ageing reduces fitness, but how ageing evolves is still unclear. Evolutionary theory of ageing hinge...
The complexity, detail and diversity of life has intrigued and excited both scientist and layperson ...
Senescence or ageing is an increase in mortality and/or decline in fertility with increasing age. Ev...
Researchers are increasingly recognizing that social effects influence the evolution of aging. Kin s...
Diverse and robust experimental evidence points to an adaptive origin for aging [1, 2]. For example:...
Abstract: The longstanding debate about whether aging may have evolved for some adaptive reason is g...
The concept of the force of natural selection was developed to explain the evolution of ageing. Afte...
Senescence or ageing is an increase in mortality and/or decline in fertility with increasing age. Ev...