Disease did spread faster in agrarian societies than in hunter-gatherer societies due to settled populations living in close proximity to livestock and other humans, facilitating the transmission of pathogens. Additionally, agricultural practices such as irrigation provided breeding grounds for disease-carrying vectors like mosquitoes.
False. Disease spreads faster in dense populations with close contact, regardless of the societal structure. Hunter-gatherer societies may have lower population density and more mobility, which could help limit the spread of disease compared to agrarian societies.
It depends on the specific disease and the circumstances of each society. Agrarian societies with denser populations and more contact between individuals may facilitate the spread of certain diseases. However, hunter-gatherer societies are not immune to disease transmission, as interactions with other groups or animals can also lead to the spread of infectious diseases.
Diseases tend to spread faster in agrarian societies due to factors like increased population density, closer contact with domesticated animals, and larger settlements that allow for easier transmission among individuals. Hunter-gatherer societies, with their smaller and more mobile populations, may not facilitate the rapid spread of diseases as quickly.
Thomas Malthus, an economist, argued in his 1798 essay "An Essay on the Principle of Population" that human populations have the tendency to grow faster than the resources available to support them, leading to population pressures and competition for resources.
Yes, cultural evolution can occur much faster than biological evolution because cultural traits can be rapidly spread and adopted among populations through communication, imitation, and technology, whereas biological evolution relies on genetic changes that accumulate over generations through the process of natural selection. This allows cultural adaptations to occur more rapidly in response to changing environments or social needs.
False. Disease spreads faster in dense populations with close contact, regardless of the societal structure. Hunter-gatherer societies may have lower population density and more mobility, which could help limit the spread of disease compared to agrarian societies.
agrarian.(:
It depends on the specific disease and the circumstances of each society. Agrarian societies with denser populations and more contact between individuals may facilitate the spread of certain diseases. However, hunter-gatherer societies are not immune to disease transmission, as interactions with other groups or animals can also lead to the spread of infectious diseases.
Diseases tend to spread faster in agrarian societies due to factors like increased population density, closer contact with domesticated animals, and larger settlements that allow for easier transmission among individuals. Hunter-gatherer societies, with their smaller and more mobile populations, may not facilitate the rapid spread of diseases as quickly.
one can be that an agricultural farmer will have a less-varied diet than a hunter-gatherer, therefore he will die or get sick faster than a person in a hunter-gatherer society
one can be that an agricultural farmer will have a less-varied diet than a hunter-gatherer, therefore he will die or get sick faster than a person in a hunter-gatherer society
The Neolithic Revolution allowed humans to receive food much faster. However, bacteria started to become an issue because they were no longer hunting and gathering, people were in one place constantly.
usually overweight people.
Where does coombs disease come from?A blood disease called autoimmune hemolytic anemia happens when antibodies destroy your own red blood cells faster than your body can make them. You can get it because of: Diseases like lupus and leukemia. Infections such as mononucleosis.
there is a well known trick to add horse or any animal poo.
The disease used for the movie Jack in which Robin Williams ages at a fast pace is called Werner Syndrome.
It affects the red blood cells as they are an abnormal shape and can not fit through the spleen so therefore breakdown faster