AP Human Geography Population Vocab
Cairo conference
United Nations held an International conference on population in 1994 in Cairo, Egypt. It's resulting Program of Action is the steering document for the United Nations
population pyramid
a bar graph representing the distribution of population by age and sex
census
a complete enumeration of a population
zero population growth
a decline of the total fertility rate to point where the natural increase rate equals zero
Thomas Malthus
an Englishman who wrote an essay in the 1800's regarding population. He brought up the point that we may be outrunning our supplies because of our exponentially growing population. Overpopulation is a danger and food supplies will run out
child mortality rate
annual # of deaths of children under the age of 5, compared with total live births
neo-malthusians
argue against cornucopians. They believe the ideas of Thomas Malthus. Population can grow faster than food production which could result in starvation if human growth is not limited
Natalist Con
believes that there needs to be limits placed on the # of children per couple
contraceptive
birth control, for the purpose of limiting reproduction
population agglomerations
cities that are one million or over in population
epidemiological transition
distinctive causes of death in each stage of the demographic transition
Natalist Pro
encourages child bearing; italians
demographic equation
equation that summarizes the amount of growth or decline in population during a certain period of time, also taking into account the net migration and natural increase.
Gravity Model
interaction is proportional to the multiplication of 2 populations divided by the distance between them
arable land
land suitable for crops and for people to live on
cornucopians
people that believe our supply of resources is basically infinite. They argue that we could exploit outer space, or use resources that we can't even imagine now. This optimistic perspective is often referred to as "cornucopions" in reference to cornucopia or horn of plenty
total fertility rate
the average number of children a women will have throughout her child bearing years
life expectancy
the average number of years an individual can be expected to live, given current social, economic and medical conditions. Life expectancy at birth is the average number of years a newborn infant can expect to live
age distribution
the distributions of age in a population
carrying capacity
the largest # of people that the environment of a particular area/country can support
sex ratio
the number of males per 100 females in the population
overpopulation
the number of people in an area exceeds the capacity of the environment to support life at a decent standard of living
physiological density
the number of people per unit of area of arable land, which is land suitable for agriculture
dependency ratio
the number of people under the age of 15 and over the age of 64 compared to the number of people active in the labor force
doubling time
the number of years needed to double a population, assuming a constant rate of natural increase
natural increase rate
the percentage growth of a population in a year, computed as the crude birth rate minus the crude death rate
ecumene
the portion of Earth's surface occupied by permanent human settlement
demographic transition
the process of change in a society's population from a condition of high crude birth and death rates and low rate of natural increase to a condition of low crude birth and death rates, low rate of natural increase, and a higher total population
agricultural density
the ratio of the number of farmers to total amount of land suitable for agriculture
demography
the scientific study of population characteristics
infant mortality rate
the total number of deaths in a year among infants under 1 year old for every 1000 live births in a society
crude death rate
the total number of deaths in a year for every 1000 people alive in the society
crude birth rate
the total number of live births in a year for every 1000 people alive in society
arithmetic density
the total number of people divided by the total land area
J-curve
this is when the projection populations shows exponential growth; sometimes shaped like a "j". This is important because if the population grows exponentially, our resources will go up exponential and so will our use and greater demand for food
s-curve
traces the cynical movement upwards and downwards on a graph of population, giving the shape of the letter "s"