Category: Population

  • Overpopulation: The World’s problem

     

    The earth does not contain enough resources to indefinitely sustain the current enormous population growth. For instance, there is a limited area of arable land and living space. China, home to 1.2 billion people or 1/5 the world’s population, is an excellent example of the kinds of problems that arise in an increasingly crowded society. Trying to increase the standard of living of its people, China has industrialized and the economy has grown (Hanson). This increase in wealth has increased the demand for food in China. The demand is so great that China went from exporting 8 million tons of grain in 1992 to becoming a net importer of 16 million tons of grain in 1994 (China News Digest). This causes a world-wide grain shortage which raises prices, which in turn puts food out of reach of even more people.

     

    In many areas, there is simply not enough food to feed the growing populations. Each day 40,000 children die from malnutrition and its related diseases. 150 million children in the world suffer from poor health due to food shortages (Turbak, 20).

     

    Another resource, which cannot keep up with an increasing population, is water. The supply of fresh water is limited. The recent California drought exemplifies this problem. Conflicts ensue between farmers, municipalities, environmentalists, and others over water rights. Recently, environmentalists battled with Los Angeles over the diversion of water from Mono lake to the LA basin. The Mono Lake incident and the aqueduct fights highlight some of the conflicts that arise over water. Creating fresh water can be expensive. A swelling population may have to turn to desalinization for their clean water. Oil-rich Saudi Arabia is the only country for which this process has had any success. However, Saudi Arabia does not require the vast amounts of agricultural water that California and other areas need. Another possible solution to the fresh water shortage is towing icebergs from the polar caps. This is just too costly for many areas.

     

    In addition to depleting resources, overpopulation increases environmental problems. Pollution is an environmental problem whose magnitude is increased by overpopulation. As more people drive more cars, use more electricity, throw away more trash, and cut down more trees, the environmental problems we experience are greatly increased. The earth could easily sustain a small population of highly polluting people. But as more people such as ourselves pollute, massive problems occur. Pollution is magnified in developing nations. As those nations with larger growing populations become richer, their pollution increases with their wealth. Developing nations often promote industries that pollute to compete economically. These industries are less tightly regulated in order to stimulate growth.

     

    Besides causing the environmental strains on the earth, overpopulation causes a large number of the social problems in today’s society. One example of this is described in the recent study by Ohio State University showing that children whose family sizes were larger did worse in school. “The research, to be published in October’s American Sociological Review, found that as family size increases, parents talk less to each child about school, have lower education expectations, save less for college and have fewer educational materials available” (CAPS).

     

    Each individual’s political power is reduced with increased population. As the population increases, each representative in the US and state congresses (as well as senators) represents a wider segment of the population. This problem was initially addressed by increasing the number of representatives. However, when the number of US representatives reached 435, the sheer numbers became unimaginable and led to a cap on the number of representatives. In Lincoln’s time, there were 185,000 residents in a congressional district. Today, there are about 600,000 people in each district (Oberlink). The only alternative would be increasing the number of representatives, however this would only decrease congresses’ efficiency.

     

    Social funding per capita is also reduced when the population grows. Again, California provides an excellent example. In 1990 there were 5.7 million children enrolled in California’s K-12 schools, while there will be 7.9 million in 2000 (Bouvier 41). “Our secondary school population is growing by 177,000 a year. The Dept. of Education projects that 35,333 new classrooms, or approx. 1,399 K-12 schools will be needed by the year 2000. That is almost a school a day. California already has some of the largest class sizes in the nation (Phillips).” With this growth in school needs, the state cannot meet the budget requirements. This has significantly contributed toward the state’s deficit, as well as reduced the quality of education.

     

    In the 1980’s, there was a 10% population density increase in the US. This led to a 20% decrease in housing affordability. The supply has not kept up with the demand for housing, which caused the real estate boom. This causes continually growing urban communities such as Los Angeles, which has experienced problems due to its sheer massiveness (Johnson).

     

    The traffic problems we face daily are another result of overpopulation. Just in California, 300,000 hours are wasted in traffic congestion each year at an estimated annual cost of over 892 million dollars. In addition, these idiling motors add to the pollution problem (Oberlink).

     

    Many people feel that efforts to stop the rising population are unnecessary. They feel the population is under control and, in effect, the population bomb has fizzed. Ben Wattenberg, in The Birth Dearth, cites that a shrinking population will put developed nations at a severe disadvantage. It will cause military, economic, politic, and cultural weaknesses in relation to other countries.

     

    People against population controls cite statistics in their favor. According to the 1994 US Census, the fertility rate of 59 countries is below 2.1 births per female which is the number of children per family needed to maintain the population. China is down to 1.8, and Spain is down to 1.4 (Verburg). These people also claim Africa is experiencing shortages of laborers, even though they reject technology because of the reduced labor it requires.

     

    Anti-population control advocates feel that the resource problems may not be as bad as earlier expected. Since 1960, the world’s food supply per capita has increased 27% and the food production in developing nation has increased 20%. The world’s oil reserves have increased from 100 billion cubic meters in 1980 to 158 billion cubic meters in 1993. Only 50% of the world’s arable land is used. Grain production increased 2.1% in the 80’s, well above the 1.4% necessary to feed the increasing population (Verburg). According to the UN, the world’s population may stabilize at 7.5 billion in 2015.

     

    Although opponents to population stabilization cite statistics in their favor, the overwhelming majority of statistics point toward a severe problem. One in four births in the developing world outside China is unwanted (Verburg). It took 123 years, from 1804 to 1927 for the world to produce its second billion people, yet it took just thirteen years, from 1974 to 1987, to produce the fifth billion (UN Population Division). There are three more people in the United States every second with nine births and three deaths every two seconds (Universal Almanac, 173). In 1960 Europe was the most densely populated continent. By 1991 Asia surpassed Europe’s denseness with 176 persons per square mile while Europe only had 168 persons per square mile. Americans can barely feel this squeeze with only 43 persons per square mile (“Population,” World Book Encyclopedia). If the population continues to grow at current rates with no further decline (a highly unlikely scenario), there will be 694 billion people on the Earth by 2150 (Verburg).

     

    The Catholic Church represents major religious opposition to controlled population. The Church’s official stand is against any birth control whatsoever. They believe God should plan families. The problem includes Catholics obeying John Paul II’s Human Vitae, the church using its political power in stopping abortion and birth control advances, and protesting the discussion of family planning at world forums such as the UN Women’s conferences (Ehrlich, 22).

     

    Zero Population Growth is the foremost American activist organization for population control. They cite several solutions for the population problem including family planning services, international awareness, population education, improving women’s status, and economic incentives. Many of these solutions have been implemented in various countries with success. These are easy solutions with few adverse side-effects.

     

    The Chinese government has been able to control population by creating economic incentives for families with less than two children. With 1/5 of the world’s population and only 7% of the land, population checks were badly needed. Population control was achieved using education, government propaganda, and community pressures. For instance, a couple promising to have only one child receives a one-time reward of money and rice. If that child does not live to maturity, the couple is allowed another. The child will receive a private plot of 70 square meters of land, compared to 50 for a child in a larger family (Mings, 479).

     

    Similar techniques could be implemented in the United States by slowly removing the tax write-off for more than 2 children. Families will not experience extreme economic hardship if the decline were gradual enough. Moreover, government revenue could increase. An example of such a solution would be amending the current US H.R. 6, a middle-class tax cutting bill, to limit the $500-per-child tax credit to two children.

     

    Birth control and family planning is another excellent way of slowing the surging population growth. Japan is a crowded nation the size of California with a population equal to about half the US population. Population controls were badly needed. Condoms have proven to be an extremely successful way of slowing the growth. With dedicated stores, such as Condomania, and aggressive advertising, condom usage reached 547 million in 1991. This is almost as much as the 561 million the US used with twice the population.

     

    Another factor attributing to the decrease in population growth in Japan is the stressful working conditions. Men concentrate heavily on work and less on recreational activities. Because of the resulting high stress levels, overall sexual activity has declined and the sperm count with it. These factors, coupled with the high condom usage, has slowed Japanese population growth. The slowed growth has resulted in a temporary aging of the population, which creates minor problems, but is unavoidable in any fix to population growth (Watanabe).

     

    Population growth is slowed as women’s rights are increased. This is evident in developed nations where fewer births occur as the woman’s role in society changes. Elevating women out of their lower-class status in many nations will greatly aid progress. As women gain economic, political, and reproductive power in today’s industrialized nations, birth rates drop dramatically and now most of western Europe is at or below replacement level.

     

    Finally, all the people of the world must be made aware of the situation. The problem is not popularized in the media as much as other problems which stem from overpopulation such as the environment, AIDS, and lung cancer. Children and adults are well informed on how to help the environment, how to avoid AIDS, and that smoking is bad for their health. But they are not well informed about all of the problems of overpopulation. Overpopulation information needs to be more widespread than it currently is. This can be reasonably achieved with information in TV segments and in science and social studies classes.

     

    While less developed countries face the biggest problems, solutions also need to be implemented here in the US. In California, the fertility rate grew from 1.947 in 1982 to 2.480 in 1989 (Bouvier 13). Educating the public will ease California’s population growth.

     

    Successful steps have been made in fighting the problem. The first step, recognizing the problem, was reached by Thomas Malthus with An Essay on the Principle of Population in 1798. Malthus pointed out that population tends to grow at an exponential rate while the food production grows at a geometric rate. Thus population growth must be checked. He mentioned “positive checks” such as war, famine, and disease, and “preventative checks” such as celibacy and contraception (“Population,” Encarta).

     

    In 1968 Paul Ehrlich and Anne Ehrlich wrote The Population Bomb. They were the first to popularize how serious the problem had become. While incorrectly predicting short term large-scale famine and plague, the book awakened the world to the upcoming problems.

     

    Today, the United Nations Population Fund is collecting information on the problem. Events such as the UN Women’s conference in support of family planning and birth control have raised the status of women, an important step in reducing population. Family planning was not even on the agenda in the 1972 conference, but it was stressed in the 1992 UN Conference on Environment and Development, as well as the 1994 Women’s Conference (Marshall).

     

    With an impending crisis looming over the horizon, the afore outlined steps must be followed to ease the population problem and the many other problems which are directly related to it. When people are educated to the benefits of limiting family size, they respond with lower birth rates. Education, coupled with economic pressure, will end the overpopulation problem and ease many of the other problems faced by today’s society.

    THIS IS AN OLDER ITEM AND IS NOW MORE IMPORTANT THAN WHEN WRITTEN

  • Zero immigration and sustainable populations

     

    If the economic case only benefits the capital owners and makes the average citizen worse off economically, without even considering environmental and sustainability impacts, why is it being done?

    The obvious answer seems to be that the capital owners are running the show for their own benefit, at the expense of the average Australian. And why shouldn’t they. Their goal is to maximise profits and high immigration helps them do that. High immigration increases the supply of workers. Increased supply of labour, lowers the cost of labour. Lower labour costs means an increase in profits.

    High immigration also increases the supply of consumers. Increased demand means higher prices. Higher prices mean increased profits. It’s a double bonus. Higher profits from lower labour costs and higher demand. Whoopee.

    But something that obvious would be quickly exposed by the ever diligent media. Or perhaps they have other incentives. On October 28, the Sydney Morning Herald ran an editorial entitled “Keep the doors open”. The sales pitch is that Australia needs high immigration to have solid economic growth and then the implication is that this economic growth will benefit every Australian. But it just isn’t so. The editorial writer’s trick is to say that “the 2006-07 migrant intake benefited the economy by $516 million in the first year” and then we are supposed to think that we got some of that $516 million. The SMH is smart enough to make sure they don’t mention that the average Australian gets none of that massive $25 per person.

    With a significant part of newspaper profits coming from real estate advertising, it is not hard to understand why newspapers pump up the housing market, but how far can their logic be stretched. They admit that there is a housing shortage, rents are too high and finance is hard to get in the current climate, so the answer is … wait for it … bring in a lot more people to increase the demand for housing. That will make housing harder to obtain, rents will become higher and finance harder to get, but it will increase profits for the housing industry. At least we know who comes out ahead.

    Another angle we hear is that we need immigration because we have a skills shortage. What that really means is: we have a skills shortage at the salaries we are willing to pay. We never have a skills shortage for investment bankers. We always have plenty of them, because they get paid a motza. We have a shortage of qualified tradesmen because it is a really tough job that doesn’t pay very well. If the pay was increased, there wouldn’t be a shortage of qualified tradesmen, but that would reduce the profits of the construction companies and factory owners. The easier solution, for business, is to call for increased skilled immigration to keep wages down and profits up.

    The skills shortage is a major change from the usual “can do” attitude of business. For example:

    • ask business what we should do about climate change and they respond, “Business can sort that out – use market forces with a carbon trading scheme and use geosequestration in coal fired power plants”;
    • ask business what we should do about water shortages and they respond, “Business can sort that out – build new desalination plants, dams and pipelines”;
    • ask business what we should do about Fossil Fuel depletion and they respond, “Business can sort that out – replacements for petroleum will be found as soon as the price gets high enough”;
    • ask business what we should do about depletion of farmland and they respond, “Business can sort that out – market forces from higher food prices will give farmers incentives to repair their land”; then
    • ask business what we should do about the skills shortage and they respond “Oh, nothing we can do. Government needs to bring in lots more skilled migrants or the Australian economy will fall apart.”

    Another issue sometimes associated with immigration is the ageing population. Most commentators know that increased immigration doesn’t significantly slow the ageing of the population, because the average age of migrants is only a little less than the average age of the overall population and migrants age, just like existing residents. Not everybody is clear about that, though.

    A few years ago, Louise Markus, Federal Liberal Member in the seat of Greenway, rang me in response to a letter I wrote her regarding the negative environmental impacts of increased population. She said something like “But Eric, we need increased immigration to battle the effects of our ageing population.” I said immigration doesn’t do anything for the ageing population and the phone went quiet for a few seconds. She then said “Well I don’t think most of the people in Greenway agree with you on population.” Game, set and match.

    What really mattered to her, and to all politicians, is what the majority of voters think. Politicians don’t need to clutter their minds with logical arguments, as long as they are on the same page as the electorate.

    It would be easy to blame business for lowering our standard of living and politicians for being their accomplices, but that is wrong. It is NOT up to business to make Australia sustainable (although it would happen more quickly if they led the way). It is up to the citizens of Australia to vote in the politicians who will best serve their interests. Both major parties now serve the interests of big business.

    We have given business the goal of making profits for themselves and they have done that very well, and provided us with the goods and services that make Australia one of the best places on earth to live. When business is given limitations and guidelines, they adapt to those guidelines and continue to produce the high quality goods and services that make Sydney such a great place to live.

    If Australia adopted net zero immigration and made efforts to become more sustainable, business would adapt and smart businessmen would continue to make millions and billions, because the changes would not be that great. It is also likely that the average Australian would be better off and the average Australian’s children and grandchildren will be better off in the future.

  • Australia’s Projected Population Problems

    1   The current population is approaching 22 Million.

    2   The projected annual population increase is 398.000 (ABS Site    Figures)

    3   The doubling time for this increase in population is 40 years. Should the population continue to increase at the same rate the population would be 44 million by year 2049

    4    The current infrastructure is not adequate for the existing population.

          Areas of concern which will be adversely affected by increased population.

    1    Health- Hospitals- aged care facilities. (Currently not coping with existing

          population)

    2    Housing. (Current shortage will  be exacerbated by increasing populations)

    3    Transport Rail – Road. How will people and freight be conveyed when oil

           supplies fail, due to the Peak-Oil Crisis?

    4    Education- schools- colleges. (Currently in crisis mode)

    5    The Food Chain  Agriculture will be affected both in farm production and

           transfer of produce to the marketplace. Also will be subject to clauses 6 and 7.

           Reports show that only 6 % of Australia is considered to be arable.

           How will we provide food in sufficient quantities to cater for future

           population rises?

    6     Drought (existing and future) due to the affects of climate change.

    7     Shortage of Water due to diminished rainfall ( See clause 6)

    8     Economic situation leading to high unemployment. (Already evident.)

    The reasons shown in clauses 1 to 8 clearly show that population Growth needs

    to be controlled or sustainability will be impossible.

    Capital Cities are at saturation point . Overpopulated and infrastructure not coping.

    There are people deserting country areas because of lack of employment and

    moving to coastal areas where they will be similarly disadvantaged.

    The coastal areas where over 90 % of the population is situated are threatened by Sea Level Rise and Tidal flooding due to the advent of Climate Change.

     Extract from discussion paper

  • Population Growth Rates.

    Population Growth Rates

    Population Growth Rates and Doubling Time

    By Matt Rosenberg,

    Jan 10 2009

    The rate of national growth is expressed as a percentage for each country, commonly between about 0.1% and 3% annually. You’ll find two percentages associated with population – natural growth and overall growth. Natural growth represents the births and deaths in a country’s population and does not take into account migration. The overall growth rate takes migration into account.

    For example, Canada’s natural growth rate is 0.3% while its overall growth rate is 0.9%, due to Canada’s open immigration policies. In the U.S., the natural growth rate is 0.6% and overall growth is 0.9%. The growth rate of a country provides demographers and geographers with a good contemporary variable for current growth and for comparison between countries or regions. For most purposes, the overall growth rate is the more frequently utilized.

    The growth rate can be used to determine a country or region or even the planet’s “doubling time,” which tells us how long it will take for a country’s current population to double. This length of time is determined by dividing the growth rate into 70. The number 70 comes from the natural log of 2, which is .70.

    Given Canada’s overall growth of 0.9% in the year 2006, we divide 70 by .9 (from the 0.9%) and yield a value of 77.7 years. Thus, in 2083, if the current rate of growth remains constant, Canada’s population will double from its current 33 million to 66 million.

    However, if we look at the U.S. Census Bureau’s International Data Base Summary Demographic Data for Canada, we see that Canada’s overall growth rate is expected to decline to 0.6% by 2025. With a growth rate of 0.6% in 2025, Canada’s population would take about 117 years to double (70 / 0.6 = 116.666).

    The world’s current (overall as well as natural) growth rate is about 1.14%, representing a doubling time of 61 years. We can expect the world’s population of 6.5 billion to become 13 billion by 2067 if current growth continues. The world’s growth rate peaked in the 1960s at 2% and a doubling time of 35 years.

    Most European countries have low growth rates. In the United Kingdom, the rate is 0.2%, in Germany it’s 0.0%, and in France, 0.4%. Germany’s zero rate of growth includes a natural increase of -0.2%, without immigration, Germany would be shrinking, like the Czech Republic.

    The Czech Republic and some other European countries’ growth rate is actually negative (on average, women in the Czech Republic give birth to 1.2 children, which is below the number to yield zero population growth, approximately 2.1 children). The Czech Republic’s natural growth rate of -0.1 can not be used to determine doubling time because the population is actually shrinking in size.

    Many Asian and African countries have high growth rates. Afghanistan has a current growth rate of 4.8%, representing a doubling time of 14.5 years! If Afghanistan’s growth rate remained the same (which is very unlikely and the country’s projected growth rate for 2025 is a mere 2.3%), then the population of 30 million would become 60 million in 2020, 120 million in 2035, 280 million in 2049, 560 million in 2064, and 1.12 billion in 2078! This is a ridiculous expectation. As you can see, population growth percentages is better utilized for short term projections.

    Increased population growth generally represents problems for a country – it means increased need for food, infrastructure, and services. These are expenses that most high-growth countries have little ability to provide today, let alone if population rises dramatically.

  • Total Midyear Population fot theworld:1950-2050

    Total Midyear Population for the World: 1950-2050
    Year Population Annual
    growth rate (%)
    Annual
    population change
    1950 2,555,955,393 1.47 37,807,330
    1951 2,593,762,723 1.61 42,101,075
    1952 2,635,863,798 1.71 45,354,486
    1953 2,681,218,284 1.78 48,096,925
    1954 2,729,315,209 1.87 51,594,958
    1955 2,780,910,167 1.89 53,156,544
    1956 2,834,066,711 1.96 56,034,059
    1957 2,890,100,770 1.94 56,726,494
    1958 2,946,827,264 1.77 52,551,450
    1959 2,999,378,714 1.40 42,307,137
     
    1960 3,041,685,851 1.34 41,006,148
    1961 3,082,691,999 1.81 56,224,066
    1962 3,138,916,065 2.20 69,758,337
    1963 3,208,674,402 2.20 71,377,045
    1964 3,280,051,447 2.09 69,241,262
    1965 3,349,292,709 2.08 70,445,430
    1966 3,419,738,139 2.03 69,956,266
    1967 3,489,694,405 2.04 72,055,706
    1968 3,561,750,111 2.08 74,844,338
    1969 3,636,594,449 2.05 75,402,508
     
    1970 3,711,996,957 2.07 77,667,761
    1971 3,789,664,718 1.99 76,357,913
    1972 3,866,022,631 1.94 75,842,383
    1973 3,941,865,014 1.88 74,627,480
    1974 4,016,492,494 1.79 72,607,390
    1975 4,089,099,884 1.72 71,114,503
    1976 4,160,214,387 1.71 71,656,909
    1977 4,231,871,296 1.68 71,489,322
    1978 4,303,360,618 1.71 74,213,981
    1979 4,377,574,599 1.70 74,982,536
     
    1980 4,452,557,135 1.70 76,294,721
    1981 4,528,851,856 1.75 79,872,396
    1982 4,608,724,252 1.76 81,744,318
    1983 4,690,468,570 1.70 80,223,994
    1984 4,770,692,564 1.69 81,529,983
    1985 4,852,222,547 1.71 83,687,162
    1986 4,935,909,709 1.74 86,386,124
    1987 5,022,295,833 1.72 87,036,938
    1988 5,109,332,771 1.69 87,012,546
    1989 5,196,345,317 1.68 88,141,297
     
    1990 5,284,486,614 1.57 83,633,233
    1991 5,368,119,847 1.55 83,657,777
    1992 5,451,777,624 1.50 82,144,345
    1993 5,533,921,969 1.45 80,900,295
    1994 5,614,822,264 1.44 81,660,292
    1995 5,696,482,556 1.41 81,154,757
    1996 5,777,637,313 1.38 80,123,371
    1997 5,857,760,684 1.34 79,217,938
    1998 5,936,978,622 1.31 78,089,406
    1999 6,015,068,028 1.28 77,341,044
     
    2000 6,092,409,072 1.26 77,429,215
    2001 6,169,838,287 1.23 76,355,619
    2002 6,246,193,906 1.21 76,018,626
    2003 6,322,212,532 1.21 76,913,590
    2004 6,399,126,122 1.20 77,395,298
    2005 6,476,521,420 1.19 77,646,189
    2006 6,554,167,609 1.18 78,003,314
    2007 6,632,170,923 1.18 78,755,194
    2008 6,710,926,117 1.17 79,136,099
    2009 6,790,062,216 1.17 79,580,822
     
    2010 6,869,643,038 1.16 80,139,198
    2011 6,949,782,236 1.15 80,499,224
    2012 7,030,281,460 1.14 80,560,010
    2013 7,110,841,470 1.12 80,351,923
    2014 7,191,193,393 1.11 79,929,736
    2015 7,271,123,129 1.09 79,455,115
    2016 7,350,578,244 1.07 78,965,031
    2017 7,429,543,275 1.05 78,351,232
    2018 7,507,894,507 1.03 77,616,295
    2019 7,585,510,802 1.01 76,774,088
     
    2020 7,662,284,890 0.99 75,946,263
    2021 7,738,231,153 0.97 75,095,456
    2022 7,813,326,609 0.94 74,114,356
    2023 7,887,440,965 0.92 73,080,464
    2024 7,960,521,429 0.90 72,023,397
    2025 8,032,544,826 0.88 71,045,623
    2026 8,103,590,449 0.86 70,146,499
    2027 8,173,736,948 0.84 69,228,348
    2028 8,242,965,296 0.83 68,301,329
    2029 8,311,266,625 0.81 67,362,805
     
    2030 8,378,629,430 0.79 66,482,789
    2031 8,445,112,219 0.77 65,674,999
    2032 8,510,787,218 0.76 64,854,812
    2033 8,575,642,030 0.74 64,006,185
    2034 8,639,648,215 0.73 63,115,929
    2035 8,702,764,144 0.71 62,235,131
    2036 8,764,999,275 0.70 61,382,465
    2037 8,826,381,740 0.68 60,504,670
    2038 8,886,886,410 0.67 59,592,670
    2039 8,946,479,080 0.65 58,632,197
     
    2040 9,005,111,277 0.64 57,682,175
    2041 9,062,793,452 0.62 56,755,838
    2042 9,119,549,290 0.61 55,785,991
    2043 9,175,335,281 0.60 54,769,039
    2044 9,230,104,320 0.58 53,708,633
    2045 9,283,812,953 0.57 52,639,344
    2046 9,336,452,297 0.55 51,569,107
    2047 9,388,021,404 0.54 50,475,749
    2048 9,438,497,153 0.52 49,366,268
    2049 9,487,863,421 0.51 48,247,836
     
    2050 9,536,111,257

  • Optimum Population Trust

     

    Concerned about the speed of global warming?
    About food, water and energy scarcity – the effects of overpopulation on a plundered planet?
    About the UK’s failure to stabilise its own population?

     

    Support the Optimum Population Trust
    Support research into optimum population sizes
    Campaign for a lower population in the UK
    Sign our Stop at Two pledge!

    World population is projected to rise from today’s 6.8 billion to 9.1 billion in 2050.*  The World Population Clock is ticking.  We are rapidly destabilising our climate and destroying the natural world on which we depend for future life.

    GETTING THE FACTS RIGHT

    The Optimum Population Trust is absolutely opposed to any form of coercion in family planning.

    The Optimum Population Trust believes that Earth may not be able to support more than half its present numbers before the end of this century, and that the UK’s long-term sustainable population level may be lower than 30 million.  Research and policy are summarised on this website and available to all members in the OPT Journal.

    In the UK, population is officially projected to rise from 60.6 million (mid-2006) to 77 million in 2050 – that’s more than another two Londons.**

    * United Nations Population Division, World Population Prospects 2008 Revision, 11 March 2009. ** Mid-2006 based Principal Population Projection, Government Actuary’s Department, and ONS release, both 23 October 2007.

    OPT for a sustainable planet

    NASA Goddard Space Flight Center Image by Reto
    Stockli & Robert Simmon, with MODIS,
    USGS EROS,& DMSP.