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Or something like that. Test your vocabulary with our question quiz! Do you know the person or title these quotes describe?
Examples of growth in a Sentence He had a growth spurt when he was 16 years old. She's concerned that the medication might slow her child's growth.
He discovered a substance that promotes the growth of new blood vessels. The city has undergone explosive growth in recent years.
He sees his college years as an opportunity for personal growth. It's important to prune the bush every year to encourage new growth.
Their profits have averaged five percent growth in the last four years. The tree has an average annual growth of almost a foot.
Recent Examples on the Web Overall, the economy, especially job growth , is strong and that is clearly translating into a purchase market. First Known Use of growth , in the meaning defined at sense 1a 1.
History and Etymology for growth see grow. Learn More about growth. Resources for growth Time Traveler! Explore the year a word first appeared.
Chemical factors of importance in the environment include the gases in the atmosphere and the water, mineral, and nutritional content of food.
Plants require carbon dioxide, water, and sunlight for photosynthesis; drought slows plant growth and may even kill the plant. The effects of atmospheric contaminants— e.
Plants and animals require minerals and small amounts of elements such as zinc, magnesium, and boron. Nitrogen and phosphorus are provided to plants as nitrates and phosphates in the soil.
Inadequate quantities of any nutritional factor in the soil result in poor plant growth and poor crop yields. Animals require oxygen, water, and elements from the environment.
Because they are unable to synthesize sugars from carbon dioxide, animals must acquire these nutrients through the diet, either directly, by the consumption of plants, or indirectly, by the consumption of other animals that in turn have utilized plants as food.
If the quality or quantity of this food is poor, either growth is retarded or death occurs see nutrition. Vitamins , a class of compounds with a variety of chemical structures, are needed by animals in small amounts.
Animals cannot synthesize all vitamins they require; those that cannot be synthesized must therefore be acquired in the diet, either from plants or from other animals that can synthesize the vitamin.
Because certain vitamins are necessary in certain important metabolic reactions, vitamin deficiency during growth may have a variety of effects—stunting, malformation, disease , or death.
The organism is dependent on the environment for the raw materials for growth, but growth is also regulated internally.
Because the size and form of plants and animals are under genetic control, events such as the rate and site of cell division and the extent of cell enlargement can be affected by mutations.
It is not yet known, however, precisely how these factors, which are the ultimate determinants of growth, are controlled in individual cells.
One very important class of intrinsic growth regulators is that of the hormones. The principal plant hormone, auxin , is produced in the leaves; it moves by precise mechanisms, as yet poorly understood, to the other parts of the plant, controlling such processes as elongation of plant cells.
Auxin somehow changes the characteristics of the rigid cell wall of the plant cell so that it becomes more flexible; the internal pressure within the cell then forces it to become larger.
Other plant hormones may also play a role in the process; hormones such as cytokinins and gibberellins influence the rate of cell division in the meristems.
Some dwarf plants can be stimulated to grow to normal size simply by applying gibberellin. Hormones also play a decisive role in animal growth.
One hormone from the pituitary gland at the base of the brain is called growth hormone because of its extensive and widespread effects on growth.
A deficiency of growth hormone in pre-adolescents results in dwarfism , and oversupply of the hormone often caused by a tumour results in gigantism.
If an excess of growth hormone is produced after the long bones can no longer grow— i. A deficiency of thyroid hormone in children also causes growth retardation.
The sex hormones secreted from the pituitary gland interact in a complex way to regulate the growth of the gonads. The gonads in turn produce estrogen and progesterone in females and testosterone in males; these hormones control the development of human secondary sexual characteristics—body hair, enlargement of mammary glands in females, and growth of the vocal cords in males.
Although the growth hormones and sex hormones play a vital role in growth, the exact mechanism by which they function has not been established with certainty.
In addition to having the ability to synthesize the factors that regulate growth, plants and animals evidently possess exquisite mechanisms for integrating and regulating the production of hormones; i.
Although many plants, including trees, grow throughout their lives, growth of parts of the organism is not perpetual; e.
In animals, growth stops entirely, except for replacement, after the juvenile period. The limits for both total body size and organ size are probably established by genetic mechanisms.
The factors involved in limiting the growth of an organism are not yet definitely known, but evidence indicates that the liver releases into the bloodstream protein molecules that can limit growth of the organ.
Thus, one theoretical view is that an organ may produce substances that serve to limit its own growth, thereby establishing a feedback mechanism.
A protein called nerve-growth factor is important for the growth of some parts of the mammalian nervous system. If too much of the nerve-growth factor is present, growth of sympathetic nerve fibres is extensive and aberrant.
If the nerve-growth factor is eliminated from the body—by injection of an antibody against the factor—the sympathetic nerves wither and disappear.
Other subtle growth regulatory substances specific for various organ systems may eventually be discovered. The mathematical analysis of the rate of growth has been a subject of interest for many years.
It is based on the rule of cell division: Hence, the theoretical increase in cell number would be a geometric series , in which one cell produces two cells, then four, eight, 16, and so on.
In reality, however, the rate of growth is not constant but declines after a period of time, usually because of influences in the environment or because of inherent genetic limitations.
Thus the curve showing the growth of cell populations and of organisms is usually S-shaped, or sigmoid, when growth is plotted against time on a graph.
The increase in cell number resulting from cell division accounts for the rising part of the curve; the rate of cell division decreases at the plateau in the curve.
The S-shaped growth curve is generally applicable to the growth of organisms. If growth is plotted against time on a logarithmic scale, the early intense growth called log growth in the rising phase of the growth curve falls on a straight line.
The solution of this equation provides a value for relative increase—the increase in weight related to the initial mass of the growing substance.
The animal that most closely approaches a constant rate of growth is an insect larva. In most animals the rate of growth declines as the organism becomes larger and older.
Although the S-shaped growth curve describes with fair accuracy the growth of populations of single cells, such as bacteria or cells of higher organisms in tissue culture—the growth in a sterile nutrient environment of cells of tissues from organisms—the growth rates of different parts of whole organisms vary.
The relationship of the growth of one part of an organism to that in another part is called allometry.
Although such mathematical tools have allowed a very thorough description of the differential growth of different parts of an organism, they have unfortunately not provided insight into the physical and chemical control of the growth rate.
Even though the chemical, physical, and genetic bases of growth are elusive , much has been learned about the process by growing tissues in a sterile nutrient environment.
Even if the source of the tissue is an organ that has completely stopped growing, such as the nervous system of an animal or the phloem of a plant, the cells will begin to grow again in culture , often at a logarithmic rate of increase.
It may therefore be concluded that the organism as a whole places constraints upon the ability of individual cells to reproduce and that, when these constraints are removed, the growth potential of the cells is no longer restrained.
Even in tissue culture , however, the rate of cell growth eventually slows, hence the sigmoid-shaped growth curve. During the rapid growth phase of cells in tissue culture, they usually lose the ability to carry out the specialized function characteristic of their organ of origin; for example, if cartilage cells divide rapidly, they no longer synthesize cartilaginous matrix.
This phenomenon of apparent despecialization has been a topic of great theoretical interest: Evidence shows that some types of specialized cells may be maintained in tissue culture for very long periods of time and still retain the ability to carry out specialized biosyntheses, so that the apparent loss of specialized function in tissue culture cells may not fundamentally result from a mutual exclusivity of growth and differentiation.
When the growth of tissue-culture cells begins to slow, one factor responsible is exhaustion of critical components from the medium.
But even if the medium is frequently replaced, when the bottom of the culture dish becomes densely packed with a layer of cells, the growth rate drops—a phenomenon called contact inhibition of growth.
It is believed that cells so close that they are always touching provide a signal that retards the rate of cell division.
Apparently identical cells in tissue culture also show great variation in growth rate. Some cells from the skin, for instance, when placed in culture, may divide every eight hours; other similar cells may divide only every 36 hours.
The growth of cells in a controlled environment such as tissue culture offers many possibilities for studying the fundamental mechanisms controlling cell growth and, consequently, the growth of organisms and populations.
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Read More on This Topic. Learn More in these related Britannica articles: That it is one tree seems to be evident from the growth of the bark only on the outside.
That we pass out of this phase of being as we came into it, for Growth. It must be a stage in its growth or it would not come into it.
In growth all is adjusted to capacity; it is not meant to shock, force, or frighten. To the seeing eye decay is as fair as growth , and death as life.
Synonyms Examples Word Origin. It hasn't yet reached its full growth. Related Words for growth prosperity , success , advance , hike , rise , advancement , expansion , improvement , increase , production , gain , surge , crop , buildup , flowering , aggrandizement , cultivation , boost , vegetation , proliferation.
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The awkward case of 'his or her'. Or something like that. Test your vocabulary with our question quiz! Do you know the person or title these quotes describe?
Examples of growth in a Sentence He had a growth spurt when he was 16 years old. She's concerned that the medication might slow her child's growth.
He discovered a substance that promotes the growth of new blood vessels. The city has undergone explosive growth in recent years.
He sees his college years as an opportunity for personal growth. It's important to prune the bush every year to encourage new growth.
Their profits have averaged five percent growth in the last four years. The tree has an average annual growth of almost a foot. Recent Examples on the Web Overall, the economy, especially job growth , is strong and that is clearly translating into a purchase market.
First Known Use of growth , in the meaning defined at sense 1a 1. History and Etymology for growth see grow. Learn More about growth.
Resources for growth Time Traveler! Explore the year a word first appeared. Dictionary Entries near growth grow out grow out of grow plants from seed growth growth area growth company growth cone.
However, real wages rose, allowing workers to improve their diet, buy consumer goods and afford better housing.
Mass production of the s created overproduction , which was arguably one of several causes of the Great Depression of the s. New goods and services included television, air conditioning and commercial aviation after , creating enough new demand to stabilize the work week.
Economic growth in the United States slowed down after Productivity in the United States grew at an increasing rate throughout the 19th century and was most rapid in the early to middle decades of the 20th century.
The work week declined considerably over the 19th century. Demographic factors may influence growth by changing the employment to population ratio and the labor force participation rate.
Women with fewer children and better access to market employment tend to join the labor force in higher percentages. There is a reduced demand for child labor and children spend more years in school.
The increase in the percentage of women in the labor force in the U. In economics and economic history, the transition to capitalism from earlier economic systems was enabled by the adoption of government policies that facilitated commerce and gave individuals more personal and economic freedom.
These included new laws favorable to the establishment of business, including contract law and laws providing for the protection of private property, and the abolishment of anti-usury laws.
Enforcement of contractual rights is necessary for economic development because it determines the rate and direction of investments.
When the rule of law is absent or weak, the enforcement of property rights depends on threats of violence, which causes bias against new firms because they can not demonstrate reliability to their customers.
Much of this literature was built on the success story of the British state that after the Glorious Revolution of combined high fiscal capacity with constraints on the power of the king generating some respect for the rule of law.
There are many different ways through which states achieved state fiscal capacity and this different capacity accelerated or hindered their economic development.
Thanks to the underlying homogeneity of its land and people, England was able to achieve a unified legal and fiscal system since the Middle Ages that enabled it to substantially increase the taxes it raised after Many of these intermediate level institutions relied on informal private-order arrangements that combined with public-order institutions associated with states, to lay the foundations of modern rule of law states.
In many poor and developing countries much land and housing is held outside the formal or legal property ownership registration system. In many urban areas the poor "invade" private or government land to build their houses, so they do not hold title to these properties.
Much unregistered property is held in informal form through various property associations and other arrangements.
Reasons for extra-legal ownership include excessive bureaucratic red tape in buying property and building. In some countries it can take over steps and up to 14 years to build on government land.
Other causes of extra-legal property are failures to notarize transaction documents or having documents notarized but failing to have them recorded with the official agency.
Not having clear legal title to property limits its potential to be used as collateral to secure loans, depriving many poor countries one of their most important potential sources of capital.
Unregistered businesses and lack of accepted accounting methods are other factors that limit potential capital. Businesses and individuals participating in unreported business activity and owners of unregistered property face costs such as bribes and pay-offs that offset much of any taxes avoided.
Specifically, "democracy increases future GDP by encouraging investment, increasing schooling, inducing economic reforms, improving public goods provision, and reducing social unrest.
Policy makers and scholars frequently emphasize the importance of entrepreneurship for economic growth.
However, surprisingly few research empirically examine and quantify entrepreneurship's impact on growth. This is due to endogeneity - forces that drive economic growth also drive entrepreneurship.
In other words, the empirical analysis of the impact of entrepreneurship on growth is difficult because of the joint determination of entrepreneurship and economic growth.
A few papers use quasi-experimental designs, and have found that entrepreneurship and the density of small businesses indeed have a causal impact on regional growth.
Capital in economics ordinarily refers to physical capital, which consists of structures largest component of physical capital and equipment used in business machinery, factory equipment, computers and office equipment, construction equipment, business vehicles, medical equipment, etc.
Capital is subject to diminishing returns because of the amount that can be effectively invested and because of the growing burden of depreciation.
In the development of economic theory the distribution of income was considered to be between labor and the owners of land and capital.
In recent decades there have been several Asian countries with high rates of economic growth driven by capital investment. Another major cause of economic growth is the introduction of new products and services and the improvement of existing products.
New products create demand, which is necessary to offset the decline in employment that occurs through labor saving technology and to a lesser extent employment declines due to savings in energy and materials.
Also, the creation of new services has been more important than invention of new goods. Economic growth in the U.
The transition from an agricultural economy to manufacturing increased the size of the sector with high output per hour the high-productivity manufacturing sector , while reducing the size of the sector with lower output per hour the lower productivity agricultural sector.
Eventually high productivity growth in manufacturing reduced the sector size, as prices fell and employment shrank relative to other sectors.
In classical Ricardian economics, the theory of production and the theory of growth are based on the theory or law of variable proportions, whereby increasing either of the factors of production labor or capital , while holding the other constant and assuming no technological change, will increase output, but at a diminishing rate that eventually will approach zero.
Malthus's examples included the number of seeds harvested relative to the number of seeds planted capital on a plot of land and the size of the harvest from a plot of land versus the number of workers employed.
Criticisms of classical growth theory are that technology, an important factor in economic growth, is held constant and that economies of scale are ignored.
According to Harrod, the natural growth rate is the maximum rate of growth allowed by the increase of variables like population growth, technological improvement and growth in natural resources.
In fact, the natural growth rate is the highest attainable growth rate which would bring about the fullest possible employment of the resources existing in the economy.
Robert Solow and Trevor Swan developed what eventually became the main model used in growth economics in the s. Capital accumulates through investment, but its level or stock continually decreases due to depreciation.
This condition is called the 'steady state'. As a consequence, growth in the model can occur either by increasing the share of GDP invested or through technological progress.
As a consequence, with world technology available to all and progressing at a constant rate, all countries have the same steady state rate of growth.
Implicitly in this model rich countries are those that have invested a high share of GDP for a long time. Poor countries can become rich by increasing the share of GDP they invest.
One important prediction of the model, mostly borne out by the data, is that of conditional convergence ; the idea that poor countries will grow faster and catch up with rich countries as long as they have similar investment and saving rates and access to the same technology.
The Solow—Swan model is considered an "exogenous" growth model because it does not explain why countries invest different shares of GDP in capital nor why technology improves over time.
Instead the rate of investment and the rate of technological progress are exogenous. The value of the model is that it predicts the pattern of economic growth once these two rates are specified.
Its failure to explain the determinants of these rates is one of its limitations. Although the rate of investment in the model is exogenous, under certain conditions the model implicitly predicts convergence in the rates of investment across countries.
In a global economy with a global financial capital market, financial capital flows to the countries with the highest return on investment.
Unsatisfied with the assumption of exogenous technological progress in the Solow—Swan model, economists worked to " endogenize " i.
Unlike physical capital , human capital has increasing rates of return. Research done in this area has focused on what increases human capital e.
Unified growth theory was developed by Oded Galor and his co-authors to address the inability of endogenous growth theory to explain key empirical regularities in the growth processes of individual economies and the world economy as a whole.
Endogenous growth theory was satisfied with accounting for empirical regularities in the growth process of developed economies over the last hundred years.
As a consequence, it was not able to explain the qualitatively different empirical regularities that characterized the growth process over longer time horizons in both developed and less developed economies.
Unified growth theories are endogenous growth theories that are consistent with the entire process of development, and in particular the transition from the epoch of Malthusian stagnation that had characterized most of the process of development to the contemporary era of sustained economic growth.
One popular theory in the s was the big push model , which suggested that countries needed to jump from one stage of development to another through a virtuous cycle , in which large investments in infrastructure and education coupled with private investments would move the economy to a more productive stage, breaking free from economic paradigms appropriate to a lower productivity stage.
Schumpeterian growth is an economic theory named after the 20th-century Austrian economist Joseph Schumpeter. In doing so, they make old technologies or products obsolete.
This can be seen as an annulment of previous technologies, which makes them obsolete, and "destroys the rents generated by previous innovations.
According to Daron Acemoglu , Simon Johnson and James Robinson , the positive correlation between high income and cold climate is a by-product of history.
Europeans adopted very different colonization policies in different colonies, with different associated institutions. In places where these colonizers faced high mortality rates e.
In these 'neo-Europes' better institutions in turn produced better development outcomes. Thus, although other economists focus on the identity or type of legal system of the colonizers to explain institutions, these authors look at the environmental conditions in the colonies to explain institutions.
For instance, former colonies have inherited corrupt governments and geo-political boundaries set by the colonizers that are not properly placed regarding the geographical locations of different ethnic groups, creating internal disputes and conflicts that hinder development.
In another example, societies that emerged in colonies without solid native populations established better property rights and incentives for long-term investment than those where native populations were large.
Many theoretical and empirical analyses of economic growth attribute a major role to a country's level of human capital , defined as the skills of the population or the work force.
Human capital has been included in both neoclassical and endogenous growth models. A country's level of human capital is difficult to measure, since it is created at home, at school, and on the job.
The most commonly-used measure of human capital is the level average years of school attainment in a country, building upon the data development of Robert Barro and Jong-Wha Lee.
One problem with the schooling attainment measure is that the amount of human capital acquired in a year of schooling is not the same at all levels of schooling and is not the same in all countries.
This measure also presumes that human capital is only developed in formal schooling, contrary to the extensive evidence that families, neighborhoods, peers, and health also contribute to the development of human capital.
Eric Hanushek and Dennis Kimko introduced measures of students' mathematics and science skills from international assessments into growth analysis.
He shows that economic growth is not correlated with average scores in more educated countries. They show that the level of students' cognitive skills can explain the slow growth in Latin America and the rapid growth in East Asia.
Energy economic theories hold that rates of energy consumption and energy efficiency are linked causally to economic growth. A fixed relationship between historical rates of global energy consumption and the historical accumulation of global economic wealth has been observed.
These include the great improvements in efficiency of conversion of heat to work, the reuse of heat, the reduction in friction and the transmission of power, especially through electrification.
For example, the United Kingdom experienced a 1. It grew to 1,, million pounds by A growth rate that averaged 1.
The large impact of a relatively small growth rate over a long period of time is due to the power of exponential growth. For example, a growth rate of 2.
Thus, a small difference in economic growth rates between countries can result in very different standards of living for their populations if this small difference continues for many years.
One theory that relates economic growth with quality of life is the "Threshold Hypothesis", which states that economic growth up to a point brings with it an increase in quality of life.
But at that point — called the threshold point — further economic growth can bring with it a deterioration in quality of life.
Economic growth has the indirect potential to alleviate poverty , as a result of a simultaneous increase in employment opportunities and increased labor productivity.
In some instances, quality of life factors such as healthcare outcomes and educational attainment, as well as social and political liberties, do not improve as economic growth occurs.
Productivity increases do not always lead to increased wages, as can be seen in the United States , where the gap between productivity and wages has been rising since the s.
Economists distinguish between short-run economic changes in production and long-run economic growth. Short-run variation in economic growth is termed the business cycle.
Generally, economists attribute the ups and downs in the business cycle to fluctuations in aggregate demand.
In contrast, economic growth is concerned with the long-run trend in production due to structural causes such as technological growth and factor accumulation.
Some theories developed in the s suggested possible avenues through which inequality may have a positive effect on economic development.
Later analysis, such as the political economy approach, developed by Alesina and Rodrik and Persson and Tabellini , stressed the negative impacts of inequality on economic development; inequality generates a pressure to adopt redistributive policies that have an adverse effect on investment and economic growth.
The credit market imperfection approach, developed by Galor and Zeira , argued that inequality in the presence of credit market imperfections has a long lasting detrimental effect on human capital formation and economic development.
A study by Perotti showed that in accordance with the credit market imperfection approach, inequality is associated with lower level of human capital formation education, experience, apprenticeship and higher level of fertility, while lower level of human capital is associated with lower growth and lower levels of economic growth.
In contrast, his examination of the political economy channel found no support for the political economy mechanism. A review stated that high inequality lowers growth, perhaps because it increases social and political instability; however, changes in the degree of inequality have a relatively minor effect on growth.
Research by Robert Barro , found that there is "little overall relation between income inequality and rates of growth and investment".
According to Barro, high levels of inequality reduce growth in relatively poor countries but encourage growth in richer countries.
According to Andrew Berg and Jonathan Ostry of the International Monetary Fund , inequality in wealth and income is negatively correlated with subsequent economic growth.
In , French economist Thomas Piketty postulated that in periods when the average annual rate on return on investment in capital r exceeds the average annual growth in economic output g , the rate of inequality will increase.
An advocate of reducing inequality levels, Piketty suggests levying a global wealth tax in order to reduce the divergence in wealth caused by inequality.
While acknowledging the central role economic growth can potentially play in human development , poverty reduction and the achievement of the Millennium Development Goals , it is becoming widely understood amongst the development community that special efforts must be made to ensure poorer sections of society are able to participate in economic growth.
Critics such as the Club of Rome argue that a narrow view of economic growth, combined with globalization, is creating a scenario where we could see a systemic collapse of our planet's natural resources.
Concerns about negative environmental effects of growth have prompted some people to advocate lower levels of growth, or the abandoning of growth altogether.
In academia, concepts like uneconomic growth , steady-state economy and degrowth have been developed in order to achieve this.
In politics, green parties embrace the Global Greens Charter , recognising that " Those more optimistic about the environmental impacts of growth believe that, though localized environmental effects may occur, large-scale ecological effects are minor.
The argument, as stated by commentator Julian Lincoln Simon , states that if these global-scale ecological effects exist, human ingenuity will find ways to adapt to them.
Up to the present, there is a close correlation between economic growth and the rate of carbon dioxide emissions across nations, although there is also a considerable divergence in carbon intensity carbon emissions per GDP.
As a consequence, growth-oriented environmental economists propose government intervention into switching sources of energy production, favouring wind , solar , hydroelectric , and nuclear.
This would largely confine use of fossil fuels to either domestic cooking needs such as for kerosene burners or where carbon capture and storage technology can be cost-effective and reliable.
Because carbon capture and storage is as yet widely unproven, and its long term effectiveness such as in containing carbon dioxide 'leaks' unknown, and because of current costs of alternative fuels, these policy responses largely rest on faith of technological change.
British conservative politician and journalist Nigel Lawson has deemed carbon emission trading an 'inefficient system of rationing '. Instead, he favours carbon taxes to make full use of the efficiency of the market.
However, in order to avoid the migration of energy-intensive industries, the whole world should impose such a tax, not just Britain, Lawson pointed out.
There is no point in taking the lead if nobody follows suit. Many earlier predictions of resource depletion, such as Thomas Malthus ' predictions about approaching famines in Europe, The Population Bomb ,   and the Simon—Ehrlich wager  have not materialized.
Diminished production of most resources has not occurred so far, one reason being that advancements in technology and science have allowed some previously unavailable resources to be produced.
In the case of the limited resource of land, famine was relieved firstly by the revolution in transportation caused by railroads and steam ships, and later by the Green Revolution and chemical fertilizers, especially the Haber process for ammonia synthesis.
Resource quality is composed of a variety of factors including ore grades, location, altitude above or below sea level, proximity to railroads, highways, water supply and climate.
These factors affect the capital and operating cost of extracting resources. In the case of minerals, lower grades of mineral resources are being extracted, requiring higher inputs of capital and energy for both extraction and processing.
Copper ore grades have declined significantly over the last century. Offshore oil and gas has exponentially increasing cost as water depth increases.
Some physical scientists like Al Bartlett regard continuous economic growth as unsustainable. In , The Limits to Growth study modeled limitations to infinite growth; originally ridiculed,    these models have been validated and updated.
Malthusians such as William R. Such advances and increases in efficiency, they suggest, merely accelerate the drawing down of finite resources. Catton claims that increasing rates of resource extraction are "