These are a few major problems: # Overcrowding may occur. This may lead to lack of space, and many would choose to move out of that certain place. High-rise buildings may also be built to increase the amount of space, but is only feasible for rich countries. # There might be a shortage of food for certain countries which already face a lack of sufficient food. # More buildings and infrastructure has to be built. This will result in more cars on the road, more subways and so on, which indirectly causes global warming. # If there are not enough houses, many people will be seen sleeping in the streets, which is not very nice looking. # The government may impose laws that allows one child per household, which will decrease the population in the later years drastically, according to the reproduction graph. There are many other results, which are almost impossible to list.
linear growth is the equal growth in a equal time period without any aspects such as food to change it. Exponential growth is the growth of the population based on the culmulative things in the environment affecting the population of the area
If the temperature is too hot, the bacteria may be killed due to denaturation of their proteins. On the other hand, if the temperature is too cold, the bacterial growth and metabolism may slow down significantly or even stop. Both extreme temperature conditions can disrupt normal bacterial function and hinder their survival and growth.
The increase of population of one species can result in less food for competing species, and more food for predators. Larger populations can cause several problems: more rapid exhaustion of available resources (food, space), faster spread of disease, and extinction of less populous (or less adaptive) competing species. Examples : Hordes of locusts can consume the food supplies of animals and humans. Too many sheep can denude pasture land. Large scavenger populations could reduce the food supply available to endangered bear species.
Yes, yeast can grow more rapidly in an anaerobic environment, particularly during fermentation, where they convert sugars into alcohol and carbon dioxide. In the absence of oxygen, yeast cells utilize anaerobic respiration, which allows for quick energy production and rapid cell division. However, this rapid growth is often accompanied by the accumulation of byproducts like ethanol, which can eventually inhibit growth if concentrations become too high.
A form of population growth in which the rate of growth is related to the number of individuals present. Increase is slow when numbers are low but rises sharply as numbers increase. If population number is plotted against time on a graph a characteristic J-shaped curve results (see graph). In animal and plant populations, such factors as overcrowding, lack of nutrients, and disease limit population increase beyond a certain point and the J-shaped exponential curve tails off giving an S-shaped (sigmoid) curve. occurs when the growth rate of a mathematical function is proportional to the function's current value.
because there are too many cells up its fart
Currently, some parts of Africa, particularly countries in sub-Saharan Africa, are experiencing the most rapid population growth in the world. Additionally, parts of the Middle East and South Asia also have high population growth rates. These regions are characterized by high fertility rates, improved healthcare leading to lower mortality rates, and other socio-economic factors contributing to rapid population growth.
It is when too many people have babies and the population of the world explodes, similar to that of a mass destruction bomb and it causes pollution.
It is too far away
nothing happens to the habitat
well when you think about it you can stop cheating and look at a book for once....
The population increases too.
Inadequate or unbalanced growth is what happens if you use too much NPK in plants.Specifically, overuse of nitrogen, phosphorus and potassium most often can result from one of two situations. In one case, the plant cannot process the three macronutrients because they are too highly concentrated and therefore in an unavailable, undissolved form. In the other case, the plant receives the macronutrients in proper form, but so fast as to encourage unnaturally rapid growth that emphasizes lush foliage at the expense of flowering and fruiting.
Well, you have to note that they were gaining land at a rapid rate... That and they were farming their own food, instead of having to buy it. Beyond that, I'm not too sure, but then again.... I'm only a sophomore in high school... :) Also the population could have increased because of slavery and birthrates.
The population of an asexually reproducing organism can increase rapidly because there is no need to find a mate in order to reproduce. Each individual can produce offspring on its own, without the time and energy investment required for mating. This allows for rapid reproduction and population growth.
The best way to speed up growth is to provide the organism with the proper food and growing conditions. It is not always healthy to speed up growth, although growth hormones can do this. Too rapid growth can have long term health effects on the organism.
If it is too high for the world to sustain then starvation, war and death