Relationship Between Resources and Individual’s Growth

Introduction:

The relationship between population and resources is complex. Natural resource availability is influenced by the population’s increase and decline. Natural resource availability, on the other hand, has an impact on population patterns.

The amount of natural resources that are available and that humans may use is referred to as availability. If the natural resource supply declines, a population will be forced to seek alternative materials sources, which will substantially alter population patterns.

The environment contains resources that are necessary for society’s survival. Because resources are limited and finite, people, as change agents, must utilize approaches that allow for the efficient and long-term use of the resources available in their environment.

The relationship between the human population, economic progress, and the availability of natural resources is complex.

Effect Of Relationship Between Resource and Growth Of Individual

Increased population hastens resource consumption, waste production, and environmental degradation. Consumption habits, technological improvements, particular social organization, and resource management practices all contribute to the problem’s escalation. As the human population grows, so does the potential for permanent changes of massive proportions in resource usage.

Growing biodiversity loss, rising greenhouse gas emissions, global deforestation, stratospheric ozone depletion, acid rain, topsoil erosion, and water, food, and fuel-wood shortages in many regions of the globe are all signs of severe environmental stress brought on by growing resource use.

Population increase and resource use have a complicated relationship. As the human population grows, so does the potential for permanent changes of massive proportions in resource usage. The most significant impact on ozone depletion is resource consumption patterns, whereas population increase affects biodiversity within and across species by destroying ecosystems.

Increased demand for water and natural resources, diminished food security, slower development, and, as a result, poverty is frequently cited as consequences of population expansion and increasing population density.

It is undeniable that more people dependent on the same natural resource base places more strain on those resources. As a result, there are fewer resources per person, which is likely to have a detrimental influence on both food insecurity and the area’s social and economic growth.

The use of resources has a significant impact on living standards. It follows a pattern of initial abundance followed by an annual production increase that is exponential. Each year, the exponential increase of resource usage has accelerated even further, putting the world on the verge of exhaustion.

Advances in resource extraction and production technologies originally compensated for the loss of supply quality. However, a reduction in supplier quality typically results in a rise in actual costs and a slowdown of output.

The way we consume resources frequently results in permanent environmental change.

Extraction and processing of non-regenerative raw materials are often energy-intensive operations that require large-scale interventions in ecosystems and water balance, resulting in air, soil, and water pollution.

Even the extraction and manufacturing of renewable resources usually need a large amount of energy, materials, chemicals, and, in certain cases, water, all of which pollute the environment. Greenfield land is frequently converted to arable land, and in some cases, entire ecosystems are lost as a result.

Environmental damage is unavoidable at the conclusion of the supply chain. Recycling, for example, requires energy, and burning garbage for electricity releases greenhouse gases and other pollutants, while waste disposal facilities occupy greenfield land eternally.

As a result of the fact that non-renewable natural resources are limited and sometimes of poor quality, resource usage already surpasses the Earth’s regeneration potential. Increased demand for natural resources as a result of constant global population growth may be met with competition from possible alternative applications.

Impact of Relationship Between Resource and Population Growth on Earth

The relationship between resources and human population growth has a number of effects on the Earth system, including:

• Increased extraction of natural resources from the environment. These resources include fossil fuels (oil, gas, and coal), minerals, vegetation, water, and animals, notably in the oceans. As a result of the removal of resources, poisons and garbage are regularly released, reducing air and water quality and jeopardizing the health of humans and other creatures.
• Increasing the amount of fossil fuels burned for energy generation, transportation (for example, vehicles and aircraft), and industrial activities.
• More freshwater is required for drinking, agriculture, leisure, and industrial activities. Freshwater may be found in lakes, rivers, the soil, and man-made reservoirs.

Environmental consequences are becoming more severe. To accommodate rising people, forests and other ecosystems are disturbed or destroyed in order to build urban areas, including residences, businesses, and highways. Furthermore, as the population grows, more land is utilized for agricultural purposes, such as growing crops and supporting animals. As a result, there’s a chance that species populations, geographic ranges, biodiversity, and organism interactions may be reduced.

Fishing and hunting have increased, resulting in declining populations of exploited animals. Fishing and hunting can indirectly increase the number of species that are not fished or hunted if more resources become available for the species that remain in the habitat.

Disease transmission is a term used to describe how illnesses are passed from one person to another. When individuals live in densely populated areas, diseases can spread swiftly within and among groups. Furthermore, because transportation has grown simpler and more common, illnesses can easily spread to other areas.