1. World problems
  2. Resource depletion

Resource depletion

  • Dependence on resource depletion
  • Excessive demands for natural resources
  • Unintegrated biosphere and ecosystem management

Nature

The abundance of natural resources used to be generally assumed, but questions are beginning to be raised on a many fronts, including the availability of fuel and of nonfuel minerals, the potential productivity of agriculture, the supply of forest products and of water, and the increasing pressures of world population growth.

Background

Economic and developmental activities interact with components of ecosystems and are the likely cause of the changing patterns of their functioning, creating the ground for severe natural phenomena and environmental disasters.

Incidence

Resource depletion is a pervasive global issue, affecting both renewable and non-renewable resources such as freshwater, forests, minerals, and fossil fuels. Rapid industrialization, population growth, and unsustainable consumption patterns have accelerated the exhaustion of critical resources, leading to widespread environmental degradation and threatening the livelihoods of millions. Regions across Africa, Asia, and South America are particularly vulnerable, with mounting evidence of declining resource availability impacting food security, economic stability, and ecosystem health.
In 2022, the Horn of Africa experienced severe water scarcity due to prolonged drought and over-extraction of groundwater. This crisis led to widespread crop failures and displacement, highlighting the acute consequences of resource depletion.
This information has been generated by artificial intelligence.

Claim

The current rate at which the human population is growing and using natural resources is fundamentally unsustainable and, without further change, a point will come when development would go into reverse. Many now estimate this to be at or before 2050.

Counter-claim

Resources will continue to be limited. But the crucial factor is that the ratio of resources to results can be vastly improved through new knowledge, new technology, and hard-won experience.

Industrial and agricultural processes now are capable of generating so much pollution that the life-support systems of the planet may be threatened. The interdependent systems of air, water, land and climate could be overloaded by waste by-products long before society is confronted with economic scarcities of other natural resources.

A recent compendium of studies covering almost the full spectrum of economic trends including: population, agriculture, energy and the environment conclude that if present trends continue the world in 2000 will be less crowded, though more populated; more ecologically stable; and less vulnerable to disruption of supply of resources than now. The people of the world will be richer, have more access to food and other necessities. Life for more people will be less precarious. Doom and gloom predictions neglect basic fundamentals of supply and demand. As demand for resources goes up and supplies diminish prices will rise forcing people to use other resources in more plentiful supply.

Broader

Exhaustion
Unpresentable

Narrower

Aggravates

Scarce resources
Unpresentable

Aggravated by

Fast fashion
Excellent
Dependence on oil
Unpresentable

Strategy

Value

Unnaturalness
Yet to rate
Unintegrated
Yet to rate
Mismanagement
Yet to rate
Independence
Yet to rate
Excess
Yet to rate
Depletion
Yet to rate
Dependence
Yet to rate

Reference

SDG

Sustainable Development Goal #7: Affordable and Clean EnergySustainable Development Goal #8: Decent Work and Economic GrowthSustainable Development Goal #15: Life on Land

Metadata

Database
World problems
Type
(B) Basic universal problems
Biological classification
N/A
Subject
Content quality
Presentable
 Presentable
Language
English
1A4N
B6112
DOCID
11261120
D7NID
135570
Editing link
Official link
Last update
Oct 8, 2024