Minerals and metals needed for the production of device components are extracted from quarries and mines.
The basic materials are aluminum, iron, lithium, copper, gold and silver. Some device components have needs for more specific and less common materials such as rare earths.
They have been classified as 17 chemical elements also found on the periodic table, to date these materials are at the center of the energy transition and renewables discourse.
Between the exponential demand from tech industries and renewable energy production, rare earth mining is expected to increase by 500% by 2040. Some of these elements such as lithium (the basis of every battery) are difficult to extract, and multinationals are resorting to powerful acids that are also toxic to the earth and surrounding habitat, thus making scorched earth effect.
Most mineral resources are found in the global south for geological reasons. The scarcity or absence of laws to protect the habitat and the workers, entices and facilitates corpoorations to occupy yhe territories.
South Africa / Tanzania / Zimbabwe / Congo / Rwanda / Botswana / Angola / India / China / Inner Mongolia / Mexico / Chile / Bolivia / Brazil / Australia
After Colonialism, mankind have not stopped colonizing and being colonized, that's why we can and should still speak of colonizers and the colonized today. Sometimes the occupation of land is illegal, sometimes well defended by law that those in power and the means use instrumentally to legitimize unethical, immoral and criminal behavior. Turbo capitalist practices such as extractivism are closely linked to a colonial approach and attitude.
Yesterday's and today's extractivism fuels and promotes alienation from nature and creates ecocides. Not only does extractivism involve the exploitation of land and geological resources, local people are also being exploited, with children and women paying the heaviest price.
Multinational corporations are legitimized to establish themselves in the territories and extract minerals; in southern Africa, governments cannot deny them access to geological resources. Moreover, multinationals always promise to enrich the country and create jobs for the local community, what happens is that there is no diversification of labor and economy. In this way, not only do the multinationals hold the country and citizens in check with the blackmail of the only possible job, but once mining ceases in that area there is nothing left. The economic wealth leaves the country that has been completely exploited and deprived of its resources, also leaving a trail of environmental and social destruction in its wake.
Corporations often leverage the instituzional political corruption of governaments in the countries where they estabilish. A little slice of profits go into the pockets of governaments that don't redistribuite wealth to the community. The social effects that extractivism produces manifest themselvves within a spiral of violence in which desperation and frustration lead the oppressed to behave like the oppressor.
Extraction of valuable geological materials and minerals from the surface of the Earth.
Material extraction has a strong impact on habitat. Lithium mining for example is very complex and expensive, an acid is used that makes scorched earth effect in the area where it is operated and completely destroys the balance of the environment. All mining processes also release large amounts of pollutants and toxins into the land, water and air.
Deep sea mining is the extraction of minerals from the ocean floor at depths of 200 metres to 6,500 metres. Deep-sea mining uses hydraulic pumps or bucket systems that carry deposits to the surface for processing.
In deep sea mining, one does not directly extract the substance sought; one enters a mush full of polymetallic elements. To do this you have to move the seabed which has a major impact in the balance of. marine habitats. In addition, in some areas and at certain depths, there may be creatures that have not yet been studied and known that would therefore need to be protected.
Also known as Asteroid mining, is the hypothetical extraction of materials from asteroids and other minor planets, including near-Earth objects.
Asteroids are full of elements such as iron, nickel, gold, silver and even diamonds, yet for obvious reasons, mining materials in space would be very expensive. However, NASA has launched a mission to discover more toward the asteroid belt between Mars and Jupiter. This kind of extractivism shows man's boundless and reckless colonizing desire.
The dominant narrative that corporations have constructed, and to which everyone contributes to nurture, is that of the invisibility of the Internet which gives it a seemingly immaterial character. Understanding the geography of the Internet and how it works is a useful tool to begin using the Internet more responsibly. The way most people talk about the Internet is by using a language bordering on the magical, more and more it is necessary to discover the black box. Data Center(ed is a project that attempts to deconstruct this technologized way of viewing the world that deresponsibilizes the individuals who use them and the private and government entities that own them.
Mapping the network infrastructure means coming to terms with the real thing, getting a clearer idea of the density of it in the global north, and understanding which big techs have a monopoly on it in the world. The Internet is not zero-impact. Every transmission and storage of data has an impact in terms of environmental energy, an impact that the average user does not feel because of the very low latency.
To date (2024) there are about 559 submarine cable systems, some of which are still under construction. Fiber optic cables crisscross the globe and enable connectivity; in fact, submarine cable infrastructure accounts for about 97% of the world's Internet connectivity. The cables laid cover the depths of the planet for a total that amounts to more than 1.3 million km, their geographical location is related to the demand for connectivity of that specific geographical area.
All internet infrastructures are concentrated in the global north.
During the 2000s there was exponential growth in the purchase and laying of new cables. From 2013 to the present, the number of cables located in the seabed has almost tripled.
Precisely because of the density of cables in some areas of the world, to date it has become a challenge to imagine laying more cables where there is already a high concentration.
Between 2023 and 2025 there was a boom in the growth of submarine cables costing $10 billion, equivalent to 78 systems and more than 300 thousand kilometers.
Since 2018 Google and Meta have invested in 26 and 15 cables respectively.
The cables vary in length depending on what country it has to connect and what route it has to take between the seabed to reach the end points.
They can be short as in the case of the Crosslake Fibre with a length of only 59 km, this cable connects Toronto (Canada) to Buffalo (USA).
Or they can be very long like the 25 thousand km long PEACE Cables that cross many countries such as Cyprus, Egypt, France, Kenya, Maldives, Malta, Pakistan, Saudi Arabia, Seychelles, Singapore, Somalia and Tunisia.
The cables that reach the greatest depths are transoceanic cables; they also descend to several hundred meters.
The most vulnerable cables are precisely those that are laid in shallower seas, so they are prone to damage from marine traffic.
More than 99% of cables are owned by multinational corporations, only in some countries where the forms of government are such that it is the state that has ownership of Internet traffic, as in Russia.
Submarine cables have a life span of about 25 years; they are very prone to obsolescence as techno-scientific progress is always accelerating. There are hundreds of obsolete zombie cables in the seabed, the reason why they are not being retired are twofold. The first is cost, removing the cables costs several millions, sometimes even billions because it takes many expensive means to do so. In addition, there is no system that locates the cables in the depths, so you need divers who go looking for the cables.
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