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After centuries of too many white people not seeing racism, smartphones' cameras have made it undeniably visible. Without smartphones, we probably would not know about the murder of George Floyd. Without social media, your school strike might not have started an international movement.
I write this letter to youand to everyone committed to reducing climate change and ecological harms. Without the Internet, I doubt that it would reach you.
Let me introduce myself. I am a white, U.S. American writer and grandmother. I live in New Mexico. In the house that my husband and I rent, I have a room for writing. We have food in our refrigerator, a vegetable garden, a computer, a telephone and a washing machine. I have my own car and several pairs of shoes. I consider myself privileged. Every day, I notice that these conveniences might not last. Two forest fires just started nearby, and so the air has become very smoky. I know people who have evacuated their homes.
In 1997, I learned Section 704 of the 1996 U.S. Telecommunications Act. It states that no environmental concern may interfere with the placement of a cellular antenna. (Here, "environmental" includes public health.) Numerous countries enacted similar laws, which essentially trump laws of nature. Learning about Section 704 got me wondering what's behind our screens. I began researching technology's impacts on wildlife and public health. I learned about the Internet's energy use, greenhouse gas emissions, extraction demands, toxic waste and worker hazards. I am still learning. I am still wondering how to make the Internet's footprint visible, and how to reduce it.
I believe that if we are not aware of our contribution to a problem, then we can't be part of the solution. This applies to the Internet's footprint.
In these letters, I will share what I've learned about the Internet's footprint, name unanswered questions and potential solutions. I will report on the environmental impacts of manufacturing, operating and discarding or recycling electronic devices; the environmental impacts of manufacturing and discarding hybrid and electric vehicles; the environmental impacts of manufacturing and disposing of solar and wind powered systems. I will write about the energy demands and greenhouse gas emissions of 5G, the fifth generation of wireless infrastructure. I will co-author some letters with engineers who study these issues.
Greta, I dream that every Internet user will learn about the cradle-to-grave chain of events of one substance in their device. I will probably often repeat that every smartphone has 1000+ substances, each with its own energy-intensive, greenhouse gas emitting, toxic waste emitting supply chain. I dream that each of us will learn about the data storage centers in our neighborhoods, and the cellular sites within a mile of our home.
I have nothing to sell, no gizmo to endorse. I do want other Internet users to join me in finding ways to reduce our footprint. I admit that being alone with this information can make me crazy.
I am grateful to this website for posting this letter. I am grateful to everyone who learns about the Internet's footprint and commits to reducing their part.
Let me say a bit more about the Internet, the largest thing that humanity has built. In order to tweet, text, make a video, stream a video, post on social media, research online, do a GPS search, purchase anything online, attend a Zoom meeting (do any online activity), you need three things: a device, internationally deployed access networks, and data storage.
Producing every device (tablet, smartphone, desktop, laptop, iWatch, etc.) starts with design (by energy-intensive robots) and extraction of ores. To "reduce" metals from their ores, the ores need smelting and/or refining.
Smelting and refining depend on CO2-emitting electric plants fueled by coal, fracked gas, nuclear power and/or hydro power. In most cases, renewables cannot power smelting or refining, since smelters need to be kept at 1800Â degreesF for six or seven years at a time.
Access networks provide cellular sites that receive and transmit signals between mobile devices. Access networks depend on electricity, batteries, fiber optic cables, antennas, satellites and cooling systems.
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