Taranaki Maunga is now a legal person with environmental protection. Photograph of Mt Taranaki, 2006, by Ppe42-commonswiki, public domain.
Taranaki Maunga, or Mount Taranaki (formerly known as Mt. Egmont when the original name was changed by colonialists), is sacred to the Māori of New Zealand. Now, that landmark, snow-capped volcano second highest in New Zealand at 8,261 feet (2,518 meters), has achieved legal personhood. With the ruling this month, Taranaki Maunga’s empowerment law – Te Kāhui Tupua – will be safeguarded by a four member team appointment by the Conservation Ministry.
Whanganui River achieved legal personhood in 2017. Photograph by James Shook, 2005. Creative Commons 2.5.
Taranaki Maunga joins the Whanganui River, New Zealand body of water recognized as a legal person in 2017. Three years earlier, Te Urewera, a forest on North Island, achieved legal personhood status.
“Presque Isle State Park on Lake Erie.” Photograph by Robert K. Grubbs, edited by Holly Cheng. Public Domain.
While New Zealand might be the first country to recognize special areas of nature as people, it is not alone. Bolivia declared the legal rights of nature in 2010, and in the US, Lake Erie proposed protection and rights.
Image: “Map -1844,” British Library HMNTS 10480.e.21. Public Domain.
This era of climate change, and in some countries the executive orders renaming of mountains and bodies of water, can the sustainability and health of critical natural resources achieve greater protection through establishing rights of nature? For example, should rivers in drought locations receive legal protection? Is there an area of natural resources near you that merits protection for sustainability?
Colorado River declared tier levels for water allotments during drought. The transboundary water source involves US, México, and many sovereign tribal nations like the Navajo. Should the Colorado River be considered for legal personhood? Image: “Horseshoe Bend, Colorado River” by Charles Wang, 2023. Creative Commons 4.0.
US and México. “Utilization of the Waters of the Colorado River and Tijuana Rivers and of the Rio Grand between the United States of America and México. 3 February 1944. https://www.usbr.gov/lc/region/g1000/lawofrvr.html
Dancing in a club may generate electricity – in more ways than one – and now data, too. Image: “How to Moonwalk like Michael Jackson” by Allan Watson, 2020. Creative Commons 4.0; included with appreciation.
Dancing in a club? Strolling to class? Hurrying across a hospital lobby? Running an indoor track at your gym? Entering a transit station on your commute? You could be generating electricity – and data.
Boston’s South Station circa 1900. From a postcard, artist unknown: courtesy of South Station. Public Domain.
Boston’s transport nexus, venerable South Station, has seen many a commuter step across its hallowed floors since opening in 1899. Terminus of public transportation on the Central Artery, South Station lit up when MIT students James Graham and Thaddeus Jusczyk demonstrated a piezoelectric floor with kinetic tiles generating both electricity and data in the transport hub welcoming 75,000 T-riders daily.
Pavegen installed kinetic floors in the West Ham Tube Station during the London 2012 Olympics: visitors’ footsteps generated electricity to light the station. Image: “Olympic stadium and The Orbit: Opening Ceremony” by Alexander Kachkaev, 2020. Creative Commons 2.0. Included with appreciation.
During London’s 2012 Olympics, some visitors marveled at London Bridge, and then headed for the Games, accessed via the West Ham Tube Station. There, a piezoelectric floor designed by Laurence Kemball-Cook, then a student at Loughborough University, generated electricity from footfalls of arriving visitors to illuminate the station. Kemball-Cook soon started a company called Pavegen Systems that designs floors for high traffic environments like sports stadiums.
In Rotterdam, dancers can generate electricity in some clubs. Will the transit station, pictured here, follow suit? Photo: “Rotterdam Centraal Station” by Spoorjan, 2014. Creative Commons. Included with appreciation.
In the Netherlands‘ shipping hub of Rotterdam, Club Watt commissioned Energy Floors to install kinetic flooring in its dance club. Result? Electricity bills decreased by 30%. Will the transport station (pictured above) install piezoelectric floors, too?
Marie and Pierre Curie used piezoelectricity in their Nobel Prize work. The electric phenomenon had just been discovered by Pierre and brother Jacques. Image: “Marie et Pierre Curie” in 1900 in their Paris lab. Public Domain.
Piezoelectricity (a term coined by Wilhelm Gottlieb Hankel in 1881 from the Greek “to squeeze or press”) refers to release of an electric charge found in materials such as crystals or ceramics. A year before, Jacques and Pierre Curie discovered the effect using cane sugar, Rochelle salt, quartz, topaz, and tourmaline. Marie and Pierre Curie, Nobel Laureates (and the first married couple to win the prize jointly) used piezoelectricity in their work on radium with Henri Becquerel.
What if you could charge your phone by walking? University of Birmingham, UK, installed a kinetic floor that powers students’ phones and computers. Image: “Charging smartphone” by Santeri Viinamāki, 2016. Creative Commons 4.0. Included with appreciation.
Uses for electricity generated by kinetic flooring are varied. UK’s University of Birmingham found students were constantly having to charge their phones. When they installed a floor (designed by Pavegen), the steps students walked generated enough power for phone charging. Pavegen also developed a digital app with “redeem or donate” options for energy currency: users can claim benefits to special events or support causes. Coldplay’s Music of the Spheres World Tour (MOTS: 2022-2025) now travels with a portable dance floor composed of 44 kinetic tiles made from recycled plastic.
Chris Martin of Coldplay during MOTS World Tour that also features a kinetic piezoelectric dancefloor. Photo: Stevie Rae Gibbs, 2022. Creative Commons 4.0. Included with appreciation.
Best installed during initial or refurbished construction, kinetic floors may provide a new source of energy for high traffic environments like schools, sports and entertainment venues, office buildings, hospitals, and – of course – dance floors.
Floors that generate electricity and data may see you, know you were there – and why. Image: Rapidreflex, 2023. Creative Commons 4.0. Included with appreciation.
Another option? Tracking. Adding wireless communication devices uses only 1% of the power generated to transmit collected data. Floors of the future may see you, know you were there – and why.
Can you offer a helping hand to those affected by the California wildfires? Find information and resources here. Photo “A Helping Hand” by Damian Gadel, Creative Commons 2.0.
Wildfires are increasing in severity with drought. California began 2025 with a conflagration in the Los Angeles area accelerated by high winds. In 2024, across the United States, over 61,000 fires burned more than 8,000,000 acres.
“Fire” animation by Nevit, 2008. Creative Commons 3.0.
Globally, wildfires observed by the Copernicus Atmosphere Monitoring Service (CAMS) not only destroyed land, particularly in North and South America, but emitted 1,940 megatonnes of carbon monoxide, and deadly particulate matter. While the first response to a wildfire is saving lives, and then homes and businesses, the impact on air pollution is also an important factor.
Wildfire smoke generates smoke and particulate mattter damaging to people, animals, and environment. Image: “Aerial View of Smoke Hovering Over North Carolina HIghway 264 leading to National Wildlife Refuge” in 2011, photographer Scott Lanier, USFWS. Creative Commons 2.0
With climate change, planetary warming, and increasing drought, fires will be a problem well into the future. What are some ways we can defend and protect against wildfires?
Xeriscaping saves water and stops fire. Image: “Los Angeles Air Force Base xeriscaping” by AF_SMC, 2015. Public Domain.
Defensible Space: our modern day lawns are the result of medieval fire defense. Castles were surrounded by fields: in order to spot encroaching enemies who might attack or set fire to grasses and plants, lords of the manor required areas around the castle be scythed. Cut grass became an upper class symbol that gave us modern day lawns. But according to FEMA guidelines for wildland/urban interface construction, defensible space can be improved. Southern Nevada Water Authority recently passed the first ever permanent law against “non-functional turf” – no more lawns after 2027. Landscaping designers might offer xeriscaping, saving water and protecting against fire.
Residents of Los Angeles commute due to urban sprawl in the city and surrounding areas. Image: “Highway 110 Los Angeles” by Giuseppe Milo, 2016. Creative Commons 3.0. Included with appreciation.
Housing Shortages and Urban Expansion: California leads the Western United States in building in locations with high risk for fire, but Utah is second, followed by Colorado and Arizona. Wildland/Urban Interface is the term: California is an example, building 10,000 homes in the last decade in areas prone to wildfire. Urban sprawl also leads to traffic congestion as workers commute into the city from far-flung locations in order to afford housing. Solutions to housing must be part of future municipal planning, particularly when new housing areas are developed in fire or flood zones.
“California Water System” by Shannon1, 2010. Creative Commons 3.0. Included with appreciation.
Water Infrastructure: In times of drought, water scarcity can lead to difficult decisions about how to allocate water. California’s residential population uses only 10% of the state’s water: agriculture drains far more. Should crops like almonds that require large amounts of water be subject to special taxing?
“Official Seal of the California Department of Insurance,” 2015. Public Domain.
Insurance: An estimated 16,500 properties have been lost so far, in the Palisades and Eaton fires that consumed 38,000 acres to date: the Kenneth and Hurst fires are yet to be tallied. The Insurance Information Institute reported some companies had stopped issuing new homeowner policies, responding to a California requirement that insurance companies must hold certain reserves. University of California Berkeley’s Center for Law, Energy, and the Environment observed that profitability for existing companies will be severely restricted. Some homeowners resorted to California’s FAIR plan, insurer of last resort, but even that resource is now threatened. Globally, the insurance industry is increasingly denying payouts for rebuilding in zones with repeated losses.
“London Bridge Fire of 1632” by unknown artist, circa 1660. Public Domain.
Building Materials: wood has been a preferred material for structures because of its strength and availability. But the history of London Bridge might send a warning: the span was crossed by timbers during Roman times. But in 1176 King Henry II selected Peter de Colechurch to construct, next to the existing wooden span, a stone bridge. London Bridge burned again in 1632. Today, roof coverings, siding, decks, and houses should be built with noncombustible or fire-resistant materials. Windows and attic vents pose vulnerabilities unless specifically protected, because once breached, these apertures can allow fire to enter a dwelling. Top five fire-resistant building materials are: fire-resistant glass for windows; concrete for structures, especially new formulations of Insulating Concrete Form (ICF); stucco made of Portland cement, sand, and lime; gypsum board for drywall; and brick or stone.
Community counts, especially during times of disaster. Image: “People holding hands” by Cieresek, 2016. Creative Commons 4.0. Included with appreciation.
Community: Help those affected by fire, loss of home by contributing to community outreach including free Airbnb options, hotels helping the homeless, and even free showers at gyms like Planet Fitness. Find giving and helping opportunities to help those in need.
Brooke, K. Lusk. “River Real(i)ty: Drought, fire, future habitats.” Case # 3. Renewing the World: Casebook for Leadership in Water. ISBN: 9798985035957. https://renewingtheworld.com
Technology may give us walls that talk, and charge our phones at the same time. Image: “Talking Walls of Shtula Village” by Zeller Zalmanson, Pikiwiki Israel project. Creative Commons 2.5. Included with appreciation.
Nikola Telsa was there first; Peter Glaser, next. Telsa was sending wireless power from Niagara Falls; Glaser, from space to earth. Now, technology might free your mobile phone from battery recharging when you are in a wi-fi zone. And the walls of your office or school could tell a tale or two.
London Bridge Tube Station in England has wifi; so does British Rail. Image: Boston’s Zakim Bridge. Photography by Eric Vance, US EPA. Public Domain. Included with appreciation.
It’s more than just a personal device. The rectenna converts AC electromagnetic waves into DC electricity. New MIT-designed rectennae could stretch across highways or bridges, making it possible to report all manner of developments while recharging an array of options. The technology, developed by Professor Tomás Palacios of MIT/MTL Center for Graphene Devices and 2D Systems in the Microsystems Technology Laboratories (MIT-CG), might extend the internet of things. Partners in the project include Technical University of Madrid, Boston University, and other institutions and research labs.
Intestinal walls can talk too, via capsule endoscopy. Image: Dr. H.H. Krause, 2013. Creative Commons 3.0. Included with appreciation.
Another application? A medical device you may happen to wear like an insulin pump, watchman, or pacemaker, or even a diagnostic “pill or capsule” that patients swallow to circulate internally and report data. Such pills cannot be powered by batteries lest lithium might leak toxins. Developments at MIT’s Medical Electronic Device Realization Center (MEDRC) may advance the information-driven healthcare sector.
Miniaturization of communications technology may have begun with the NASA Apollo lunar missions. Image: “Surveyor 3 – Apollo 12,” NASA. Public Domain. Included with appreciation.
Where did the miniaturization trend begin? Many trace miniaturization communications technology to the early days of the US Apollo space mission; the capability proved to have uses on earth, too.
Charge your phone from ambient wifi? “A cell phone” by Pixabay, 2015. Creative Commons0 1.0. Included with appreciation.
At the beach? Visit the coffee kiosk where wifi might charge your phone. Even whole cities are going live: Philadelphia declared it would be the first municipal wifi network in 2004: the vision is still to be completed. Offices have wifi; so do airports, hospital lobbies, schools. It’s a two-way proposition: charging and also data-collecting. Now, wi-fi harvesting devices could give new meaning to the phrase: “If walls could talk.”
Glaser, Peter. “Method and Apparatus for Converting Solar Radiation to Electrical Power.” US Patent 3,781,647. 1973.
LignoSat will join orbiting satellites, testing the concept of wood in space. Image: “Animation of GPS satellite orbits” by Phoenix 7777, 2018. Creative Commons 4.0. Included with appreciation.
It’s small (just 4 inches/10 centimeters each side) but Japan’s new satellite innovation could change the way we build for, and communicate from, space.
Like Sputnik, pictured above, most satellites are made of aluminum. Image: “Sputnik” by US Airforce photo. Public Domain. Included with appreciation.
Sputnik began the space age on 4 October 1957; the US followed with Explorer 1 on 31 January 1958. When the world’s telecommunications countries joined together to create COMSAT Corporation in 1963, a new era of space communication began to dot the skies with satellites. Most are fabricated from aluminum. While aluminum is light and strong, it burns when re-entering Earth’s atmosphere, producing aluminum oxides that damage the protective ozone layer. With over 6,000 satellites currently in orbit in the macro cluster of SpaceX’s Starlink (with plans to expand to 42,000), satellites active in 2024 numbered 28,300. When these are decommissioned, the amount of space debris could be dangerous.
Professor Takao Doi, JAXA and NASA astronaut, pioneered a new satellite design using wood. Image: NASA 1997. Public Domain, and included with appreciation to JAXA and NASA, and to Professor Doi.
Enter Takao Doi, former NASA and JAXA astronaut, now a professor at Kyoto University. In a cooperative venture with Sumitomo Forestry, Doi proposed a satellite made of wood. As an astronaut, Doi had witnessed many space vehicles in orbit. Could the aluminum problem be solved with another material, one as old as human building in its earliest times? A special Japanese wood, honoki, from native magnolia trees became the preferred source. Some honoki wood was sent to the International Space Station for testing. It passed; the satellite design was then built. LignoSat 1 (Ligno is Latin for “wood”) launched in November 2024.
Could wood cause fewer problems than aluminum space debris? Image: NASA “Space Debris” 2005. Public Domain.
Advantages to using wood are many. Wood may be better than aluminum space debris, an increasing problem. Wood does not damage the atmosphere. Wood can allow signals to pass through the material. This means communications antennae do not have to be outside the satellite, making the vessel less prone to malfunction.
LignoSat is constructed using Japanese Magnolia Tree wood. Image: “Magnolia Tree Kenosha” by Catholic Laitinen, 2013. Dedicated by the photographer to the Public Domain.
Wood is one of the oldest human building materials, now it may be the newest – in space. Watch LignoSat’s launch video here.
Passage of the sun determines day, night, and time. Trains gave us time zones. Image: “Sun Animation” by Sfls4309pks and Trekky0623/The Flat Earth Society. Creative Commons 4.0.
As the sun rises and sets, the resulting diurnal rhythm is what we call time. Before the world became connected through high speed transport, local towns set their own clocks. Noon was determined by the high point of sun in the sky: so, noon in Boston might be a bit different from noon in Baltimore, and certainly different from noon in Boise. There were 144 varied “time zones” in North America in the 1880s.
US Transcontinental Railroad used little papers called “flimsies” to alert track workers of coming trains. Time zones soon followed. Image: Transcontinental workers by photographer Andrew Russell, 1869. Public Domain.
Trains changed the world in many ways including time. When the US built the Transcontinental Railroad, collisions on tracks were avoided by runners sent ahead with reports of trains arriving. Using lightweight paper, warnings were called “flimsies” – not too reassuring when the safety of passengers was at stake.
Early rail tracks were laid to haul coal from mines. Image: “Mine Cart” by photographer LoKiLeCh from Berlin Technikmuseum Holzbahn. 2010. Creative Commons 3.0
British rail, emerging from wooden (and then iron) tracks making it easier to convey coal from mines to waiting barges, may have begun the rail era, but it took until 1847 for British rail companies to adopt one time schema across the rail system. It was called “Railway Time.”
Canadian Pacific Railway built snow tunnels and snow galleries (pictured above) to keep working through winter. Canadian Pacific Surveyor Sanford Fleming introduced the idea of time zones, and changed the world. Image: “Snow Gallery at Crested Peak,” by Carleton Watkins, 1868. Public Domain.
Canadian rail surveyor Sanford Fleming, who worked on the development of the Canadian Pacific Railway, that brought the idea of time zones to the world. Fleming proposed four time zones for North America: Eastern, Central, Mountain, and Pacific. The idea changed a continent and then the world.
Concept of a prime meridian predates the 18 November 1883 International Prime Meridian Conference that chose Greenwich as the center of the time cycle. Here, a 1595 illustration by Gerardus Mercator. Courtesy Library of Congress. Public Domain.
On 18 November 1883, Fleming’s system brought the world together for the International Prime Meridian Conference in Washington DC in one of the most important global agreements. Greenwich Meridian was chosen as the “zero” center of longitude, and set the sounding note upon which the harmony of world time became based. Can we agree upon climate goals and timeline, now?
“Analog Clock Animation” by Jahobr. Public Domain.
Noon, 18 November 1883 became known by a special name. Why? At noon that day, all rail stations set their clocks according to the new Prime Meridian system adopted. But because most town clocks and sundials at the stations may have already passed noon, or were about to based on the overhead sun, those systems also hit their mark. So, 18 November 1883 became known in history as the “Day of Two Noons.”
Swatch introduced Internet time – a day has 1000 beats and we all keep that beat at the same time. Image: Swatch Blancpain 0319 by photographer Rama. Creative Commons 2.0.
While the world still works on Fleming’s idea, modern communication systems – a form of transport – like the Internet sparked a new time concept. Swatch watch maker proposed each day be portioned by “beats” as the rhythm of time and perhaps a certain bow to musical time signatures. Internet time has 1000 beats: each lasts 1 minute and 26.4 seconds. Its central meridian was located in Swatch’s office in Biel, Switzerland. They called it BMT (Biel Mean Time). Going beyond Fleming’s view of the world, BMT or Internet time does not have zones: we’re all online simultaneously – on the same beat.
Doomsday Clock, as portrayed in the graphic novel “Watchmen.” Illustration by Kigsz, 2012. Creative Commons 3.0.
Coordinated Universal Time (UTC) has lately been the new standard, coordinating time zones with the Earth’s rotation. International Atomic Time (TAI) combines the readings of 400 atomic clocks. Universal Time (UT1) is astronomical time based on the Earth’s rotation: it’s related to the International Meridian Conference’s system, and remains the standard. Another clock we all might watch carefully (see above) is the Doomsday Clock.
As the world meets in Baku for COP29, can we agree on goals? It’s about time. Image: “Baku at noon with vertical shadows indicating precise time of noon,” by Alexey Bogolyubov, 1861. Public Domain.
If the world can agree on time zones, can we hope that we will now find a way to agree upon climate goals and justice? It’s about time.
Davidson, Frank P. and K. Lusk Brooke. “The Transcontinental Railroad,” pages 205-218; and “The Canadian Pacific Railway,” pages 253-287. Building the World. Greenwood, 2006.
New York Times. “Turning Back the Hands: A Quiet Change to the Standard Time.” 18 November 1883. Digital reproduction of text: http://historymatters.gmu.edu/d/5748
Let’s keep the sky as blue as it was at 280 ppm. “Clouds Blue Sky” by photographer Kabir Bakle, 2004. Creative Commons 2.5. Included with appreciation.
We hear so much about reducing carbon dioxide (and other greenhouse gases) in the atmosphere, it may sound like we are aiming to clear the Earth of carbon. But carbon is the basis of life. Carbon compounds make up 18% of the human body, found in every cell, forming the building blocks of proteins. Plants are also 18% carbon.
“Global Carbon Cycle” by NASA/JPL, 2015. Public Domain.
We don’t need, or want, to eliminate carbon. Rather we need to restore and renew its proper balance. Carbon is a cycle. It moves from land to water to sky. In the sky, it combines with oxygen to form carbon dioxide. Carbon dioxide is also water soluble, so it is found in lakes and rivers; in the ocean, too much creates acidification, but a smaller amount is natural. When there is too much in the atmosphere, carbon dioxide (and other greenhouse gases like methane that degrades into carbon dioxide) form a kind of blanket causing global warming. Some amount of carbon in the atmosphere, and the ocean, is not only normal but desirable, part of the great circular journey of carbon that nourishes and vivifies the planet.
“Carbon Cycle” by graphic artist Kevin Saff, based on Earth Observatory, NASA, “Carbon Cycle.” Dedicated to the public domain, and included with appreciation.
But how much is carbon is enough, and not too much? Before the Industrial Revolution when we started burning coal, then oil and gas, atmospheric carbon dioxide was 0.028% or 280 ppm. Right now, it’s more than 425 ppm – and growing. So, we don’t have to remove every last bit of carbon, or carbon dioxide. We just have to return from 425 (or so) of atmospheric carbon dioxide to 280.
Cessation of carbon-based (fossil) fuels, transitioning to non-carbon renewable energy, is the first step. Reforestation will help: will programs like the National Trails and Parks support public health? Restoring peatlands and wetlands may contribute: will the Netherlands lead the way? Regenerative agriculture will improve soil and atmosphere. Eventually, excess carbon dioxide in ocean and atmosphere will find its way back to the land, restoring balance. We’ll surely need to pursue both avoidance (not burning carbon-based fuels) and perhaps removal. Nature-based carbon removal systems like forests can remove 15.6 billion metric tonnes of carbon annually. Seaweed can help to remove carbon from oceans. Mineralization and biochar can return, and sequester, carbon in earth. Some say we will need assists like geo-engineering, but we’re not there…yet.
“Carbon sequestration” by LeJean Hardin and Jamie Payne based on Jari Amtzen, 2009. Creative Commons 3.0. Included with appreciation.
We are now at 425ppm. It may not be too late to return to 280 ppm, renewing the Earth. Seeing carbon as part of a cycle may help.
Indigenous Peoples Day, courtesy of National Indian Council on Aging – NICOA.org. Included with honor and appreciation.
No new worlds are discovered, just met. Indigenous Peoples Day, established by the UN Declaration on the Rights of Indigenous Peoples, reminds us of those who were here, first. In 2024, the UN focus is on those who live as stewards and protectors of the forest, and therefore, the planet. With traditions that promote an environment in balance, indigenous peoples’ land stretches across 28% of the world’s land often farmed with regenerative agriculture, and containing 11% of global forests. Indigenous peoples have defended and sustain water resouces. As protectors of nature, original nations are leading the way.
The Great Lakes Compact protects the rights of 20% of the world’s freshwater resources. Image: “Great Lakes from Space” by NASA. Included with appreciation.
In the United States, the Yesah Tribunal was the first indigenous Rights of Nature Tribunal: 123 nations have signed the declaration. Current initiatives include the case of Haw River vs. Mountain Valley Pipeline. In the United States, the Navajo and other Native Peoples are part of the Colorado River Compact. Great Lakes Compact raised the rights to water and sustainability, as well as land and pipeline permits. The American National Trails System memorializes and recognizes paths forged by fleeing injustice, including the Cherokee. Maori of New Zealand established legal personhood of the Whanganui River. The Guarani River in Brazil and Paraguay gave name and policy to Itaipú.
The 2024 Nobel Prize in Economics honored scholars who explored the effects of colonization. Image: Nobel Medal. Photographer: Jonathunder. Public Domain, and included with appreciation.
Scholars have explored and helped to define rights of indigenous, especially when affected by more recent arrivals. Ingrid Waldron of McMaster University identified the rights First Nations to water, land, and energy. In México and the US, transboundary water issues for rivers and underground aquifers have been elucidated by Gabriel Eckstein of Texas A & M University. October 2024’s Nobel Prize in Economics honors scholars Daron Acemoglu and Simon Johnson of MIT and James Robinson of the University of Chicago who explored effects of societal institutions introduced during colonization. Treaties and agreements between and among those who were here first and those who arrived – like Columbus, Cortes, and others – are of both historical and future relevance. The 1497 Treaty of Tordesillas sought to divide the world via an imaginary line in the Atlantic ocean (in 1529, the Treaty of Zaragoza aimed to do the same with claim on Pacific rights). The founding of Singapore, and the creation of Panama, are more recent proclamations. Together with more recent agreements on the rights of nature by New Zealand, Uruguay, and others may offer insights as we consider mineral rights in the ocean, or geothermal rights on land. Will the vision of Jamie C. Beard lead to a new view of access and rights to continuous, carbon-free, and universal energy?
Today, in the United States, what was formerly known as (and still sometimes called) “Columbus Day” was officially named as Indigenous Peoples Day in 2021. Canada introduced Native Land Digital, along with a searchable map of land, languages, and treaties. If you reside in the Americas, find out whose original land you live on and honor those who were here, there, and everywhere, first.
Davidson, Frank P. and K. Lusk Brooke. “The National Trails System,” Building the World, Volume Two, pages 641-668. ISBN: 9780313333743.
Eckstein, Gabriel, et al., “Conferring Legal Personality on the World’s Rivers: A Brief Intellectual Assessment.” August 2019. Water International and Texas A&M University School of Law Legal Studies Research Paper No. 19-30. https://papers.ssrn.com/sol3/papers.cfm?abstract_id=3431344
Pietrowski, Robert, Jr. “Hard Minerals on the Deep Ocean Floor: Implications for American Law and Policy,” 19 William & Mary Law Review. 43 (1977). http://scholarship.law.wm.edu/smlr/vol19/iss1/5
Waldron, Ingrid R. G., There’s Something in the Water: Environmental Racism in Indigenous & Black Communities. Fernwood Publishing: 2018. ISBN: 1773630571
Building the World Blog by Kathleen Lusk Brooke and Zoe G. Quinn is licensed under a Creative Commons Attribution-NonCommercial-NoDerivs 3.0 U
Geography is destiny, some observe. Timing accelerates the pace. And now, climate might be changing both. It is Mexico’s time?
Mexico’s Isthmus of Tehuantepec connecting Pacific to Atlantic might complement the Panama Canal, and offer a number of opportunities for transport. Image: “Isthmus of Tehuantepec” by Kbh3rd, 2007. Creative Commons 3.0. Included with appreciation.
Mexico’s Isthmus of Tehuantepec, spanning the Pacific Ocean from Oaxaca to the Atlantic Gulf at Veracruz, has always fascinated visionaries who could see a highway, a railway, or a canal opening a transoceanic route of 188 miles (303 kilometers). Archival records show 16th century sketches of a connection. In 1811, a canal was proposed by Alexander von Humboldt who had traveled to the isthmus from 1799-1804: he also proposed another connective site that is now the Panama Canal. The route chosen by von Humboldt made clear the advantage of geography that can offer connection.
Map of Alexander von Humboldt’s expedition: 1799-1804. Image by Alexrk2, 2009. Creative Commons 2.5. Included with appreciation.
Macro engineering needs the right time and the right leader. The Channel Tunnel, linking England and France, had been envisioned by Napoleon, resisted by General Wolseley, but finally achieved in a design initiated by Frank P. Davidson along with a team of diplomats, engineers, and financiers: it is now the site of Eurotunnel.
Not everyone seeks closer connection. General Wolseley, seen here riding the fleeing lion, opposed the Channel Tunnel. Image: F. Graetz, 1885, from Puck Magazine. Public Domain.
Many tried to optimize the connective advantage of Mexico’s Isthmus of Tehuantepec. Mexico’s President Anastasio Bustamante proposed an 1837 plan for a railway. In 1842, the government (provisional) of Antonio López de Santa Anna granted José de Garay a fifty-year toll collection privilege in return for a survey leading to construction. (A similar provision was granted to Ferdinand de Lesseps who then built the Suez Canal.) When Porfirio Díaz, who hailed from Oaxaca, rose to the Mexican presidency, he inaugurated the first operation of the Railway from the port of Santa Cruz, carrying sugar from Hawaii. Six years of success ensued: 850,000 tons of cargo traversed the isthmus.
Railway won: Mexico launched the first railway in 1850. More would follow. Image: Announcement of Mexico’s first railway, 1850. Public Domain.
But then, in 1914, disruptive new technology happened: the opening of the Panama Canal. Isthmus rail traffic plummeted by one third; the next year, by 77%. Panama was shorter (just 40 miles or 65 kilometers), easier, and more cost effective because cargo loaded on a ship could remain onboard the same vessel that would carry it on to global ports. As many as 32 -37 ships passed through the Panama Canal every day – in just 8 hours. The Panama Canal widened the route; container ships grew in size and capacity.
Panama Canal, NASA image, 2002. Public Domain.
In 2023, a new situation threatened the Panama Canal: climate change. Drought threatens the region. The waterway, widened to accommodate ever-larger ships, may no longer support the heaviest behemoths. Limiting the number of ships per day began in 2023. If drought is severe, ships have to wait offshore for longer (and more expensive) periods; some buy their way up the line. Image below shows ships queuing up to traverse the Canal in 2023.
Enter Mexico. Observing an opportunity, the government began modernization of the Tehuantepec Railway and Oaxacan port of Salina Cruz. New tracks, re-laying of supportive basalt, advanced welding improved the railway. Construction of a breakwater outside the Salina Cruz strengthened the port. A new name was the cap that would announce a global vision: Corredor Multimodal Interoceánico (Interoceanic Multimodal Corridor). The railway is a centerpiece, both historic and futuristic. But much more is planned.
Railway is central but much more is planned. Image: Logo of Ferrocarril Interoceánico, CIIT, 2024. Public Domain.
The project will include a trans-isthmus pipeline connecting the two ports. In response, Salina Cruz will host a liquified natural gas (LNG) plant; that gas will then power ten new industrial parks. Businesses signing on will reap tax breaks for meeting job creation goals. Mexico’s commitment to natural gas expanded the network of pipelines nationally by 50% in the past decade; yet the South and Southeast receive less of that energy. Along with LNG, an existing oil refinery will turn residue into additional petroleum increasing the fossil fuel production by 70,000 barrels. In an area of the world were solar, wave, and wind may offer more environmentally sustainable opportunities, some question the direction of investment. But new partners like Copenhagen Infrastructure Partners will pursue green hydrogen, as well.
Some of the businesses moving to CIIT industrial parks may include those producing green hydrogen. Image: “NGC 604, ionized hydrogen in the Triangulum Galaxy” by Hui Yang, University of Illinois and NASA, 1995. Public Domain.
While a canal is not planned, cargo ships are invited to offload their cargo on the Pacific side, carry the containers across the railway stretch, and then re-load on the Atlantic side, probably to a partner vessel. With drought compromising the Panama Canal, Mexico may attract maritime shipping traffic, perhaps picking up 5% of Panama’s commerce. That would be a small percentage of a big number: in 2023, the Panama Canal’s revenues reached $4, 968 billion.
Zapotec civilization flourished in Oaxaca from 700bce – 1521ce. Zapotec culture and values remain strong. Here, Cocijo, Zapotec deity of water. Image: photograph by Yavidaxiu, 2011. Creative Commons 3.0. Included with appreciation.
In all of the activity initiated by the Corridor, as it is known in English, and its potential to offer opportunity to southern Mexico, not everyone is sanguine: the First Nation and indigenous communities have expressed concern. Zapotec leaders won a lawsuit protesting land purchase for one of the planned industrial parks. Land payments also troubled a Zapotec activist who had protested the distribution of the funds: when he was found dead, such violence raised more concern – and fear. Human rights violations began to be raised. Mixe community leaders blocked progress on their section of the Railway: arrested protestors were released in response to demands by the National Indigenous Council. Indigenous concerns include disturbance of agricultural soil health and biodiversity.
Mexico’s new President Claudia Sheinbaum, climate scientist, takes office 1 October 2024. Image: “President Elect Claudia Sheinbaum, 2 June 2024” by photographer EneasMx, 2024. Creative Commons 4.0. Included with appreciation.
Geography, destiny, and climate change may speed the future of the Interoceanic Corridor of the Isthmus of Tehuantepec (CIIT). How will environmental scientist Claudia Sheinbaum, PhD, Mexico’s new president who begins a six-year term on 1 October 2024, work with Oaxaca, and its unique geographical and cultural gifts, to build Mexico’s future?
Davidson, Frank P. and K. Lusk Brooke. “The Channel Tunnel: England and France,” Chapter 39, pages 761 – 804. Volume II. Building the World. Westport: Greenwood Press, 2006. ISBN: 978313333743.
Mexico, Government of. “DECRETO por el que se crea el organismo público descentralizado, con personalidad juridica y patrimonio propio, no sectorizado, denominado Corredor Interoceánico del Istmo de Tehuantepec.”14 June 2019. Diario Oficial de la Federación. https://dof.gob.mx/nota_detalle.php?codigo-5562774&fecha=14/06/2019#gsc.tab=0
Labor Day is celebrated in Canada and the US on the first Monday of September. The holiday’s history is one of unions and collective voice. Image: Paramount Pictures, 2014. Public Domain.
SEPTEMBER LABOR DAY – Observed in Canada and the US, honors workers and their rights including the right to organize. Those rights were born and nurtured in the nest of cities.
Sign of a glass or glazier guild, from Germany. Image: Cretive Commons 2.0. Included with appreciation.
GUILDS, UNIONS, ILO – Unions go back to medieval times. When the feudal system changed to free independent skilled labor, craft workers moved to cities and banded together to form guilds. But when outsiders, non-guild members or not even industry professionals, began to own the companies that hired the workers, unions developed. (Brentano)
International Labour Organization (ILO) logo. United Nations. Public Domain.
The inclusive, and protective spirit of the guilds, and unions, may today be kept in the International Labour Organization (ILO). Founded in 1919 to bring together governments, employers, and workers of the Member States of the United Nations (ILO is its only tripartite agency), the ILO seeks to promote social dialogue among all three, with special attention to Sustainable Development Goals (specifically: SDG 8 regarding work and growth, SDG 10 reducing inequalities, and SDG for justice and peace).
Workers’ hours have been a constant theme in unions, labor, and rights. Image: “Animated clock” by Balti sahib, Creative Commons 3.0.
HOURS – With unions came working conditions. Work days could last as long as 10 hours, and the work week could be six days, until 1593 when Spain became the first nation to declare a law to limit factory and building workers to an eight-hour day. The Ordenanzas de Felipe II included an interesting aspect that applies to today’s emerging worker rights law: a mandatory break between morning and afternoon work periods was ordered – to avoid the sun’s heat. In the 19th century, Robert Owen proposed a day sectioned into three parts: eight hours of labor; eight hours of recreation eight hours of rest. The movement reached farther shores when stone mason workers marched from Australia’s University of Melbourne to Parliament in Australia to establish the law.
Both Peter and Matthew McGuire both advocated the establishment of a holiday to honor the craft and skill of workers. The first Labor Day celebration took place in New York City in 1882: both McGuires were present. Image: Maguire (McGuire) family crest, Creative Commons 3.0.
CRAFT AND SKILL – In the United States, the first proposed Labor Day holiday originally honored labor as art and the skills of craft. Peter J. McGuire, general secretary of the Brotherhood (a guild name that needed updating) of Carpenters and Joiners who was also the co-founder of the American Federation of Labor. McGuire proposed the idea of establishing a holiday to honor “those who from rude nature have delved and carved all the grandeur we behold.” (US Department of Labor 2024)
A second McGuire – Matthew – is also credited for the holiday. This McGuire, secretary of Local 344 of the International Association of Machinists, also proposed the holiday in 1882 while serving as secretary of the Central Labor Union of New York. A first Labor Day gathering convened in New York City in 1882: both McGuires were present. A second observation happened in 1883. In 1884, President Cleveland signed a law creating a national holiday to be called Labor Day, to be observed on the first Monday of the month of September annually.
Pullman Strike, Chicago, Illinois, US, 1894. Public domain.
RIGHTS – But in a twist of fate, President Cleveland signed that law in July 1884, just before an uprising of labor caused a national tragedy and forever changed the character of Labor Day. Worker rights for hours and working conditions arose in Chicago, Illinois on several pivotal moments. One involved the transport industry and the innovation of transcontinental rail. Chicago was a known rail center, and headquarters of the Pullman company. The cross-country rail industry created a market for overnight travel. Chicago’s Pullman company (formed by buying up old passenger rail cars and turning them into sleepers) employed “Pullman porters;” hiring practice discriminated racially and enforced extremely long working hour – 400 per month. At the trigger of the 30% layoff, and to protest working conditions and assert worker rights, Pullman workers walked out on strike.
Transcontinental rail established a new order, one that could be disrupted by striking workers with new power. Image: Map showing section of Transcontinental Railroad, 1883. Atlantic and Pacific Railroad, Chicago and Pacific Railroad, C.W. & C. Colton & Company, US Library of Congress. Public Domain.
STRIKE POWER – Travel stalled in 27 states from Chicago’s Illinois to the West Coast. Communications stalled across the country: at that time, trains carried not only cargo and people but the post including commercial transactions. Strikers knew well how to stop a rail car on the line; they halted – and derailed – the locomotive pulling a postal train. The collective voice was heard. But so were gunshots.
Pullman strike erupted into violence; workers overturned rail cars and Illinois National Guard fired shots. Illustration by G. W. Peters, Harper’s Weekly, Volume 38, 1894. Public domain.
VIOLENCE – With the country effectively shut down, President Grover Cleveland authorized the US Attorney General to enact an injunction against the striking workers. The result was an acceleration of the strike into a riot. Protesters derailed more train cars. Escalation into military action ensued when the Illinois National Guard arrived at Blue Island, a Chicago suburb, and used firearms, killing 30 people and wounding many others. This happened in July. Ironically, President Cleveland had just signed the bill, in June, declaring a new holiday to honor workers.
Haymarket Square, Chicago, circa 1905. Image from postcard. Public domain.
In 1886, Chicago again was the center for a gathering to promote the eight-hour work day, overtime pay, and fair hiring practices. Child labor was reported in some areas. Workers went on strike at the McCormick Harvesting Machine Company. Police were present, and one person was killed and others wounded when police opened fire. The next day, protestors assembled in Haymarket Square. Police were again present. Someone, it is still unknown who, threw a bomb; police began shooting. Seven officers died, several civilians, and many dozen people were wounded. The episode became known in the history of labor as the Haymarket Massacre or the Haymarket Affair. A campaign to find the bomber resulted in hunt for perpetrators and later in several hangings, one suicide, one prison sentence and a later pardon.
UNIONS AND PEACE – In ancient times, the Netherlands organized climate response unions to gather if a dike overflowed. Today, a proposed Climate Conservation Corps could involve unions in the shared effort that all professions must contribute to our common future. The voices of unions as part of the International Labour Organization might support cooperative vision. Because firearms and violence have been a tragic part of strikes such as Pullman and Haymarket, unions might take up the issue of gun violence. Could unions use their collective voice and global power to unite justice and rights with peace?
Labor binds the world together in a connected, collective system of craft, rights, and honor. Image: Animation by TED-43, 2018. Creative Commons 3.0. With appreciation.
LABOR UNITES THE WORLD – Labor circles and unites the world in a connective, collective system of craft, rights, and honor. This month, in the United States, Labor Day finds 10,000 hotel workers striking to call attention to working hours and conditions. Political candidates and present leaders are appearing and speaking at rallies. The campaign for work and justice will always be new, and needed. Factory workers still labor in unhealthy and even lethal conditions; miners (in some locations, including children) suffer health and injury; health care workers endure long hours. Reparation for enforced labor, in some places continuing, still needs justice. Recently, new regulations on hours of outdoor workers during increased heat of climate change now address worker health, rights, and safety.
If you are reading this in a country that celebrates Labor Day today, make it more than just a long weekend. And, if you live in an area that honors workers at another time, perhaps we can all make September a month when we recognize the farmers whose harvest graces our tables, those workers who create seasonal goods and services, the health care professionals who offer fall influenza protection, the teachers that welcome students for a new year, the transport systems that bring us all to the places where we work and that special place we call home. This month, how will you honor craft, justice, rights – and the fruits of our individual, and collective, labor?
Davidson, Frank P. and K. Lusk Brooke. “The Transcontinental Railroad,” Chapter 17, pages 205-238. Building the World. Westport: Greenwood Press, 2006. ISBN: 0313333734
Loomis, Erik. A History of America in Ten Strikes. The New Press, 2018. ISBN-10: 1620971615
Brentano, Luis. “From the Gilds to the Trade Unions.” English Gilds: The Original Ordinances of more than One Hundred Early English Guilds. Oxford University Press. Digital facsimile by University of Michigan at https://quod.lib.umich.edu/c/cme/EGilds?rgn=main;view=fulltext
