Africa Podcasts
-
(english episode) Shirin calls Sinje Gottwald. Sinje recently rode on a Cake electric motorcycle from Barcelona to Cape Town in South Africa, for 124 days and 13 000 km, solo and unassisted. This has never been done before. Inspired by her father at a young age, she started taking long rides with him, and this is where she planted a seed to where she is now. Sinje was always a curious child, curious to see the world, see new cultures and she still is. Sinje loves the idea to go from village to village and from city to city, and really get to know the people and to be close to nature. Solo in Africa, as a woman, there were parts where she felt scared, but there were mostly encounters where she fell pure love. Driven by passion and curiosity, she is on a mission to continue her journey around the world. The most beautiful sunset she ever saw was in Santiago de Chile. And the biggest lesson she learned is that everyone can achieve anything they want. We will also talk about Sinjes morning routines, sunrise yoga in Barcelona, how she trains, and how she prepared for this long journey. Enjoy our conversation and listen to her challenges, experiences and adventures.
@sinje.gottwald @shapebyshirin @ridecake
Postproduction @framelab_swe
Thank you @beautydisruptedglobal -
Efter vinteride är de gamla björnarna Bitter och Tysk åter i etern. Lite yrvakna och sedvanligt förvirrade inleder de den sjätte säsongen med ett förlåt.
Välkomna!I avsnittet nämns:
Heul Doch Mau Mau
Panamax
Madeira
Ruhrschifffart
Undaunted: Stalingrad
Undaunted: Normandy
Undaunted: North Africa
Ys
Doge
Caylus
Industry
Amyitis
Metropolys
Sylla
Asteroyds
Bombay
Yspahan
Assyria
Shakespeare
Spyrium
Caylus Magna Carta
Witness
Prosperity
Sherlock Holmes Consulting Detective
Squad Leader
ASL -
I veckans avsnitt snackar Markiz & Nunu fotbolls-VM och hur Marocko lyckats ta sig till kvartsfinal! Markiz ger sina bästa tips på hur man ska planera en dejt hemma. Va händer med Barcelona? Sms firar 30år, Nunu berätta vilka sms som ömest skickade!
Hosted on Acast. See acast.com/privacy for more information.
-
Torsdagen den 27:e oktober bjöd Seiko Sverige in till event på Skyddsrummet i Stockholm.
Denke & Berns var inbjudna att sända podcast från den trevliga tillställningen. I avsnittet träffar vi bland annat Naoto Hirooka, Seiko General Manager Marketing department in Europe and Africa och Ingunn Rønningen Boge, Marketing Manager Seiko Sverige samt flera eventbesökare i vimlet. Självklart passade vi även på att klämma på massor av fina klockor från Seikos premium sortiment så som King Seiko.
Hosted on Acast. See acast.com/privacy for more information.
-
Maria Håkansson is the CEO of Swedfund, Sweden's government-owned company investing in social entreprenurship, mainly in Sub-Saharan Africa and parts of Asia. The mission is to help as many people as possible overcoming issues related to poverty, such as access to electricity and healthcare. The solution? To fund and invest in local impact companies, creating hundreds of thousands of jobs. We met Maria Håkansson after her keynote at Stockholm Impact Week 2022 at Epicenter. // Podcast host: Christian von Essen // The episode is produced in collaboration with Invest Stockholm. // Learn more at hejaframtiden.se
-
Hello Interactors,
Last week my daughter showed us a glimpse of the Empire State Building from her friend’s dorm room. Every time I see that building, I think of the original black and white movie, King Kong. The image of that poor animal atop what was then world’s tallest structure getting pummeled by machine gun fire sticks with me for some reason. Maybe it’s because it was unfair. That creature was captured from his homeland and brought to America only to be gunned down? What kind of society does this?
As interactors, you’re special individuals self-selected to be a part of an evolutionary journey. You’re also members of an attentive community so I welcome your participation.
Please leave your comments below or email me directly.
Now let’s go…
FAREWELL TO THE KING
Merian C. Cooper got the idea of King Kong from the French-American explorer and anthropologist, Paul Du Chaillu. He was the first of European origin to confirm the existence of Central African gorillas in 1860. This made him a much sought-after speaker in the late 1800s, and his books were immensely popular. Cooper’s uncle gifted the then six-year-old nephew with one, Explorations and Adventures in Equatorial Africa. It tells of one gorilla locals noted for its “extraordinary size”:
“They believe, in all this country, that there is a kind of gorilla — known to the initiated by certain mysterious signs, but chiefly by being of extraordinary size — which is the residence of certain spirits of departed natives. Such gorillas, the natives believe, can never be caught or killed.”
And then, while Du Chaillu was out hunting with locals, an encounter occurred. As Du Chaillu recalls,
“When he saw our party he erected himself and looked us boldly in the face . . . with immense body, huge chest, and great muscular arms, with fiercely-glaring large deep gray eyes, and a hellish expression of face, which seemed to me like some nightmare vision: thus stood before us this king of the African forest.”
And so, they did what they believed to be impossible but predictable. Du Chaillu continues,
“[The gorilla] advanced a few steps— then stopped to utter that hideous roar again- advanced again, and finally stopped when at a distance of about six yards from us. And here, just as he began another of his roars, beating his breast in rage, we fired, and killed him.”
Cooper went on to call this creature King Kong and made a movie about him. He wanted King Kong to be portrayed as being 50-60 feet tall. After all, he was kidnapped from a fictional small island that was also home to dinosaurs.
It turns out a gorilla that size is biologically impossible. For every doubling of height comes a tripling of weight. The joints and bones of a creature of this size simply could not bear his weight. King Kong was also impossible to portray on the big screen. Animators and cinematographers had difficulties portraying an animal of that size in the 1930s. Consequently, King Kong ends up appearing much smaller. Instead of weighing a couple hundred tons, let’s assume this mythical beast was shorter and weighed something more like 15 tons.
Still huge, that would be about two times the mass of an elephant requiring about 12,000 watts of metabolism to survive. And that is just the energy required to keep the organs running and nothing else. Around the time the original King Kong was being released, a biologist named Max Kleiber was plotting various animals’ metabolic rate and mass on a graph. To his surprise, the dots on the graph loosely aligned along a straight line sloping upwards with a mouse near the origin and an elephant to the upper right.
Kleiber had discovered a scaling law in nature known now as Kleiber’s law. For most animals, their metabolic rate scales to the 3⁄4 power of the animal's mass. Put another way, for every doubling of size the energy needed to survive decreases by ¼. Theoretical physicist and former President of the Santa Fe Institute, Geoffrey West, and his colleagues, believe ¾ scaling occurs due to the nutrient distribution through the efficiency seeking fractal-like structures of the circulatory system. The ‘3’ in ¾ comes about, it is believed, because the particles needed to arrange these mechanisms exists in a three-dimensional geometric universe.
Animals observed in the wild maximize their energy to survive. Every bit of energy spent above and beyond what is required for their body to function only pushes their caloric needs into debt. GPS tracked tigers, for example, reveal highly optimized search strategies over space and time in their hunt for prey. A lounging cat may appear lazy to us, but their maximizing their energy.
Early human hunter-gatherers were seemingly not that different. For similar reasons, they had to be deliberate about the energy they used. However, as their cultures evolved, along with their brain, they became increasingly effective at harnessing that energy. They used some of their energy to fashion spears, arrows, and hooks out of wood, bones, and rocks. They also used wood to make fire for heating, cooking, and controlled grassland burns to promote plant harvest renewal. In doing so, they were not only expending their own energy, but also the energy stored in that wood and other forms of biomass.
The appropriation of elements of the ecosystem for energy to support biological and social well-being, like plant harvesting, animal domestication, or consumption of biomass like wood and coal, is called social metabolism or sociometabolism. The social metabolism of these early societies sometimes had small effects on the ecosystem, but other times catastrophic. For example, the misuse of fire could lead to imbalances in ecosystems with detrimental cascading effects on plant and animal populations.
The arrival of North America’s first homo sapiens, as another example, coincided with the extinction of 33 species of large animals. Similar extinctions occurred upon the arrival of humans in South America and Australia. It turns out even the earliest human colonizers had detrimental impacts on the environment.
PLOTTING THE PLODDING AND MARAUDING
By studying existing hunter-gatherer societies, scientists can estimate the social metabolism of ancient hunter-gatherers. Geographer Yadvinder Malhi analyzed this data and determined,
“The energy use per capita of a hunter-gatherer is about 300 W, and this is almost entirely in the process of acquiring food for consumption, and to a much lesser extent other materials and the use of fire. This sociometabolism is greater than the 80–120 W required for human physiological metabolism, because of the inefficiencies in both acquiring foodstuffs, and in human conversion of food into metabolic energy, and also in the use of biomass energy sources for fuel.”
Malhi then plotted where a hunter-gatherer would sit on a Kleiber plot relative to the biological metabolism of other animals. A typical hunter-gatherer’s combined biological and social metabolism puts them just between a human and a bull.
The social metabolism of homo sapiens continued to grow steadily, and along with it their capacity to harness nature for their lifestyle. And then, 5,000-10,000 years ago, during the Neolithic revolution, a simultaneous innovation occurred around the world – farming. The start of the Holocene witnessed the emergence of agriculture in Mesopotamia and Anatolia, the Yangtze valley, New Guinea, West Africa, Meso-America, and the Andes. The end of the ice age softened the earth, human language and communication had evolved and spread, and coincidently the colonization and exploitation of ecosystems.
Agriculture, the colonization of plants, allowed for geographically condensed energy to be grown which could support larger populations of people. This put a huge dependency on area of land needed to support and grow plants and animals. But these new densities of biomass reduced the amount energy required to roam large distances hunting and gathering. As a result, many hunter-gatherer societies could not compete, and Iron Age plant and animal farmers came to dominate. These clusters of agrarian societies grew around the world and with them languages and cultures. Soon the age of the agrarian came to dominate human existence. Using data from a well documented 18th century Austrian agrarian society, Malhi went to work to plot where a typical ‘agriculturist’ may fit on the Kleiber plot. He surmises:
“Compared to the hunter-gatherer sociometabolic regime, by the 18th century human sociometabolism per capita had increased by one to two orders of magnitude.” Given the population density such a society could support, the “per unit area energy consumption” grew “three to four orders of magnitude greater than that of a hunter-gatherer society.”
This plops the typical human agriculturalist below a rhino on the Kleiber plot. In other words, an active member of an 18th century agrarian society would have consumed as much energy as a resting animal nearly 10 times their mass. It seems over-consumptive human habits started early in our evolution.
Agrarian societies and hunter-gather societies were both constrained by land area. While agriculturalists were more efficient with land use than hunter-gatherers, they were nonetheless constrained by land. This is especially true for their primary source of fuel for heating and cooking – trees. That all changed with the birth of the Industrial age and the discovery of coal.
The potential energy in trees is stored solar energy from the relatively recent past. Coal is solar energy stored in biomass that accumulated and fossilized over millions of years in the deep layers of the earth’s outer crust, the lithosphere. For the first time in history, humans could exploit energy stored in deep time. Coal could more easily be transported over great distances. In theory, this would reduce the need to further exploit land and wood, but instead their destruction increased.
The Industrial age brought new forms of locomotion and transportation networks accelerated the expansion of colonization, land development, and the destruction of grasslands, swamps, and wooded areas. Healthy, thriving ecosystems were sacrificed for new and expanding cities and farms. Coal powered machines extracted elements from nature to make fertilizers, sawed, split, and planed trees into lumber, and stamped, squeezed, and shipped goods around the world feeding growing economies and their consumers. Fossil fuels accelerated and intensified the destruction of the biosphere and continue to do so to this day. The energy use of the biomass past to support today’s social metabolism puts in question the biomass of the future, including its human consumers.
CAPITALIZING ON A MONSTER APPETITE
Malhi identifies two key factors of industrial social metabolism:
* The amount of biomass needed for biological metabolic survival (i.e. food) is small compared to fossil fuels and other high-density energy sources.
* Fossil fuels used for building transportation networks meant population centers need not be co-located with food and energy production.
So where does the typical ‘industrialist’ sit on the Kleiber plot? Just above an elephant. That is, the amount of metabolic energy needed for a human to lead a typical industrialized lifestyle today is the equivalent of a resting elephant. Imagine the streets of the most populated cities being roamed by humans the size and weight of an elephant. Streams of cars on the freeway being driven by a five-ton mammal with an insatiable appetite. That’s us. Well, many of us, anyway.
Those numbers are for the average ‘industrialist’ in the UK where Malhi teaches. American’s stereotypically love our exceptionalism, and we are certainly exceptional in this regard. Sorry, Canadians, you’re implicated too. North American’s are the King Kong’s of energy consumption. Our dot on the Kleiber plot sits where a mythical 15-ton mammal would sit. The typical human in the United States and Canada consumes energy like King Kong. That’s well over 100 times the mass and energy needed for basic survival and 10 times more than agriculturalists that existed just 200 years ago.
When Du Chaillu and his native guides shot the king of the forest, Du Chaillu did not exploit the energy of that innocent animal as food. He instead chose to eat the deer they also killed. But the local hunters, who allegedly had long pursued the so-called king of the jungle, did. Including his brain. Eating the brain from the skull of a gorilla, Du Chaillu reported, was believed to bring “a strong hand for the hunt…and success with the women.”
Perhaps this played into Cooper’s storyline in King Kong. After all, it was a native tribal king on Skull Island who offered to trade six tribal women for the attractive American blonde woman, Ann Darrow, accompanying the crew on their expedition. She is then captured by a band of natives and offered up to King Kong as a sacrifice. But King Kong is felled by a gas bomb by American explorers and shipped back to New York to be put on display. King Kong then breaks from his chains and hunts down Ann. That’s what leads to the iconic scene of King Kong getting massacred atop the Empire State Building. War pilots fire machine guns from their planes as King Kong swats at them like flies while intermittently fondling the captive heroin, Ann.
King Kong, the movie, has since been interpreted as a story of race (King Kong as a metaphor for a Black man stolen from his homeland in bondage), sex (a white blonde woman who, fetishized as a sexual object pursued by Indigenous and Black men, must be saved), and rebellion (King Kong, as a Black man, breaks from his shackles and must be violently subdued). He has rebelled and therefore must be killed.
But before this interpretation, King Kong was said to represent FDR’s ‘New Deal’. Cooper was a devote anti-communist and conservatives like him regarded the New Deal as a menace – an imprisoned import of a policy from a faraway land unleashed on society. Just like King Kong. It must be killed.
I’ll offer my own interpretation:
King Kong is an outsized mythical beast so absurdly huge that it can’t bear its own weight. When it does manage to move, it destroys the environment in its path. What is erected before us, since the dawn of the Anthropocene (or is it the Capitalocene), is an over exploitive and consumptive way of life that is off the charts. It has ‘an immense body, huge chest, and great muscular arms.’ It has ‘fiercely-glaring large deep gray eyes, and a hellish expression of face.’ It ‘seems to me like some nightmare vision.’ What stands before us is this king of environmental destruction. And it must be killed.
This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit interplace.io -
Hello Interactors,
I’m back from planting our kids at college. Now we watch our not-so-little Weed’s grow from a distance. I had a recent visit from a plant scientist friend last week that inspired me to dig into the blending of traditional Western science and Indigenous knowledge. Each have a lot to offer human adaptation strategies to the effects of climate change, but to do so will require new approaches and increased sensitivities to generations of abuse, neglect, and disrespect. This is part one of a two-part series that starts with a grounding in what integration exists today and why it’s important.
As interactors, you’re special individuals self-selected to be a part of an evolutionary journey. You’re also members of an attentive community so I welcome your participation.
Please leave your comments below or email me directly.
Now let’s go…
TEARS OF JOY AND SORROW
It was cause for celebration, but hers were not tears of joy. It was the ten-year anniversary of the largest dam removal in United States history. The Elwha Dam was completed in 1921 to dam the 45-mile-long Elwha River for electricity generation under the settler colonial banner of “Power and Progress.” A second larger dam was built in 1927. The Elwha is the fourth largest river on the Olympic Peninsula that sits on the western most Pacific coast of Washington State. It was once home to the country’s second largest salmon run behind Alaska. After the dams were built, they robbed these fish of 40 miles of habitat.
They also robbed the Lower Elwha Klallam Tribe - ʔéʔɬx̣ʷaʔ nəxʷsƛ̕áy̕əm̕ – “The Strong People” of their food source and economy while submerging their spiritual land and identity in 21 million cubic yards of sediment. That’s over one million dumpsters full of rocks and sand. If you stacked them, they’d reach over 700 miles into the air. Placed end to end they’d stretch over 3000 miles across America coast to coast.
And now, ten years later, the salmon are running again, habitat is getting restored, and the sediment is redistributing. So why the tears? For scientists to accurately measure the successes of dam removal – and further justify the removal of more dams worldwide – the federal, state, and tribal governments agreed to a moratorium on fishing the returning salmon. It seemed a worthwhile compromise to the tribal community, but after over one hundred years of suffering their losses – and seeing the fish run as their elders had once seen – their yearning for a return to their cultural heritage has intensified over the last decade. Recent years of healthy salmon runs have tested their patience with colonial powers continuing to dictate their way of life – even as they simultaneously celebrate their joint successes.
It was the U.S. Congress who passed the Elwha River Ecosystem and Fisheries Restoration Act in 1992 to restore dwindling salmon populations, but it was the Lower Elwha Klallam Tribe who had fought to have those dams removed even as they were being built. They also helped fund the research necessary for successful removal. And now they want to live as they once did – in a self-determined and self-sustaining autonomous but integrated coexistence with their neighbors.
A friend of mine is a plant scientist for the project who attended the celebration event in Port Angeles, Washington last week. The early economic growth of this city depended on the electricity generated by those dams. He told me the words and subsequent tears by the woman representing the tribe was the most gripping and poignant moment of the event. It left many scientists conflicted about the proper path forward.
Continued research will help with planning of future dam removal projects, including what would displace the Elwha project as the largest dam removal effort in history on the Klamath River. This project involves the removal of four dams that stretch across the Oregon and California border.
But what is more important? More data collection and academic papers supporting future dam removals or resuming the human rights of an abused and afflicted Klallam community? The answer won’t come from the scientists, but from deliberations between multiple levels of governments, agencies, and departments strewn across many jurisdictions.
BRIDGING BARRIERS
The Elwha dams are representative of countless ecological discontinuities brought on by colonial expansion and attempted erasure and conversion of Indigenous cultures and populations around the world. The Elwha dam removal indeed created a precedent that inspired ecological restoration projects worldwide. And while the collaboration between members of the Klallam people and U.S. government officials, volunteers, and scientists has largely been healthy, the tension that spawned the removal in the first place still remains – competition for fishing rights.
These dams posed an immediate threat to the Klallam people and their way of living, as they still do for the Klamath people and others like them. But a greater compounding threat grows more imminent every day – the effects of climate change. Despite minimal contributions to causes of climate change, Indigenous populations suffer the greatest risks of the effects. This is most apparent and acute right now in Pakistan as one third of that country remains flooded.
Pakistanis are indeed in need of outside help. But too often Western aid swoops in with relief and then disappears leaving them with little support for how to survive the next disaster. Just as profit seeking colonists left the Klallam people with little support for survival. But instead of resorting to fatalistic language and traditional paternalistic hero mentalities that portray Indigenous communities as helpless and hopeless, some scientists and activists are shifting toward community-based adaptation strategies. These efforts start by first experiencing and understanding how these communities are affected, but then recognizing many of them also have deep ancestral knowledge and history of how to adapt to a changing climate.
To strike a healthy balance between Western government aid and scientific knowledge and local needs and culture will require increased sensitivities to historical traumas inflicted by colonization, extreme capitalism, and forced acculturation. There is a myriad of language, linguistic, and cultural gaps that challenge the documentation, translation, and integration of Western scientific approaches with Indigenous ecological and cultural knowledge so that it is accurate, complete, and fair. Meanwhile, the planet is warming, the environment is shifting, and the pressure for adaptation systems and mechanisms is mounting.
To bridge these knowledge gaps requires a concerted effort around the globe to establish consistent approaches to Indigenous knowledge integration in scientific literature. In 2020 a group of researchers started by asking this fundamental question:
“How is evidence of indigenous knowledge on climate change adaptation geographically and thematically distributed in the peer-reviewed literature?”
What they found is the number of publications per year focusing on Indigenous knowledge and climate change adaptation has grown considerably over the last ten or so years. Between 1994 and 2008 their search yielded just six scientific publications that included evidence of Indigenous knowledge. There were that many in 2009 alone. Ten years later, in 2019, the number grew sevenfold to 42.
The majority, 133 of the 236 sampled, came from the field of Environmental Science. Social Sciences (97) and Earth and Planetary Sciences (50) had the second and third most publications respectively. Then came Agriculture and Biological Sciences (36), Medicine (22), and Health Professions (14). The word-cloud they generated from the corpus ranked these as the most common words: ‘vulnerability’, ‘resilience’, ‘drought’, ‘community’, ‘perception’, ‘impact’, ‘food security’, ‘agriculture’, and ‘adaptive capacity’. Given the most repeated words all relate to health and survival, researchers in the health and human services academy and industry have some work to do.
In terms of geographic distribution, a large proportion of publications study regions in Africa and Asia. The most studied countries are India, Zimbabwe, and Canada. There is no worldwide count of Indigenous populations and most studies don’t mention tribal names, so it’s hard to determine fair distribution. However, based on the data available, the authors suggest the biggest gaps may be in central Africa, northern Asia, Greenland, Australia, parts of South America and Polynesia.
Of the attributes of Indigenous knowledge represented, most publications (170) included “Factual knowledge about the environment and environmental changes” like precipitation, temperature, ice thickness, and wind speed. Two of the least represented attributes were:
* “Cultural values and worldviews (61) like relationship to land, stewardship, values of reciprocity, collectiveness, equilibrium, and solidarity.
* “Governance and social capital” (61) like food sharing and social networks as well as informal social safety nets.
These seem to me to be valuable sets of knowledge in the face of worldwide human ‘vulnerability’, ‘resilience’, and ‘capacity to adapt’ to the effects of climate change. Some scientists are shifting from describing the facts of climate change toward better understanding of human mitigation, migration, and adaptation.
BLENDING BARRIERS
One of the reasons Indigenous communities are so helpful is their cultural lineage and oral history traditions include solutions, strategies, and innovations of past human adaptations to a changing climate. This all despite past attempts by evil colonizers to suppress and destroy their knowledge, traditions, and even their existence. But these people and civilizations gained and sustained through generations of ecological experimentation. They benefited from innovations in grassland growth, fire management, and crop alteration.
Over decades and centuries, they evolved countless trials of seed germination, hybridization, and dispersal to achieve maximal crop yields. (e.g., symbiotic ‘Three Sisters’ crop clustering). They also developed predator management schemes enabling them, and their crops, to survive and thrive. Their mediation of the environment provided a mutualistic food web rooted in natural forms of ecological reciprocity. But this knowledge was not and is not static.
They had to endure and adapt to environmental dynamism at varying scales of time and space. Change occurred at a local level with daily shifts in the weather but also at a regional level from sudden climatic and geological perturbations like earthquakes, floods, droughts, and volcanoes. All of which had effects lasting decades and centuries.
These events led some populations to hunker down and innovate new methods of survival amidst a changed but familiar environment, while others migrated near and far to survive. For those who didn’t make it, their knowledge is lost. However, some traces of their existence, their paths of migration, shelter, and food habits do, and we rely on archeologists to bring those facts and interpretations to light.
But even in the best of situations, as evidenced with the Elwha project, balancing hard quantitative science with qualitative humanitarianism while in search of adaptation and survival strategies poses a host of challenges. Not the least of which is the fact that within these works exist many gaps in human and environmental knowledge across the spectrum of global space and time.
But a new approach in archaeology and ecology is emerging called ‘archaeoecology. It strives for a more robust intellectual understanding of the interaction of people and place that spans the globe and the past 60,000 years of existence. It’s a proposed blending of ecological and archaeological research that, when augmented with Traditional Ecological Knowledge, can fill gaps of the past so that plans can be made now for how humans can survive in the future. And as the Klallam people have reminded us, regardless of the past, the time for healthy adaptation to a changed environment needs to start now.
This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit interplace.io -
Hello Interactors,
The next couple episodes will be a little off beat as I’m coming to you from the east coast of the United States. It’s time to deliver our little birdies from the nest so they may build their own. Dorm room nesting is a common sight this time of year among many young human adults seeking knowledge and independence. It can be observed in the towering cities of New York City and the smallest lowland wooded enclaves of Waltham, Massachusetts.
For this momentous trip I’m listening to a book about a young man who launched to places further away than this. It’s a book I wish I had consumed long before now – The Invention of Nature by historian Andrea Wulf. It tells the tale of a man few have heard of but have most likely have heard the name – Humboldt. Alexander von Humboldt. His name graces more geographic places, plants, and animals around the world than any other. That’s because he was the first person to travel the world scientifically articulating what traditional Indigenous knowledge keepers have known for millennia – that all of nature is connected by an intricate web we now call an ecosystem.
Born in Germany in 1769, he was the most celebrated scientist of his time. Upon his most famous and influential trip to South America, in his twenties, he observed how Spanish colonialism had ravaged the land. Acres of native vegetation had been cut and burned to make way for monoculture cash crops like sugar cane, wheat, and corn where all profits were then sent to the Spanish monarchy. Streams and rivers had been diverted to water these thirsty crops leaving lakes, ponds, and subterranean reservoirs dry. Local plants and animals, including Indigenous populations, were suffering as a result.
The local Spaniards and Creoles believed there must be a leak in the earth causing these conditions, but it was Humboldt, through meticulous geographic, geological, and meteorological observation, who determined it was the crops that had caused the devastation. He surmised that between the increased temperatures caused by the loss of trees and vegetation (that naturally cool and release moisture into the air) and the drying up and hardening of the soil (thus depleting the earth of groundwater) that significant damage was being done to the area.
He posited that such destruction at larger scales around the world may alter climatic patterns. He introduced the idea of human induced climate change in 1800. He further observed that these negative effects originated with infective colonialism of European and American profit seeking imperialist machines that relied heavily on the abduction and trade of human slaves from Africa and local Indigenous populations to work the fields of these monocultural crops.
Governments and corporations didn’t just ignore Humboldt’s warnings, they accelerated the pace of production and destruction. That insistence continues to this day as countries and corporations fight for access to natural resources and cheap labor – far out of the reaches of complicit eyes and ears – to feed the beast of rampant worldwide consumerism. As Humboldt warned, over 200 years ago, at the peril of earth’s resources and their interconnected web of life. You can’t say we weren’t warned.
Alexander von Humboldt remained a harsh critic of colonialism, capitalism, and slavery until the day he died. He witnessed firsthand the early devastating impact greed was having on the planet and its inhabitants – most especially Black and Indigenous people. Humboldt was a heartfelt man, but his true love was science. He abhorred politics and politicians though remained popular among them all, except Napoleon.
Thomas Jefferson was particularly enamored with Humboldt. They shared a common affinity and thirst for botanical, astronomical, and geographical knowledge. Humboldt shared with Jefferson all he knew of South America and Mexico who was starved by the Spanish of any information at all. While he shared in the spirit of two science loving naturalist friends, that knowledge turned out to be instrumental in helping Jefferson, and the United States, increase their imperial standing in the world and its widespread ecologically damaging capitalistic dominance. Humboldt endeared himself to Jefferson mostly because he was impressed with Jefferson’s commitment to liberty.
Though he disapproved of Jefferson’s adherence to slavery, he was wary of criticizing Jefferson directly for fear of disenfranchising their friendship. However, his diary, and the diary of others, reveals he did so in private to Jefferson’s friends and colleagues. Some history scholars criticize Humboldt for not using these opportunities to sway the opinions of these powerful men, but Humboldt believed science should rise above politics and the best way to share science was to share it with everyone who would listen regardless of their political or governmental affiliation.
Humboldt worked tirelessly, day and night, wherever he happened to be living. Scientific luminaries and academics could not understand how a single man could be so well versed in so many subjects, be seen in so many places on a given day or night, while continuing to discover new insights about the world – all with boundless energy. He spoke so fast and on so many topics, in three languages, that people said one could learn in two hours of listening to Humboldt what would take months to master on their own.
He was a slight and nimble man with thin delicate hands. These attributes served him well squeezing into caverns and mines and placing sensitive miniscule blossoms into tiny glass vials. But he also had the strength and determination to endure extreme altitudes climbing rocky trails with shoes ripped to shreds. Upon total failure, he would hike barefoot. With his feet sometimes bleeding, he would stop every few hundred meters to take measurements with his barometer, altimeter, and sextant while collecting rock and plant specimens, drawing diagrams, and illustrating landscapes. It was he who first speculated on plate tectonics two hundred years before their full understanding by observing common plant species and geology between, say, a western coast of one continental land mass and the eastern coast of another.
It's unfortunate that one of the most intriguing, intelligent, and ecologically committed scientists to have ever lived, who inspired everyone from Charles Darwin to Henry David Thoreau, eventually succumbed to the realities of endless European wars and political turmoil. These ordeals limited his travels to other lands he desperately wanted to visit, explore, and further connect his web of knowledge and the web of life.
Given his broad and groundbreaking studies, travel, and international fame makes one wonder why Humboldt is not a household name today as it once was in the 1800s despite being in countless scientific books, journals, and maps. Is it that the complex connections and relationships that make life possible and sustainable are too difficult to teach or comprehend? That can’t explain why Newton or Einstein are so popular. Maybe it is just easier to teach the memorization of the scientific facts of biology and physics and the strict classification schemes of rocks, plants, and animals, than the rich interdependent interactions on which each of them relies.
Or perhaps we’ve grown ambivalent. Have we grown too comfortable to care about the workings of the world? Maybe Humboldt’s ideas are too threatening to the very institutions of colonialism, unbridled capitalism, and the over exploitation of natural and human resources he warned everyone of. Has overt capitalism made us too comfortable, complacent, and complicit? Perhaps those in power think it best not to perpetuate the ideas of a man critical of those systems that maintain the power of few, the comfort for some, and the education of many.
Napoleon thought so. He tried to have Humboldt banished from Paris, the heartbeat of scientific discovery and individual liberties at the time, suspecting him a subversive threat to Napoleonic domination. After all, it was politics and power struggles by the Napoleonic Wars that interrupted Humboldt’s continued quest to document, communicate, and share the scientific knowledge of ecosystems; the roots of which exist in traditional indigenous knowledge colonists squelched, shunned, or stole. Perhaps the same power and politics that held Humboldt back continue to hold us back today.
But we’ve had over 200 years to adjust course and have done nothing. Is it too late? I think not. Besides, there’s too much at stake for us all to remain ambivalent. If you haven’t already, I highly recommend this book. May it mark the beginning of your own journey. Let’s all follow in the footsteps of Alexander von Humboldt and share with our web of connections the ecological web connecting all of life.
This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit interplace.io -
The Perspective Advent Calendar called “Winter holidays across the world” is a series which focuses on four selected regions in the world and gives some insight on how the holidays can be spent in these regions. Prepare yourself a nice hot beverage of choice and enjoy.
Produced by Elliott Gunnell and Fanny Söderberg -
(Start of the interview is 09:15 minutes in)
This week, Alexander travels to Germany to meet a legend in the aviation industry, namely Captain Joe. With several thousand flying hours on both Airbus and Boeing, he gives his millions of followers a unique insight into his world.
We get a glimpse of Joe's latest tips from his book, Read & Do, 100 checklists that will simplify your everyday life.
Joe also tells us about how he uses Hong Kong International Airport as part of his status on the return of aviation after the pandemic.
We also hear about his second-ever landing on the 747 '' queen of the skies '' plane in Mali, Africa. With limited lights on the runway and landing lights on the plane that barely worked, he witnessed the illusion known as the "black hole".
Of course, we also go through with our own pilot Alexander, the latest news that has flourished during the past week!
At https://aviators.se/ you will find both the latest news in the aviation industry, our membership benefits, and vacancies in the Scandinavian market.
Denna vecka tar sig Alexander till Tyskland för att möta en legend inom flygbranschen, nämligen Captain Joe. Med flera tusen flygtimmar både på Airbus samt Boeing så ger han sina miljoner följare en unik inblick i hans värld.
Vi får ta del av Joes senaste tips från hans bok, Read & Do, 100 checklistor som ska förenkla ens vardag.
Joe berättar även för oss om hur han använder Hong Kong internationella flygplats som en del av hans status på hur återkomsten för luftfart efter pandemin tar sig.
Vi får även höra om hans andra landning någonsin på flygplanet 747 ''queen of the skies'' i Mali, Afrika. Med begränsade ljus på landningsbanan samt landningsljus på flygplanet som knappt fungerade, så fick han bevittna illusionen som kallas för ''black hole’’.
Självklart så går vi även igenom med våran egna pilot Alexander, de senaste nyheterna som florerat under den senaste veckan!
På https://aviators.se/ så hittar du både de senaste nyheterna inom flygbranschen, våra medlemsförmåner och lediga tjänster på den skandinaviska marknaden.
Sponsrat inlägg av Aviators.se
Hosted on Acast. See acast.com/privacy for more information.
-
(Start of the interview is 09:15 minutes in)This week, Alexander travels to Germany to meet a legend in the aviation industry, namely Captain Joe. With several thousand flying hours on both Airbus and Boeing, he gives his millions of followers a unique insight into his world.We get a glimpse of Joe's latest tips from his book, Read & Do, 100 checklists that will simplify your everyday life.Joe also tells us about how he uses Hong Kong International Airport as part of his status on the return of aviation after the pandemic.We also hear about his second-ever landing on the 747 '' queen of the skies '' plane in Mali, Africa. With limited lights on the runway and landing lights on the plane that barely worked, he witnessed the illusion known as the "black hole".Of course, we also go through with our own pilot Alexander, the latest news that has flourished during the past week!At https://aviators.se/ you will find both the latest news in the aviation industry, our membership benefits, and vacancies in the Scandinavian market.Denna vecka tar sig Alexander till Tyskland för att möta en legend inom flygbranschen, nämligen Captain Joe. Med flera tusen flygtimmar både på Airbus samt Boeing så ger han sina miljoner följare en unik inblick i hans värld. Vi får ta del av Joes senaste tips från hans bok, Read & Do, 100 checklistor som ska förenkla ens vardag.Joe berättar även för oss om hur han använder Hong Kong internationella flygplats som en del av hans status på hur återkomsten för luftfart efter pandemin tar sig. Vi får även höra om hans andra landning någonsin på flygplanet 747 ''queen of the skies'' i Mali, Afrika. Med begränsade ljus på landningsbanan samt landningsljus på flygplanet som knappt fungerade, så fick han bevittna illusionen som kallas för ''black hole’’.Självklart så går vi även igenom med våran egna pilot Alexander, de senaste nyheterna som florerat under den senaste veckan!På https://aviators.se/ så hittar du både de senaste nyheterna inom flygbranschen, våra medlemsförmåner och lediga tjänster på den skandinaviska marknaden.Sponsrat inlägg av Aviators.se Hosted on Acast. See acast.com/privacy for more information.
-
Vi gästas återigen av Marvin Asante, king of wisdom! Vi pratar om ett dystopiskt samhälle, men också om Juneteenth – dagen som firar avskaffandet av slaveriet i USA.
@checkpoint_podcast
Support till showen http://supporter.acast.com/checkpoint-med-anbara-brandon-och-nicole.
Hosted on Acast. See acast.com/privacy for more information.
-
Hur är det att vara svart och gå på Handels? Vi gästas av den otrolige Marvin Asante, självdefinierad wannabe renässansman, som berättar om sin uppväxt med extrem disciplin och ger sina two cents på koloniseringen av Afrika.
Support till showen http://supporter.acast.com/checkpoint-med-anbara-brandon-och-nicole.
Hosted on Acast. See acast.com/privacy for more information.
-
Narobika had a wonderful conversation with the leaders and members of the UK Oromo community and the Oromo intellectuals about the ongoing cultural and direct acts of violence in Oromia against the Oromo nation by the successive regimes of the Ethiopian Empire.
Oromos has long been a resistance to the oppressive and colonial regime imposed on them from the late 19th century to the present day. Some people are confused, including the Oromos, as Abiy Ahmed was born to the Oromo family, and he may represent the Oromos. The established truth is that Abiy does not relate to the Oromo on blood or by any ideology with the Oromo nation; instead, he positioned himself as anti-Oromo and Oromuma. For this reason, six months later, he declared an illegal command post in various Oromia zones in the region after grasping power.
Narobika's guests were engineer Negassa Sori Gerba, Aaddee Addisalem Dheressaa, a social worker and PhD student in economics, Edao Kallo. They shed light on the characters of the current political crises and ethnic polarisation in Ethiopia and the Horn of Africa. They discussed the crime committed by Abiy Ahmed's security forces, particularly in Oromia, and the political situation in the very fragile state of the Ethiopian Empire. They also discussed the influences of the diplomatic and Oromos movements in the diaspora. They explained the pressure Oromos and human rights activists worldwide could put on Abiy's regime through rallies.
We invite everyone to listen to our podcast, and you can also watch our Youtube channel.
Thank you for listing our programs, and don't hesitate to support our podcast to give us an opportunity to be the voices for voiceless.
https://www.youtube.com/watch?v=l4C0skf5bcoSupport the show
-
Katie Spotz is an endurance athlete, author, and philanthropist. She's the only American to have rowed solo from Africa to South America. Learn more about your ad choices. Visit podcastchoices.com/adchoices
- Показать больше
