All posts by Isadora Campos Torres

Transformative experiences on video

Get ready to dive into the firsthand experiences of the participants in the Trinational Summer School on transdisciplinary research and climate adaptation! This captivating video, curated by the organization of the summer school, brings together the voices of twenty master’s and doctoral students from diverse backgrounds and six different nationalities – including myself !

This Trinational Summer School was a collaborative effort between the University of Freiburg, Öko-Institut e.V./td-Academy, FERED (Fédération Recherche Environnement et Durabilité) of the University of Strasbourg, and Eucor – The European Campus. The support of the Franco-German University and the Ministry of Science, Research, and the Arts of Baden-Württemberg made this remarkable journey possible. The city of Emmendingen also played a crucial role by providing real-life climate adaptation challenges for the participants to address.

For an in-depth look at the student recommendations and their impact, you can find more information HERE .

Unpacking my Summer School experience: A Report

Hey there, it’s me again, and I’m excited to share the details of my enriching summer school experience.

In my first post, I introduced you to the summer school’s broad strokes, emphasizing the transformative impact it had on my research. The journey was a week-long exploration of transdisciplinary research for climate adaptation, set against the backdrop of the German-French-Swiss Upper Rhine region.

Today, I’m unveiling my report to you guys. This document provides an in-depth look at the experience, diving into the key takeaways from the lectures and dissects the real-world case studies we addressed during group work. My personal insights and growth throughout the program are woven into the narrative, giving you a glimpse of how this experience has enhanced my research approach.

Summer School Adventures: Exploring Transdisciplinary Research for Climate Adaptation

At the beginning of October, I had the privilege of participating in a truly enlightening event—the Trinational Summer School “Experimenting with Transdisciplinary Research – Using the example of Climate Adaptation of cities,” organized by Eucor – The European Campus. This fantastic educational program was specifically designed to empower 20 bright minds, including myself, with the tools and knowledge essential for engaging in transdisciplinary research. Our mission: to tackle the pressing issue of climate adaptation in cities. Here’s a glimpse of my unforgettable experience and the valuable insights I gained.

The Summer School Experience

For five amazing days, we embarked on a journey of discovery, exploring innovative formats and methods of transdisciplinary research. Our learning adventure was punctuated by engaging discussions, hands-on experiences, and a deep dive into the intricate world of sustainable development. The backdrop for our exploration was the German-French-Swiss Upper Rhine region, a place particularly vulnerable to the effects of climate change, such as heat stress and prolonged heatwaves.

One of the most rewarding aspects of this summer school was the opportunity to collaborate with a diverse group of fellow students. Our backgrounds were as varied as our perspectives, and we quickly bonded and became friends. This diverse yet cohesive group of individuals significantly contributed to the overall success of the summer school. Building this network of like-minded peers has been invaluable.

A pivotal feature of our summer school journey was the chance to put our knowledge to the test through group work. Guided by the municipality of Emmendingen, we were tasked with addressing real-world climate adaptation challenges. These challenges served as the foundation for our collaborative efforts within distinct working groups, each comprising five participants. The ultimate goal was to collectively design transdisciplinary processes to confront these pressing issues.

Expanding Horizons

My participation in this summer school has been a transformative experience with a profound impact on my ongoing thesis work. It aligned perfectly with the climate change adaptation aspect of my research. The program emphasized the critical importance of sustainable development, highlighting that the progress of our society relies not only on scientific solutions but also on the development of innovative technologies and an understanding of their societal implications.

The skills, methodologies, and perspectives I gained during this summer school have been invaluable. I now possess the ability to engage in transdisciplinary research, foster collaboration, and consider societal contexts. These newfound insights and tools have enriched my research, enabling me to explore innovative solutions in my field. The summer school has not only broadened my horizons but has also equipped me with a more holistic and impactful approach to my thesis work.

Stay tuned for the upcoming posts that delve deeper into my experiences: one featuring an official report I’ve prepared and the other showcasing an official video clip created by the organization, where I’ll speak about my transformative journey. This is just the beginning of an exciting adventure, and I’m thrilled to share it with you.

Unraveling the Tapestry of Environmental Milestones: A Historical Analysis

The full text, along with its bibliography, will be integrated into my thesis. This article, presented here in a simplified form without its references, will serve as a standalone reference for other researchers. Interestingly, during my research to reach this outcome, I encountered a scarcity of timeline-format texts to use as points of reference. Hence, this is my contribution to provide what I couldn't readily locate during my own research journey.

As a base for a historical analysis in my thesis, I’ve drawn a timeline of environmental events as a tapestry of pivotal moments and significant breakthroughs that have brought us to the pressing environmental challenges of today. It encompasses a wide spectrum of topics, from groundbreaking scientific discoveries like the unraveling of DNA’s structure by Watson and Crick in 1953 to key events in the environmental movement, exemplified by the first nationwide Earth Day celebration in 1970.

Throughout this timeline, we witness the unfolding of humanity’s relationship with the environment, with milestones ranging from the development of commercial nuclear electric power at Sellafield in the mid-20th century to the profound implications of Stanley Miller’s experiment, which shed light on the potential emergence of life beyond our planet. These events, among numerous others, have left an indelible mark on our understanding of the natural world and our influence upon it, offering valuable insights into how past actions have shaped our current reality and guiding us toward a more sustainable future.

Before the 19th Century:

Prior to the 19th century, human civilization had a more limited impact on the environment. Indigenous cultures often lived in harmony with nature, respecting the land and its resources. However, with the onset of the Industrial Revolution in the late 18th century, human activities began to alter the environment significantly. The clearing of forests, the growth of cities, and the rise of agriculture started to transform the landscape. While there was undoubtedly a long history of human influence on local ecosystems, it wasn’t until the 19th century that the environmental consequences of industrialization and population growth became more pronounced and prompted a shift in thinking about our relationship with the natural world.

  • 1661: John Evelyn’s “Fumifugium” addresses London’s air pollution, proposing public parks and flowers to combat the issue, though real progress occurred in the 19th century through clean air acts and cleaner technologies.
  • 1669: France enforces stricter forest codes to regulate wood production for the Navy, setting a precedent for environmental regulation and resource management worldwide.
  • 1700: The dodo bird becomes extinct, a stark reminder of the consequences of human activity, including hunting, habitat destruction, and invasive species, emphasizing the importance of conservation efforts.
  • 1758: Carl Linnaeus’s “Systema Naturae” introduces binomial nomenclature, revolutionizing the classification of living organisms, enhancing scientific communication, and contributing to the concept of the “tree of life.”
  • 1789: The storming of the Bastille initiates the French Revolution and the evolution of public health policies, based on the idea that health is a fundamental human right. These policies, including hospital construction and sanitation improvements, serve as a model for modern public health systems worldwide.

19th Century

The 19th century marked the beginnings of industrialization, and the impact on the environment became increasingly evident. The era saw the rapid expansion of coal and later oil use, which led to widespread air and water pollution. It was during this century that naturalist John Muir began his work to preserve the wilderness, ultimately helping establish the national parks system in the United States. In 1854, Henry David Thoreau’s book “Walden” was published, emphasizing the importance of living in harmony with nature and inspiring future generations of environmentalists. The century set the stage for growing concern about environmental degradation and resource conservation.

  • Maritime Exploration and Botanical Discoveries: Throughout the 19th century, maritime powers such as Britain, Spain, and Portugal conducted expeditions to explore the world and discover new natural resources, leading to the cataloging of thousands of plant species and the flourishing of the science of botany. Notable botanist Alexander von Humboldt’s work laid the foundation for modern ecology.
  • 1848: Dodo Bird Extinction Acknowledged: British scientists Hugh Strickland and A. G. Melville’s paper, “The Dodo and its Kindred,” marked the first recognition of human-caused species extinction, underscoring the impact of human activity on Earth’s ecosystems.
  • 1849: Cholera Outbreak in New York City: A cholera outbreak in New York City led to calls for urban reform and public health improvements, highlighting the need for better sanitation and hygiene practices.
  • 1856: Eunice Newton Foote’s Greenhouse Effect Research: Foote presented a paper at the AAAS conference, demonstrating the greenhouse effect of carbon dioxide and predicting the potential for a warmer Earth due to increased CO2 levels, making her an early contributor to climate change science.
  • 1859: Charles Darwin’s “On the Origin of Species”: Darwin’s groundbreaking work introduced the theory of natural selection, revolutionizing our understanding of evolution, though it remains a subject of political controversy in education.
  • 1861: Civil War Environmental Impact: The American Civil War caused environmental damage, including deforestation, farmland destruction, and pollution from munitions.
  • 1863: George Perkins Marsh’s “Man and Nature”: Marsh’s work emphasized forest preservation and soil and water conservation, contributing to the conservation movement and environmental science.
  • 1866: Ernst Haeckel Coining “Ecology”: Haeckel introduced the term “ecology” and defined it as the study of the relationship between organisms and their environment.
  • 1860s-1880s: Louis Pasteur’s Germ Theory of Disease: Pasteur’s groundbreaking research in the germ theory of disease revolutionized public health and disease control.
  • 1875: Proposal of the Term “Biosphere”: Austrian geologist Eduard Suess proposed the term “biosphere,” highlighting the interconnectedness of life, matter cycles, and energy flow in the Earth’s systems.
  • 1882: First Hydroelectric Power Station: The Cragside power station in England marked the world’s first hydroelectric power station, demonstrating the potential of hydropower as a renewable energy source.
  • 1892: Founding of the Sierra Club: The Sierra Club, founded by John Muir and others, became a prominent environmental organization dedicated to preserving wilderness areas and promoting responsible resource use.
  • 1896: Svante Arrhenius and the Greenhouse Effect: Swedish scientist Svante Arrhenius published a paper on the greenhouse effect, suggesting a link between atmospheric carbon dioxide levels and global climate change. His work laid the foundation for modern climate science and informed climate policy.

20th Century

The 20th century was a period of significant environmental milestones that laid the groundwork for modern nvironmental awareness and conservation efforts. It began with the establishment of the National Park Service in the United States in 1916, a crucial step in preserving natural spaces for future generations. The mid-20th century saw the publication of Rachel Carson’s “Silent Spring” in 1962, a groundbreaking work that exposed the dangers of pesticides and played a pivotal role in the environmental movement. The latter half of the century also witnessed the first Earth Day in 1970, uniting millions of people in a call for environmental protection and contributing to the creation of the Environmental Protection Agency (EPA) in the United States.

  • Early 20th Century Biology Landscape: At the turn of the 20th century, the field of biology saw a convergence of medical and natural history disciplines, leading to the development of specialized scientific fields such as cytology, bacteriology, morphology, embryology, geography, and geology.
  • 1900: Paris Universal Exposition: The event showcased cultural diversity and technological advancements, including Rudolph Diesel’s compression-ignition engine, which could run on vegetable oil, offering a potential alternative to petroleum-based fuels. The exposition also brought together leading scientists to explore new elements with unusual powers, such as radium.
  • 1912: Frank Shuman’s Solar Power Project: Frank Shuman’s solar irrigation pump in Egypt demonstrated the viability of solar energy in remote locations, laying the groundwork for further research in renewable energy.
  • 1914-1918: World War I Environmental Impact: World War I led to environmental devastation, including increased pollution, deforestation, chemical warfare, and the use of heavy machinery that damaged natural ecosystems.
  • 1918: Leon Trotsky’s Vision of Dominating Nature: Russian revolutionary Leon Trotsky’s vision of dominating nature through technology and planning exemplified a recurring theme in human history, which often led to the exploitation of natural resources and environmental problems.
  • 1920s: Vladimir Vernadsky and Human Ecology: Vladimir Vernadsky’s concept of the biosphere and the emergence of human ecology emphasized the interconnectedness of living systems and the role of humans in modifying the environment.
  • 1935: Arthur Tansley Coins “Ecosystem”: British ecologist Arthur Tansley introduced the term “ecosystem,” highlighting the interdependence of living and non-living components within ecological systems.
  • 1937: Hindenburg Disaster and Hydrogen Fuel: The Hindenburg disaster, a catastrophic event involving a hydrogen-filled airship, raised concerns about the safety of hydrogen as a fuel source, affecting hydrogen fuel advocates for decades.
  • 1937: Glen Thomas Trewartha and the “Greenhouse Effect”: Glen Thomas Trewartha coined the term “greenhouse effect,” clarifying the process by which certain gases trap heat in the atmosphere. This concept became central to climate science and discussions on global warming and climate change.
  • 1939-1945: World War II and Environmental Impact
    • Resource Consumption: World War II led to massive resource consumption as industrial processes were pushed to their limits to meet wartime demands, resulting in unprecedented environmental destruction.
    • Air Pollution: The widespread use of fossil fuels during the war for military vehicles, heating, and more caused significant air pollution, impacting the health of both civilians and soldiers.
    • Destruction of Natural Habitats: The war caused massive deforestation as trees were cut down for fuel and military infrastructure. Bombing and military activities also led to soil erosion and the loss of agricultural land.
    • Release of Toxins: The use of chemical weapons and industrial processes in war released toxic chemicals and pollutants into the environment, contaminating soil and water.
    • Impact on Oceans: Naval warfare led to the sinking of ships, which leaked oil and other pollutants into the ocean, and the use of sonar disrupted marine ecosystems, affecting fish populations.
  • 1945, July: Trinity Test and the First Atomic Weapon Explosion: The Trinity test in New Mexico marked the beginning of the nuclear age, with devastating environmental impacts, including the destruction of the surrounding landscape and the spread of radioactive contamination.
  • 1945, Aug 6 and 9: Atomic Bombs on Hiroshima and Nagasaki: The atomic bombings had profound environmental consequences, with long-lasting radioactive contamination and damage, highlighting the need for international arms supervision and collaboration.
  • 1948: International Union for the Conservation of Nature
    • Establishment of IUCN: The IUCN was established in Fontainebleau, France, as the world’s first global environmental union, fostering international cooperation and conservation efforts.
  • 1950: Discussions on Nuclear Power: Leading atomic scientists, including Albert Einstein, discussed the potential dangers and consequences of the nuclear age. Einstein warned about radioactive poisoning of the atmosphere, emphasizing the need for international cooperation and regulation.
  • 1952, Dec 4-8: London Killer Fog: A severe smog event in London resulted in thousands of deaths, exposing the harmful effects of air pollution, particularly particulate matter, on public health.
  • 1953: Biological Revolution
    • Discovery of DNA Structure: James Watson and Francis Crick proposed the double-helix structure of DNA, revolutionizing our understanding of genetics, heredity, and the functioning of living organisms.
    • Stanley Miller’s Experiment: Stanley Miller’s experiment demonstrated that amino acids, the building blocks of life, could arise from inert matter, furthering our understanding of the origins of life.
  • 1956: First Commercial Nuclear Power Plant – The Calder Hall Plant: The world’s first commercial nuclear power plant was launched in Sellafield, UK. It aimed to produce electricity and plutonium but experienced a fire early in its operation, leading to concerns about safety and radiation release.
  • 1970, Jan: Edward Cole and Pollution-Free Cars: GM’s president Edward Cole pledged to create “pollution-free” cars and urged the elimination of lead additives in gasoline, highlighting the importance of addressing environmental concerns in the automotive industry.
  • 1970, April: First Earth Day : The first nationwide Earth Day was organized, raising public awareness and creating a national political presence for environmental issues.
  • 1973-1974: Oil Crisis : The oil crisis of 1973-1974, resulting from the Arab oil embargo, led to increased inflation, unemployment, and energy policy considerations. It emphasized the need for greater energy security, energy efficiency, and international cooperation.
  • 1974: Gaia Hypothesis : Proposed by James Lovelock, the Gaia hypothesis suggested that Earth is a self-regulating system capable of maintaining a stable environment. This theory generated considerable debate and raised awareness of the interconnectedness of Earth’s systems.
  • 1985: Discovery of the Ozone Hole: British scientist Joe Farman discovered a significant decrease in ozone levels over Antarctica, known as the “ozone hole.” The discovery led to international efforts to address ozone-depleting substances and culminated in the Montreal Protocol.
  • 1986: Chernobyl Nuclear Disaster : Chernobyl Disaster: The Chernobyl nuclear disaster in Ukraine led to a full-scale meltdown and the release of radioactive contamination, resulting in long-lasting impacts on human health and the environment.
  • 1987: Brundtland Report : The World Commission on Environment and Development, led by the Brundtland Commission, released a report emphasizing sustainable development and the need for change in traditional approaches to environmental protection and development.
  • 1990: UN Report on Climate Change: A United Nations report warned of the potential consequences of global temperature rise, recommending worldwide reductions in CO2 emissions.
  • 1992: Earth Summit in Rio: The Earth Summit addressed global environmental and development issues, with key outcomes including agreements on biodiversity conservation, climate change, and forest preservation. It marked an important step in addressing global challenges.
  • 1997: Julia Butterfly Hill Protest: Environmental activist Julia Butterfly Hill’s two-year tree-sit protest against redwood logging in California drew attention to forest conservation and sustainable practices.
  • 1997: Kyoto Protocol: The Kyoto Protocol aimed to reduce greenhouse gas emissions but faced criticism for its limited goals. While many nations signed the treaty, the U.S. did not ratify it, emphasizing the need for stronger global climate action.

21st Century

The 21st century has witnessed a growing awareness of environmental challenges and the need for global action. The first two decades of this century saw significant milestones in climate change awareness and mitigation efforts. The adoption of the Paris Agreement in 2015 marked a critical moment when nearly 200 countries committed to limiting global warming to well below 2 degrees Celsius. The emergence of renewable energy technologies, such as solar and wind power, has gained momentum, helping reduce carbon emissions and decrease our dependence on fossil fuels. However, the century also brought with it severe climate events, like hurricanes, wildfires, and extreme weather, underlining the urgency of addressing environmental issues.

  1. 2015: The Paris Agreement (2015): The adoption of the Paris Agreement was a landmark moment in the global fight against climate change, with nearly 200 countries committing to limiting global warming to well below 2 degrees Celsius.
  2. Renewable Energy Boom: The 21st century has seen a rapid expansion of renewable energy sources like solar and wind power, playing a significant role in reducing greenhouse gas emissions.
  3. Extreme Weather Events: Increasing occurrences of extreme weather events, such as hurricanes, wildfires, and heatwaves, have highlighted the impact of climate change and the need for adaptation measures.
  4. Rise of Electric Vehicles: The widespread adoption of electric vehicles (EVs) has gained momentum, reducing emissions from the transportation sector and driving innovations in battery technology.
  5. Plastic Pollution Awareness: The 21st century has seen a surge in awareness about plastic pollution, leading to efforts to reduce single-use plastics and promote recycling.
  6. Advancements in Green Building: Sustainable architecture and green building practices have gained popularity, promoting energy-efficient and environmentally friendly construction methods.
  7. Ecosystem Conservation: Conservation efforts have focused on protecting biodiversity and restoring ecosystems, with initiatives like the Great Barrier Reef conservation and rewilding projects.
  8. Climate Activism: The rise of youth-led climate movements, such as Greta Thunberg’s Fridays for Future, has sparked global climate activism, calling for more urgent action on climate change.
  9. Clean Energy Policies: Many countries have implemented clean energy policies and set ambitious renewable energy targets, shifting away from coal and other fossil fuels.
  10. Ocean Conservation: Efforts to combat overfishing, protect marine ecosystems, and establish marine protected areas have been on the rise to preserve the world’s oceans.
  11. Urban Sustainability: Cities worldwide are adopting sustainable urban planning and transportation strategies to reduce pollution and enhance the quality of life for their residents.
  12. Carbon Pricing: The implementation of carbon pricing mechanisms, such as carbon taxes and cap-and-trade systems, has become a key tool for reducing greenhouse gas emissions.
  13. Space Exploration and Earth Monitoring: Advancements in space technology have allowed for more comprehensive Earth monitoring and climate observation.
  14. Environmental Justice: Environmental justice movements have gained momentum, focusing on addressing environmental inequalities and advocating for marginalized communities disproportionately affected by pollution and climate change.

Welcome !

In this blog, we embark on a journey of discovery, delving deep into the captivating world of natural history and zoology museums. This platform is more than just a blog; it’s also a personal space for me to connect with fellow Ph.D. candidates, share the intricacies of our academic experiences, and passionately delve into the world of my thesis, “Nature’s Timekeeper: Investigating the evolution and adjustment of spaces in natural history and zoology museums to reflect social and cultural shifts driven by environmental themes.”

My thesis is a blend of history, architecture, and the intricate interplay between environmental and sociological factors. It’s a journey through time and space, exploring how museums have transformed over the years to mirror our evolving understanding of the environment. “Nature’s Timekeeper” is not just a research project; it’s a testament to my unwavering passion for these subjects.

As you follow along, you’ll be privy to the latest advancements and insights from my thesis and also some past stuff (because I’m a 5th year phD candidate, so I should also share some retroactive stuff. We’ll explore the methodologies and approaches that underpin my research, unveiling the ‘how’ behind my discoveries. You’ll also get a front-row seat to events and conferences that I’m privileged to attend, offering you a glimpse into the broader academic landscape.

Beyond that, a selection of articles, books, and resources that align with our shared interests will also be curated and posted here. This blog is not just about the research; it’s a glimpse into the life of a Ph.D. student. I’ll candidly share the day-to-day challenges and triumphs, offering insights into time management, overcoming writer’s block, and managing the demands of academia.

I invite you, fellow Ph.D. candidates, researchers, and anyone with a passion for history, architecture, and the environment, to join the conversation. Share your insights, experiences, and questions as we navigate this multidisciplinary world together.

I’m thrilled to have you on board for this expedition into the intriguing world of natural history and zoology museums, the evolution of their narratives, and their profound connections to our environmental consciousness. Thank you, my future readers, for being part of this endeavor.

Let the journey begin!