NUNZIUM

News That Matters

06/08/2023 ---- 18/08/2023

Nestled within Indonesia's boundaries is Wallacea, a unique region of approximately 338,000 square kilometers named after British naturalist Alfred Russel Wallace. Home to the world's most diverse and distinctive species like the Komodo dragon and the purple-bearded bee-eater, this region is a living testament to Earth's evolutionary history. However, as we approach Wallace's 200th birth anniversary in 2023, Wallacea's rich biodiversity faces significant threats from human activities.

Over the past forty years, Wallacea's lush ecosystems, from its verdant forests to its vibrant reefs, have been under increasing pressure from mining, agriculture, and infrastructure development. Between 2000 and 2017, Sulawesi, one of the region's primary islands, lost approximately 10.89% of its forests, equivalent to an alarming 2.07 million hectares. West Sulawesi and Southeast Sulawesi were the most affected, with forest cover losses of 13.41% and 13.37% respectively.

This deforestation is largely attributed to companies clearing land for palm oil, cocoa, and chocolate plantations, particularly over the last decade. Furthermore, the region's soil houses the world's largest nickel reserve, a crucial element in electric vehicle batteries, exacerbating the deforestation issue due to mining activities.

However, the damage extends beyond terrestrial ecosystems. Wallacea's reefs, globally renowned for their diversity and beauty, have experienced severe damage from overfishing and destructive practices. These reefs not only attract tourists but also play a crucial role in the local economy, making their degradation a significant concern for local communities.

The region's avian and primate populations are also in decline due to deforestation, with bird species diversity dwindling and monkey and tarsier populations nearing extinction. Despite the grim scenario, hope persists.

In mid-August 2023, the Wallacea Science Symposium is set to occur in Makassar, South Sulawesi Province. This event aims to spotlight the region's distinctiveness and foster strategic planning for sustainable development. It calls upon various stakeholders, including the Indonesian government, scientists, mining and plantation companies, tourism industries, and local communities, to collaborate for Wallacea's future.

However, the responsibility extends beyond these stakeholders. Everyone can contribute to conservation efforts - from donating to organizations working to protect the region, reducing our carbon footprints through renewable energy and reduced fossil fuel use, to supporting sustainable tourism.

As we approach the bicentennial of Alfred Russel Wallace, the naturalist who illuminated Wallacea's unique biodiversity to the world, it's crucial to remember that our efforts are not only about preserving the past. They are centered on ensuring a future where Wallacea's unique species continue to thrive, and a rich, diverse, and vibrant Wallacea can be passed on to future generations.

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A significant leap forward in xenotransplantation has been made by surgeons at the New York University Langone Transplant Institute in the United States. For the first time ever, a pig kidney has been successfully transplanted into a human body and functioned normally for over a month. This medical milestone represents the longest a pig kidney has ever functioned in a human body.

The unique opportunity for this revolutionary procedure was presented when the family of Maurice "Mo" Miller, a 57-year-old man who passed away suddenly, generously donated his body for scientific use. The pig kidney used in the transplant was genetically modified to eliminate a gene that produces biomolecules usually attacked and rejected by the human immune system. This innovative approach has addressed the long-standing issue of immune system rejection in xenotransplantation, the process of transplanting organs from animals to humans.

This medical breakthrough brings hope to the over 103,000 people in the US currently awaiting organ transplants, of which 88,000 are in need of kidneys. Thousands lose their lives each year while on the waiting list, and the successful use of genetically modified pig organs could significantly decrease this number. The potential of xenotransplantation is such that the US Food and Drug Administration (FDA) is considering permitting small, selective studies of pig heart and kidney transplants in volunteer patients.

This achievement follows a similar success by the University of Alabama at Birmingham, which reported a successful transplantation of a pair of pig kidneys into a donated body, functioning without issue for seven days. However, challenges and uncertainties remain in the field of xenotransplantation. Last year, a gene-edited pig heart transplant performed by surgeons at the University of Maryland resulted in the recipient surviving only two months before the organ failed. The reactions of a live patient to a pig organ and the longevity of such experiments remain unclear and reliant on the stability of the donated body.

The successful operation involved doctors Adam Griesemer and Jeffrey Stern traveling hundreds of miles to retrieve kidneys from genetically modified pigs housed by Revivicor Inc., a Virginia-based company. The pig's thymus was attached to the transplanted kidney to increase human tolerance of the organ, and the team used standard immune-suppressing drugs employed in current transplant procedures.

In conclusion, xenotransplantation stands on the threshold of a new era. The successful transplantation of a pig kidney into a human body, functioning for over a month, is a beacon of hope for those awaiting organ transplants. As the potential to save lives using animal organs becomes more tangible, a new wave of optimism washes over the medical community and beyond.

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In a significant scientific development, a team of researchers at Beijing Anzhen Hospital in China, led by Doctors Kun Hua and Xiubin Yang, has discovered the presence of microplastics in the human heart. This finding, published by the American Chemical Society, has sparked deep concerns about the implications of microplastics on both human health and the environment.

Microplastics, particles smaller than 5 millimeters, are pervasive in everyday items such as food packaging, clothing, and paints. They can infiltrate the human body through various openings, including the mouth and nose, and can make their way to different body parts, including the heart, as the recent study has demonstrated.

The research team examined heart tissue from 15 patients who had undergone cardiovascular surgery. The results were alarming: they found numerous microplastic pieces in most tissue samples and discovered plastic in all blood samples. Nine different types of plastic were identified within the heart tissue, including poly(methyl methacrylate), a shatter-resistant glass alternative, polyethylene terephthalate, commonly found in clothing and food containers, and polyvinyl chloride (PVC), used in items such as window frames, drainage pipes, and paint.

One intriguing aspect of the study suggested that some microplastics might have been unintentionally introduced during the surgeries. This observation highlights the need for stringent measures to prevent microplastic contamination, particularly in medical settings.

The implications of this study are extensive. Previous research has suggested that humans ingest roughly 5 grams of small plastic particles weekly, equivalent to the weight of a credit card. These particles, originating from packaging waste, infiltrate our food chain and enter our bodies via sea salt, seafood, and drinking water. Over time, the accumulation of these particles could lead to severe health issues.

Changes in the gastrointestinal tract caused by microplastics have been associated with metabolic diseases such as obesity, diabetes, and chronic liver disease. Although the long-term effects of microplastics on the heart are not yet fully understood, their presence in cardiac tissues is alarming. This emphasizes the urgent need for further research to understand how microplastics infiltrate cardiac tissues and their potential long-term effects post-cardiac surgery.

In summary, the detection of microplastics in the human heart serves as a crucial wake-up call. It underscores our interconnectedness with the environment and the impact of our consumption habits on our health. As we continue to face the repercussions of plastic pollution, this discovery emphasizes the urgency of finding sustainable plastic alternatives and implementing effective waste management strategies. The health of our planet and our hearts may very well depend on it.

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In an unprecedented move to address climate change, the U.S. Department of Energy has announced a historic $1.2 billion investment in Direct Air Capture (DAC) technology. This landmark investment, the largest of its kind, will fund two major DAC facilities in Texas and Louisiana.

DAC, also known as Carbon Dioxide Removal (CDR), is a cutting-edge technology that utilizes chemical reactions to remove carbon dioxide from the atmosphere. The two facilities, capable of eliminating up to one million tons of carbon dioxide annually, will significantly outpace the carbon capture capabilities of existing sites, removing 250 times more CO2.

The United Nations International Panel on Climate Change (IPCC) has highlighted the crucial role of DAC technology in mitigating global warming, as it not only prevents new emissions but also removes existing CO2 from the atmosphere. The captured carbon dioxide can then be stored underground or repurposed for industrial uses such as concrete or aviation fuel.

The South Texas Direct Air Capture hub and Project Cypress in Louisiana are the two projects earmarked for this investment. A consortium of American and international companies will lead these projects, with the Louisiana project run by U.S. non-profit Battelle in partnership with Heirloom Carbon Technology and Swiss firm Climeworks. The Texas project will be led by American company Occidental, alongside partners including Carbon Engineering.

Project leaders are optimistic about the potential of DAC technology. Jan Wurzbacher, Climeworks director and founder, and Heirloom CEO Shashank Samala anticipate the first capture to take place in 2025 or 2026, with the potential of achieving a billion tons a year of CO2 capture through continued growth.

This initiative is funded by President Joe Biden's major infrastructure bill passed in 2021, marking the administration's maiden significant investment in the U.S. carbon removal industry. The projects are expected to generate 4,800 jobs, though no official start date has been disclosed.

While DAC technology is not without its critics, with some experts voicing concerns about its high electricity requirements and potential delay to the shift to clean energies, the U.S. government's investment signifies a major stride in the battle against climate change. As emphasized by Energy Secretary Jennifer Granholm, these projects will integrate capture, processing, and deep underground storage, providing a comprehensive solution to carbon removal.

In conclusion, the U.S. is taking a groundbreaking step in the fight against global warming with a $1.2 billion investment in DAC technology. Despite being in its nascent stages, the technology's potential for massive carbon dioxide removal positions it as a promising tool in climate change mitigation. With the world's largest investment in engineered carbon removal now in motion, the U.S. is at the forefront of this innovative approach to climate change mitigation.

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United Nations Secretary-General Antonio Guterres cautions that we are entering a period of "global boiling" as climate change propels temperatures to record-breaking highs. According to data from the Copernicus Climate Change Service, July 2023 is anticipated to be the hottest month ever recorded, surpassing the previous record set in July 2019.

Heatwaves are sweeping across the northern hemisphere, triggering wildfires from Greece to Algeria and even parts of the Americas. These extreme weather events have led to water shortages, increased heat-related illnesses and hospitalizations, and tragically, loss of life. For instance, wildfires in Sicily and Algeria have claimed lives, while Greece's largest evacuation ever took place on the island of Rhodes, with over 20,000 people forced to leave their homes and hotels.

Secretary-General Guterres and US President Joe Biden are calling for immediate action against the fossil fuel sector. They urge developed countries to achieve carbon neutrality by 2040 and emerging economies by 2050. Biden labels the escalating temperatures an "existential threat" and plans to strengthen heat-related safety rules for workers.

Santiago, the capital of Chile, experienced an unusual winter heatwave on August 2, 2023, with temperatures reaching a staggering 37 degrees Celsius (99 degrees Fahrenheit). Climatologists Martin Jacques and Raul Cordero suggest that such extreme conditions could become the norm in the future, primarily due to atmospheric circulation, El Nino, and global warming.

The climate crisis is also causing unprecedented natural disasters. In July 2023, an unexpected glacial lake outburst flood from the Suicide Basin on the Mendenhall Glacier resulted in severe flooding in Juneau, Alaska. The flood decimated river embankments, hillsides, homes, and 100-foot trees, leading to an emergency declaration by city officials. The Mendenhall Glacier, a popular tourist attraction in Juneau, is rapidly receding due to climate change, raising concerns for the city's tourism industry.

Similarly, the Aletsch glacier in Switzerland’s Bernese Alps, the largest and longest glacier in the Alps, is shrinking at a worrying rate. It has lost almost two miles of its length since the late 19th century and is projected to shrink by eight more miles by 2100, reducing it to a tenth of its current mass.

The climate crisis is not a distant threat but a present reality with severe and escalating impacts. As global temperatures continue to rise, the need for radical action against climate change becomes increasingly urgent. The future of our planet and the survival of future generations hinge on the decisions we make today. It is imperative that we act now to mitigate the effects of this global crisis.

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The political landscape of West Africa is currently fraught with tension and uncertainty, particularly in Niger, where a military coup d'état has significantly impacted regional dynamics. This crisis involves key players from neighboring countries and international organizations, each with their stakes in the unfolding events.

Two weeks ago, a sudden coup in Niger saw mutinous soldiers detain President Mohamed Bazoum and install Gen. Abdourahmane Tchiani, former head of the presidential guard, as head of state. In a show of unity, delegations from the ruling juntas of Mali and Burkina Faso arrived in Niamey, the capital of Niger, signaling to the international community that foreign intervention would be considered an act of war.

The Economic Community of West African States (ECOWAS), a bloc of 15 countries, has been closely observing the situation. They set a deadline for the military to return Bazoum to power, which was met with defiance by Niger's junta. The junta refused to receive a delegation from ECOWAS, the African Union, and the United Nations, and instead appointed former finance minister, Ali Mahaman Lamine Zeine, as the new prime minister.

The junta's actions have prompted speculation about potential military action by ECOWAS. In response, the junta may have sought assistance from the Russian mercenary group, Wagner, which has been accused of human rights abuses in several African countries. Reports suggest that 1,500 Wagner fighters may have been dispatched to Africa, raising concerns within the international community about the group exploiting Niger's instability.

The situation in Niger is further muddled by the presence of US and French military bases, aimed at combating jihadist groups in the region. This foreign presence has sparked anti-France and pro-Russian sentiments in Niger, mirroring those in Mali and Burkina Faso. Amidst this, Niger's junta has sought defense support from Mali and Burkina Faso, both currently suspended from ECOWAS due to their own military takeovers.

The crisis has had a profound impact on the people of Niger, with protests erupting both in support of and against the coup. Economic sanctions imposed by ECOWAS have led to increased prices of goods and limited access to cash, exacerbating the difficulties faced by the Nigerien people.

The role of ECOWAS, chaired by Nigeria, is pivotal in this crisis. The regional bloc has shown a willingness to intervene in cases where leaders refuse to relinquish power or when political crises escalate. However, any decision to intervene militarily will need to consider the potential consequences, including the risk of further destabilizing a region already plagued by insurgency from terror groups.

The junta's next move, ECOWAS's potential intervention, and the reactions of Mali and Burkina Faso's juntas will shape the region's future. Amidst these power plays, the fate of the ordinary Nigerien citizen remains uncertain.

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On the 78th anniversary of the world's first atomic bomb attack, the city of Hiroshima, Japan, paused in solemn remembrance. At precisely 8:15 a.m., a silence fell over the city, marking the moment in 1945 when the American bomber, the Enola Gay, unleashed the devastating "Little Boy" atomic bomb. This catastrophic event resulted in approximately 140,000 deaths by the end of that year and forever altered the course of history.

During the memorial ceremony, Hiroshima Mayor Kazumi Matsui delivered a powerful message, criticizing the G7 leaders' nuclear deterrence policy as "folly" and advocating for the abolition of nuclear weapons. The ceremony, attended by Prime Minister Fumio Kishida and around 50,000 others, including bombing survivors, served as a stark reminder of the devastating potential of nuclear warfare.

The timing of the memorial was significant, coinciding with escalating nuclear threats, particularly due to Russia's invasion of Ukraine. This global context cast a long, ominous shadow over the proceedings. Furthermore, the G7 summit was held earlier this year in Hiroshima, Prime Minister Kishida's home constituency, adding another layer of relevance to the event.

Japan's position on nuclear disarmament is complex. While it supports the G7's stance that members with atomic weapons should retain them as a deterrent against other nuclear powers, the nation also bears the scars of nuclear devastation. The memories of Hiroshima and Nagasaki, where a second bomb was dropped three days later, resulting in an estimated 70,000 deaths over the following four months, are still fresh in Japan's collective memory.

The use of atomic bombs to hasten the end of World War II remains a contentious issue among historians. Regardless, the human cost of the bombings is undeniable. Japan announced its surrender on August 15, a few days after the bombings, and formally capitulated on September 2, marking the end of World War II in Asia.

Despite these historical complexities, Matsui's message was clear and unequivocal: the abolition of nuclear weapons is essential for a safer world. He urged global policymakers to abandon the theory of nuclear deterrence, stating that nuclear threats voiced by some reveal the folly of this theory. He called for immediate, concrete steps towards a nuclear-free world.

Prime Minister Kishida echoed Matsui's sentiments, highlighting Japan’s continued efforts towards a nuclear-free world. However, he also acknowledged the increasing difficulty of achieving nuclear disarmament due to international divisions and Russia's nuclear threat.

The memorial served as a potent reminder of the horrors of nuclear warfare and the urgent need for disarmament. As tensions rise in global hotspots, the memory of Hiroshima and Nagasaki serves as a stark warning against the use of nuclear weapons.

As the world faces escalating nuclear threats, Hiroshima's message is clear: the path to peace lies in nuclear disarmament. The goal of a nuclear-free world is not just a distant dream, but a necessity for our collective future. As we remember the victims of Hiroshima and Nagasaki, let's also remember the urgent need for disarmament and peace.

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