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climate change

The Maldives: An Intersection of Climate Crisis and International Politics

Turquoise water gently moves over soft, white sands. Palm trees dot the landscape. Boardwalks lead to over-water huts, showcasing its appeal as a favorite destination for tourists. Behind these picturesque beaches lies more than just natural beauty. The Maldives has emerged as a crucial battleground in the escalating struggle for influence between the U.S. and China, a conflict intensified by the rapid reshaping of the islands due to climate change.

Reflecting on this, Dr. Mohamed Muizzu, President of the Republic of the Maldives, stated at COP28, “In our island nations, every coral, every grain of sand, every fish, and every palm tree, carry value. Their loss is a loss to our economy. For our country.” This sentiment highlights the profound impact of climate change on the Maldives, where rising sea levels threaten not just its environment but its very essence.

By 2050, rising sea levels may render most of the nation uninhabitable. This environmental urgency intertwines with an expanding geopolitical struggle. For the U.S., national security interests extend beyond environmental concerns in the Maldives, largely due to its strategic position on key maritime routes. This is due to the nation’s strategic location along vital maritime routes. In this delicate balance of environmental and geopolitical interests, the U.S. has the opportunity to leverage climate change mitigation as a powerful diplomatic tool in the Maldives, creating a stark contrast with China’s approach. 

The U.S. can make a significant impact in the Maldives through targeted climate diplomacy, emphasizing local development and ecosystem preservation. Key initiatives could include blending traditional knowledge with modern science to support ecosystems and renewable energy, as well as responsibly scaling up sand dredging for island elevation, mindful of the ecological balance. Investing in research to minimize environmental impacts during island reclamation is also vital.

This innovative approach, focused on long-term climate adaptation, contrasts heavily with China’s infrastructure-centric strategy. Chinese infrastructure projects in the Maldives, a highlight of the Belt and Road Initiative, have prioritized fast construction. However, this rapid pace often overlooks the environmental cost, especially the carbon emissions that contribute to global warming, a critical concern for a nation like the Maldives. While boosting infrastructure, this strategy creates significant risks to the Maldivian people. The increased carbon footprint and potential ecological disruption from these projects don’t align with the Maldives’ urgent need for sustainable development. As a nation with one of the lowest elevations, the Maldives faces existential threats from climate change, and the environmental impact of large-scale infrastructure projects cannot be overlooked. 

The U.S., pivoting towards sustainability and adaptability in climate change measures, faces a complex landscape. China’s assertive presence in the region necessitates thoughtful implementation of the US’ climate-focused strategy. The recent appointment of a China-friendly President in the Maldives adds another layer of complexity. In this context, adopting a grassroots approach to climate change mitigation could prove effective. Aligning closely with the concerns of the Maldivian population, who are very conscious of their environmental vulnerabilities, underscores the importance of climate resilience at the local level.

When navigating these challenges, the U.S. stands at the forefront of defining how global powers can meaningfully engage in climate diplomacy in a rapidly changing world. By leveraging climate change mitigation as a strategic tool in the Maldives, the U.S. not only counters China’s dominance but also supports a sustainable path that resonates globally. This action goes beyond being a policy choice, it’s an ethical necessity in a world facing unprecedented climate challenges. As the Maldives struggles with the threats of climate change, the actions of the U.S. could set a standard for environmental protection and diplomatic innovation in the 21st century. 

Written by: Elizabeth Feller, a candidate in Northeastern University’s M.S. in Global Studies and International Relations.

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Brazil Succumbs to the Aggressions of Climate Change & Weakened Environmental Protections

Fires consuming environmentally protected land in the state of Sao Paulo, Brazil on Aug. 24, 2021.

Photo from Bloomberg/Jonne Roriz (photographer)

How this complex biodiverse country in South America is handling climate change’s effects on its human population and wildlife.

From the equator and down south to the tropic of Capricorn, Brazil is notable for its diverse and natural physical geography that it offers to the world from its dense wildlife population in the Amazon rainforest, outstretched wetlands of Pantanal, low pampas grasslands of Rio Grande do Sul, long coastal plains and more. 

Within its various terrains, Brazil inhabits approximately 215.3 million people according to the World Bank and at least 103,870 animal species and 43,020 plant species as cataloged in the Convention on Biological Diversity

These numbers are pivotal when taking into account the aggressions of climate change in cultural, economic, and political relations.

How climate change affects the Brazilian workers and its economy

In order for Brazil to reduce its societal vulnerability in a time of extreme climate change, it is imperative to gain a baseline understanding of how ecosystem-based alternatives and adaptations play a key role for its agricultural and aquacultural sectors and the Brazilian people that see it through.

Brazil currently supplies 34% of the world’s soybeans, with agriculture driving 4.3% in its annual GDP, in the state of Mato Grosso which comprises both grass and woodlands. Additionally, both soy and corn are products that generate up to 88% of the country’s grain population, much of which is dependent on natural rainfall and steady temperatures. So much so, that these precipitation-based crops can offset agricultural calendars forcing farmers to adapt and regulate and implement crop rotations in addition to relying on government subsidies and action.

According to the International Journal of Environmental Science and Technology, rising temperatures with unpredictable rainfall that perpetuate soil degradation can only encourage farmers and the Brazilian government to the current literature on collected data, educating communities, and expose them to future studies in better understanding the varying trends of climate change.

In a discussion hosted by Soberania & Clima, an organization that promotes the interdependence of security and environment in Brazil and globally, the loss of aquatic ecosystems are also vulnerable as Brazil’s surface sea temperatures increase as the ocean’s levels of acidity are sensitive to loss of marine and coastal ecosystems perpetuated by climate change. 

Brazil’s fish and aquaculture is a billion dollar industry that generates both job opportunities for roughly 3.5 million people that are directly and indirectly involved according to the Food and Agriculture Organization of the United Nations. This also prompts climate change’s effects on high carbon pathway levels (energy derived from coal, fossil, oil or natural gas) that can affect the fishing industry in the country’s distribution to the people and global consumer markets with trade flows and pricing.

How climate change affects the Brazilian people and politics, along with its relation to neighboring countries

At this moment, more than 29.4% of Brazil’s population lives in poverty due to the complex nature of its politics ranging from lack of government intervention like inadequate social assistance to unequal land distribution. But those considered the urban poor or living in unsuitable and informal settlements, are most vulnerable to climate change. 

Food security is susceptible to falling short for the Brazilian people. Crop yields may decrease if the vulnerability of the country’s unique biomes aren’t met without the government spearheading the lead with its farming sectors.

Prolonged drought and dry conditions adds onto the struggles of poverty, notably in the central and southern regions of Brazil. With the rising trends of water scarcity and above-average temperatures, it can offset an increase in fire activity in susceptible regions such as Pantanal wetlands and the Amazon rainforest. This limits the access to securing basic needs such as food and water and sanitation. The deficit extends itself to neighbors such as northern Argentina, Uruguay, and southern Patagonia.

Traditionally, agricultural farmers cut down and set fire to areas of the forest as a practice to make room for cattle and encourage new room for crop growth. Historically, rainforests remain moist throughout the year to resist fires. However, the topography of the Andes high mountains and natural glaciers are affected by Amazonian fires and its carbon emissions.

Due to Brazil’s weakened environmental protections to promote more deforestation to encourage industrialization, overcrowding populations, coupled with drier vegetation, aggressive fires that are unable to be contained offset glacial retreat from the Andes due to the warming. This then affects the Amazon River where its water is derived from the Peruvian Andes and results in large floods, inflicting irreversible damage to native cassava and rubber trees.

Coastally, with rising sea levels affecting urban infrastructure and shorelines, it is predicted that the current 60% of Brazil’s population that lives in those target areas are at risk of experiencing severe flooding by 2050. This may displace habitants living in those areas or decrease habitable space with the intensity of floods.

Moving forward

For Brazil to sustain its prominence in the Organisation for Economic Co-operation and Development (OECD), it is essential for its government to acknowledge the serious repercussions in the hand that climate change plays.  

It is pivotal for the Brazilian government and its economy to not only safeguard its food and agricultural systems, but also account for low-carbon pathways during climate change to ensure protective and preventive measures for the Brazilian people and its surrounding environment and economy.

Written by Anna Tran, WACOC Community Intern

References:

https://link.springer.com/article/10.1007/s10584-021-03223-9
https://joint-research-centre.ec.europa.eu/jrc-news-and-updates/drought-conditions-threaten-economy-and-ecosystems-south-america-2023-05-22_en#:~:text=Precipitation%20deficits%2C%20above%2Daverage%20temperatures,and%20southern%20Brazil%20the%20hardest.
https://www.mdpi.com/2073-4433/13/12/2018
https://link.springer.com/article/10.1007/s10113-015-0854-6
https://unesdoc.unesco.org/ark:/48223/pf0000265810
https://link.springer.com/article/10.1007/s13762-022-04730-7

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The Earth Breaks its Record for the Highest Average Temperature – Four Days in a Row

Amid Fourth of July celebrations and beach days all across the nation, the planet reached the hottest it has ever been, on average, for four consecutive days. July 6 was the warmest day on record, as the global average temperature reached 17.23°C, or 63.02°F, which was 1.02°C, or 1.8°F above the average for that day. Overall, the days from July 3-6 have now claimed the title of being the four hottest days on record, as each day became a fraction of a degree warmer than the previous.

In fact, looking at the summer season thus far, we’ve experienced the hottest June since pre-industrial times, as this June was 2.5°F warmer than the average global temperature of June in the late 1700s/early 1800s. This could explain why the wildfires in Canada, which drifted over into neighboring New York and the rest of the U.S. East Coast last month, burned at least 19,027,114 acres, marking the worst Canadian wildfire season on record. From Texas to Florida, temperatures are easily reaching over 110°F.

Outside of North America, June temperatures hit record highs in the Chinese capital of Beijing, as many other Chinese cities are currently experiencing heat over 100°F. Similarly, Spain, Iran, Vietnam, and India all reported extreme heat within the past month, with India even recording peaks in deaths due to such high temperatures.

With such events becoming more common due to global warming and climate change, it makes it much more difficult for all of us to stay within the goal of not exceeding 1.5°C, as brought forth in the Paris Climate Agreement. It is crucial to understand that though the global average temperature broke records last week, such records will continue to be broken again and again in the near future as unrestricted climate change and global warming worsens.

Further Reading:
June Has Hottest Start on Record | National News | U.S. News (usnews.com)
World hits record land, sea temperatures as climate change fuels 2023 extremes | Reuters
This week has had several days of the hottest temperatures on record : NPR
Earth saw hottest day yet, the fourth straight global record (axios.com)
Canadian wildfire smoke reaches Europe as Canada reports its worst fire season | CNN

Written by Special Projects Intern, Noor Razmdideh

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