Community Knowledge & Sustainability in the Salton Sea

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I was lucky to spend my spring break driving with friends through the desert in and around Joshua Tree National Park, and of all the varied landscapes we saw, none was as unexpected as the Salton Sea. The Sea, a 350 square mile lake once fed by agricultural runoff that grows increasingly toxic and salty as it dries up, is certainly a dramatic sight in the middle of miles of sand dunes. But I was actually struck most by the communities along its shores. 

It was surreal to see miles of homes right up against a body of water that is often painted in the media as a toxic wasteland. I have read so many stories about the Sea – about the pesticides and fertilizers that have collect in it; its toxic dust clouds, kicked up as the waters retreats and expose a sea bed laced with arsenic, lead and carcinogens; the massive fish die-offs of the 80s; and even how the Sea has become a pilgrimage site for hipsters seeking an Instagram-worthy, end-times photo shoot

Most of these stories gloss over the 35,000 people who live in shoreline communities, and the 650,000 people who live close enough to be exposed to the toxic air. They may not specify that many of these residents are farm workers, and that most identify as Latino or are members of one of several Indigenous tribes who have managed the land for millennia. They don’t mention that the toxic dust clouds settle on people’s cars and children’s bicycles, or that you can drive nearly an hour down the main road on the west shore without seeing a single bus stop, sidewalk, or grocery store. A quick Google image search of “Salton Sea” returns hundreds of photos of ecological devastation – rotting fish carcasses, algal blooms, and cracked sea beds – but few of the people who call it home. 

Similarly, these news stories can also obscure the policy choices that contributed to lake’s current conditions. They may correctly point out that climate change is accelerating the shrinking of the lake, but are less likely to mention that the shrinkage was driven primarily by a water management plan that transferred water from Imperial Valley farmers to San Diego and other cities. In the name of sustainability, farmers conserved water and used more efficient irrigation techniques, which in turn reduced inflows to the Sea by 500,000 acre-feet a year.

When the media does mention residents in the area, it can paint them as passive victims, often emphasizing that they experience the highest asthma and poverty rates in the state. But in reality, these residents are mobilizing to counter top-down visions of sustainability with one that centers their own experiences and needs.

One of these efforts is called the Salton Sea Community Science Program, in which residents collect and analyze samples from the sea and their own communities. Through this project residents have been able to back up their lived experiences and speculations around declining air and water quality with scientific data they can use for advocacy. As a partnership between universities and a local EJ group called Alianza Coachella Valley, the project also holds workshops and community meetings to ensure its data is informed by and accessible to all residents.

Members of the Salton Sea Community Science Project (Mette Lampcov/High Country News)

They have also found a toe hold in the Salton Sea Management Program (SSMP) administered by California’s Natural Resource Agency, Department of Water Resources, and Fish and Wildlife Department. In 2018, the SSMP released a 10-year ecosystem management program that was relatively top-down and ecosystem-focused. After years of residents demanding that the plan also include ‘multi-benefit infrastructure projects’ to improve public, environmental, and economic health of tribes and local communities, the SSMP conducted a Community Needs Assessment in early 2024. In the Assessment, residents advocated for a range of benefits beyond ecological restoration, including access to outdoor recreation, inclusive workforce development, expanded transportation access, climate resilience projects, and broadband access. The SSMP has declared many of these ideas as “beyond its scope” but is at least surfacing them to relevant decision makers. 

Residents also used the Needs Assessment to lobby for greater agency and power-sharing in the SSMP and other decision-making processes. They asked for: (1) greater training and funding to participate in planning processes, (2) make community needs more central within the SSMP, (3) training and resources for agency staff to more effectively engage residents, especially those communities who are not proficient in Spanish or English.

A geothermal plant near the southern end of the Salton Sea (Carolyn Cole / Los Angeles Times)

I will be curious to see whether and to what extent these communities are able to secure meaningful benefits and protections in upcoming lithium mining projects in the area. The Salton Sea holds one of the world’s largest lithium reserves – enough to meet at least a quarter of global demand. Both the federal government and State of California have heralded these reserves as key to the US hitting its electrification and climate goals. The first big project to receive approval, Hell’s Kitchen, has also been celebrated as a “sustainable” or “green” form of lithium mining because it uses a process with a smaller footprint and will be combined with a geothermal energy plant. But these top-down conceptions of sustainability are at odds with residents’ concerns – namely, how toxic waste from the project will be safely disposed of, and whether the mining process, which is very water intensive, will further exacerbate the toxicity of the lake. Earlier in March, a community-based group filed a CEQA lawsuit alleging that the Hell’s Kitchen EIR failed to fully consider these and other potential environmental impacts, and that the county failed to adequately consult tribes. Time will tell whether project developers and local agencies will reorient around a vision of sustainability grounded in residents’ needs, knowledge, and power.

“Restore Truth, Environment & Democracy”

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While I sit on my patio in sunny Berkeley writing this, it’s below freezing in the mountains of Ladakh, where people lay beneath the open sky – hungry, hopeful, and in solidarity with the glaciers. 

Glacial Lake: Pangong Tso, Ladakh
(Source: Photographer Hans-Jurgen Mager, Unsplash)
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Sonam Wangchuk, an innovator, climate activist and education reformist, is observing his 13th day of the #ClimateFast2, along with 250 others. Wangchuk has declared a ‘fast unto death’ in 21-day phases, but the government does not seem phased and the media not as engaged in covering this story, considering India’s dwindling democratic freedoms.3


Source: Sonam Wangchuk’s Instagram Profile

This climate movement draws attention to Ladakh’s ecological crisis, marginalization of local indigenous peoples, and the relational geographies of the climate crisis – with those contributing the least, being affected first and worst. 

Most importantly, this is a movement calling for the restoration of truth, environment, and democracy in India.

So, what are the asks from this Gandhian inspired passive resistance?

Ladakh, a Union Territory, requests to be considered under the Sixth Schedule of India’s Constitution5, reflecting people’s concern with regards to their land, livelihood, and indigenous culture. Alternatively, Wangchuk requests Statehood. This will allow for local representation in governance. Additionally, it will protect the land and livelihoods of the indigenous peoples of Ladakh. Right now, all decisions are made by the center in New Delhi with NO LOCAL REPRESENTATION from Ladakh.

On August 5th, 2019 – Ladakh received the status as a Union Territory independent of Jammu and Kashmir. The government has been promising the people of Ladakh representation ever since, however, they have failed to deliver.

On March 6th, the final negotiations ended with no results and the people of Ladakh took to the streets in protest.

Ladakh consists of a 97% tribal population6 and conserving these indigenous cultures and supporting the stewardship of this ecologically fragile region in the midst of the climate crisis, is crucial. The Ministry of Tribal Affairs wrote a letter in 2019, recommending the governance of the region under the sixth schedule.

Protests in New Delhi (Source: Altaf Qadri/AP Photo)7

Since the center taking over control of Ladakh’s governance in 2019, the number of infrastructure projects proposed in the region is unprecedented with several projects being unsuitable for the local context. For example, hydropower projects. The extreme temperatures cause the water to freeze in the winter, with subsequent siltation in the summer. Despite the flaws, 7 hydropower projects have been proposed on the Indus River. All this without democratic process and representation from the people that understand the context, these lands, and the fragility of this ecosystem best. Equity? Environmental Justice? All terms completely absent from the autocratic relationship between India’s capital and Ladakh.

“We are not saying that we do not want solar energy projects or other development projects, but we want a say in the matter of where these should be put up and how large-scale they really need to be.”

Lakrook, the former member of the Ladakh Autonomous Hill Development Council 8

While governments continue to place profits and ‘development’ above environment, justice, and humanity – the citizenry must mobilize and demand democracy in the world’s ever-increasing autocracies; India being ‘one of the worst autocrisers9‘ according to the V-Dem report on democracy.

‘Leave No One Behind10 is the principle of universality that the United Nation’s Sustainable Development Goals (UN SDGs) prioritizes. The UN’s support of these goals in India articulates the holistic development process that includes everyone’s participation, especially those most vulnerable and marginalized. The people of Ladakh are completely left out of this equation and this is not an unfamiliar story around the world.

Ladakh’s story does not live in isolation, it speaks the power of citizenry to invoke truth, environment, and democracy all over the world.

JOIN THE MOVEMENT

  • Follow the movement @friends.of.ladakh_ on Instagram.
  • Write letters to India’s Prime Minister, President, and Home Minister.
  • If you can, health permitting, join in a solidarity fast on Sunday, the 24th of March.
  • Organize rallies in solidarity with Sonam Wangchuk and the people of Ladakh.
  • Live simply in our cities so that the people of Ladakh can simply live.

References

  1. Unsplash. (2020, June 25). Ladakh. https://unsplash.com/s/photos/ladakh ↩︎
  2. Sonam Wangchuk’s #climatefast gathers momentum amidst concerns for safety and political distractions. Digpu News. (2024, March 17). https://digpu.com/india-news/sonam-wangchuks-climatefast-gathers-momentum-amidst-concerns-for-safety-and-political-distractions
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  3. Biswas, S. (2021, March 15). “Electoral Autocracy”: The downgrading of India’s democracy. BBC News. https://www.bbc.com/news/world-asia-india-56393944
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  4. Jain, A. (2024, March 18). Why Ladakh climate activist Sonam Wangchuk is on “fast unto death” as climate protest enters 13th day. The Indian Express. https://indianexpress.com/article/world/climate-change/why-ladakh-climate-activist-sonam-wangchuk-is-on-fast-unto-death-as-climate-protest-enters-13th-day-9220558/ ↩︎
  5. Thakur, J. (2021, December 19). Explained: What is the Sixth schedule & why Ladakh wants to be included in it. IndiaTimes. https://www.indiatimes.com/explainers/news/explained-what-is-the-sixth-schedule-557148.html ↩︎
  6. NCST writes to Union Home Minister & Union tribal affairs minister conveying its recommendation to include union territory of Ladakh under 6th schedule of Constitution of India. Press Information Bureau. (2019, September 11). https://pib.gov.in/PressReleaseIframePage.aspx?PRID=1584746
    ↩︎
  7. Al Jazeera Staff. (2024, March 11). Why are people in India’s Ladakh protesting, what are their demands? Al Jazeera. https://www.aljazeera.com/news/2024/3/11/why-are-people-in-indias-ladakh-protesting-against-central-government ↩︎
  8. Rathore, V. (2023, February 12). What’s driving the protests against the centre in Ladakh? Scroll.in. https://scroll.in/article/1043580/whats-driving-the-protests-against-the-centre-in-ladakh ↩︎
  9. India “one of the worst autocratisers”: V-dem report on democracy. The Hindu. (2024, March 11). https://www.thehindu.com/news/national/india-one-of-the-worst-autocratisers-v-dem-report-on-democracy/article67939573.ece ↩︎
  10. United Nations. (n.d.-a). Sustainable development goals in India. United Nations. https://india.un.org/en/sdgs
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Reflections on Housing, CEQA, and Sustainability

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This weekend I attended the Housing California conference in Long Beach. The conference was open to government workers, community advocates, and academic researchers and students, but was ultimately heavily geared towards housing developers. I had intended on taking notes and analyzing the conference from a sustainable communities perspective, but was stymied by the lack of opportunities to dig into the topic. Unfortunately, only a handful of the workshops directly addressed sustainability and they were too packed to attend. Looking over the agenda for the conference, it is hard not to reflect on how ‘sustainability” is compartmentalized in planning and development. It’s a concern, sure, but just one of several.

Aside from some brief remarks at the plenary session regarding the necessity of denser housing as a response to climate change, there were essentially no mentions of sustainability or resilience in the sessions I attended. Still, I can’t bring myself to make a more though indictment of the conference.

In California, housing is the one type of development where it seems the standard approach to sustainable development (thoughtful, lengthy consideration of environmental impacts and alternatives) is reversed. This is a decidedly recent phenomenon, stemming from acts by the governor and state legislature in the last few years to significantly curtail the applicability of environmental law and land use limitations on housing projects. One of the most prominent targets of this curtailing is the California Environmental Quality Act (CEQA).

The goals of CEQA are noble and environmentally sound, including in part “Develop and maintain a high-quality environment now and in the future, and take all action necessary to protect, rehabilitate, and enhance the environmental quality of the state,” “Ensure that the long-term protection of the environment, consistent with the provision of a decent home and suitable living environment for every Californian, shall be the guiding criterion in public decisions,” and “Create and maintain conditions under which man and nature can exist in productive harmony to fulfill the social and economic requirements of present and future generations.” (PRC § 21001(a),(d), & (e)). While many often assume that CEQA requires complete mitigation of all environmental impacts, it is actually directed at is the decision-making process. Projects subject to CEQA must have a transparent process where all environmental impacts and potential mitigations are evaluated, alternatives are considered as necessary, and the final decision has a clear justification – all in public view, with public input. This can be a long process, with significant uncertainty for developers. It also takes for granted that all projects receive roughly the same amount of scrutiny, or at least that public interest will scale with the potential impact.

In practice, actual impacts and perceived impacts are not the same. In the past, some of the most broadly sustainable housing projects (dense, infill, affordable) have been the focus of intense public pressure, triggering in-depth CEQA analyses in response to subjective concerns about aesthetics or effects on “community character.” This can dramatically drag out project timelines and costs, and has resulted some projects being abandoned entirely, to say nothing of the chilling effect such a system has on potential proposals.

The reason for these reforms is understandable. Shelter is a basic human need, and the predominant model in much of California is suburban sprawl reliant on lengthy car commutes for work, groceries, et cetera. The status quo is deeply unsustainable, and blocking attempts to rectify that with a law intended to encourage considered, sustainable development is anathema to both the law itself and sustainability in general. Unfortunately, the housing development community still tends to sideline sustainability concerns instead of considering it holistically throughout the process, but it is clear that CEQA cannot be used to encourage anything else without getting in the way. At least, not in its current form.

Protecting Precarity – Climate Change and Coastal Displacement 

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This month, a Florida state senate panel passed a bill that will expand eligibility for cheap homeowners insurance provision through a group called Citizens Property Insurance Group (hereafter referred to as Citizens). (1) This group is a government-backed insurance provider stepping in as the “insurer of last resort” for homes that the private market has failed to accommodate due to heightened risk of natural disaster impact. The government’s supplementation here picks up where the private markets falls short and encourages the continued production of housing in high-risk areas. 

This is done to support the economy broadly and the housing market, which itself faces an ongoing crisis of affordability and access. For every 100 low-income households, only 25 units are available to accommodate their socioeconomic bracket – pushing many families into cost-burdened living situations such that 83% of ELI (extremely low income) renters are severely cost burdened by their housing. (2)

However, cost burden is not the only hardship faced by low-income families within Florida. As climate change leads to heightened frequency and severity of natural disasters across the state,(3) people of lower socioeconomic status are more likely to feel the impacts of such catastrophes. This is due to a lack of preparedness resources pre-disaster, as well as greater financial and health vulnerability during and post-disaster.(4)

Significant human and financial costs are incurred by those placed in harm’s way by poorly located residential real estate. While South Florida has adopted stringent building codes to mitigate the devastating effects of hurricanes and other common natural disasters, the rest of the State has failed to follow suit. (5) As policymakers have yet to succeed in expanding such protections to the statewide level, senate bills such as this continue to enable new production following and in anticipation of each natural disaster. This results in the continued (re)production of harm, particularly as many of the homes produced are protected at below-market rates (BMR), placing the most vulnerable populations in even more precarious living situations.  

This is not merely a modern or localized phenomenon – in fact, historical patterns of development have disproportionately exposed marginalized communities to climate vulnerability across the globe in places like New Orleans, Jakarta, Dhaka, and Bangladesh (as explored in our Anguelovski et. al reading from Week Six.)(6) This is just one recent example of state-sponsored precarity. 

Another example lies in Nicaragua, where climate change has led to intensified hurricanes and associated struggles around rebuilding or relocation. This video explores the ongoing tension and debate in detail: 

Questions thus emerge around the ability to balance moral tensions between low-income/affordable housing development and risk associated with climate disasters. On one hand, the communities most likely to be displaced by these climate impacts are the ones least responsible for climate change,(7) and many argue for their right to return and stay in their communities. However, in many cases even the redevelopment that occurs in areas wiped out by natural disasters are inadequate to serve the displaced population, and may even contribute to gentrification as higher-income housing developments may be built in the wake of displacement. The combined underinsurance of low-income households, lack of replacement efforts for BMR units, and location of replacement units in areas with high vulnerability have devastating effects.(8) 

Rather than investing money into insurers of last resort, and thus creating vulnerabilities in the name of short-term profit, governments should be focusing efforts on supporting existing communities and developing affordable housing in areas of low vulnerability to prevent future displacement rather than embarking on continued patterns of precarity. 

Sources

  1. https://www.bloomberg.com/opinion/articles/2024-02-21/florida-s-booming-housing-market-has-an-insurance-problem
  2. https://nlihc.org/housing-needs-by-state/florida
  3. https://blogs.edf.org/climate411/2023/11/01/the-science-is-clear-climate-change-is-causing-more-damaging-hurricanes-in-florida/#:~:text=Threatening%20storm%20surge%20%E2%80%94%20Higher%20sea,consequently%2C%20property%20and%20infrastructure%20damage.
  4. https://www.samhsa.gov/sites/default/files/dtac/srb-low-ses_2.pdf
  5. https://www.wunderground.com/cat6/South-Floridas-Hurricane-Building-Code-StrongAnd-North-Floridas-Could-Be-Stronger
  6. “Equity Impacts of Urban Land Use Planning for Climate Adaptation: Critical Perspectives from the Global North and South” 
  7. https://youmatter.world/en/climate-change-consequences-social-inequality/
  8. https://southeastfloridaclimatecompact.org/wp-content/uploads/2023/06/Addressing-Planning-Gaps-Identifying-Climate-Related-Risks-to-Affordable-Housing.pdf

AGRIVOLTAICS MIGHT BE A CRUCIAL HINT TO THE SUSTAINABLE DEVELOPMENT OF SMALL DEVELOPING PACIFIC ISLAND COUNTRIES

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Small Pacific Island countries need more attention.

Have you heard of countries like Tonga, Palau, Solomon Islands, Tuvalu, and Kiribati?

“Oh, aren’t they those small island territories of the US, like Hawaii?”

No! They are INDEPENDENT small Pacific Island countries, which are also the official United Nations member states.

Among many fragile Global South countries, these small low-lying Pacific Island states in the Oceania region are extremely vulnerable to accelerating climate change events including sea level rise, and a series of environmental hazards have been undermining the sovereignty of the countries and their inhabitants. However, the names of these countries are not widely known. In addition, issues in the region usually receive less attention from the international community and they have been constantly neglected due to their small size in land, population, and economy.

On top of the climate change issues, small developing Pacific Island countries share many other common sustainability challenges including significantly limited land area, heavy dependence on aged thermal power plants and expensive imported fossil fuels, poor freshwater sources, and a high rate of diabetes due to dependency on unhealthy imported foods.

Take the Republic of the Marshall Islands as an example. The Marshall Islands is one of the low-resource independent countries in Oceania that consists of 29 coral atolls, more than 1,200 islands, a tiny land area of 181 km2, and a population of 42,000 with an average altitude above sea level being only 2 m. 98% of the country’s electricity is generated by fossil fuels, 90% of the country’s food supply is imported, and more than 70% of adults are considered obese. In addition, concerns about water scarcity have been rising due to repeated drought and seawater intrusion events.

The Pacific Island countries have long annual sunshine hours with high solar energy potential. However, conventional solar energy development approaches such as the installation of solar farms just for electricity production are not very suitable/feasible or hard to justify considering the countries’ confined land area. Also, big energy infrastructures like solar farms can usurp precious agricultural lands from people…

Agrivoltaics? Can it bring sustainable light to the small Pacific Island countries?

Meanwhile, agrivoltaics might be a crucial hint to the sustainable development of small developing Pacific Island countries, which comprehensively address the region’s energy, water, food, and land challenges mentioned above.

Agrivoltaics (agriculture + photovoltaic energy), also known as “solar sharing” is an agricultural development technique that develops one given land area for both solar power generation and crop production. The most common agrivoltaics implementation style is growing crops right under solar panels. It is a water and space-efficient system and is engineered in a way that crops and solar equipment positively influence each other.

Following are some of the benefits of agrivoltaics:

1. SPACE-EFFICIENT: Produces clean energy and crops simultaneously on one given land.

2. WATER-EFFICIENT: The solar panel shades protect crops from intense sunrays and prevent excessive evaporation – less irrigation input is needed.

3. EFFICIENT GROWTH OF CROPS: Maximizes yield of crops such as lettuce, which favors or has tolerance to shady environments. Also, under the shady environment created by solar panels, some crops tend to grow bigger because they try to escape from the shades and reach out for sunlight.

4. EFFICIENT ENERGY GENERATION: The cool microclimate under the solar panels created by crops constantly cools the solar equipment, minimizes the risk of overheating, and stabilizes the power generation efficiency.

Future prospects?

Agrivoltaics might sound like a magical ultimate solution for the small Pacific Island countries. However, it has several shortcomings. For example, it usually requires a high cost of initial investment and the installation and maintenance of the system can get complex for people without technical expertise.

Nevertheless, I believe that the interdisciplinary perspective of agrivoltaic technique, which considers the nexus between water, food, energy, and land systems, helps development practitioners and city/regional planners to critically reflect on the definition of sustainability and come up with innovative community-based solutions that appropriately adapt to local contexts and optimize resources.

References:

“ENERGY PROFILE – Marshall Islands.” International Renewable Energy Agency (IRENA), 24 Aug. 2022.

“Building the Evidence Base on the Agricultural Nutrition Nexus: Marshall Islands.” Technical Centre for Agricultural and Rural Cooperation (CIA). Mar. 2018.

“REPUBLIC OF THE MARSHALL ISLANDS FOOD SECURITY PROFILE.” Food and Agriculture Organization of the United Nations (FAO), 2022.

“Agrivoltaics: Coming Soon to a Farm Near You?” U.S. Department of Agriculture Climate Hubs, https://www.climatehubs.usda.gov/hubs/northeast/topic/agrivoltaics-coming-soon-farm-near-you. 

Dreves, Harrison. “Growing Plants, Power, and Partnerships Through Agrivoltaics.” U.S. Department of Energy National Renewable Energy Laboratory, 18 Aug. 2022, https://www.nrel.gov/news/program/2022/growing-plants-power-and-partnerships.html. 

Hall, Stephen. “Can Crops Grow Better under Solar Panels? Here’s All You Need to Know about ‘Agrivoltaic Farming.’” World Economic Forum, 26 July 2022, https://www.weforum.org/agenda/2022/07/agrivoltaic-farming-solar-energy/. 

Abidin, Mohd, et al. “Solar Photovoltaic Architecture and Agronomic Management in Agrivoltaic System: A Review.” MDPI, 14 July 2021.

The Role of Degrowth in Addressing the Climate Crisis

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Reflecting on our class conversation about carbon footprints, I appreciated the framing of the carbon footprint calculator as a tool in understanding resource overconsumption and exploitation by some regions, such as the U.S. and the U.K. Addressing overconsumption and exploitation of resources is paramount to addressing the climate crisis and can have a whole host of related benefits. I am interested and drawn to the degrowth movement as an avenue and pathway to addressing this overconsumption of resources and related inequities.

What is degrowth? 

Degrowth is a movement and theory that addresses the climate crisis and related injustices by reducing resource use and shifting away from economic growth. With that said, some regions and economies will need economic growth to ensure that all people’s needs are met and that there is universal well-being. With a degrowth theory, well-being and sustainability are prioritized instead of economic growth. 

By shifting away from economic growth, degrowth also envisions a society that has more time and capacity to pursue visions of well-being, such as art and culture, spending time in nature, growing food locally, connecting with our loved ones, and so forth. In shifting away from economic growth, we can allow other aspects of lives to flourish and grow. 

Watch this video to learn more! 

Degrowth Objectives

In their article, Degrowth: Less Resource Use for More Wellbeing and Resilience, Susan Paulson and Kaden Paulson-Smith highlight three important objectives of regrowth:

  1. A reduction of “quantities of material and energy transformed by human economies: coal burned, minerals mined, plants and animals harvested.” Degrowth advocates for reduced consumption among those who exceed their share of resources and increased consumption among those whose needs are not met. Its helpful for me to think about this both on the global scale and local scale. For example, overall, high-income countries need to reduce their consumption of resources. But even within a high-income country like the U.S., there is rampant inequality– thus, affluent and wealthy communities need to reduce their consumption. In contrast, poor communities may need an increase in resources. 

When thinking through a city-planning lens, I think about what tools could be utilized to push forth a degrowth model in our capitalistic cities that value growth? For example, could zoning and permitting limit the size of homes and housing units to curb over-consumption of resources? Why does a family of 3 need a mansion when we overconsume resources and many do not have their basic needs met? 

    I am also thinking about the ways that the quality of our goods has shifted over time. Sandra Goldmark writes for the Sierra Club Magazine about planned obsolescence. Planned obsolescence began in the 1920s “when lightbulb manufacturers teamed up to purposefully limit the life spans of their products, companies have been locked into a business model rooted in the concept of planned obsolescence. To “grow,” at least the way economists define it, corporations have to sell us more stuff every year—which is why there are ever-cheaper products made from low-quality or even toxic materials by people working in unjust conditions.” Degrowth encourages durable products that can be mended and used for a long time. Another factor of degrowth related to our relationship with our goods includes the shortening of the work week to allow for activities like mending our goods in addition to activities rooted in art, culture, and joy. 

    Luckily, advocates are working to overcome planned obsolescence. Check out the list of recent policies to overcome planned obsolence below!    

    https://www.sierraclub.org/sierra/2021-4-fall/material-world/planned-obsolescence-what-it-and-how-overcome-it
    1. Degrowth prioritizes a shift in societal relationship with consumption and growth. Growth beyond a certain point and consumption just for the sake of consumption would no longer dictate success. In countries like the U.S., growth and consumption is a prominent measure of success– many are striving for bigger homes and more goods. For a place like the U.S., shifts in this relationship will require adjustments in education curriculum and media. Our education system and media have to prioritize narratives and stories that promote the holistic well-being of society and the Earth.

    What are spaces that you think can promote a cultural shift in society’s relationship to consumption and growth? 

    Paulson and Paulson-Smith also share that:

    “Ideologies of growth also justify international relations that exploit and degrade others, including spatial fixes through which leading economies obtain resources from less powerful countries and deposit waste in their territories, as well temporal fixes that push costs and consequences of growth onto future generations”

    Tackling the obsession with growth must entail undoing and repairing historical exploitations. 

    1. The third degrowth objective prioritizes reorienting societies around equitable well-being and resilience. The authors Susan Paulson and Kaden Paulson-Smith highlight some nation-states that are prioritizing measures of success beyond GDP and economic growth. 

    They share:  “Bhutan’s policies for Gross National Happiness have for decades supported fulfillment in harmony with Buddhist spiritual traditions, while eco-social worldviews known as Buen Vivir have been incorporated into policies, programs, even national constitutions in Bolivia and Ecuador. Participants in the Wellbeing Economy Governments network, including Finland, Iceland, New Zealand, Scotland, and Wales leaders, have pledged to prioritize wellbeing in future policies.” 

    I think shifts in goals and visions like these are important because they provide important frameworks for more tangible actions and shifts. 

    Reflections

    I first encountered degrowth as an undergrad, and I loved how it promoted a slower, more thoughtful way of living and experiencing this world while requiring us to undo and repair historical harms and systems of exploitation. As I become a practitioner, I want to explore more ways to incorporate degrowth ideology into my practice and work.

    What do you think about degrowth? What do you like about it? What are some shortcomings or challenges you are grappling with?

    Sources:

    Sandra Goldmark. Planned Obsolescence: What Is It and How to Overcome Ithttps://www.sierraclub.org/sierra/2021-4-fall/material-world/planned-obsolescence-what-it-and-how-overcome-it Accessed 25 Feb. 2024.

    Susan Paulson and Kaden Paulson-Smith. Degrowth: Less Resource Use for More Wellbeing and Resilience. https://gjia.georgetown.edu/2021/05/09/degrowth-less-resource-use-for-more-wellbeing-and-resilience/. Accessed 25 Feb. 2024

    Dealing With So Many Dam Perspectives

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    When it comes to clean renewable energy, most people envision wind, solar, and hydropower. Currently, hydropower surpasses wind and solar as the largest source of renewable energy in the electricity sector according to reports from the United Nations1. Hydro has produced large amounts of energy for the electricity sector for centuries and continues to do so today. It may seem obvious to say, but regions that withhold a bounty of streams and rivers and also experience large amounts of annual rainfall are in a position to benefit the most from hydropower. Brazil is a prime example of a region that has taken advantage of its rainy seasons and coursing rivers as 80% of the country’s domestically generated electricity is from hydropower.

    Itaitpu Dam on the border of Brazil and Paraguay. It is the third-largest hydroelectric dam in the world and holds the 45th largest reservoir in the world.

    Isn’t that astounding? As countries race to ramp up their clean energy production with 2 degrees of warming looming around the corner, here’s Brazil, the 9th largest economy in the world producing so much clean energy already. If we take the perspective of an engineer, hydropower is efficient and multi-faceted. Hydroelectricity can produce kilowatts to megawatts of power without the need for fossil fuel combustion. In junction, dams are a great way to store energy without the use of metal intense batteries. Most conventional forms of energy storage hold potential energy in the form of chemical bonds. This includes lithium-ion batteries, lead-acid batteries, and even hydrogen for hydrogen fuel cells. These forms of storage are material intensive, and can only hold a very limited amount of stored energy. In fact, according to the Department of Energy, the average duration of a utility-scale lithium-ion battery storage system maxs out at around 4 hours2. Yet, as the rain fills a reservoir behind a dam, there is a mass build-up of potential energy that can supply energy for days to years.

    Collegedunia Team: “Hydroelectricity and Hydro Power Plant: Stages, Hydro Power”

    Dams sound amazing, so why aren’t we damming up every waterway possible? Why is America actually decommissioning many of its own internal dams? Well, from the perspective of an ecologist, dams are a clear no. They disrupt natural river and riparian ecosystems and are un-resilient when it comes to droughts, a more common event in the wake of climate change. Referring back to the example of Brazil, many rivers in this country contain multiple dams. But one particular hot spot of biodiversity has been an area of interest for potential dam construction, and that hotspot is the Amazon. Dam construction in continuous ecosystems can be especially damaging as it leads to land use change, breaking up portions of the forest. It’s even been shown that smaller dams can have a greater ecological effect per unit of energy produced because even a small amount of disruption can have substantial effects on biodiversity. However, one might argue that all forms of clean energy have their own ecological drawbacks. Solar farms can also be disruptive in dessert systems, and wind turbines have a murderous reputation in the bird community. So what’s the best way forward?

    Many climate scientists argue that the future must be filled with a mixed source of clean energy, along with continued advances in efficiency. But, when it comes to development, how can we decide which energy source is best for each region? This is where the community perspective is the most valuable. Community culture and needs vary greatly in space, and so will their desires for energy production.

    To tie everything together, I want to give one more example from Brazil. The northern region of Brazil is home to many unincorporated rural and indigenous communities. And these communities make up most of the small percentage in Brazil that still doesn’t have access to regular electricity. The Brazilian government argues that damming rivers up north will provide access to energy for these communities and will supply an ever-growing need for energy in more southern, and eastern cities.

    But, are the dams really necessary? One northern community within the state of Roraima would argue no3. In fact, damming of the river near their community would affect their way of life, and a lot of previous river damming has displaced rural and indigenous northern communities rather than benefit them. Connecting these communities to the national grid would also require them to pay fluctuating electricity costs, which makes the product nearly inaccessible for communities who don’t live within the typical capitalistic system for sustenance. This is not to mention that the electricity generated up north, would cost a lot to transport to the cities down south. The Makuxi community in Roraima has actually teamed up with a local NGO and a nearby university to test wind generation in their community. They’ve increased their access to electricity while minimizing cultural and ecological disruption. This is a case of a community directly benefiting from the resources they work to generate.

    But this one event doesn’t mean cities elsewhere in Brazil will now lose out on a massive source of energy. Instead this event should be seen as a motivator for producing electricity more locally. The northeast region of Brazil is home to many large cities including Recife and Salvador, and this region sees the most solar radiation in the country, reaching up to 6kWh/m^2 per day4. So why don’t these regions generate their own electricity with what is reasonable for their region? Because it is simply easier to displace a few unincorporated communities than it is to work on revamping cities. And because outside stakeholders want to receive carbon credits from a source that doesn’t involve employing too many locals, but that’s a separate blog post on revamping our international climate funding schemes…

    Schutze, Juliano Assunção and Amanda. “Developing Brazil’s Market for Distributed Solar Generation.” The distribution of solar radiation in Brazil.

    If we want a just transition to clean energy, the perspectives and the needs of communities must take center stage. This is especially true when said communities are comprised of historically underrepresented or marginalized peoples. The perspectives of experts such as engineers, economists, and ecologists are necessary to the process, but these perspectives should be used to educate communities’ decisions, rather than override community choice. 

    Sources:

    1. “What Is Renewable Energy?” United Nations, www.un.org/en/climatechange/what-is-renewable-energy#:~:text=Hydropower%20currently%20is%20the%20largest,ecosystems%20which%20impact%20rainfall%20patterns . Accessed 19 Feb. 2024.

    2. “Solar-plus-Storage 101.” Energy.Gov, www.energy.gov/eere/solar/articles/solar-plus-storage-101#:~:text=The%20average%20duration%20of%20utility,it%20can%20reach%204%20hours . Accessed 19 Feb. 2024. 

    3. Rocha, Jan. “Brazilian Rainforest Tribes Harness Power of Wind.” Climate Home News, Climate Home, 13 May 2013, www.climatechangenews.com/2013/05/13/brazilian-rainforest-tribes-harness-power-of-wind/ . Accessed 19 Feb. 2024. 

      4. Schutze, Juliano Assunção and Amanda. “Developing Brazil’s Market for Distributed Solar Generation.” CPI, 19 Feb. 2024, www.climatepolicyinitiative.org/publication/developing-brazils-market-distributed-solar-generation/ . Accessed 19 Feb. 2024.

      Nature Based Solutions- An approach for Sustainability

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      Shradha Gupta

      FEMA defines Nature-based Solutions (NbS) as sustainable approaches integrating natural features or processes into the built environment to enhance adaptation and resilience. These solutions leverage natural elements to address climate change, reduce flood risk, improve water quality, protect coastal properties, restore wetlands, stabilize shorelines, mitigate urban heat, and expand recreational areas. For instance, coastal flooding, often managed with man-made structures like sea walls, can be mitigated by utilizing ecosystem services such as planting mangroves. These trees not only diminish storm impacts but also support biodiversity by providing habitats for various species.

      NbS offer substantial economic and non-economic advantages, often at a lower cost than conventional infrastructure. They contribute to economic growth, create green jobs, increase property values, and improve public health. Moreover, NbS are crucial for climate change adaptation and enhancing resilience in landscapes and communities, offering a multifaceted solution to climate change, biodiversity loss, and land degradation. NbS also foster a deeper connection with our landscapes, recognizing natural formations like wetlands as integral to our environment and potential solutions to our challenges. However, it’s essential to note that not all plantings qualify as NbS. For example, introducing non-native, harmful trees that disrupt local ecosystems would not yield biodiversity benefits.

      Examples of Nature-based Solutions (NbS) include:

      Various NbS in action, e.g. Mangrove, City building, coral reef
      Restoring forests and wetlands

      Restoring forests and wetlands in catchments to secure water supplies, produce forest products, and protect against floods, soil erosion, and landslides.

      Various NbS in action, e.g. Mangrove, City building, coral reef
      Green roofs

      Integrating green roofs, walls, and trees in cities to mitigate heatwaves, manage stormwater, reduce pollution, and enhance mental and physical health.

      Various NbS in action, e.g. Mangrove, City building, coral reef
      Restoring coastal habitats

      Restoring coastal habitats like mangroves, reefs, and salt marshes to shield communities from storm surges and erosion, while also sequestering carbon and aiding climate change mitigation.


      Constructed wetlands are another NbS example. Wetlands offer many ecosystem services such as food, shelter materials, and water. As natural wetlands have declined, constructed wetlands have emerged especially as a decentralized solution for wastewater treatment. They are cost-effective, easy to implement, and manageable by local communities. It aligns with Sustainable Development Goal 6 for clean water and sanitation. The World Bank also supports wetland projects for disaster risk management and flood reduction. For example, in Colombo, Sri Lanka, they are supporting a project pioneering the use of urban wetlands as a nature-based solution. Wetlands reduce flood risk by holding excess water, but the holding capacity of Colombo’s wetlands dropped by 40% over a decade. At the same time, climate change and sea-level rise increased the city’s vulnerability to flooding. The project used green and grey infrastructure to restore and protect the wetland and maintain its hydraulic integrity. This reduced flood risk for more than 200,000 city residents and provided the entire city with a better quality of life. The wetlands also sequester carbon and regulate the local climate, which has helped reduce the use of air conditioning near wetland areas. The project improved water quality and wastewater treatment, and the city’s Beddagana wetland has been turned into a park and wildlife sanctuary.

      Beddagana Wetland Park

      During my last semester at UC Berkeley, wetlands have been a recurring topic in my courses, highlighting their role in pollution absorption and natural water treatment. Growing up in India, I witnessed the challenges communities face in accessing and managing water, particularly the pollution of the Ganga River. This motivated me to pursue Environmental Engineering to be part of the solution. Learning about the potential of wetlands as water treatment systems has been fascinating. I aim to learn and contribute to NbS, especially constructed wetlands. I believe by revisiting our historical harmony with nature and exploring diverse cultural practices, we can reconnect with our landscapes and leverage wetlands and other habitats for climate change mitigation, water security, well-being, and livelihood protection.

      Additional information:

      For more information on Nbs, watch this video:
      THE FUTURE WE CAN AND MUST CHOSE: NATURE-BASED SOLUTIONS

      You can also read these evidence-based guidelines around what constitutes successful, sustainable NbS.

        Sources:

        https://www.fema.gov/emergency-managers/risk-management/climate-resilience/nature-based-solutions#:~:text=Nature%2Dbased%20solutions%20are%20sustainable,Combat%20climate%20change

        https://www.naturebasedsolutionsinitiative.org/what-are-nature-based-solutions

        https://nbsguidelines.info/

        https://www.worldbank.org/en/news/feature/2022/05/19/what-you-need-to-know-about-nature-based-solutions-to-climate-change

        https://ewn.erdc.dren.mil/

        Cultural Sustainability: A Case Study in Avocado Heights

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        Ana Padilla

        The vitality of the economy, environment, and social atmosphere dictates the three priorities of urban planning. Usually, social sustainability falls short creating more conflict for people requiring an understanding of community context, assets, needs, wants, and history. Development and property conflicts have been formed from histories of disenfranchisement in decision-making, lack of engagement, and prioritizing capital over people. 

        Under the umbrella of social vitality, there is also cultural sustainability. The ability of social traditions and practices that support a common belief or heritage of an affinity to be carried out for generations. In an environmental aspect, many cultures live in harmony with nature and land but some do not due to a culture or practice of singular consumption. Having diverse concentrations of various cultures and people supports a diverse economic base in various products and services for their practices and traditions. However, capitalistic economic success is dictated by big corporations pushing specific products and services that do not support diverse needs and wants or the environment. 

        Cultural preservation is a creative way of supporting the Social, Environmental, and Ecological sustainability of a community by living out the traditions, supporting people, and passing down diverse types of knowledge.   

        Avocado Heights 

        In the Southeastern portion of the massive LA County, is an unincorporated census-designated place called Avocado Heights. Looking at the area in different ways brings about different communal benefits and drawbacks. 

        Spatially the place has 2.25 square feet area. It is sitting 15 miles east of Downtown Los Angeles, 15 miles from the foothills of the Angeles forest, and 25 miles north of Seal Beach making centrally located in the Los Angeles metropolitan area. In its immediate vicinity, they are surrounded by the 60 and 605 freeways, Union Pacific Railroad, City of Industry, South El Monte, the Puente Hills Landfill, Puente Hills, and the San Gabriel River. This little pocket is an intersection of urban, industrial, and rural. 

        Historically, the area was part of the land the Tongva indigenous people of California. Later when Pueblo de Los Angeles was colonized by the Spanish and then by the US the land became part of the Rancho La Puente in the 1850s. The interesting part is that over 100 years later the land continues to uphold an agricultural lifestyle.

        Kelly, Howard D, “Avocado Heights, 4th Avenue and 3rd Avenue, looking northeast,” 1955, Los Angeles Public Library

        Walking around Avocado Heights, people can see and hear cows, goats, chickens, and people riding their horses. There is an equestrian culture that has been preserved from the Californio Rancho when the land was part of Mexico. While many residents may be immigrants and second or third-generation Mexican Americans, many share that the community continues to resemble Mexican ranches. Hearing and seeing native plants, Spanish music, and vending from the street and out of people’s homes which all creates a community fabric that is intimate and active. It challenges the suburban and urban ideas of neighborhood just around the corners.  

        In the nearby cities and adjacent land, there are hundreds of warehouses and industrial sites where people work on products that will be shipped and used all over the world. Companies like Goya and Quemetco whose presence pressures the Light Agriculture and Residential in Avocado Height with emissions and pollution. Locked in by the highways and industry the community of neighbors and cowboys mobilized to form the Avocado Heights Vaquer@s to combat the pressure. Currently, the Vaquer@s are fighting for Equestrian education and to keep the public schools in the area open.

        The Avocado Heights Vaquer@s is an informal group of neighbors and community members that use social media and word of mouth to inform each other of decisions that impact their community and gather for equestrian education and living.  Since the area is unincorporated they are in the middle of a heavily urbanized area in one of the largest counties in the country. The community is at the mercy of the county’s decision-makers who have to mitigate the competing environmental and economic needs. 

        The County of LA planning has been working on the Climate Action Plan (CAP) and in 2024 plans to secure funding, apply for grants, develop regulations, create programs, and continue engaging communities. To prepare for the CAP planning area profiles were created to better customize the CAP actions however, the actions are limited to the economic and environmental needs and does not how the social culture could support or be hurt by the actions. In addition, the subsections of the county continue to be large an may generalize the needs to ignore the social diversity in the area.

        “Climate Action Plan.” LA County Planning, Appendix D

        Moving forward the Vaquer@s and similar communities will need help to continue to preserve their culture by increasing their visibility and continuing to hold decision-makers accountable to their actions and past actions. As the election year begins to kick off, community members will all need to push for their voices and concerns to be heard and taken seriously.

        Sources :

        (n.d.). GIS-NET Public. Retrieved February 18, 2024, from https://rpgis.isd.lacounty.gov/Html5Viewer/index.html?viewer=GISNET_Public.GIS-NET_Public

        Avocado Heights Vaquer@s (@avocadoheightsvaqueros) • Instagram photos and videos. (n.d.). Instagram. Retrieved February 18, 2024, from https://www.instagram.com/avocadoheightsvaqueros/

        Climate Action Plan. (n.d.). LA County Planning. Retrieved February 18, 2024, from https://planning.lacounty.gov/long-range-planning/climate-action-plan/

        Kinship and Cultural Resistance to Environmental Racism in Avocado Heights, California. (2023, January 24). Boom California. Retrieved February 18, 2024, from https://boomcalifornia.org/2023/01/24/kinship-and-cultural-resistance-to-environmental-racism-in-avocado-heights-california/Scott Campbell (1996) Green Cities, Growing Cities, Just Cities?: Urban Planning and the Contradictions of Sustainable Development, Journal of the American Planning Association, 62:3, 296-312, DOI: 10.1080/01944369608975696

        Ansel Adams and the Green Gentrification of Yosemite

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        When we think about the natural history of Northern California, we often think about the vast redwood forests, filled with redwood trees that seem to touch the sky when looking from the ground. Yosemite is one of the most famous national parks in California. It has a mesmerizing landscape, with enormous rock formations looming over acres of redwood trees. It is one of Northern California’s defining landscapes. In fact, if you’re a Berkeley student, it’s a very popular spot for club retreats and weekend getaways. Even in literature and art, Yosemite’s beautiful landscape has not gone unnoticed. Ansel Adams was a famous nature photographer, who was a part of the Sierra Club, an environmental conservation organization founded by John Muir. Like the rest of us, Adams too was awestruck by the almost ethereal beauty of Yosemite National Park. 

        In the photographs he took of Yosemite Valley, it’s clear that he framed the landscape in a way that makes the viewer feel insignificant and small compared to its vastness. In the two photos below, one can see just how massive Half Dome is, and then subsequently imagine just how small a person must feel standing below it. It is clear that that was the intention behind these photos. By capturing the nature of Yosemite in this way, he essentially cut out a piece of the land to fit his own narrative and perspective. While these photos effectively capture the other-worldly scale of Yosemite’s nature, there are things that he failed to capture.

        Left: “Thunderstorm, Yosemite Valley” Ansel Adams

        Right: “Yosemite Valley Bridge” Ansel Adams

        Ansel Adams and The Sierra Club’s perpetuation of colonialism values

        What Adams failed to photograph in his series of Yosemite photographs were the Native population that lived in Yosemite. These people had lived on this land for generations before Adams, or the rest of the Sierra club set foot in it. From their perspective, until he and the Sierra Club “discovered” Yosemite, it was a piece of the undiscovered frontier, not yet claimed by anyone. Upon the discovery of its beautiful nature, they needed to claim it as theirs, an idea that is deeply rooted in the colonial dichotomy of nature versus people. It was the idea of the empty frontier, the untouched and untainted nature, that drove Europeans and Americans to romanticize the idea of owning something that no one had discovered before. It did not matter to them that the land was already inhabited because to them, the land was not inhabited by people with value. The inhabitants were also just pieces of the land that they could exploit and own. 

        The Sierra Club used these images by Adams to convince the public that Yosemite was a site that needed to be preserved and put under their protection, instead of the Natives. Muir finally convinced congress to pass the Yosemite Park Act under the pretense that the watersheds and general ecology of it needed to be preserved (nps.gov). As a result, the government drove the Natives out of their homes. This demonstrates that until Yosemite was regarded as a pristine paradise by white men, it had little to no significance, even though it was always a part of the natural world. The idea of conserving Yosemite and its “natural state” was utterly a creation of the Sierra club. As they convinced the public that Yosemite was untainted, they also denied the Native Americans their generational home. This course of action is filled with the taint of civilization, but because of their narrative that what they were doing was good for environmental conservation, they were able to fully justify taking over Yosemite. 

        Green gentrification is still a problem in building sustainable communities

        The colonization of Yosemite may have happened over a hundred years ago, but that does not mean that this type of greenwashing and green gentrification does not exist anymore. For centuries, the government has been able to discard marginalized groups and remove entire communities under the pretense that it is making environmentally conscious decisions. One of the readings by Isabelle Anguelovski brings up the specific case of Medellin and the Green Belt that the city planned to build around it. It just so happened that the outskirts of the city was where the poor, vulnerable neighborhoods existed. In order to build this Green Belt, they removed poverty-stricken, marginalized residents from the area while justifying the decision since it was good for the overall environment. It is extremely hard to see the underlying injustice of such decisions when it is shrouded in an air of benevolence, and we do not understand the full context. On the surface, we can all agree that environmental conservation is good. However, as practicing professionals, it’s important to understand who it is good for and why these decisions are being made in the first place. In our future professions, we must understand the context before we can create sustainable communities.

        Anguelovski, I., Connolly, J., & Brand, A. L. (2018). From landscapes of utopia to the margins of the green urban life: For whom is the new green city?. City, 22(3), 417-436.

        Adams, Ansel. Thunderstorm, Yosemite Valley. http://www.anseladams.com/wp-content/uploads/2021/07/50101253.jpg.

        Adams, Ansel. Yosemite Valley Bridge. https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcR7aWUucqrNPXykH0oKRky5E57uDnmBkDcRQnYux4XMF2DXXF_boJbvi3TyIsTKIuL32T8&usqp=CAU.

        “John Muir.” National Parks Service, U.S. Department of the Interior, http://www.nps.gov/yose/learn/historyculture/muir.htm#:~:text=Muir%20convinced%20Johnson%20that%20the,became%20a%20reality%20in%201890. Accessed 11 Feb. 2024.