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Zille encouraged residents to inform on water-hogging neighbors and become “water impimpis”—a callback to an apartheid-era term for black South Africans who spied for the white-dominated government.

Almost immediately after city leaders announced the first Day Zero predictions, they came under heavy scrutiny from citizens and activists, especially among Cape Town’s communities of color. Many in labor, socialist, and leftist organizations in the region didn’t believe Day Zero was even a thing. Elements from those organizations created the Cape Town Water Crisis Coalition, which protested Day Zero as propaganda designed both to cover up faulty city water management and to deny expanded access to low-income communities.

the management of the crisis has also sparked criticism from the African National Congress, or the ANC, the dominant party in the country. As the only opposition party to control a province, the DA is certainly used to strife with the ANC, but now old struggles over resources have brought that tension to a breaking point.

Deeply complicating the dynamic between the two parties is that the Western Cape is the major center of white demographic strength and political clout in the country, and that the DA—while embracing a membership of blacks, “coloured” multiracial descendants of indigenous peoples and Asian immigrants, and whites—often finds white leaders near or at the top

Under South Africa’s Constitution, the ANC is responsible for providing water to all citizens, but the actual infrastructure and services in the Western Cape falls upon the DA to manage

Last July, when confronted on Twitter by a black user who said that black residents in areas without running home water had experienced Day Zero from birth, Zille, who is white, responded with: “It must be a relief that you weren’t burdened by the legacy of a colonial water-piping system.” Zille, who’s faced harsh internal and external criticism for previous statements in defense of colonialism, this time suffered a rebuke from party boss Mmusi Maimane, and has since been officially suspended from party activities

Residents in well-apportioned suburbs pointed fingers at the mostly-black and poor residents of the so-called “informal settlements”—the tin-roofed, sprawling shanties that ring the outskirts of the city—despite the fact that these settlements use the least water per capita of any place in the province. And lacking internal plumbing and sewage, residents in the informal settlements often see in the city’s elites and governing class a neo-colonialist force, doling out resources at whim and mismanaging the commons

As they stand now, the Level 6B restrictions created by the city of Cape Town in January 2018 are supposed to limit residents to 50 liters per day, slash agricultural use by 60 percent below last year’s usage, aggressively push water-management devices and fines, and encourage the use of new fittings and other devices to minimize water waste.

Americans use somewhere around 90 gallons, or 340 liters, of water every 24 hours. That’s more than 700 pounds of water per day, and that’s not even counting what goes into the food you eat or the thirsty maws of the industries and services that sustain you

Right now, the water usage of the average Capetonian sits at about 125 liters per day, a dramatic decrease from the 200 daily liters of last year. Both of those levels sit below the average of developed cities worldwide, and well below the standard American usage of 340 liters.

the extreme social engineering brought about by the Day Zero campaign is unlikely to be a long-term solution to future water problems in Cape Town. Nor will it necessarily prove to be a sustainable model for other cities facing water shortages

“The climate projections for Cape Town indicate essentially a relatively consistent reduction in the amount of rainfall in Cape Town,” Wolski told me. “In the best case, it would be rainfall that is similar to what we have. But most of the projections indicate reduction.”

Environmental think tanks and journalistic outlets have published lists of cities that look likely to run out of water in the near future: São Paulo, Brazil, which faced its own Day Zero situation just a few years ago; Bangalore, India; Beijing, China; Cairo, Egypt; Mexico City; and—surprisingly, given its climate—Moscow, Russia. While each city has a very different set of reasons for its water woes, ranging from pollution to poor infrastructure to poor planning to desertification and drought, they all share a common challenge: Climate change will likely make the task of providing water harder, the populations thirstier, and the people angrier, even as many of the cities grow.

shortages in São Paulo sparked street fights, citizen mobilization, and major political dissent in the city

inequality manifests both in social stratification and in the development of water-delivery systems to those different strata

Mirroring class conflicts in the 20th century, the idea that access to water is a human right has become a driver of solidarity, hardening ad-hoc activist groups into major political movements. Extrapolating to the rest of a warming world, where racial and class barriers have been built into zoning and infrastructure, the uneasy detentes of segregated spaces and places could become new zones of conflict. All you have to do is remove water.

so far this winter the rainfall has helped raise the dam levels to just below 60 percent of capacity, which should put off the next crisis point for some time. Cab drivers, students, waiters, and tour guides spoke incessantly of the Day Zero crisis—and with plenty of real venom—but they mostly spoke of it as a thing that had happened, an event that was now being relegated to the past

By directly acquiring mines, accumulating equity stakes in natural-resource companies, making long-term agreements to buy mines’ current or future production (known as “off-take agreements”), and investing in new projects under development, Chinese firms traded much-needed capital for outright control or influence over large shares of the global production of these resources. Despite China’s slowing growth and a major pullback in its foreign direct investment in other sectors, the government has maintained robust financial support for resource acquisition; mergers and acquisitions in metals and chemicals hit a record high in 2018.

China lacks significant reserves of three resources vital to its tech ambitions: cobalt, platinum-group metals, and lithium. It has successfully employed two strategies to secure control of them. One is driven by China’s state-owned enterprises (SOEs), which use development finance and infrastructure investment to embed themselves in higher-risk countries, establishing close ties with government leaders. The second is investment by state-linked private firms in market-based economies. Both strategies have shown agility and an ability to effectively adapt to local circumstances to achieve the same end.

Chile is home to 57 percent of the world’s known lithium reserves, the world’s largest known concentration, and SQM controls roughly half the country’s production

DRC is home to nearly two-thirds of the world’s cobalt production and half of its known reserves. Those resources are the prime target of investors for the booming battery industry. Over a decade of steady engagement, China has staked out a dominant position by developing strong political ties and investing in production assets and related infrastructure

China’s SOEs and private firms have made at least eight major equity and off-take plays in platinum-group metals in the Bushveld Complex. Such investments in South Africa’s highly concentrated and strategic resource deposits have helped make metals the country’s leading source of export growth, with nearly 50 percent of its metal exports going to China—tying South Africa’s economic welfare directly to Chinese investment.

the three countries where nearly 90 percent of global lithium production and more than three-quarters of the world’s known lithium reserves are located: Chile, Argentina, and Australia. In just six years, China has come to dominate the global market: More than 59 percent of the world’s lithium resources are now under its control or influence

China now owns or has influence over half of the DRC’s cobalt production, and has a massive stake in its mining industry. Six months ahead of the presidential elections, the event also sent a strong message to candidates about China’s deep investment in copper and cobalt mining—which constitutes 80 percent of the DRC’s export revenue and thousands of jobs—and its capacity to influence the future of the DRC’s economy

Natural resources are abundant in China; it is the No. 1 producer and processor of at least ten critical minerals and metals that are essential to high-tech industries and upon which China’s commercial and strategic competitors depend. To reinforce its strength, Chinese firms are acquiring mines and output from the next-largest producers and reserves, giving China both an economic edge in the next high-tech industrial revolution and increasing geopolitical power.

In a cash-strapped industry, Chinese firms are financing mine expansion and new development in exchange for a guaranteed supply of lithium in both mature and emerging markets. In Argentina, where President Mauricio Macri is eliminating mineral export taxes, reducing corporate tax rates, and allowing profit repatriation, China is establishing a dominant position in the nascent sector with “streaming deals,” which provide development capital in exchange for future lithium yields to help projects get off the ground. Chinese firms, led by Ganfeng, have stakes in 41 percent of the country’s major planned projects that account for 37 percent of Argentina’s reserves. This raw-material strategy is already coming to fruition: Lithium export volumes from Argentina to China rose nearly fourfold from 2015 to 2017, and China has secured access to the country's lithium for the longer term.

This same strategy, combined with asset acquisition, has also been successful in Australia, whose proximity to China, significant lithium reserves, and broad political support for mining investment have attracted Chinese investment. Tianqi and Ganfeng have established stakes in 91 percent of the lithium mining projects underway and 75 percent of the country’s reserves, including some of the world’s largest.

Though the final agreement included restrictions on Tianqi’s board and committee participation and its access to SQM’s sensitive data, Tianqi’s equity position still confers considerable influence over SQM.

Perhaps the best-known example both of China’s natural-resource dominance and its willingness to exploit it is rare-earth elements, a group of 17 elements that (despite their name) are commonly found, but rarely in concentrations that can be economically extracted. They are important materials for the defense, aerospace, electronics, and renewable energy industries. Over the past two decades China has produced more than 80 percent of the world’s production of rare-earth elements and processed chemicals. In 2010 it cut off exports to Japan amid rising tensions over the East China Sea, and the following year it imposed export quotas that threw governments and manufacturers into a panic. But with the exception of Japan, the attention to this critical vulnerability was short-lived, and little action was taken by other countries reliant on imports to diversify their resources or develop minerals action plans of their own.

China declared rare-earth elements a strategic resource in 1990 and prohibited foreign investment in the sector. Six state-owned enterprises control the industry, and the government cut production quotas in 2018 by 36 percent. With global demand for rare-earth elements projected at a compound average growth rate of more than 17 percent to 2025, a supply crunch is likely approaching—and China is already securing other nations’ supplies

While Russia strictly limits foreign participation in rare-earth element development, Chinese firms have accumulated off-take agreements and stakes in rare-earth element mines in Australia and Brazil

in 2017, China’s Shenghe Resources and two U.S. private equity firms acquired the sole U.S. and North American rare-earth element producer and processor, Molycorp, and its idled mining operations at Mountain Pass, California.

In 2016, China’s Yellow Dragon Holdings Ltd. co-invested with Bushveld Minerals, the primary vanadium developer in South Africa’s massive Bushveld Complex, to acquire Strategic Minerals, which owned the Vametco vanadium mine and plant. Yellow Dragon subsequently increased its investment in Bushveld Minerals and has become the fifth-largest shareholder. The holdings deepen China’s influence over South Africa’s vanadium resources and its role in the country’s emerging high-tech sector

China’s position is even stronger in graphite, a crystalline form of the element carbon whose high conductivity makes it a major component in electrodes, batteries, and solar panels, as well as industrial products such as steel and composites. For the last 20 years, China has been the leading global supplier of graphite, representing nearly 70 percent of the world’s production in 2018 and 24 percent of its reserves. While synthetic graphite, which is produced from petroleum coke, is an alternative, unfavorable economics constrain its use

New projects are concentrated in Mozambique, where the world’s largest graphite mine and fourth-largest known reserves are located. Already, Chinese firms have secured off-take agreements with the three major developers in Mozambique for the majority of their graphite production, and they are financing new development.

Japan is 90 percent reliant on China for its graphite

This resource consolidation could determine whether China is able to overcome the last major hurdle to achieving its ambitions: a competitive semiconductor industry.

Semiconductors can be pure elements or compounds and altered with impurities to improve their conductivity. Several materials are now being used to improve speed and performance, including rare-earth elements, graphite, indium, gallium, tantalum, and cadmium. China is the dominant producer of five out of the six, controls more than 75 percent of the world’s supply of three, and is consolidating control over them all

Should China succeed technologically, its capacity to scale production and flood markets (as it has already done with solar panels and wind turbines) has serious implications not only for leading semiconductor producers, but also for national security, if Chinese-manufactured chips are embedded in the devices upon which our data-driven lives, our economies, and our defense systems increasingly depend. While government and industry officials have started to restrict semiconductor sales and scrutinize Chinese acquisition of technology firms—e.g., the United States’ temporary ban on selling semiconductors to ZTE, or the recent flare-up over Huawei —such moves are strengthening China’s resolve to develop its domestic industry. More attention should be paid to its efforts to consolidate critical raw materials and the computing power they confer.

In April, U.S. government officials announced plans to meet with lithium industry leaders and automakers with the intention of developing a national electric-vehicle supply chain strategy. It is a start.

nternational gas companies - poised to invest billions in the off-shore gas fields discovered along the coast of Cabo Delgado - are now getting cold feet, partly because of the rising insecurity, but also because of falling gas prices.

concerns that the conflict, if mishandled, could spread into neighbouring Tanzania, and perhaps even to South Africa

"The army, from the beginning… beat people up, took them to jail, tortured them. There's a lot of Islamophobia [in the majority Muslim province of Cabo Delgado]. They're discriminated against because they're northerners - people think they're dumb. "The problem is that we have a youth bulge - and the young don't have jobs. If we solve… the abuse of force, corruption, and if we have a serious system of justice I'm sure we'll solve this very rapidly,"

Many observers and analysts believe that, fundamentally, the solution to the conflict lies in good governance, and a transparent attempt to address deep-seated economic and social grievances, including fair access to land, jobs, and a share of any future gas revenues."Multi-nationals want to know they can take their share, but they have to consider local people," said the Bishop of Pemba. "And the government has to know that it is very necessary that Mozambique's natural resources must be used for the betterment of its people, not to cause corruption,"

In South Africa, one of the hardest-hit countries on the continent by the pandemic, a mutated and more transmissible variant of the virus emerged less than two months ago, leading to a massive spike in both the number of cases and deaths.

Experts and humanitarian workers fear that even as high-income countries in the developed world get a handle on cases and begin distributing vaccines, poorer and developing countries in Africa will be left behind.

Data from the Africa Centres for Disease Control and Prevention released on Tuesday shows that the African continent has tracked more than 3.6 million COVID-19 cases and some 91,500 deaths. That number is expected to increase further in the coming weeks.

Last month, then-U.S. Ambassador to South Africa Lana Marks announced that she had spent 10 days in an intensive care unit after developing COVID-19 in late December. Marks, a luxury handbag designer and Trump political appointee, drew fire from embassy staff last March when she returned to the country and did not self-isolate after attending an event at the former president’s Mar-a-Lago resort despite some attendees later testing positive for COVID-19. 

South Africa has a highly developed health care system, but in poorer countries in the region embassies are relying on medical evacuation to deal with severe cases. One official in the region said medical evacuations have been taking 48 to 72 hours, adding, “In terms of COVID, that could be a death sentence.”

According to an internal USAID memo, patients in Eswatini, which borders South Africa, were dying due to a lack of oxygen supplies