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The ruling elites are all dependent on oil rents for the survival of their regimes. They need the oil business to stay alive for them to stay in power. Their system is based on continued oil rent, but ultimately, the citizens’ long-term interests are with a liveable climate

The precise point oil demand will peak has been contested, and depends on a myriad of assumptions about regulation, technology and consumer behaviour. But many people say demand will peak in about 2040, and then decline.

the International Energy Association’s report Net Zero by 2050, by contrast, proposed oil demand fall from 88m barrels a day (mb/d) in 2020, to 72 mb/d in 2030 and to 24 mb/d in 2050, a fall of almost 75% between 2020 and 2050. It argued that the Gulf has all three elements needed to switch to renewables: capital, sun and large tracts of vacant land.

The Gulf’s self-proclaimed first mover, the UAE, was the first country in the region to ratify the Paris agreement and is now the least dependent on oil for government revenues. Last week it announced a “net zero initiative by 2050” to be begun with $163bn (£118bn) of investments and a new minister for climate change and the environment, Mariam Almheiri. The announcement came after the UAE ordered an 80-day brainstorming session in every government department from June. It was the first petro-state to embrace net zero in domestic consumption.

Opec’s own projections suggest oil demand will rise in absolute terms through to 2045, and oil’s share of world wide energy demand will fall only from 30% to 28%. Hardly a green revolution.

Aramco, the Saudi company with the largest carbon footprint in the world, is not trying to diversify at the rate of Shell or BP. Indeed, it has just announced an investment to increase crude capacity from 12m barrels a day to 13m barrels by 2027

If you see the lifestyle in the UAE, Saudi Arabia and Qatar, it is based on endless consumption

The region is responsible for only 4.7 % of worldwide carbon emissions, dwarfed by the pollution from Europe, America and China. The oil that the Middle East exports is logged against the carbon emissions of the users, not the producers.

The Gulf States are still highly reliant on oil and gas exports, which remain more than 70% of total goods exports in Kuwait, Qatar, Saudi Arabia and Oman, and on oil revenues, which exceed 70% of total government revenues in Kuwait, Qatar, Oman, and Bahrain. In Vision 2030, published in 2016, the Saudi crown prince, Mohammed bin Salman, promised to turn the country into a diversified industrial power house. The reality is very different. The World Bank shows Saudi Arabia is still 75% dependent on oil exports for its budget.

Gulf states are deeply competitive, so a flurry of news is emerging. Qatar has appointed a climate minister; Bahrain is targeting net zero by 2050; Kuwait has a new emissions plan.

Fossil fuels shipped abroad are not on the Saudi’s carbon ledger, owing to UN accounting rules, and the promised internal reduction in emissions is dependent on a heavy bet that unproven blue hydrogen and carbon capture technology will work.

the planet could see a greater temperature increase in the next 50 years than it did in the last 6,000 years combined. By 2070, the kind of extremely hot zones, like in the Sahara, that now cover less than 1% of the earth’s land surface could cover nearly a fifth of the land, potentially placing 1 of every 3 people alive outside the climate niche where humans have thrived for thousands of years. Many will dig in, suffering through heat, hunger and political chaos, but others will be forced to move on

In Southeast Asia, where increasingly unpredictable monsoon rainfall and drought have made farming more difficult, the World Bank points to more than 8 million people who have moved toward the Middle East, Europe and North America. In the African Sahel, millions of rural people have been streaming toward the coasts and the cities amid drought and widespread crop failures. Should the flight away from hot climates reach the scale that current research suggests is likely, it will amount to a vast remapping of the world’s populations.

Migration can bring great opportunity not just to migrants but also to the places they go

Northern nations can relieve pressures on the fastest-warming countries by allowing more migrants to move north across their borders, or they can seal themselves off, trapping hundreds of millions of people in places that are increasingly unlivable. The best outcome requires not only goodwill and the careful management of turbulent political forces; without preparation and planning, the sweeping scale of change could prove wildly destabilizing. The United Nations and others warn that in the worst case, the governments of the nations most affected by climate change could topple as whole regions devolve into war

To better understand the forces and scale of climate migration over a broader area, The New York Times Magazine and ProPublica joined with the Pulitzer Center in an effort to model, for the first time, how people will move across borders

The story is similar in South Asia, where nearly one-fourth of the global population lives. The World Bank projects that the region will soon have the highest prevalence of food insecurity in the world. While some 8.5 million people have fled already — resettling mostly in the Persian Gulf — 17 million to 36 million more people may soon be uprooted, the World Bank found. If past patterns are a measure, many will settle in India’s Ganges Valley; by the end of the century, heat waves and humidity will become so extreme there that people without air conditioning will simply die.

If governments take modest action to reduce climate emissions, about 680,000 climate migrants might move from Central America and Mexico to the United States between now and 2050. If emissions continue unabated, leading to more extreme warming, that number jumps to more than a million people. (None of these figures include undocumented immigrants, whose numbers could be twice as high.)

As with much modeling work, the point here is not to provide concrete numerical predictions so much as it is to provide glimpses into possible futures. Human movement is notoriously hard to model, and as many climate researchers have noted, it is important not to add a false precision to the political battles that inevitably surround any discussion of migration. But our model offers something far more potentially valuable to policymakers: a detailed look at the staggering human suffering that will be inflicted if countries shut their doors.

the coronavirus pandemic has offered a test run on whether humanity has the capacity to avert a predictable — and predicted — catastrophe. Some countries have fared better. But the United States has failed. The climate crisis will test the developed world again, on a larger scale, with higher stakes

Climate is rarely the main cause of migration, the studies have generally found, but it is almost always an exacerbating one.

Drought helped push many Syrians into cities before the war, worsening tensions and leading to rising discontent; crop losses led to unemployment that stoked Arab Spring uprisings in Egypt and Libya; Brexit, even, was arguably a ripple effect of the influx of migrants brought to Europe by the wars that followed. And all those effects were bound up with the movement of just 2 million people. As the mechanisms of climate migration have come into sharper focus — food scarcity, water scarcity and heat — the latent potential for large-scale movement comes to seem astronomically larger.

North Africa’s Sahel provides an example. In the nine countries stretching across the continent from Mauritania to Sudan, extraordinary population growth and steep environmental decline are on a collision course. Past droughts, most likely caused by climate change, have already killed more than 100,000 people there. And the region — with more than 150 million people and growing — is threatened by rapid desertification, even more severe water shortages and deforestation. Today researchers at the United Nations estimate that some 65% of farmable lands have already been degraded. “My deep fear,” said Solomon Hsiang, a climate researcher and economist at the University of California, Berkeley, is that Africa’s transition into a post-climate-change civilization “leads to a constant outpouring of people.”

Our model projects that migration will rise every year regardless of climate, but that the amount of migration increases substantially as the climate changes. In the most extreme climate scenarios, more than 30 million migrants would head toward the U.S. border over the course of the next 30 years

every one of the scenarios it produces points to a future in which climate change, currently a subtle disrupting influence, becomes a source of major disruption, increasingly driving the displacement of vast populations.

rough predictions have emerged about the scale of total global climate migration — they range from 50 million to 300 million people displaced — but the global data is limited, and uncertainty remained about how to apply patterns of behavior to specific people in specific places.

Once the model was built and layered with both approaches — econometric and gravity — we looked at how people moved as global carbon concentrations increased in five different scenarios, which imagine various combinations of growth, trade and border control, among other factors. (These scenarios have become standard among climate scientists and economists in modeling different pathways of global socioeconomic development.)

We are now learning that climate scientists have been underestimating the future displacement from rising tides by a factor of three, with the likely toll being some 150 million globally. New projections show high tides subsuming much of Vietnam by 2050 — including most of the Mekong Delta, now home to 18 million people — as well as parts of China and Thailand, most of southern Iraq and nearly all of the Nile Delta, Egypt’s breadbasket. Many coastal regions of the United States are also at risk.

Around 2012, a coffee blight worsened by climate change virtually wiped out El Salvador’s crop, slashing harvests by 70%. Then drought and unpredictable storms led to what a U.N.-affiliated food-security organization describes as “a progressive deterioration” of Salvadorans’ livelihoods.

climate change can act as what Defense Department officials sometimes refer to as a “threat multiplier.”

For all the ways in which human migration is hard to predict, one trend is clear: Around the world, as people run short of food and abandon farms, they gravitate toward cities, which quickly grow overcrowded. It’s in these cities, where waves of new people stretch infrastructure, resources and services to their limits, that migration researchers warn that the most severe strains on society will unfold

the World Bank has raised concerns about the mind-boggling influx of people into East African cities like Addis Ababa, in Ethiopia, where the population has doubled since 2000 and is expected to nearly double again by 2035

now a little more than half of the planet’s population lives in urban areas, but by the middle of the century, the World Bank estimates, 67% will. In just a decade, 4 out of every 10 urban residents — 2 billion people around the world — will live in slums

El Paso is also a place with oppressive heat and very little water, another front line in the climate crisis. Temperatures already top 90 degrees here for three months of the year, and by the end of the century it will be that hot one of every two days. The heat, according to researchers at the University of California, Berkeley, will drive deaths that soon outpace those from car crashes or opioid overdoses. Cooling costs — already a third of some residents’ budgets — will get pricier, and warming will drive down economic output by 8%, perhaps making El Paso just as unlivable as the places farther south.

High emissions, with few global policy changes and relatively open borders, will drive rural El Salvador — just like rural Guatemala — to empty out, even as its cities grow. Should the United States and other wealthy countries change the trajectory of global policy, though — by, say, investing in climate mitigation efforts at home but also hardening their borders — they would trigger a complex cascade of repercussions farther south, according to the model. Central American and Mexican cities continue to grow, albeit less quickly, but their overall wealth and development slows drastically, most likely concentrating poverty further. Far more people also remain in the countryside for lack of opportunity, becoming trapped and more desperate than ever.

By midcentury, the U.N. estimates that El Salvador — which has 6.4 million people and is the most densely populated country in Central America — will be 86% urban

Most would-be migrants don’t want to move away from home. Instead, they’ll make incremental adjustments to minimize change, first moving to a larger town or a city. It’s only when those places fail them that they tend to cross borders, taking on ever riskier journeys, in what researchers call “stepwise migration.” Leaving a village for the city is hard enough, but crossing into a foreign land — vulnerable to both its politics and its own social turmoil — is an entirely different trial.

I arrived in Tapachula five weeks after the breakout to find a city cracking in the crucible of migration. Just months earlier, passing migrants on Mexico’s southern border were offered rides and tortas and medicine from a sympathetic Mexican public. Now migrant families were being hunted down in the countryside by armed national-guard units, as if they were enemy soldiers.

Models can’t say much about the cultural strain that might result from a climate influx; there is no data on anger or prejudice. What they do say is that over the next two decades, if climate emissions continue as they are, the population in southern Mexico will grow sharply. At the same time, Mexico has its own serious climate concerns and will most likely see its own climate exodus. One in 6 Mexicans now rely on farming for their livelihood, and close to half the population lives in poverty. Studies estimate that with climate change, water availability per capita could decrease by as much as 88% in places, and crop yields in coastal regions may drop by a third. If that change does indeed push out a wave of Mexican migrants, many of them will most likely come from Chiapas.

even as 1 million or so climate migrants make it to the U.S. border, many more Central Americans will become trapped in protracted transit, unable to move forward or backward in their journey, remaining in southern Mexico and making its current stresses far worse.

Already, by late last year, the Mexican government’s ill-planned policies had begun to unravel into something more insidious: rising resentment and hate. Now that the coronavirus pandemic has effectively sealed borders, those sentiments risk bubbling over. Migrants, with nowhere to go and no shelters able to take them in, roam the streets, unable to socially distance and lacking even basic sanitation. It has angered many Mexican citizens, who have begun to describe the migrants as economic parasites and question foreign aid aimed at helping people cope with the drought in places where Jorge A. and Cortez come from.

a new Mexico-first movement, organizing thousands to march against immigrants

Trump had, as another senior government official told me, “held a gun to Mexico’s head,” demanding a crackdown at the Guatemalan border under threat of a 25% tariff on trade. Such a tax could break the back of Mexico’s economy overnight, and so López Obrador’s government immediately agreed to dispatch a new militarized force to the border.

laying blame at the feet of neoliberal economics, which he said had produced a “poverty factory” with no regional development policies to address it. It was the system — capitalism itself — that had abandoned human beings, not Mexico’s leaders. “We didn’t anticipate that the globalization of the economy, the globalization of the law … would have such a devastating effect,”

No policy, though, would be able to stop the forces — climate, increasingly, among them — that are pushing migrants from the south to breach Mexico’s borders, legally or illegally. So what happens when still more people — many millions more — float across the Suchiate River and land in Chiapas? Our model suggests that this is what is coming — that between now and 2050, nearly 9 million migrants will head for Mexico’s southern border, more than 300,000 of them because of climate change alone.

“If we are going to die anyway,” he said, “we might as well die trying to get to the United States.”

In the case of Addis Ababa, the World Bank suggests that in the second half of the century, many of the people who fled there will be forced to move again, leaving that city as local agriculture around it dries up.

Without a decent plan for housing, feeding and employing a growing number of climate refugees, cities on the receiving end of migration can never confidently pilot their own economic future.

The United States refused to join 164 other countries in signing a global migration treaty in 2018, the first such agreement to recognize climate as a cause of future displacement. At the same time, the U.S. is cutting off foreign aid — money for everything from water infrastructure to greenhouse agriculture — that has been proved to help starving families like Jorge A.’s in Guatemala produce food, and ultimately stay in their homes. Even those migrants who legally make their way into El Paso have been turned back, relegated to cramped and dangerous shelters in Juárez to wait for the hearings they are owed under law.

There is no more natural and fundamental adaptation to a changing climate than to migrate. It is the obvious progression the earliest Homo sapiens pursued out of Africa, and the same one the Mayans tried 1,200 years ago. As Lorenzo Guadagno at the U.N.’s International Organization for Migration told me recently, “Mobility is resilience.” Every policy choice that allows people the flexibility to decide for themselves where they live helps make them safer.

what may be the worst-case scenario: one in which America and the rest of the developed world refuse to welcome migrants but also fail to help them at home. As our model demonstrated, closing borders while stinting on development creates a somewhat counterintuitive population surge even as temperatures rise, trapping more and more people in places that are increasingly unsuited to human life

the global trend toward building walls could have a profound and lethal effect. Researchers suggest that the annual death toll, globally, from heat alone will eventually rise by 1.5 million. But in this scenario, untold more will also die from starvation, or in the conflicts that arise over tensions that food and water insecurity will bring

America’s demographic decline suggests that more immigrants would play a productive role here, but the nation would have to be willing to invest in preparing for that influx of people so that the population growth alone doesn’t overwhelm the places they move to, deepening divisions and exacerbating inequalities.

At the same time, the United States and other wealthy countries can help vulnerable people where they live, by funding development that modernizes agriculture and water infrastructure. A U.N. World Food Program effort to help farmers build irrigated greenhouses in El Salvador, for instance, has drastically reduced crop losses and improved farmers’ incomes. It can’t reverse climate change, but it can buy time.

Thus far, the United States has done very little at all. Even as the scientific consensus around climate change and climate migration builds, in some circles the topic has become taboo. This spring, after Proceedings of the National Academy of Sciences published the explosive study estimating that, barring migration, one-third of the planet’s population may eventually live outside the traditional ecological niche for civilization, Marten Scheffer, one of the study’s authors, told me that he was asked to tone down some of his conclusions through the peer-review process and that he felt pushed to “understate” the implications in order to get the research published. The result: Migration is only superficially explored in the paper.

Our modeling and the consensus of academics point to the same bottom line: If societies respond aggressively to climate change and migration and increase their resilience to it, food production will be shored up, poverty reduced and international migration slowed — factors that could help the world remain more stable and more peaceful. If leaders take fewer actions against climate change, or more punitive ones against migrants, food insecurity will deepen, as will poverty. Populations will surge, and cross-border movement will be restricted, leading to greater suffering. Whatever actions governments take next — and when they do it — makes a difference.

The world can now expect that with every degree of temperature increase, roughly a billion people will be pushed outside the zone in which humans have lived for thousands of years

“If we don’t develop a different attitude,” he said, “we’re going to be like people in the lifeboat, beating on those that are trying to climb in.”

At present, China dominates the world’s investment and innovation in renewable energy technologies.

the importance of the Gulf Arab states will be eroded not only because of the decline in global demand for oil but also because Gulf countries are not rich in the minerals required to build renewable energy technologies, and are highly dependent on technology imports rather than in-house technology innovation and research and development

all hydrocarbon producer economies will see a fall in total rent of about 40% by 2040 compared with the ‘golden years’ of 2010-14 due to rigorous policies on fuel switching and efficiency to reach net-zero emissions in the second half of this century

In 2013, R&D investment in Gulf countries averaged 0.3% of the gross domestic product (GDP), compared with 2%–3% in industrialized countries. The 0.3% figure is far less than the minimum percentage (1%) needed for an effective science and technology base specified by UNESCO.

in the new energy era, the Gulf Arab states are still advantaged by their geographical location. These countries are specially positioned for harnessing wind and solar energy

The cost of adapting agriculture to cope with the effects of climate change will cost between $20bn and $30bn a year until 2030, according to the African Development Bank.

better soil management

The second area is water control. A third of areas growing olives in Morocco are still using traditional flood irrigation methods, consuming water levels that are far beyond what the trees actually require.

The third aspect is climate-risk management.

we need funding to expand capacity building and means of sharing our knowledge so that African countries can learn how to adapt to climate change

Pakistan, whose rate of automobile ownership is 8 per 1,000 people (as compared to 765 per 1,000 in the US), has contributed almost nothing to the blanket of greenhouse gases warming the earth and the oscillating weather patterns that result. But many Pakistani observers attribute the scale of the flooding and displacement in part to a series of decisions by the Pakistani state --namely, the building of large dams at key points along the course of the Indus. Dams, of course, are the quintessential symbol of modernity in water infrastructure. Seeking to emulate the American civil engineers who made the Californian desert bloom, post-colonial states across the Middle East and Asia hurried to erect taller and taller dams to catch the water that would enable a green revolution in every river basin and churn out electricity to light every city street. Aside from the social dislocation caused by their construction, the dams’ sustainability is now greatly in doubt. For one thing, dams are subject to the law of unintended consequences. In Egypt, the dams around Aswan eliminated the annual flooding of the Nile, allowing for reliable year-round irrigation and greatly expanded agricultural productivity. But the yearly floods also had a cleansing effect; now rural areas are pocked with stagnant pools where the parasite that causes bilharzia flourishes. In Pakistan, the blockage of the Indus has led to high soil salinity and greater sedimentation upstream, robbing the delta of its richest soil, and in effect raising the riverbed and making swathes of previously dry land part of the floodplain.

As so often in quasi-natural disasters, the poor and disenfranchised bear the overwhelming brunt of the Pakistan flooding

Once again, the world is confronted with the mind-bending irony that the US military, precisely because it is the most fearsome and lavishly funded war machine in human history, is the only entity capable of the rapid, all-out emergency response that is called for. And the motive is never purely altruistic: As in 2004, when the Navy’s aid to tsunami victims assuaged the American conscience after Abu Ghraib, so the hope will be that sending helicopters to Pakistan will persuade fewer of them to hate us.

Part of the problem is apparently Pakistan’s “image deficit”; a Care International official told Agence France Presse that donors need to be convinced their gifts will not “go to the hands of the Taliban.” This “image deficit” perhaps explains why the American media has not launched anything close to the earnest publicity and fundraising blitzes that occurred after the tsunami and the earthquake in Haiti.

For the generals who continue to dominate Pakistani governance despite the government’s civilian face, the shadowboxing with India still dictates every move.

The river of money flowing to Pakistan is intended to float a set of unpopular policies that Washington has no intention of changing and a government that Washington would hate to see genuinely democratized. In the case of the floods, and water management generally, democratization would mean treating the hard-hit citizenry as agents of recovery and reconstruction, whose ideas for repairing the local waterworks, being derived from lived experience, might make more sense than those of the World Bank’s credentialed experts. Instead, it appears that the Pakistani state and international community will treat the flood victims as objects of relief aid. This kind of powerless victimhood leaves few avenues for citizen activism besides protest, some of which has already turned deadly. These realities are integral to the political instability that the West fears will emerge now that disaster has struck.

Jordan. It has been described by the UN as one of the most water-scarce countries on the planet

Once a water-rich country, southern Iraq has faced successive droughts and significant drops in annual rainfall, following the construction of major dams in Turkey and Iran since the 1970s.

Arab states are facing a water supply emergency for which they need a coordinated response, according to the UN Food and Agriculture Organisation, predicting that per capita resources will be halved by 2050.

The Middle East and North Africa have suffered more than any other region from water scarcity and desertification, problems being complicated by climate change

In the UAE, reclamation schemes, such as Dubai's Palm Islands and World Islands, have altered the geography of the coast and wave patterns have destroyed marine ecosystems.

Campaigners in western Turkey have protested against a Canadian-owned gold mine project amid fears the deforestation will reduce a hilltop to an arid desert.

Dubai has one of the hottest climates on the planet. At the height of summer, temperatures can reach a high of 41ºC in the shade. But the emirate's urban growth - between 10 percent and 13 percent, year on year, for the past four decades - has boosted those figures.

Pilgrims attending Hajj in Saudi Arabia may be at risk of extreme heat and humidity that is driven by climate change

It has been calculated that golf courses in the US use, on average, 130,000 gallons of water each day. Those in the kingdom and elsewhere will likely use many times that amount, as well as fertilisers, pesticides and herbicides to keep them alive. All these chemicals eventually feed into precious groundwater supplies, potentially causing pollution problems. 

In 2017, scientists warned that climate change means that the Middle East and North African region (MENA) is susceptible to some of the more severe consequences of warming, including lethal heat waves, extensive drought and rising sea levels.

Morocco was ranked second of 57 countries in this year's Climate Change Performance Index (CCPI), which examines four performance categories: emissions, renewable energy, energy use and climate policy. But while Egypt was mid-table at 21st, Turkey came in at 47th, Iran was 55th and Saudi Arabia was last at 57th, a position it has held for the past few years.

issues such as securing electricity grids around the world against cyberattacks, since a decarbonized world will depend even more on electrical power as many additional sectors—such as buildings, cars, and trucks—are electrified

access to rare earths and other critical minerals such as lithium and cobalt will be even more important as raw materials for batteries, solar panels, and other renewable energy technologies.

defense leaders should work with their counterparts in other governments and within international institutions, such in the United Nations Security Council and NATO, to integrate climate change into their security agendas. Defense planning must increasingly consider the impacts of climate change, such as the threats of extreme weather to military installations, the stresses increased disaster assistance may pose to military readiness, and the risks food or water scarcity may pose to security in fragile states

From the standpoint of foreign policy, stronger domestic action can also lay the groundwork for cooperation instead of conflict with the European Union, which is planning to impose carbon border tariffs on imports from countries taking inadequate climate actions.

foreign policy must go beyond climate and energy diplomacy to make mainstream the consideration of climate change in all foreign-policy decisions. It may not always prevail when weighed against all other national security goals, but it is too important to be ignored.

The widely reproduced claim that 2 to 3 million people were driven into extreme poverty by the 2006–2009 drought was drawn, extraordinarily, from analyses by the United Nations Development Programme (UNDP) of pre-drought poverty levels.[4] The claim that around 1.5 million people were displaced was derived from a single humanitarian news bulletin, seemingly on the basis of a misreading of the UN’s estimate of those affected—not displaced—by the drought. Using Syrian government numbers, the UN actually reported drought-period displacement to be around 40,000–60,000 families.

A presidential decree in 2008, which tightened restrictions on land sales across the northeastern-most province of Hasakah, led to the extensive loss of land rights and was credited by some organizations as a key factor in the increased migration from northeast Syria prior to the war

during 2008–2009 rural Syria was hit by triple-digit increases in the prices of key agricultural inputs. In May 2008 fuel subsidies were halved, leading to an overnight 342 percent spike in the price of diesel. And then in May 2009 fertilizer subsidies were removed, causing prices to rise anywhere from 200 to 450 percent. The fuel subsidy cuts had particularly devastating economic consequences, especially for farmers reliant on cheap fuel for groundwater irrigation.

The fact that a number of neighboring countries experienced equivalent precipitation declines during 2006–2009—or in Iraq’s case an even larger decline—but no comparable migration crises, suggests at the very least that the migration from Syria’s northeast must have been caused more by these Syria-specific factors than by the drought.

Proponents of the climate conflict thesis typically claim that drought-induced displacement caused a “population shock” within Syria’s urban peripheries, exacerbating pre-existing socio-economic pressures. Yet Syria’s cities grew rapidly throughout the decade before the civil war, not only during the drought years. By our calculations, excess migration from the northeast during 2008–2009 amounted to just 4–12 percent of Syria’s 2003–2010 urban growth (and this excess migration was not all triggered by drought)

As Syria’s pre-eminent breadbasket region—the heartland of strategic crop production—Hasakah was particularly vulnerable to economic liberalization and the withdrawal of input supports. No other region of the country was so dependent on groundwater for irrigation, a factor that made it particularly vulnerable to fuel price increases. Hasakah’s groundwater resources were also exceptionally degraded, even by Syrian standards

a deep and long-term structural agrarian crisis

it is evident that northeastern Syria’s agrarian troubles—and especially those in the province of Hasakah—went all the way back to 2000, and indeed earlier. Production of the two main government-designated strategic crops, wheat and cotton, was in decline in Hasakah from the early 2000s onward. Land and settlements were being abandoned there well before the drought. Net out-migration from Hasakah during this period was higher than from any other province. And the reasons for this lay not in the drought but in the contradictions of Syrian development.

an agrarian socialist development program, promoting rapid expansion of the country’s agricultural sector and deploying Soviet aid and oil income to this end. Among other elements, this program involved heavy investment in agricultural and especially water supply infrastructure, low interest loans for private well drilling, price controls on strategic crops at well above international market value, the annual wiping clean of state farm losses and, as already indicated, generous input subsidies

Environmentally, the model relied above all on the super-exploitation of water resources, especially groundwater—a problem which by the early 2000s had become critical. And economically, Syrian agriculture had become highly input dependent, reliant on continuing fuel subsidies in particular.

Within just a few short years, Syria embraced principles of economic liberalization, privatized state farms, liberalized trade and reduced price control levels. At the same time domestic oil production and exports fell rapidly, thus undermining the regime’s rentier foundations and its capacity to subsidize agriculture

Irrespective of any drought impacts, these developments essentially occurred when the props that had until then artificially maintained an over-extended agricultural production system—oil export rents, a pro-agrarian ideology and their associated price controls—were suddenly and decisively removed.

as Marwa Daoudy concludes in her new book on the subject, there is “little evidence” that “climate change in Syria sparked popular revolt in 2011”—but “a lot of evidence” that “suggests it did not.”

The region was also deeply affected by intense irrigation development and over-abstraction of groundwater resources within Turkey

It was Ba’athist state policies which had turned Hasakah into a region of wheat monoculture, failed to promote economic diversification and facilitated cultivation ever deeper into the badiya (the desert) while over-exploiting surface and groundwater resources. Moreover, these measures were taken partly for strategic and geostrategic reasons, bound up with regime interests in expanding and consolidating Hasakah’s Arab population (its project of Arabization), in controlling and excluding the province’s Kurdish population and in extending its control and presence within a strategically sensitive borderland and frontier region. During the heyday of Ba’athist agrarian development, Hasakah’s population and agricultural sector expanded like in no other area. With the collapse of this development model, rural crisis and out-migration were the inevitable result.

After an initial reluctance to acknowledge the depth of the crisis in the northeast, the government eventually embraced the climate crisis narrative with gusto. The drought was “beyond our powers,” claimed Asad. The drought was “beyond our capacity as a country to deal with,” claimed the Minister of Agriculture. “Syria could have achieved [its] goals pertaining to unemployment, poverty and growth if it was not for the drought,” proclaimed Deputy Prime Minister Abdullah al-Dardari.[12] Indeed, as the International Crisis Group reported, the Asad regime would regularly take diplomats to the northeast and tell them, “it all has to do with global warming,” blaming what was in essence a state-induced socio-ecological crisis on climatic transformations beyond its control.[13] This shifting of blame is essentially how the Syria climate crisis narrative began.

Official UN reports on the crisis in the northeast, which were produced in collaboration with the Syrian regime, were predictably drought-centric, barely mentioning any factors other than drought, omitting any criticisms of government policy and ignoring the existence of a discriminated-against Kurdish minority

International media reports on the subject were similarly focused on  drought, no doubt partly because of media preferences for simplified and striking narratives, but also because they relied upon UN sources and took these at their word

The climate crisis narrative reached its apogee in 2015, in the run-up to the UN Paris conference on climate change, when countless politicians and commentators turned to the example of Syria to illustrate the urgency of international action to limit greenhouse gas emissions.

regurgitated as a statement of fact in the scientific journal Proceedings of the National Academy of Sciences and by Western liberal politicians and eco-socialist campaigners alike

climate change is also much more than a physical reality and looming environmental threat: It is simultaneously an object of discourse, debate and rhetoric, a potent meta-narrative that can be invoked for explanation, legitimation, blame avoidance and enrichment.

climate change is already regularly invoked to questionable ends across the Middle East and North Africa. It is used to explain away ecological catastrophes actually caused by unsustainable agricultural expansion, to make the case for investment in new and often unnecessary mega-projects, to obscure state mismanagement of local environmental resources and to argue against the redistribution of such resources to oppressed and minority groups

blaming climate change is often a distraction from the real causes of socio-ecological crisis

degrowth has come under severe criticism from pundits, mainstream economists, and the jet-setting Davos elite

austerity is always imposed for the sake of growth. We have been convinced, for half a century now, that cutting public services is good for us because it will increase competitiveness, balance the budget, and eventually lead to growth. Degrowth, by contrast, is the argument that we can, and should, move away from an economy that exclusively depends on economic growth.

infrastructure projects which will lock in fossil fuel use for decades continue to be built and expanded, while banks, energy companies and multinationals that are involved in polluting and carbon-intensive industries are bailed out with public money and given lucrative government contracts

Recessions make inequality worse, degrowth is about making sure everyone has their needs met. Recessions often cause bold policies for sustainability to be abandoned for the sake of restarting growth, while degrowth is explicitly for a rapid and decisive transformation.

Because profits are based on making labour and nature as cheap as possible, the very basis of profit is always at risk, for example, through labour shortages or supply bottlenecks. Thus, constant economic expansion will also see constant crises.

While austerity increases inequality by curbing public services and benefitting the rich through tax cuts and privatisation of government services, degrowth policies focus on democratising production, curbing the wealth and overconsumption of the rich, expanding public services, and increasing equality within and between societies.

As argued by Naomi Klein in the book Shock Doctrine, crises are often taken advantage of by the owners of capital because they make it possible to thrash social and ecological legislation, thus lowering the costs of wages and resources, and further generating windfall profits through inflation.

A recent UN report found that nine out of 10 countries worldwide have fallen behind on life expectancy, education and living standards. For decades, international organisations have promised to fight global inequality and poverty with growth – but the results are anything but promising.

guarantee access to “universal basic services” like housing, food, healthcare, mobility, and childcare to the general population, by taking them out of the market.

Germany’s three-month experiment with a $9 monthly ticket for all regional and city public transport could serve as an example. It not only reduced carbon dioxide emissions by 1.8 million tonnes – equivalent to powering about 350,000 homes for a year – but it also helped mitigate the effects of high inflation rates, increased freedom of mobility for all, and was quite popular with the public.

a 2020 research paper on energy sufficiency found that it is possible to provide a decent life to the entire global population at 40 percent of current energy use, despite population growth until 2050.

reducing the excess energy and resource use of the rich and making designs more efficient within the framework of a truly circular economy have huge potential to reduce demand

many people would likely possess fewer material objects – but most would have access to better services and society would be more sustainable, just, convivial, and fulfilling

The Nile Delta—where agriculture employs one-fifth of the country’s workforce and is responsible for 12% of its GDP and much of its food supply—is being hammered by rising sea levels, rising temperatures, and a growing shortage of water.

rapid urbanization and population growth

Climate adaptation solutions that could keep environmental problems from turning existential—fixing the battered and wasteful irrigation network, expanding affordable access to improved seeds and climate-smart farming technologies, and more effective and equitable regulation of urban development on agricultural land—are being rolled out by the government and research groups, but often slower than the pace of climate impacts. That’s left Egypt’s economy and food security exposed to growing risk.

“We’re really squeezed and marginalized here, and the government isn’t helping,” said one farmer down the road from Abdullah, who requested anonymity to speak frankly (with tens of thousands of political prisoners, Egypt’s restrictions on free speech are also gaining prominence ahead of COP27).

his children see no future in agriculture

Around 1805, an Ottoman general named Muhammad Ali took control of the country, and founded the dynasty of kings that would rule—eventually under British colonial supervision—for 150 years. One of Ali’s most enduring marks on the country was the establishment of the first modern network of dams and irrigation canals in the Delta, which allowed tens of thousands of new acres to come under cultivation.

water and land played a crucial role in Nasser’s legacy. 12% of the country’s arable land was owned by the aristocracy; Nasser nationalized this land and distributed it to about 340,000 impoverished rural families. He also further extended Ali’s irrigation network and oversaw construction of the Aswan High Dam, which brought an end to the Nile’s ancient seasonal flooding and fixed the river in its present position, with just two remaining branches forking through the Delta.

Egypt’s population has since more than quadrupled, to 104 million. Yet the flow of the Nile, which supplies more than 95% of the country’s water, has remained more or less constant. In the 1990s water availability fell below the international “water poverty” benchmark of 1,000 cubic meters per person per year.

Egypt has managed that scarcity by meticulously recycling agricultural water and, in recent years, curtailing the production of water-intensive crops like cotton and rice and importing 40% of its wheat and other food staples.

The population is still growing quickly, and could reach 160 million by 2050. The Grand Ethiopian Renaissance Dam that is nearing completion upstream could cut the flow of Nile water into Egypt by a quarter during the as-yet-unknown number of years it will take to fill its reservoir. By 2100, climate change-related heat waves upstream could reduce the Nile’s flow by 75%, Abousabaa said.

rising temperatures and falling rainfall mean crops—which consume 86% of Egypt’s water supply—will require more irrigation to survive.

current annual demand for water is about 35% higher than what the country receives from the Nile, groundwater, and a very small amount of rain—a deficit of about 20 billion cubic meters. To cover it, she said, Egypt will need to use every drop multiple times, aggressively minimize wastage, and boost the supply by investing $2.8 billion in dozens of new desalination plants with the aim to produce 5 billion cubic meters annually by 2050.

On the western fringe of the Delta, farms and suburbs are gradually overtaking the desert as the central Delta grows more crowded. Here, water is even scarcer and the impacts of climate change are more pronounced. But in this and a few other desert areas around Egypt, the government is working to link more than 1.5 million acres to groundwater irrigation, and says it is about one-third of the way there. Land reclamation could take some pressure off the Delta, and sandy soils are well-suited for the production of citrus fruits that are one of Egypt’s most lucrative exports.

The unpredictability makes it difficult to identify solutions, Salah says: “Climate change is like a big black box.”

“For the last two years, with heat wave after heat wave, we lost more than half the crop. It’s really sad.”

The farm relies on groundwater brought up from wells on the property, and Nasrallah says the suburbs are draining the aquifer. In the last four years he has had to dig an extra thirty meters to find water—and deeper wells mean higher electricity bills for pumping. Some wells have dried up altogether. Recently, government officials told him he had to stop watering the grass on a soccer field he built for his workers.

Urbanization is also spreading in the inner Delta, as many farmers decide that constructing housing is more profitable than growing crops. Since the 1970s, about 14% of the Delta’s arable land has been converted to urban development

Individual farms are also becoming smaller with each generation as, in keeping with longstanding Egyptian custom, land is divided among a father’s heirs (with sons traditionally taking a larger share than daughters). Urban development degrades the Delta’s soil and drives more farming into the desert, leaving the entire food system more vulnerable to climate impacts. Land fragmentation leads to the inefficient use of water and other resources and raises the costs of distribution for farmers.

in some cases, the government’s own plans are responsible, most recently in August when thousands of people living on a Nile island near Cairo that was primarily used for farming were evicted to make way for a state-sanctioned development project.

The network started by Muhammed Ali now includes about 33,000 miles of delivery and drainage canals across the country, enough to wrap around the globe, that range in size from small rivers to something a child could hop over. Delta residents say they used to bathe in these canals, drink from them, and raise fish in them. Now many of them, especially at the ends of the network, are polluted with farming chemicals and sewage, and choked with trash.

Between seepage, evaporation, and water wasted by farmers who flood their fields instead of using controlled irrigation hoses, nearly one-third of the country’s water is lost in the irrigation system between the Aswan High Dam and the sea

The soil is dark and appears rich, but is crusted with a visible layer of salt, a problem that affects up to 40% of Egypt’s arable soil.

Fixing the irrigation network is a priority for the government. Eman Sayed from the Irrigation Ministry said her agency has lined about 3,700 miles of canals with concrete in the last two years and is aiming to finish another 12,400 in the next few years. The ministry is also helping farmers cover the cost of installing drip irrigation systems, which researchers at AUC found can cut farmers’ water consumption 61% per year; today such systems cover only one-sixth of arable land in Egypt.

Authorities have also begun to restrict production of water-intensive crops like rice and bananas, although farmers say there is little enforcement of these rules, and both crops are still widely cultivated throughout the Delta.

Egypt has made clear that COP27 will focus primarily on wringing climate finance out of the rich countries that are most responsible for climate change.

On the horizon, an offshore natural gas platform is visible. Egypt, which seized the disruption of Russian energy supplies to Europe because of the Ukraine war as an opening to boost its own exports of natural gas, is now contributing more to the problem than ever before; an independent review of its new climate strategy ranked it “highly insufficient” for averting disastrous levels of carbon emissions.

By 2100, Noureldeen says, sea level rise could inundate nearly 700 square miles of the coastal Delta and displace four million people.

the five corporations had spent $750 million on climate-related messaging last year alone

Some of the firms analysed plan to increase oil and gas production by 2026, something the analysts said would see their emissions "significantly overshoot" the International Energy Agency's recommended net-zero pathway.

"climate disinformation"

All countries — especially G20 countries — that have submitted “updated” NDCs that were no more ambitious than their previous commitments, and countries that have not yet communicated new or updated NDCs at all, should update their NDCs and long-term strategies in a credible, ambitious manner

developed countries must lead on climate ambition — they are the laggards in living up to their climate promises despite their overwhelming contribution to the climate crisis

After COP26, it was noted “with deep regret” the failure of developed countries to meet the $100 billion goal they originally promised to achieve by 2020, feeding into the credibility gap and hamstringing the ability of developing countries to plan further climate action.

clear finance targets for mitigation, adaptation and loss and damage finance

$600 billion in climate finance from 2020-2025

Developed by organizations from the Global South, ACT2025’s new Call for Enhanced Implementation lays out where concrete action is needed in the lead-up to and at the conference.

countries must also prepare their National Adaptation Plans and Adaptation Communications

developed countries need to provide grant-based funding to finance adaptation plans, especially through the Adaptation Fund and other entities of the Financial Mechanism established under the UNFCCC.

despite an urgent plea from climate-vulnerable countries, the proposal for a new loss and damage financing facility was  rejected by developed nations. Instead, at COP26, countries established the Glasgow Dialogue to discuss possible arrangements for loss and damage funding, with the first discussion to be held in June 2022.

even the most effective adaptation measures cannot prevent all losses and damages, which are a present-day reality for vulnerable people in certain regions

Countries also made progress at COP26 on the operationalization and funding of the Santiago Network on Loss and Damage (SNLD), which aims to provide developing countries with technical assistance on how to address loss and damage in a robust and effective manner. Sufficient financing for the SNLD is crucial to ensure technical support for developing countries and to create a new method in encouraging technical assistance that is country-owned and emphasizes local expertise.

The first Global Stocktake process must be done in a way that is inclusive, raises awareness, ensures the meaningful participation of Global South organizations, and paves the way for a comprehensive outcome that promotes increased NDC ambition and is centered around equity. Additionally, the UN Secretary General should hold countries and non-state actors accountable to develop a robust accountability system for commitments made outside of the UNFCCC process.

Shortly after COP27, we will be more than a quarter of the way through the decisive decade — what will the world have to show for it? Now is the time for solidarity and ambitious, real, on-the-ground action and support that will deliver justice for vulnerable countries and communities. While realizing countries’ differentiated responsibilities and capacities, the world needs to be all in, all together on climate.

saving Egypt’s coral reefs will require greater action, likely from world powers

A 2019 study found that climate change could cost Egypt as much as 95 percent of its revenue from tourism to the coral reefs, so world powers will likely have to come up with millions or even billions of dollars more. Egypt hardly finds itself alone. In the first half of 2022, the government debt of Jordan—home to its own prized set of coral reefs in the Gulf of Aqaba—reached $41 billion, 88.4 percent of the kingdom’s gross domestic product. Meanwhile, in Tunisia, coral reefs near the resort destination of Tabarka appear set to suffer as climate change batters the country and the Tunisian economy falters, depriving authorities of the funds necessary to fund marine conservation.

pairing debt relief with marine conservation, as well as more general measures for environmental protection and climate change mitigation, a boon for Egypt, Jordan, Tunisia, and other coral-rich countries in the Arab world