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How Israel’s war on Gaza unraveled a landmark Mideast climate deal

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Wednesday, July 24, 2024

Just weeks before the international climate summit in Dubai, one of the biggest climate agreements ever proposed between Middle Eastern countries unraveled. For two years, Israel and Jordan had negotiated a trade of precious resources they’ll need in a hotter future: renewable energy and drinking water. Under their proposed deal, Israel would dip into its water surplus to send its neighbor billions of gallons each year. In return, Jordan would share electricity from a new 600-megawatt solar farm in its sun-soaked desert. The plan, dubbed Project Prosperity, had the financial support of the United Arab Emirates, which seeks to lead the region in tackling climate change, and the diplomatic blessing of the United States, which said it exemplified how Israel might weave into the political and economic fabric of the Middle East. With talks picking up in mid-2023, all hoped to finalize the deal in December, at the United Nations’ 28th annual climate conference, called COP28. The October 7 attack on Israel, in which fighters with Hamas — an organization the U.S. and others consider a terrorist group — killed an estimated 1,139 people and took some 200 hostages, changed everything. Israel has answered with a military campaign that has so far claimed the lives of at least 38,000 Gazans. Its near-complete blockade of food and water into Gaza has aid groups warning of famine. Some United Nations experts say Israel’s conduct is approaching genocide. The war has caused upheaval in Jordan, a country whose government is historically one of Israel’s closest partners in the Arab world but also one whose public — at least half of whom are of Palestinian heritage due to successive displacements by Israel — feels a deep kinship with the Palestinian cause. Jordan’s foreign minister has said Israel’s campaign amounts to genocide. On November 16, amid protests near the American and Israeli embassies in Amman, Jordan said it would not finalize the water-for-energy deal. It has since accelerated plans for a $3.2 billion desalination project on its own coast that could provide a volume of water comparable to what Project Prosperity would have supplied. The developments show how the war between Israel and Hamas is shaking not just the geopolitics of the Middle East, but its climate politics as well. Jordanians protest the government’s signing of a declaration of intent for an energy-water project with the United Arab Emirates and Israel in Amman, Jordan in November 2021. The protesters urged the government to seek other sources of water. Mohammad Abu Ghosh / Xinhua via Getty Images Before October 7, Israel was seen as a growing hub for clean technologies like water recycling, ultra-efficient irrigation, and green hydrogen; it had planned to send 1,000 people, including representatives of 100 companies, to COP28. Project Prosperity demonstrated the Arab world’s growing willingness to collaborate with Israelis on climate solutions, and hinted at how climate change might become an area of constructive cooperation in a fractious region. “The COP was meant to capitalize on this growing momentum of regional collaboration,” said Karim Elgendy, a climate consultant and associate fellow at Chatham House, a London think tank. “I think that world is behind us now.” Many Palestinian and Jordanian environmentalists find nothing to mourn in that. Even before the war, most opposed engaging with Israel without a fair and just resolution of the Israel-Palestine conflict. “Why would we collaborate with someone killing us and controlling our resources?” said one Palestinian official. “How can I collaborate with someone occupying me? Controlling me?” But a small group of scientists, researchers, and environmentalists in the region see it the other way around. Having devoted their careers to cross-border cooperation, they say the war has only deepened their conviction that this is the kind of work that’s necessary for any lasting peace. “We’ve done war, shooting, rockets since 1948. Guess what? It came up with no solutions. History is repeating itself,” one young Palestinian environmentalist said, referring to the year Israel was founded. He requested anonymity because he feels expressing support for cooperation, amid the trauma of war, is risky. “I’m trying to use climate change and the environment in general as a starting point for peace. The only way is to come to the same table.” In the Holy Land, water is political in a way that most Westerners would not recognize. Competition over the Jordan River basin helped spark a war between Israel and the Arab states of Egypt, Syria and Jordan in 1967. Afterward, Israel occupied the West Bank and Gaza Strip, which are today called the Palestinian territories, and declared control of their water resources. Israel had reached the limits of its domestic water reserves before the war; these seized resources allowed it to expand in its core territory and build settlements in its newly occupied ones. (Palestinians, the U.N., and most governments deem these settlements illegal.) In the 1990s, Israel signed treaties with Jordan and the Palestinian Liberation Organization that set new rules for dividing the water resources that intersected their lands. The division was hardly equal. Israel ended up with control over 80 percent of the natural water resources within the borders of the West Bank, leaving Palestine largely reliant on it for water. Israel was obligated to provide a share of flows in the Jordan River to Jordan but also allowed to keep diverting a large share upstream. This became the policy foundation of the world seen today: Israel enjoys abundant water thanks to these agreements, state-of-the-art desalination plants on the Mediterranean Sea, and world-leading efficiencies in recycling. Yet Palestinians experience what Amnesty International calls a “truly staggering” water disparity. The average Israeli consumes 52 to 79 gallons a day. (Americans use roughly 80 to 100 gallons daily.) Those in the West Bank average around 24, but in particularly deprived parts, the level approaches that of disaster zones. Gazans accessed around 22 gallons a person before the war; in March the aid group Anera estimated the average across Gaza was less than half a gallon. (The World Health Organization recommends a minimum of 13 to 26 gallons per day.)  Israel strictly controls new water infrastructure for Palestinians in the West Bank, where many residents are used to their pipes going dry even as Israelis in nearby settlements play in swimming pools. B’Tselem, an Israeli human rights group, has documented 234 instances between 2012 and 2022 in which Israeli authorities have seized, damaged, or destroyed structures like pipelines, reservoirs, and cisterns. The Palestinian Authority is perhaps the only government in the world that envisions different climate adaptation strategies with and without military occupation. “It is challenging to adapt to climate change and implement our plans under the limited access of water under occupation,” Hadeel Ikhmais, head of the climate change section for the Palestinian Environment Quality Authority, told Grist. The Sorek seawater desalination plant near the Israeli city of Rishon LeZion, about 9 miles south of Tel Aviv, meets about 20 percent of municipal water demand in Israel. Gil Cohen Magen / Xinhua via Getty Images Jordan, meanwhile, has slid from scarcity to perpetual crisis. Residential averages range from 12 to 20 gallons per person each day. The major driver, as with its neighbors, is population. Over the last 20 years, population growth and refugee arrivals, mostly from Syria, have doubled the country’s population to over 11 million. There’s been no corresponding increase in water supplies, said Suleiman Halasah, a fellow at Oxford University’s Institute for Science, Innovation, and Society. Climate change and politics aren’t helping. Hotter days, deeper droughts, and changing rain patterns are pushing Jordan’s rivers and groundwater reserves to exhaustion. Israel continues to divert huge shares of the Jordan River upstream. Damming and overuse in Syria and Jordan have further pushed the river to its critical level today: about 10 percent of historic flows, appearing in some places as a stale brown trickle. Unable to supply everyone at all times, Jordanian utilities ration water by area. Families get a weekly allotment — based on the local population and whatever supply Jordan could procure that year — which they store in tanks and try to make last until the next week. Anyone needing more must buy it on the open market at roughly triple the baseline rate for municipal water. This structural undersupply has prompted the Jordanian government to pursue what Halasah calls a “chase after every drop” policy — to consider every conceivable source, domestic and foreign. For 30 years, a band of allies in Israel, Jordan, and the Palestinian territories — all defying public sentiment in their homelands — have argued that problems like these could be alleviated through cross-border efforts. Through conflict and calm, they’ve argued that this cooperation embodied how to sidestep the region’s toxic politics to address the climate threat they all face — and, in the minds of the most optimistic, maybe even advance the cause of peace. “We share the same borders, same environment, same everything. Whatever happens here will also happen there,” said the young Palestinian environmentalist. “There should be cooperation — by all the neighbors.” Workers with Gaza Electricity Distribution Company repair power lines that serve the desalination plant in Deir al-Balah, Gaza on July 4. The facility uses energy generated in Israel. Ashraf Amra / Anadolu via Getty Images Clive Lipchin, an Israeli resource ecologist who has for decades worked with Arab counterparts on local water quality issues, remains passionate about the power of “people to people” programming. The morning of October 7, he said, “one of the first people that messaged me was a Palestinian friend from Ramallah who I’ve been working with for years, and the only thing he said to me was, ‘Are you OK?’ That said to me, Clive, everything you’ve done is worth it.” In 2020 an NGO called EcoPeace Middle East proposed an idea that it called the Green Blue Deal. Inspired by the coal and steel partnerships between France and Germany after World War II, it argued that renewable energy and water could be the Middle East equivalent — a resource trade that could improve all sides’ security. EcoPeace outlined a scheme under which Israel and Gaza would bolster desalination capacity on the Mediterranean Sea. Jordan would build new solar farms. And everyone would expand their power and water interconnections, collectively making their grids greener and their water supplies more robust. EcoPeace, which was founded in 1994 and today has co-directors in Amman, Jordan; Ramallah in the West Bank; and Tel Aviv, Israel, has argued that such projects build trust between people who wouldn’t normally meet, forming social ties that bolster the overall cause of peace. In 2022, for example, the U.S. State Department gave EcoPeace a $3.3 million grant to finance collaboration between Israeli and Palestinian scientists working to address water issues and educational partnerships between Israeli and Palestinian teachers. (EcoPeace did not respond to requests for comment.) “Every country in the Middle East is basically an energy island. That’s not how you move forward to decarbonize the grid and your economy,” Alon Tal, an Israeli politician who’s called for cross-border coordination on electricity, water, and pesticide policies, told Grist. “If we could figure out a way to work together, that’s the real significance of Project Prosperity — its ability to really show that it’s win-win.” In 2021, after Israeli elections brought in a new, technocratically-minded government, the Green Blue Deal became the basis for policy discussions between Israel and Jordan — but, notably, not the Palestinians — that led to Project Prosperity. It wasn’t the first time a major resource trade had been suggested, or even the biggest such proposal. What gave this one more purchase with Israeli and Jordanian officials was the mutual leverage it implied, said Galit Cohen, a former director general of the Israeli environment ministry. Historically, any water trade had been defined by imbalance; Israel had plenty, and Jordan needed it desperately. This arrangement had greater parity: Israel, which gets 90 percent of its electricity from coal and natural gas, lacked renewable energy, which Jordan’s sprawling deserts positioned it to provide. “There isn’t one party who’s giving and one party who’s taking,” Cohen said. “Both sides are in an equal position.” Shams Al Mafraq, a solar project north of Amman, Jordan, is part of the government’s strategy to bring renewable energy’s contribution to the country’s overall energy mix to 10 percent. Mohammad Abu Ghosh / Xinhua via Getty Images It was, for a significant wing of the Israeli environmental movement, exactly the kind of thing they wanted to see their government pursue. Tal, EcoPeace, and others have long argued that while the Israeli-Palestinian conflict tends to poison Israel’s relations with Arab countries, working on shared environmental problems has sometimes offered a calmer, more pragmatic forum in which to deliver projects that benefit people and nature. This idea is far more divisive in Jordan and the Palestinian territories, where plenty of officials and environmentalists reject it either as “normalization” — granting Israel the privilege of normal engagement at the expense of Palestinians’ human rights — or to avoid community criticism. Existing resource trades, such as Jordan buying natural gas from Israel, and the West Bank getting almost all of its electricity from Israel — are described resentfully. Nonetheless, several successful cross-border projects since the 1990s prove some willingness to collaborate. These include efforts to reduce pesticide use in Jordan Valley farms, clean up the Jordan River, and help off-grid Palestinian villages manage wastewater. The Wala Dam, built in 2002 about 25 miles south of Amman, can store more than 7,200 acre-feet of water but faces diminished supplies amid an ongoing drought. Contigo / Getty Images As a scientific and technical matter, the case for cooperation is straightforward. The geographic area of Israel, Jordan, and the Palestinian territories is roughly that of Ohio. This means their air, water, and land are intimately linked and that they face similar projected changes in climate. The countries at the eastern end of the Mediterranean Sea, already a hot and water-scarce place, are heating at twice the global average. Forecasts suggest average temperatures will likely jump around 5.4 degrees Fahrenheit by 2100 — and up to 7.2 degrees F in the Jordanian summer — and total precipitation could drop 10 to 30 percent by century’s end. The combination of heat and diminished rain represent a double-whammy for natural water sources; more water will cook off into the air and replenish at lower rates. There’s also logic to sharing electricity. Pooling power over large geographic areas makes it easier to add renewables to the mix. While the Israeli and Palestinian grids are well intertwined, their connections to neighboring states are effectively nil. Modeling by Oxford University shows that if Israel, Jordan, and the Palestinian territories worked together to build interconnections and renewable energy, they could decarbonize their grids by 2050 for $11 billion less than if each went solo. What technocratic arguments fail to do, say Palestinian and Jordanian critics, is address the underlying political order that created these vast inequalities. Inès Abdel Razek, an advocate for Palestinian rights who is now executive director of the Palestine Institute for Public Diplomacy, has argued that Israel’s water surplus is built on dispossession of Palestinian water. She said initiatives like Project Prosperity entrench this control under the color of helping the environment. “It’s basically here to promote UAE investments and Israeli investments and interests and completely erase Palestinians from the picture,” she said in 2022. “We see that the Palestinians will either receive or be sold some water by the Israelis, the very water that Israel stole from them, or they will be completely erased from the equation so far.” “You cannot justify this project from climate change; this is a normalization project,” Omar Sushan, head of Jordan’s Environmental Union, told Al Jazeera in 2021, the year the initiative became public. Tal, the Israeli politician, said his country’s water surplus offers a chance to change from the zero-sum thinking of the past — and start using the water to help Palestinians and Jordanians who are suffering today. “Let’s just change, let’s do things a little differently. Israel too,” he said. A Palestinian man argues with an Israeli border guard as the Israeli army destroys a water reservoir used by Palestinian farmers in Hebron in June 2011. Hazem Bader / AFP via Getty Images Project Prosperity found new momentum after the Trump administration helped Israel forge a series of diplomatic agreements, known as the Abraham Accords, with Arab governments in 2020. A flurry of deals between Israeli clean-tech companies and Arab partners ensued, including a green hydrogen project in Morocco and a sale in the UAE of mobile units that extract water from air. Palestinian commentators have blasted the accords as selling out their hopes of an independent state. Saeb Erekat, a Palestinian diplomat who died in 2020, once called the Emirati-Israeli entente “an Arab dagger — a poisonous dagger — in my back.” Historically, most Arab countries refused to even recognize Israel diplomatically unless it reached a political settlement with the Palestinians. The Abraham Accords signaled a mood shift toward dealmaking. Elgendy, of Chatham House, sensed a “buzz around the idea of environmental peace-building … a positive atmosphere in which there was going to be collaboration against all the odds.” Joining this cooperative spirit, in November 2021, Israel, Jordan, the UAE, and the U.S. declared interest in the water-for-energy trade that became Project Prosperity. Their four flags were printed at the top of the announcement; the Palestinian flag was absent. A Jordanian official, speaking on condition of anonymity, said his country approached the Palestinian Authority but it opted out due to tensions with Israel at the time. “We thought we’ll go ahead with the project and include them later,” he said. A spokeswoman for the Palestinian Water Authority did not respond to requests for comment. The announcement sparked protests in Jordan. Thousands marched in downtown Amman to decry what they called an “agreement of shame” that would benefit Jordanians, in their view, at Palestinians’ expense. Some Jordanian parliament members staged a walkout to protest not being looped into the decision. A Palestinian man checks water tanks at a makeshift plant nursery he built alongside the rubble of his home in Beit Lahia in northern Gaza. Omar AL-QATTAA / AFP via Getty Photos Jordanian leaders held firm. This was not out of love for Israel, the Jordanian official said, but a fiduciary responsibility to secure water supplies, which the government considers a matter of national security. Each year, Jordan’s water supply falls 325,000 to 405,000 acre-feet short of demand, enough to supply almost a million U.S. homes for a year. Project Prosperity would have roughly halved that deficit.   By 2022, the parties had reaffirmed their commitment in a memorandum of understanding. Minister-level meetings in mid-2023 had officials confident they could finalize the deal at COP28 in Dubai. All that remained was signing purchase agreements, wrote Gidon Bromberg, an EcoPeace co-director. In a March statement, a spokeswoman for Israel’s energy ministry said it plans to “continue and promote” cooperative projects in the region. Jordanian officials have been more cagey, saying they can’t conceivably sign the deal while Israel inflicts mass civilian casualties in Gaza. “Today under the existing conditions, it’s quite inconceivable for any Jordanian minister to just sit on a podium and have that type of interaction and transaction with an Israeli counterpart,” Prime Minister Bisher Khasawneh, commenting on the water-for-energy deal, said in January. That said, the project could revive quickly — possibly by the middle of next year — should the war end soon, said the anonymous Jordanian official. The technical and policy agreements made before the war have not been made public, sources said, but policymakers could presumably pick them up if politics allow. For now, Jordan is refocusing on its next best alternative. King Abdullah II has ordered the government to accelerate development of a $3.2 billion desalination and distribution project proposed for Aqaba, a Red Sea port city. It would generate 243,000 acre-feet of water a year, enough to supply 4 to 5 million people. But this would have to be pumped hundreds of miles, uphill, to reach Amman and other population centers. Water from Israel would travel less than half the distance, suggesting that it would be cheaper.  Despite the cost, there are those who think a domestic project is better for Jordan’s peace of mind. “If [Israel] can cut the water in Gaza, they can do it to Jordan,” said Dureid Mahasneh, who in the 1990s co-chaired the joint Israeli-Jordanian committee managing transboundary water resources. Mahasneh, now chairman of EDAMA, a Jordanian environmental nonprofit, said Israel’s increasingly extreme politics make it an unreliable partner — and that a domestic project would generate thousands of jobs. “We have this Jordanian national option,” he said, “and I would go for it.” A man inspects severed power lines that serve Palestinian villages near Tuba on October 31. The human rights group B’Tselem said Israeli settlers destroyed homes and olive trees, blocked roads, and cut off electricity and water. Marcus Yam / Los Angeles Times via Getty Images In Amman, red stickers that depict bullets falling from a faucet like droplets, with the slogan “The water of the enemy is occupation,” have appeared on lampposts. Stars of David have been spray-painted onto sidewalks for pedestrians to trample. A roiling antinormalization movement, which opposes diplomatic relations with Israel, has called for Jordan to annul its peace treaty with Israel. Some campaigners have labeled EcoPeace a “normalization organization par excellence” and called to terminate the water-for-energy option. Arabs who have collaborated with Israelis before are laying low, to avoid the epithet of “normalizer.” Many joint projects have been paused or dissolved. Some are proceeding but avoid attention. Even around family or friends, to speak of environmental issues, much less cooperation, can be taken as tone-deaf or insulting as each day of war reveals fresh horrors. Ghassan Hammad, a Palestinian entrepreneur developing a circular-economy startup, says he’s been grieving the deaths of both Israeli friends and Gazan family since October 7. Having moved between both worlds his whole life, he feels deep empathy for both sides — but can see in the anguished eyes of his Palestinian family that now is not the time to argue that point. “Romance is what keeps me going,” he said. “Romanticization of that idea that peace is possible. It doesn’t matter if it’s realistic or not. I know it’s not realistic right now, but maybe … if a lot of people make small changes, maybe the net positive impact of that might be great.” Read Next The war zone in Gaza will leave a legacy of hidden health risks Saqib Rahim At the Arava Institute for Environmental Studies, an educational center and think tank in southern Israel where Israelis, Palestinians, and others from abroad live, eat, and study together, students decided early in the war to complete the semester in each other’s company. They held weekly, private dialogues in which they shared their innermost, rawest feelings about life since October 7. Tareq Abu Hamed, the institute’s executive director, marveled at the vulnerability, honesty, and love they’ve shown. “This is the Middle East that I want to see,” he said. “This is the light that we all want to see in the middle of this darkness.” But enrollment fell by half the next semester, and with no students from the Palestinian territories or Jordan.  Naomi Geri Naslavsky, a 22-year-old Israeli who remained at Arava for much of the war, said she remains as committed as ever to working across borders to address the climate crisis. She’s increasingly persuaded that leaders in her country and elsewhere are the ones sowing division. “There are people on both sides who care about this issue, who want peace, who still want to work together,” she said. “How to make that happen, I’m not sure. I think it has to be a bottom-up process. I think this is where we start.” This story was originally published by Grist with the headline How Israel’s war on Gaza unraveled a landmark Mideast climate deal on Jul 24, 2024.

Project Prosperity, a water-for-energy deal between Israel and Jordan, promised major climate adaption in a drought-stricken region. Then October 7 happened.

Just weeks before the international climate summit in Dubai, one of the biggest climate agreements ever proposed between Middle Eastern countries unraveled.

For two years, Israel and Jordan had negotiated a trade of precious resources they’ll need in a hotter future: renewable energy and drinking water. Under their proposed deal, Israel would dip into its water surplus to send its neighbor billions of gallons each year. In return, Jordan would share electricity from a new 600-megawatt solar farm in its sun-soaked desert.

The plan, dubbed Project Prosperity, had the financial support of the United Arab Emirates, which seeks to lead the region in tackling climate change, and the diplomatic blessing of the United States, which said it exemplified how Israel might weave into the political and economic fabric of the Middle East. With talks picking up in mid-2023, all hoped to finalize the deal in December, at the United Nations’ 28th annual climate conference, called COP28.

The October 7 attack on Israel, in which fighters with Hamas — an organization the U.S. and others consider a terrorist group — killed an estimated 1,139 people and took some 200 hostages, changed everything.

Israel has answered with a military campaign that has so far claimed the lives of at least 38,000 Gazans. Its near-complete blockade of food and water into Gaza has aid groups warning of famine. Some United Nations experts say Israel’s conduct is approaching genocide.

The war has caused upheaval in Jordan, a country whose government is historically one of Israel’s closest partners in the Arab world but also one whose public — at least half of whom are of Palestinian heritage due to successive displacements by Israel — feels a deep kinship with the Palestinian cause. Jordan’s foreign minister has said Israel’s campaign amounts to genocide. On November 16, amid protests near the American and Israeli embassies in Amman, Jordan said it would not finalize the water-for-energy deal. It has since accelerated plans for a $3.2 billion desalination project on its own coast that could provide a volume of water comparable to what Project Prosperity would have supplied.

The developments show how the war between Israel and Hamas is shaking not just the geopolitics of the Middle East, but its climate politics as well.

A group of people wave signs in arabic while march in the streets
Jordanians protest the government’s signing of a declaration of intent for an energy-water project with the United Arab Emirates and Israel in Amman, Jordan in November 2021. The protesters urged the government to seek other sources of water. Mohammad Abu Ghosh / Xinhua via Getty Images

Before October 7, Israel was seen as a growing hub for clean technologies like water recycling, ultra-efficient irrigation, and green hydrogen; it had planned to send 1,000 people, including representatives of 100 companies, to COP28. Project Prosperity demonstrated the Arab world’s growing willingness to collaborate with Israelis on climate solutions, and hinted at how climate change might become an area of constructive cooperation in a fractious region.

“The COP was meant to capitalize on this growing momentum of regional collaboration,” said Karim Elgendy, a climate consultant and associate fellow at Chatham House, a London think tank. “I think that world is behind us now.”

Many Palestinian and Jordanian environmentalists find nothing to mourn in that. Even before the war, most opposed engaging with Israel without a fair and just resolution of the Israel-Palestine conflict. “Why would we collaborate with someone killing us and controlling our resources?” said one Palestinian official. “How can I collaborate with someone occupying me? Controlling me?”

But a small group of scientists, researchers, and environmentalists in the region see it the other way around. Having devoted their careers to cross-border cooperation, they say the war has only deepened their conviction that this is the kind of work that’s necessary for any lasting peace.

“We’ve done war, shooting, rockets since 1948. Guess what? It came up with no solutions. History is repeating itself,” one young Palestinian environmentalist said, referring to the year Israel was founded. He requested anonymity because he feels expressing support for cooperation, amid the trauma of war, is risky. “I’m trying to use climate change and the environment in general as a starting point for peace. The only way is to come to the same table.”


In the Holy Land, water is political in a way that most Westerners would not recognize. Competition over the Jordan River basin helped spark a war between Israel and the Arab states of Egypt, Syria and Jordan in 1967. Afterward, Israel occupied the West Bank and Gaza Strip, which are today called the Palestinian territories, and declared control of their water resources. Israel had reached the limits of its domestic water reserves before the war; these seized resources allowed it to expand in its core territory and build settlements in its newly occupied ones. (Palestinians, the U.N., and most governments deem these settlements illegal.)

A map showing the Jordan River Basin and major reservoirs and borders

In the 1990s, Israel signed treaties with Jordan and the Palestinian Liberation Organization that set new rules for dividing the water resources that intersected their lands. The division was hardly equal. Israel ended up with control over 80 percent of the natural water resources within the borders of the West Bank, leaving Palestine largely reliant on it for water. Israel was obligated to provide a share of flows in the Jordan River to Jordan but also allowed to keep diverting a large share upstream.

This became the policy foundation of the world seen today: Israel enjoys abundant water thanks to these agreements, state-of-the-art desalination plants on the Mediterranean Sea, and world-leading efficiencies in recycling. Yet Palestinians experience what Amnesty International calls a “truly staggering” water disparity. The average Israeli consumes 52 to 79 gallons a day. (Americans use roughly 80 to 100 gallons daily.) Those in the West Bank average around 24, but in particularly deprived parts, the level approaches that of disaster zones. Gazans accessed around 22 gallons a person before the war; in March the aid group Anera estimated the average across Gaza was less than half a gallon. (The World Health Organization recommends a minimum of 13 to 26 gallons per day.) 

Israel strictly controls new water infrastructure for Palestinians in the West Bank, where many residents are used to their pipes going dry even as Israelis in nearby settlements play in swimming pools. B’Tselem, an Israeli human rights group, has documented 234 instances between 2012 and 2022 in which Israeli authorities have seized, damaged, or destroyed structures like pipelines, reservoirs, and cisterns. The Palestinian Authority is perhaps the only government in the world that envisions different climate adaptation strategies with and without military occupation. “It is challenging to adapt to climate change and implement our plans under the limited access of water under occupation,” Hadeel Ikhmais, head of the climate change section for the Palestinian Environment Quality Authority, told Grist.

An aerial view of a desalination plant including pools of water and pipes
The Sorek seawater desalination plant near the Israeli city of Rishon LeZion, about 9 miles south of Tel Aviv, meets about 20 percent of municipal water demand in Israel. Gil Cohen Magen / Xinhua via Getty Images

Jordan, meanwhile, has slid from scarcity to perpetual crisis. Residential averages range from 12 to 20 gallons per person each day. The major driver, as with its neighbors, is population. Over the last 20 years, population growth and refugee arrivals, mostly from Syria, have doubled the country’s population to over 11 million. There’s been no corresponding increase in water supplies, said Suleiman Halasah, a fellow at Oxford University’s Institute for Science, Innovation, and Society.

Climate change and politics aren’t helping. Hotter days, deeper droughts, and changing rain patterns are pushing Jordan’s rivers and groundwater reserves to exhaustion. Israel continues to divert huge shares of the Jordan River upstream. Damming and overuse in Syria and Jordan have further pushed the river to its critical level today: about 10 percent of historic flows, appearing in some places as a stale brown trickle.

Unable to supply everyone at all times, Jordanian utilities ration water by area. Families get a weekly allotment — based on the local population and whatever supply Jordan could procure that year — which they store in tanks and try to make last until the next week. Anyone needing more must buy it on the open market at roughly triple the baseline rate for municipal water. This structural undersupply has prompted the Jordanian government to pursue what Halasah calls a “chase after every drop” policy — to consider every conceivable source, domestic and foreign.

For 30 years, a band of allies in Israel, Jordan, and the Palestinian territories — all defying public sentiment in their homelands — have argued that problems like these could be alleviated through cross-border efforts. Through conflict and calm, they’ve argued that this cooperation embodied how to sidestep the region’s toxic politics to address the climate threat they all face — and, in the minds of the most optimistic, maybe even advance the cause of peace. “We share the same borders, same environment, same everything. Whatever happens here will also happen there,” said the young Palestinian environmentalist. “There should be cooperation — by all the neighbors.”

two people in construction hats and vest look at an electrical tower with construction equipment reaching up to it
Workers with Gaza Electricity Distribution Company repair power lines that serve the desalination plant in Deir al-Balah, Gaza on July 4. The facility uses energy generated in Israel. Ashraf Amra / Anadolu via Getty Images

Clive Lipchin, an Israeli resource ecologist who has for decades worked with Arab counterparts on local water quality issues, remains passionate about the power of “people to people” programming. The morning of October 7, he said, “one of the first people that messaged me was a Palestinian friend from Ramallah who I’ve been working with for years, and the only thing he said to me was, ‘Are you OK?’ That said to me, Clive, everything you’ve done is worth it.”

In 2020 an NGO called EcoPeace Middle East proposed an idea that it called the Green Blue Deal. Inspired by the coal and steel partnerships between France and Germany after World War II, it argued that renewable energy and water could be the Middle East equivalent — a resource trade that could improve all sides’ security. EcoPeace outlined a scheme under which Israel and Gaza would bolster desalination capacity on the Mediterranean Sea. Jordan would build new solar farms. And everyone would expand their power and water interconnections, collectively making their grids greener and their water supplies more robust.

EcoPeace, which was founded in 1994 and today has co-directors in Amman, Jordan; Ramallah in the West Bank; and Tel Aviv, Israel, has argued that such projects build trust between people who wouldn’t normally meet, forming social ties that bolster the overall cause of peace. In 2022, for example, the U.S. State Department gave EcoPeace a $3.3 million grant to finance collaboration between Israeli and Palestinian scientists working to address water issues and educational partnerships between Israeli and Palestinian teachers. (EcoPeace did not respond to requests for comment.)

“Every country in the Middle East is basically an energy island. That’s not how you move forward to decarbonize the grid and your economy,” Alon Tal, an Israeli politician who’s called for cross-border coordination on electricity, water, and pesticide policies, told Grist. “If we could figure out a way to work together, that’s the real significance of Project Prosperity — its ability to really show that it’s win-win.”


In 2021, after Israeli elections brought in a new, technocratically-minded government, the Green Blue Deal became the basis for policy discussions between Israel and Jordan — but, notably, not the Palestinians — that led to Project Prosperity.

It wasn’t the first time a major resource trade had been suggested, or even the biggest such proposal. What gave this one more purchase with Israeli and Jordanian officials was the mutual leverage it implied, said Galit Cohen, a former director general of the Israeli environment ministry. Historically, any water trade had been defined by imbalance; Israel had plenty, and Jordan needed it desperately. This arrangement had greater parity: Israel, which gets 90 percent of its electricity from coal and natural gas, lacked renewable energy, which Jordan’s sprawling deserts positioned it to provide. “There isn’t one party who’s giving and one party who’s taking,” Cohen said. “Both sides are in an equal position.”

An aerial view of a large solar farm at dawn or dusk
Shams Al Mafraq, a solar project north of Amman, Jordan, is part of the government’s strategy to bring renewable energy’s contribution to the country’s overall energy mix to 10 percent. Mohammad Abu Ghosh / Xinhua via Getty Images

It was, for a significant wing of the Israeli environmental movement, exactly the kind of thing they wanted to see their government pursue. Tal, EcoPeace, and others have long argued that while the Israeli-Palestinian conflict tends to poison Israel’s relations with Arab countries, working on shared environmental problems has sometimes offered a calmer, more pragmatic forum in which to deliver projects that benefit people and nature.

This idea is far more divisive in Jordan and the Palestinian territories, where plenty of officials and environmentalists reject it either as “normalization” — granting Israel the privilege of normal engagement at the expense of Palestinians’ human rights — or to avoid community criticism. Existing resource trades, such as Jordan buying natural gas from Israel, and the West Bank getting almost all of its electricity from Israel — are described resentfully. Nonetheless, several successful cross-border projects since the 1990s prove some willingness to collaborate. These include efforts to reduce pesticide use in Jordan Valley farms, clean up the Jordan River, and help off-grid Palestinian villages manage wastewater.

An aerial view of a dam with a low water level
The Wala Dam, built in 2002 about 25 miles south of Amman, can store more than 7,200 acre-feet of water but faces diminished supplies amid an ongoing drought. Contigo / Getty Images

As a scientific and technical matter, the case for cooperation is straightforward. The geographic area of Israel, Jordan, and the Palestinian territories is roughly that of Ohio. This means their air, water, and land are intimately linked and that they face similar projected changes in climate. The countries at the eastern end of the Mediterranean Sea, already a hot and water-scarce place, are heating at twice the global average. Forecasts suggest average temperatures will likely jump around 5.4 degrees Fahrenheit by 2100 — and up to 7.2 degrees F in the Jordanian summer — and total precipitation could drop 10 to 30 percent by century’s end. The combination of heat and diminished rain represent a double-whammy for natural water sources; more water will cook off into the air and replenish at lower rates.

There’s also logic to sharing electricity. Pooling power over large geographic areas makes it easier to add renewables to the mix. While the Israeli and Palestinian grids are well intertwined, their connections to neighboring states are effectively nil. Modeling by Oxford University shows that if Israel, Jordan, and the Palestinian territories worked together to build interconnections and renewable energy, they could decarbonize their grids by 2050 for $11 billion less than if each went solo.

What technocratic arguments fail to do, say Palestinian and Jordanian critics, is address the underlying political order that created these vast inequalities. Inès Abdel Razek, an advocate for Palestinian rights who is now executive director of the Palestine Institute for Public Diplomacy, has argued that Israel’s water surplus is built on dispossession of Palestinian water. She said initiatives like Project Prosperity entrench this control under the color of helping the environment.

“It’s basically here to promote UAE investments and Israeli investments and interests and completely erase Palestinians from the picture,” she said in 2022. “We see that the Palestinians will either receive or be sold some water by the Israelis, the very water that Israel stole from them, or they will be completely erased from the equation so far.”

“You cannot justify this project from climate change; this is a normalization project,” Omar Sushan, head of Jordan’s Environmental Union, told Al Jazeera in 2021, the year the initiative became public.

Tal, the Israeli politician, said his country’s water surplus offers a chance to change from the zero-sum thinking of the past — and start using the water to help Palestinians and Jordanians who are suffering today. “Let’s just change, let’s do things a little differently. Israel too,” he said.

A large piece of equipment overs over three people near a dirt road and structures
A Palestinian man argues with an Israeli border guard as the Israeli army destroys a water reservoir used by Palestinian farmers in Hebron in June 2011. Hazem Bader / AFP via Getty Images

Project Prosperity found new momentum after the Trump administration helped Israel forge a series of diplomatic agreements, known as the Abraham Accords, with Arab governments in 2020. A flurry of deals between Israeli clean-tech companies and Arab partners ensued, including a green hydrogen project in Morocco and a sale in the UAE of mobile units that extract water from air.

Palestinian commentators have blasted the accords as selling out their hopes of an independent state. Saeb Erekat, a Palestinian diplomat who died in 2020, once called the Emirati-Israeli entente “an Arab dagger — a poisonous dagger — in my back.” Historically, most Arab countries refused to even recognize Israel diplomatically unless it reached a political settlement with the Palestinians. The Abraham Accords signaled a mood shift toward dealmaking. Elgendy, of Chatham House, sensed a “buzz around the idea of environmental peace-building … a positive atmosphere in which there was going to be collaboration against all the odds.”

Joining this cooperative spirit, in November 2021, Israel, Jordan, the UAE, and the U.S. declared interest in the water-for-energy trade that became Project Prosperity. Their four flags were printed at the top of the announcement; the Palestinian flag was absent. A Jordanian official, speaking on condition of anonymity, said his country approached the Palestinian Authority but it opted out due to tensions with Israel at the time. “We thought we’ll go ahead with the project and include them later,” he said. A spokeswoman for the Palestinian Water Authority did not respond to requests for comment.

The announcement sparked protests in Jordan. Thousands marched in downtown Amman to decry what they called an “agreement of shame” that would benefit Jordanians, in their view, at Palestinians’ expense. Some Jordanian parliament members staged a walkout to protest not being looped into the decision.

A an fills two dusty tanks with a hose amidst chunks of rubble
A Palestinian man checks water tanks at a makeshift plant nursery he built alongside the rubble of his home in Beit Lahia in northern Gaza. Omar AL-QATTAA / AFP via Getty Photos

Jordanian leaders held firm. This was not out of love for Israel, the Jordanian official said, but a fiduciary responsibility to secure water supplies, which the government considers a matter of national security. Each year, Jordan’s water supply falls 325,000 to 405,000 acre-feet short of demand, enough to supply almost a million U.S. homes for a year. Project Prosperity would have roughly halved that deficit.  

By 2022, the parties had reaffirmed their commitment in a memorandum of understanding. Minister-level meetings in mid-2023 had officials confident they could finalize the deal at COP28 in Dubai. All that remained was signing purchase agreements, wrote Gidon Bromberg, an EcoPeace co-director.

In a March statement, a spokeswoman for Israel’s energy ministry said it plans to “continue and promote” cooperative projects in the region. Jordanian officials have been more cagey, saying they can’t conceivably sign the deal while Israel inflicts mass civilian casualties in Gaza. “Today under the existing conditions, it’s quite inconceivable for any Jordanian minister to just sit on a podium and have that type of interaction and transaction with an Israeli counterpart,” Prime Minister Bisher Khasawneh, commenting on the water-for-energy deal, said in January.

That said, the project could revive quickly — possibly by the middle of next year — should the war end soon, said the anonymous Jordanian official. The technical and policy agreements made before the war have not been made public, sources said, but policymakers could presumably pick them up if politics allow. For now, Jordan is refocusing on its next best alternative. King Abdullah II has ordered the government to accelerate development of a $3.2 billion desalination and distribution project proposed for Aqaba, a Red Sea port city. It would generate 243,000 acre-feet of water a year, enough to supply 4 to 5 million people. But this would have to be pumped hundreds of miles, uphill, to reach Amman and other population centers. Water from Israel would travel less than half the distance, suggesting that it would be cheaper. 

Despite the cost, there are those who think a domestic project is better for Jordan’s peace of mind. “If [Israel] can cut the water in Gaza, they can do it to Jordan,” said Dureid Mahasneh, who in the 1990s co-chaired the joint Israeli-Jordanian committee managing transboundary water resources. Mahasneh, now chairman of EDAMA, a Jordanian environmental nonprofit, said Israel’s increasingly extreme politics make it an unreliable partner — and that a domestic project would generate thousands of jobs. “We have this Jordanian national option,” he said, “and I would go for it.”

A man in a blue shirt and blue pants bends over wires buried in the ground torn up near rocks
A man inspects severed power lines that serve Palestinian villages near Tuba on October 31. The human rights group B’Tselem said Israeli settlers destroyed homes and olive trees, blocked roads, and cut off electricity and water. Marcus Yam / Los Angeles Times via Getty Images

In Amman, red stickers that depict bullets falling from a faucet like droplets, with the slogan “The water of the enemy is occupation,” have appeared on lampposts. Stars of David have been spray-painted onto sidewalks for pedestrians to trample. A roiling antinormalization movement, which opposes diplomatic relations with Israel, has called for Jordan to annul its peace treaty with Israel. Some campaigners have labeled EcoPeace a “normalization organization par excellence” and called to terminate the water-for-energy option.

Arabs who have collaborated with Israelis before are laying low, to avoid the epithet of “normalizer.” Many joint projects have been paused or dissolved. Some are proceeding but avoid attention. Even around family or friends, to speak of environmental issues, much less cooperation, can be taken as tone-deaf or insulting as each day of war reveals fresh horrors.

Ghassan Hammad, a Palestinian entrepreneur developing a circular-economy startup, says he’s been grieving the deaths of both Israeli friends and Gazan family since October 7. Having moved between both worlds his whole life, he feels deep empathy for both sides — but can see in the anguished eyes of his Palestinian family that now is not the time to argue that point.

“Romance is what keeps me going,” he said. “Romanticization of that idea that peace is possible. It doesn’t matter if it’s realistic or not. I know it’s not realistic right now, but maybe … if a lot of people make small changes, maybe the net positive impact of that might be great.”

At the Arava Institute for Environmental Studies, an educational center and think tank in southern Israel where Israelis, Palestinians, and others from abroad live, eat, and study together, students decided early in the war to complete the semester in each other’s company. They held weekly, private dialogues in which they shared their innermost, rawest feelings about life since October 7. Tareq Abu Hamed, the institute’s executive director, marveled at the vulnerability, honesty, and love they’ve shown. “This is the Middle East that I want to see,” he said. “This is the light that we all want to see in the middle of this darkness.”

But enrollment fell by half the next semester, and with no students from the Palestinian territories or Jordan. 

Naomi Geri Naslavsky, a 22-year-old Israeli who remained at Arava for much of the war, said she remains as committed as ever to working across borders to address the climate crisis. She’s increasingly persuaded that leaders in her country and elsewhere are the ones sowing division.

“There are people on both sides who care about this issue, who want peace, who still want to work together,” she said. “How to make that happen, I’m not sure. I think it has to be a bottom-up process. I think this is where we start.”

This story was originally published by Grist with the headline How Israel’s war on Gaza unraveled a landmark Mideast climate deal on Jul 24, 2024.

Read the full story here.
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‘Damned if we do but completely stuffed if we don’t’: heatwaves will worsen longer net zero is delayed

A new study suggests heatwaves will not revert back towards preindustrial conditions for at least 1,000 years after emissions target reachedSign up for climate and environment editor Adam Morton’s free Clear Air newsletter hereHeatwaves will become hotter, longer and more frequent the later net zero emissions is reached globally, new research suggests.Scientists at the ARC Centre of Excellence for 21st Century Weather and Australia’s national science agency, the CSIRO, simulated how heatwaves would respond over the next 1,000 years, examining the differences for each five-year delay in reaching net zero between 2030 and 2060. Continue reading...

Heatwaves will become hotter, longer and more frequent the later net zero emissions is reached globally, new research suggests.Scientists at the ARC Centre of Excellence for 21st Century Weather and Australia’s national science agency, the CSIRO, simulated how heatwaves would respond over the next 1,000 years, examining the differences for each five-year delay in reaching net zero between 2030 and 2060.The research, published in the journal Environmental Research Climate, found that for countries near the equator, delaying net zero until 2050 would result in heatwave events that break current historical records at least once yearly.The study also suggests that heatwaves will not revert back towards preindustrial conditions for at least a millennium after net zero is reached, which “critically challenges the general belief that conditions after net zero will begin to improve for near future generations”.“The thing with net zero and heat waves is: we’re damned if we do, but we’re completely stuffed if we don’t,” the study’s lead author, Prof Sarah Perkins-Kirkpatrick of the Australian National University, said. “We’re already locked into a certain amount of warming.” Sign up to get climate and environment editor Adam Morton’s Clear Air column as a free newsletterStabilising global heating at 1.5C or 2C would still result in impacts “that we haven’t yet experienced, including worse heatwaves”, she said. “The thing is, if we delay net zero – up to 30 years and even longer – those impacts are only going to get worse. We’re already locked into some, but the longer we leave net zero, the worse it’s going to be.”“[In Australia] you have the Coalition basically saying: net zero is useless, it’s pointless, it’s not worth it, it’s going to cost us too much money,” she said. “Well, it’s going to cost us even more if we don’t even get to net zero by 2050.”“The silver lining to this sort of study, if there is one, is that we have time to adapt … so when these heatwaves occur, we’re as prepared for them as possible,” she said. “We know the impacts of heatwaves – there’s so much understanding about the health impacts, ecosystem impacts, impacts on financial services.“What those adaptation strategies look like – that remains to be seen,” she said. “Those conversations can start now.”The modelling was done using Australia’s global climate simulator, known as Access, and defined a heatwave as at least three consecutive days where temperatures are above the 90th percentile for maximum temperature.skip past newsletter promotionSign up to Clear Air AustraliaAdam Morton brings you incisive analysis about the politics and impact of the climate crisisPrivacy Notice: Newsletters may contain information about charities, online ads, and content funded by outside parties. If you do not have an account, we will create a guest account for you on theguardian.com to send you this newsletter. You can complete full registration at any time. For more information about how we use your data see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotionProf David Karoly, a decorated climate change scientist and councillor with the Climate Council, who was not involved in the research, said the findings were not surprising.“There is a clear relationship between the cumulative emissions of carbon dioxide in the atmosphere and global mean temperatures,” he said.Karoly added that the study’s results were interesting but one caveat was that there were uncertainties in the modelling relating to potentially important processes such as rainfall changes, because the geographical representation of Australia and other regions in the Access model was of a lower resolution than for other climate simulators.

The birth of the climate doula

In Florida, a new pilot program teaches doulas how to prepare pregnant people for hurricanes, flooding, and extreme heat — addressing a growing climate and maternal health crisis.

In the days leading up to Hurricane Irma’s landfall in September 2017, Esther Louis made preparations to flee Florida with her husband and four children. The Category 4 Hurricane was expected to hit the Florida Keys and make it’s way up the state, posing a risk to millions of residents. One of those residents was a client of Louis’ who was nine months pregnant and living in a home that the Miami-based doula feared was in too poor of condition to withstand the storm.  As a doula, Louis was trained to provide holistic care to her client, anticipating all the factors that may affect her health. She worried about how the stress of an impending hurricane and evacuation could impact her client’s pregnancy. So she offered to escort her client and her family toward Georgia, where Louis was headed and where her client had relatives.  The caravan of two families departed together, inching their way in evacuation traffic to the Georgia border. What would have been an eight hour drive took 24 hours. “It was stressful,” Louis said. Her client started to experience Braxton Hicks contractions which can be caused by stress. At times they would switch drivers so she could provide emotional support to her client, who was worried about all that could go wrong on the drive. “Sometimes people go to the worst possible outcome but I’m like, ‘We’re going to get there, OK? We’re going to work it out.’” The experience was one of many instances in Louis’ career where the worsening climate crisis had complicated a client’s birthing journey. She realized that if doulas like herself had proper training on how to communicate the risks of hurricane season, flooding and even extreme heat to their clients, they would be better prepared in the event of a disaster like Irma. Read Next How climate change endangers mothers and children Zoya Teirstein They would also be filling an important information gap that could protect pregnancies, particularly for Black people, who have a higher climate risk and higher maternal mortality rates.  Over the past decade, a growing body of research has linked environmental threats like extreme heat and wildfire smoke to an uptick in stillbirths, premature births and low-birth weights. These factors also cause health problems for pregnant people, including an association with developing preeclampsia, a high blood pressure condition that can be deadly. More recently, studies have linked climate-related disasters with higher rates of maternal mental health issues like postpartum depression.   So in 2024, after years of providing some of this training herself to doulas in the Miami-Dade area, Louis partnered with Dr. Cheryl Holder, cofounder of Florida Clinicians for Climate Action, a nonprofit that seeks to teach health professionals how to incorporate climate change into their work. They won a grant that would help them develop a curriculum and training known as the Doula C-Hot program, to teach doulas how to assess the climate risk of their clients and help them better prepare for future climate threats. If the pilot is successful it could serve as a blueprint for how to train doulas across the country as climate educators.  A survey conducted by Louis and other advocacy groups focused on maternal health found that doulas, who provide emotional and physical support to pregnant people, were already seeing the everyday risks the changing climate posed to their clients’ pregnancies and doing their best to help them cope.  In New Orleans, doulas have shown up at emergency shelters to figure out what people need to safely feed their infants when access to sterile water needed for infant formula isn’t always available or places to privately breastfeed can be hard to find. And in Philadelphia, doulas are playing an important role in educating patients on environmental exposures to contaminants like lead or air pollution.  Some doulas, like Houston-based Sierra Sankofa, have even developed disaster planning workshops aimed at pregnant people and families with young children that can help them better prepare for staying warm in the winter and cool in the summer. She’s covered topics like how to know if breast milk is still safe if the power has gone out and how to sanitize bottles with no electricity.  Read Next Climate disasters can alter kids’ brains — before they’re even born Kate Yoder But while many doulas are already helping their patients through climate-related disasters, the survey identified another trend: 95 percent of them wanted more training and resources to help pregnant people deal with environmental threats and hazards.  So far the pilot program in Florida, which has been running for almost a year, has trained 12 doulas on the impacts of climate change on pregnancy and maternal health. It follows a model developed by Holder, a collaborator on the project, who similarly trained clinicians to understand climate health risks. She wanted to focus her efforts on reaching pregnant people, particularly from the marginalized populations she already works with as a doctor.  “Where else should we start, other than with pregnant folks? That’s two lives, the next generation,” she said. “And if we can’t learn lessons to save the newborn, the unborn and the mom, how are we in society going to do anything?” She knew doulas could be more effective in that work, due to the close relationships they develop with their patients and the time they spend with them. They also conduct home visits and are able to understand more holistically what may be impacting a pregnant person’s health.  Nationally, doulas are being recognized for their additive care, with many states passing legislation in recent years to cover their services under Medicaid in order to improve birth outcomes, particularly for women of color.  Read Next ‘How did we miss this for so long?’: The link between extreme heat and preterm birth Virginia Gewin As part of their training with the project, the doulas work with their clients to gauge their preparedness, said Louis, who helped develop the assessment tool. They ask them questions like do they have an air conditioning unit? Or someone they can borrow $50 from in case of an emergency? Do they have a place to go if a disaster hits?  Depending on their answers, the doulas are then able to offer advice, like where to find a cooling center, or resources including portable air conditioners for those without AC. They also help their clients do things like look up whether they live in a flood zone, and assist them in developing plans to prepare for a hurricane or other natural disaster. They then reassess their patients after these climate-focused meetings to understand if they are now better prepared to deal with heat or hurricanes during their pregnancies. So far they’ve worked with over 40 clients. If the pilot program is successful, they hope to build out the tools and training to make it accessible beyond Florida.  Already they are thinking of ways to reach more pregnant people, said Zainab Jah, a  researcher evaluating the program. For one, they would like to expand the languages of their materials, which are in English. In the parts of Miami-Dade and Broward County where they work, there are communities who speak Haitian Creole and Spanish. Some of their doulas are able to translate, but they’d like to focus on language equity as they grow the program.  Meanwhile, other models are being developed. In Oregon, Nurturely, an advocacy group that focuses on perinatal equity, or improving pregnancy outcomes, is working on a similar train-the-trainer model set to launch in 2026, which aims to expand the knowledge of birthworkers around wildfire season and wildfire smoke. “The perinatal period is a very delicate period. So there are niche needs and preparation for people in that category,” said Aver Yakubu, a program director with the organization.  Read Next Four lost pregnancies. Five weeks of IVF injections. One storm. Zoya Teirstein & Jessica Kutz, The 19th Many of the doulas Yakubu has spoken to in the state are aware of the dangers of wildfires, but “they don’t know where to start or what to say to their patients,” she said. This training would aim to fill that information void and connect clients to resources. In Oregon, for example, pregnant Medicaid patients can use their coverage to pay for things like air conditioners and air purifiers, which can buffer them from the effects of heat and smoke.  Still, there are limitations to using doulas to reach those most socioeconomically vulnerable to the climate crisis. Doula care is expensive, and while Florida can reimburse doulas under the state’s Medicaid program, it’s been difficult in practice for doulas to qualify and receive payment. In Texas, where Sankofa works, she said the current Medicaid reimbursements leave out community-based doulas who specifically help marginalized groups by only recognizing certain certifications. Many community-based doulas have received training outside of those certifying bodies and are holistically meeting the needs of their clients, she argues. She’s advocating to change the law to allow for a broader definition of who could meet those guidelines.  But even if there is progress on improving doula coverage, the future of Medicaid itself is up in the air. A majority of the clients being reached by the Florida pilot program are on Medicaid, and nationally, the program covers 41 percent of all births. But with the impending cuts to the program pushed through under the Trump administration, coverage could dwindle.  “I think that’s the biggest issue right now,” Jah said. “I think we’re just all actively in the space of trying to learn from one another and brainstorm to figure out what can be done. But I think that’s going to be a huge barrier.” While figuring out some of the logistical and financial obstacles will be difficult, Holder believes the training they are providing doulas is crucial to the health of pregnant people in a state where climate change is wreaking havoc.  “I would really love to see this program fully tested and expanded and incorporated in general medical care,” she said. “This is the new environment we live in.” This story was originally published by Grist with the headline The birth of the climate doula on Nov 16, 2025.

As Nations Push for More Ambition at Climate Talks, Chairman Says They May Get It

At the halfway point of annual United Nations climate negotiations in Brazil, it appears the talks may do more than just focus on implementing past promises, as some observers had expected

Throw that out the window.The urgency of climate change is causing some negotiators to push for more big-picture action — on weak plans to cut emissions of heat-trapping gases, on too little money to help nations wracked by climate change, on putting teeth into phasing out coal, oil and gas. Because of that pressure to do more — including from Brazil President Luiz Inácio Lula da Silva — the diplomat chairing the talks said Saturday he'll consider a big-picture, end-of-negotiations communiqué, sometimes known as a decision or cover text.“I think things have changed, which is a very good thing,” said veteran observer Jean Su of the Center for Biological Diversity. “So I think there’s momentum that we will get some type of decision text, and our hope is that in particular there’s going to be some commitment on phasing out fossil fuels.”“I would say that what’s at stake now is probably higher than the last several COPs because you’re looking at an ambition gap,″ said former Philippine negotiator Jasper Inventor, international program director at Greenpeace International. “There’s a lot of expectation, there’s a lot of excitement here, but there’s also a lot of political signals that’s been sent by President Lula.”“We’re at the middle of the COP, and at the middle of COP is usually where the negotiators stare each other eye-to-eye. It’s almost like a staring contest,” Inventor said. “But next week, this is where the negotiations need to happen, where political decisions are made by the ministers.”Because this process stems from the Paris climate Agreement, which is mostly voluntary, these end statements grab headlines and set global tone but have limited power. The last few COP end statements have made still-unfulfilled pledges for rich countries to give money to poor nations to cope with climate change and the world to phase out fossil fuels.Key among those issues is the idea of telling nations to go back to the drawing board on what experts consider inadequate climate-fighting plans submitted this year.In the 2015 Paris agreement, which is being celebrated here on its 10th anniversary, nations are supposed to have submitted climate-fighting, emissions-curbing plans every five years. So far 116 of 193 countries have filed theirs this year, but what they promised isn’t much. United Nations and Climate Action Tracker, a group of scientists, calculates that these new pledges barely reduced future projections for Earth's warming.Even if the world does all it promises, Earth would be about seven-tenths of a degree Celsius (1.3 degrees Fahrenheit) above the Paris goal of limiting warming to 1.5 degrees Celsius (2.7 degrees Fahrenheit) above pre-industrial times, the groups estimated.So small island nations, led by Palau, asked that this conference confront the gap between what’s planned in national pledges and what’s needed to keep the world from hitting the temperature danger zone.That's not on the agenda for these talks. Nor are specific details on how to fulfill last year’s pledge by rich nations to provide $300 billion annually in climate financial aid.So when nations early on wanted to address these issues, COP President André Corrêa do Lago, a veteran Brazilian diplomat, set up special small confabs to try to decide if the controversial topics should be discussed. On Saturday, the conference punted the issue to the incoming ministers.“The parties will decide how they want to proceed,” do Lago said at a Saturday evening news conference. Given what countries are saying and past history that usually means a final end-of-COP message to the world, several experts said. In a casual exchange with a reporter about how the conference is going, COP President do Lago said: “Eh, could be better but not as bad it could be.” Momentum to phase out fossil fuels U.N. General Assembly President Annalena Baerbock, the former German foreign minister who has been to 10 of these sessions, told The Associated Press Saturday morning before the evening's session that she saw “new momentum” in Belem.“We can fight the climate crisis only together if we commit to a strong mitigation target,” she said. “This means also transitioning away from fossil fuels, investing into renewable energy.”Two years ago in Dubai, the world agreed to “transition away from fossil fuels,” but last year no mention of that was made and there've been no details on how or when to do this. Baerbock hailed as crucial Lula's call during the Leaders' Summit last week for “a road map for humanity to overcome, in a just and planned way, its dependence on fossil fuels, reverse deforestation, and mobilize the resources needed to do so.”“I think what we have before us are the ingredients of a potential high-ambition package for the outcome of this conference,” Iskander Erzini Vernoit, executive director of the Moroccan IMAL Initiative for Climate and Development, said. Getting Indigenous voices heard Indigenous groups breached and blockaded the venue twice this week with demands to be further included in the U.N. talks, despite this conference’s promotion as the “Indigenous Peoples’ COP.” The COP so far “was a testament that unfortunately, for Indigenous peoples to be heard, they actually need to be disruptive,” said Aya Khourshid, an Egyptian-Palestinian member of A Wisdom Keepers Delegation, a group of Indigenous people from around the world.Indigenous people are putting a lot of energy “to be in this space but to not necessarily be given a platform or voice at the decision table with the ministers and those who are in power,” said Whaia, a Ngāti Kahungunu Wisdom Keeper. “There's an imbalance here at COP30," she said. “There's the privileged and the not-so lucky who don't get a say on what's actually going on in their own home.”The Associated Press’ climate and environmental coverage receives financial support from multiple private foundations. AP is solely responsible for all content. Find AP’s standards for working with philanthropies, a list of supporters and funded coverage areas at AP.org.This story was produced as part of the 2025 Climate Change Media Partnership, a journalism fellowship organized by Internews’ Earth Journalism Network and the Stanley Center for Peace and Security.Copyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See – Oct. 2025

These Special Plants Accumulate Critical Metals Without Destructive Mining

This story was originally published by bioGraphic and is reproduced here as part of the Climate Desk collaboration. Alpine pennycress is a charming little plant. Its low-growing rosette of green leaves is topped by leggy stalks bearing clusters of pinkish-white flowers. As they develop, these flowers transform into beautiful flattened seedpods that, in the words of botanist Liz […]

This story was originally published by bioGraphic and is reproduced here as part of the Climate Desk collaboration. Alpine pennycress is a charming little plant. Its low-growing rosette of green leaves is topped by leggy stalks bearing clusters of pinkish-white flowers. As they develop, these flowers transform into beautiful flattened seedpods that, in the words of botanist Liz Rylott from the United Kingdom’s University of York, “resemble a British old penny.” But alpine pennycress (Noccaea caerulescens) is notable for far more than its penny disguise. The plant is one of a select group—representing just 0.2 percent of the world’s known vascular plant species—that have evolved the ability to pull impressive amounts of valuable metals out of the soil. Known to scientists as hyperaccumulators, these plants undergird a developing industry that is looking to help secure the vital metals we want without wrecking the planet in the process.  Hyperaccumulators come in all shapes and sizes. Petite alpine pennycress accumulates zinc and cadmium, while shrubby, moth-pollinated Phyllanthus rufuschaneyi—a plant so obscure and narrowly distributed that it doesn’t have a common name—targets nickel. Pycnandra acuminata, a tree native to New Caledonia, has sap so nickel-rich that it “bleeds” a vibrant blue-green and is known as sève bleue, or blue sap, in French. Meanwhile, common buckler-mustard (Biscutella laevigata) collects thallium, and the cobalt wisemany (Haumaniastrum robertii), a plant in the mint family native to the Democratic Republic of the Congo, pulls up copper and cobalt. In all, researchers have identified plants that hyperaccumulate arsenic, cadmium, cerium, copper, cobalt, lanthanum, manganese, neodymium, nickel, selenium, thallium, and zinc. Many of these are among the so-called critical minerals that are needed to build batteries and other components for electric vehicles, wind turbines, solar panels, and other facets of the green energy transition. They also include the metals that scientists warn could run short and derail global decarbonization efforts. By pulling these elements out of metal-rich soils, hyperaccumulating plants can become as much as 5 percent metal by weight—a feat that would kill most species. And in the emerging field of phytomining, scientists and industrialists are learning to extract these valuable metals in a way that is much gentler on the landscape than conventional mining. Right now, the race for critical minerals is sparking environmental destruction and human rights abuses. Cobalt mining, mostly in the Democratic Republic of Congo, has been compared to modern slavery. And concerns over access to critical minerals are stoking geopolitical tensions, including contributing to Russia’s invasion of Ukraine. As demand for these elements increases, high-grade and easily accessible deposits are getting tapped out, sending prospectors scouting for evermore extreme places to mine—like the very bottom of the ocean. There is plenty of lower-grade ore available to be mined, as well as unprocessed mining waste and metal-polluted soils, but the traditional techniques to extract metals from these sources involve toxic chemicals and environmental destruction across wide areas. Yet harnessing the metals from lower-concentration sources, says Rylott, is exactly where phytomining shines. “Plants are really good at large, dilute problems,” says Rylott, who recently published a scientific paper reviewing how phytomining—originally an offshoot of bioremediation research—has advanced over the past several decades. Getting the metal out of hyperaccumulating plants is simple in principle: burn the plants and separate the metal from the ash. Surprisingly, the quality of the resulting metal is often more concentrated and purer than that extracted by conventional mining. And the metal doesn’t need as much refining—it may even be in a form that manufacturers can use directly, minimizing the energy and effort required for processing. The leftover organic material can even be repurposed into fertilizer. But putting that seemingly simple process into practice at industrial scale has proved difficult. Developing the infrastructure to extract metal from large amounts of plant biomass is “the greatest challenge for phytomining,” according to Antony van der Ent, a plant biologist at the University of Wageningen in the Netherlands, and coauthor, along with Rylott, of the phytomining review. And there are other challenges. Many hyperaccumulators are small, slow-growing plants, says Om Parkash Dhankher, a plant biotechnologist at the University of Massachusetts Amherst. “Many of them are restricted to particular geoclimatic conditions” and are finicky to cultivate, he says. Or, worse, they grow too well, which is what happened when yellowtuft (Odontarrhena chalcidica, formerly known as Alyssum murale), a nickel hyperaccumulator native to the Mediterranean, escaped from an Oregon-based pilot project and turned into an invasive weed. Even phytomining’s boosters say the technology is likely to remain relatively niche. Aside from the technological hurdles, there simply isn’t enough metal within the reach of plant roots to supply all the world’s needs. “Phytomining cannot replace conventional mining,” Dhankher says. Despite these limitations, several phytomining startups have already begun commercial operations. Botanickel, for instance, is combining two different nickel phytomining projects—one with O. chalcidica in Greece, and another using P. rufuschaneyi in Malaysia—with the aim of producing partially plant-derived stainless steel. (Antony van der Ent serves as an advisor to the company.) GenoMines, a French firm, is using a genetically engineered plant in the daisy family and soil probiotics to farm nickel in South Africa.  There are a few different ways to obtain nickel, but some of the most common are environmentally destructive techniques like pit mining and strip mining.Mary Grace Varela/Alamy Stock Photo To date, most phytomining work has focused on nickel, a high-value metal needed in large amounts to make batteries, stainless steel, and other materials.  Of the 721 known hyperaccumulating plant species, more than 500 take up nickel. For them, as with all complex evolved traits, it’s a matter of survival. Around the world, geological differences in the makeup of the earth mean that some soils—like those made of serpentine or ultramafic rocks—are naturally rich in nickel. For most plants, a heavy dose of nickel is deadly. But hyperaccumulators evolved the ability to absorb the metal into their tissues, turning otherwise toxic soil into an opportunity to thrive. Some scientists think hyperaccumulators’ high concentrations of bodily nickel even help protect them from pathogens and hungry insects. In 2024, the US Department of Energy’s Advanced Research Projects Agency-Energy (ARPA-E) announced seven grants totaling US $9.9 million over the next several years to develop nickel phytomining technology that could unlock a domestic supply of the metal from the more than 40,000 square kilometers (15,000 square miles) of serpentine soils that pepper the landscape in California and Oregon, and along the Pennsylvania-Maryland border. One ARPA-E grant went to a team that includes Rupali Datta, a plant biologist at Michigan Technological University. She and her collaborators are investigating the role of soil chemistry and microbes in maximizing the phytomining potential of several known hyperaccumulators as well as vetiver grass (Chrysopogon zizanioides), a fast-growing species she’s previously used to clean up lead pollution. Meanwhile, Metalplant, a Delaware-based company, is collaborating with the Connecticut-based biotech firm Verinomics on a grant to genetically engineer O. chalcidica. Metalplant is already successfully using the species to mine nickel in Albania where it is native, but the company is hoping to tweak it to boost its nickel uptake and prevent it from becoming invasive when planted in North America.  Dhankher’s own phytomining efforts got a $1.3 million boost from the ARPA-E program. He aims to develop a genetically engineered version of Camelina sativa, a fast-growing member of the mustard family that is already widely grown in the United States for biofuel, so that it can become a better nickel accumulator. “The target is to create these plants that can accumulate 1 to 3 percent nickel,” Dhanker says. An advantage of C. sativa is that in some areas phytominers could grow three crops a year. If the plants accumulate at least 1 percent of their body mass as nickel, Dhanker says they could produce up to 145,000 pounds of useful metal per square mile of soil each year. A typical electric vehicle battery contains 66 to 110 pounds of nickel. Nickel aside, phytomining also shows promise for collecting other minerals, especially cobalt, thallium, and selenium, Rylott and van der Ent wrote in their recent review. And the technique could even be used to target rare earth elements, a group of important metals that are common in the Earth’s crust but are mostly found at very low concentrations. For now, rare earth mining—an industry controlled almost entirely by China, with cascading effects on global trade relationships and supply chains—is expensive, energy intensive, and environmentally destructive. But if phytomining opens a new way to secure rare earth elements, says Lydia Bridges, a geochemist and senior sustainability consultant with Minviro, a company that helps mining operations measure and mitigate their environmental impact, “that would be pretty incredible.”  Though none have yet been commercially developed, scientists have identified a few natural hyperaccumulators of rare earth elements. Using plants to mine for rare earth elements would be “a huge step towards critical mineral security and, hopefully, sustainability,” Bridges says. But she adds a note of caution: “We do need to be a bit careful of environmental burden shifting.” While a welcome innovation, phytomining—of rare earth elements or anything else—is not an environmental panacea. Growing hyperaccumulators at scale brings the same environmental woes as any other industrial crop, van der Ent points out: pesticide and fertilizer runoff, overdrawn water, and the loss of local biodiversity to a single-species operation. And while some outcrops of metal-rich soils host little life, others underpin fragile ecosystems, with, for example, metal-tolerant insects having evolved to live on hyperaccumulator plants. But what phytomining could do is produce some metal while also remediating degraded land, sequestering carbon, and serving as the fuel for energy production or the raw material for biochar fertilizer, syngas, and other chemical creations. It could be one of many small but commercially viable enterprises that make for a more sustainable world. And along the way, it’s expanding our understanding of the endless and surprising feats that plants—even the pocket-sized alpine pennycress—are capable of.

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