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Vomiting, cramps and lethargy: As heat rises, California kids are sweltering in schools with no air conditioning 

News Feed
Tuesday, October 1, 2024

In summary An estimated 1 in 5 schools has no air conditioning and another 10% need repair. Underfunded schools struggle to keep classrooms cool as heat waves intensify. “It’s a hot mess,” one teacher says. In her fifth grade class in a Los Angeles school, on a day when outdoor temperatures reached 116 degrees, the heat gave Lilian Chin a headache. The air conditioner in her classroom was broken. Her fingers felt numb and she vomited in class, according to her mother. The nurse wasn’t available, so she was sent back to her hot classroom.  By the time the school day was over and Lilian made it to her mother’s air conditioned car, she was exhausted and red-faced. At home, she vomited again and got a leg cramp. Veronica Chin rushed her 11-year-old daughter to an emergency room, where she was diagnosed with heat exhaustion — a serious condition that leads to a life-threatening heat stroke if not treated promptly.  When Chin called the school, Haskell Elementary STEAM Magnet, to complain about the broken air conditioning, she received an email that a repair ticket had been created. The San Fernando Valley school, in the Los Angeles Unified School District, had marked the repair a “low priority.”  (School officials did not respond to CalMatters’ questions when a reporter called and visited the campus.)  Chin was furious. “I’m trusting them with my children,” she said. “I’m thinking that my children are in a safe space, when they’re not.”   As climate change intensifies heat waves, California schools are unprepared to protect their students from extreme heat. Some schools don’t have air conditioning at all, because they were built before hotter climates made it a necessity. Others have old systems pushed to their limits, with school districts struggling to keep up with repairs or replacements with limited staff and funding.  For instance, in Long Beach — which reached a record high of 109 degrees last month — all or most buildings in 13 public schools with about 14,000 students have no air conditioning systems. In Oakland, as many as 2,000 classrooms don’t have them. And in Fresno, officials have been overwhelmed with more than 5,000 calls for air conditioning repairs in the past 12 months. Between 15 and 20% of California’s kindergarten through 12th grade public schools “have no functioning heating and air conditioning systems at all, and as many as another 10% of schools need major repair or replacement for their systems to function adequately,” UC Berkeley and Stanford University researchers wrote in a report last year.  Some advocates say that is likely an underestimate.   Between 15 and 20% of California’s kindergarten through 12th grade public schools “have no functioning heating and air conditioning systems at all.”Uc Berkeley and Stanford uNiversitry report School officials say they would need tens of billions of dollars to install and repair air conditioning. Many of the worst problems are in hot, inland school districts that serve low-income communities of color, where there are fewer financial resources to replace or repair them. “If it’s too hot, just like if you’re too hungry, it’s almost impossible to learn, so the impact on students and teachers is great,” said Paul Idsvoog, the Fresno Unified School District’s chief operations officer. “If you have multiple systems that are 20 years old, sooner or later you’re not going to be able to keep up with the tide.” Voters in November will be asked to approve a $10 billion school infrastructure bond to fund repairs and upgrades of buildings at K-12 schools and community colleges, including air conditioning systems. Gov. Gavin Newsom last month vetoed a bill that would have created a master plan for climate-resilient schools, including an assessment of when air conditioning systems were last modernized. State officials currently do not collect data on air conditioning in schools. A portable air conditioning unit is used in the library of the Melrose Leadership Academy in Oakland on a hot day in late September. Photo by Laure Andrillon for CalMatters Nationally 41% of school districts need to update or replace their heating, air conditioning and ventilation systems in at least half of their schools, according to a federal study.  In California, the problems are common statewide, jeopardizing children and teachers in inland as well as coastal communities. “It’s just a hot mess,” said Aaron Kahlenberg, a teacher at Los Angeles Unified’s John F. Kennedy High School in Granada Hills. “When it was cool out, it worked, and when it got hot, it didn’t work. It got to be very frustrating.”  Absences rise and learning drops on hot days Hot classrooms lead to more student and teacher illnesses and absences, and studies show that they reduce children’s ability to learn. On a recent day in Oakland when outdoor temperatures reached 88 degrees, 8th-grader Juliette Sanchez felt sticky and hot in a stuffy room at Melrose Leadership Academy.  “For me it’s a lot harder to focus on what I’m doing,” Sanchez said. “Like, right now I’m sticking to the table. It’s uncomfortable to write. My arm is sticky and I’m just hot.” Juliette Sanchez, 13, an eighth grader, said the heat is sometimes unbearable at the Melrose Leadership Academy in Oakland. She is a member of an environmental club that advocated for more efficient heat and air conditioning systems at her school. Photo by Laure Andrillon for CalMatters Student performance on exams declines by up to 14% on hot days, according to a 2018 Harvard study in New York City. According to another study, an increase in the average temperature of 1 degree leads to 1% less learning, measured by changes in test scores.  For Black and brown students, the learning losses are even greater, said V. Kelly Turner, a heat expert at UCLA’s Luskin School of Public Affairs who has researched hot schools.  “They’re already perhaps in schools that don’t have enough teachers or enough supplies, and then put on top of that, they’re going to hot homes,” she said. “Maybe they don’t have any rights to install air conditioning systems. Maybe they live in mobile homes and have even fewer rights.”  “For me it’s a lot harder to focus on what I’m doing. Like right now, I’m sticking to the table. It’s uncomfortable to write. My arm is sticky and I’m just hot.” Juliette Sanchez, 8th grader at an Oakland school A state program, called CalSHAPE, helps public schools improve air conditioning and water systems. Between 2021 and 2023, more than 3,800 schools were awarded $421 million to assess their systems, with 11 undertaking major repairs or replacements.  However, in August, state legislators considered eliminating the program as part of a plan to give utility ratepayers small rebates. Although the bill failed, the program has been closed to new applications since July. More than a dozen school districts have urged the state Energy Commission to reopen applications.  The attempt to gut the program worries school and environmental advocates, who say the state is failing to prioritize schools as climate change raises temperatures. “For many schools, cooling is no longer just a nicety, but a necessity,” Jonathan Klein, head of UndauntedK12, an organization that supports schools transitioning to zero emissions to reduce greenhouse gasses, said in a statement. “Students and staff deserve safe, healthy, resilient school campuses that support teaching and learning amidst extreme weather.”  Fixing air conditioners: $9 billion in LA schools alone Most students return to school in mid-August or early September, when much of the state suffers its most intense heat waves. Some also operate year-round. In the San Fernando Valley region of Los Angeles, classroom temperatures reached into the mid 90s during an early September heat wave. Teachers at several schools there told CalMatters that their requests for air conditioning repairs went unanswered or were slow to come. Portable units installed in classrooms were insufficient to keep temperatures comfortable enough for students to learn. Students were visibly lethargic from the heat. Some parents opted to keep their children home. Kahlenberg, who teaches high school architecture, said he had asked for the air conditioning in his classroom to be repaired for weeks. By the time a heat wave hit in early September, it still wasn’t fixed. His classroom temperature reached 95 degrees. “Everybody was tired,” Kahlenberg said. “I told them if they needed to take a break, that if they didn’t want to work, it was totally acceptable. I would just extend the project. But it just shouldn’t have to be like that.”  Kahlenberg said teachers told him about 20 other classrooms at his school also didn’t have working air conditioning during that heat wave.  First: A class is taught with closed blinds to keep the room cool at La Escuelita Elementary School in Oakland. Last: A classroom’s door is left open to maintain airflow during a hot day at the Melrose Leadership Academy in Oakland, on Sept. 23, 2024. Photos by Laure Andrillon for CalMatters Students sit in the shade in the schoolyard of the Melrose Leadership Academy in Oakland, on Sept. 23, 2024. Photo by Laure Andrillon for CalMatters A physical education teacher in another Los Angeles school said she spent weeks before the September heat wave trying to flag air conditioning problems in her office.  (The teacher wished to remain anonymous out of fear she would be disciplined for discussing the issue with CalMatters.) Then, when the extreme heat came and the gymnasium temperature was too hot for the students, she and others informed the school. She said the school responded on the last day of the heat wave that students could sit outside in shade if they needed to. The suggestion dumbfounded her: Why would she have her students sit outside, where it was even hotter than in the gym?   All schools in Los Angeles Unified have air conditioners. But Krisztina Tokes, the district’s chief facilities executive, said 50,000 faulty or aged units and pieces of equipment need to be replaced in the district’s more than 1,000 schools. LA Unified, the largest school district in the state, has invested $1 billion to upgrade heating, ventilation and cooling systems in the last two decades, including $287 million for 20 projects that are currently under construction or being designed.  “It’s really about financial resources. We do not receive enough money from the state to either repair or replace our systems.” Krisztina Tokes, Los Angeles Unified School District Tokes said officials work to keep students safe by following protocols when air conditioning breaks down, such as installing portable units or moving students to spare, air conditioned spaces. Outside, schools place portable misting fans and commercial-grade pop-up tents for shade.  School days were cut short in schools where district officials felt they couldn’t provide a safe learning environment. Air conditioning systems are also checked at the start of summer and again just before classes start. Teachers and staff are trained to identify and respond to signs of heat related illness, a district spokesperson said. “Under no circumstance should there be a child or parent thinking their health isn’t being addressed,” Tokes said. “There were conditions that were beyond the district’s control.”  Replacing all air conditioners in the district’s schools would cost at least $9 billion, according to Amanda Wherritt, Los Angeles Unified’s deputy chief of staff. “It’s really about financial resources,” Tokes said. “We do not receive enough money from the state to either repair or replace our systems.”  Even coastal schools are sweltering  While many classrooms throughout the state have air conditioning, those that don’t are often in coastal areas. Many of these schools were built in the 1950s or 60s, before the warming effects of climate change had worsened heat waves. In Long Beach less than a decade ago, 51 out of 84 schools didn’t have air conditioning in all classrooms. Since then, a $1.5 billion local facilities bond has helped the school district upgrade many of them.  But 13 schools, serving about a quarter of the district’s students, still won’t be fully air conditioned for at least another three years. One school, Polytechnic High School, which has about 4,000 students, will undergo major renovations, including adding air conditioning, that won’t be complete until 2028, said Alan Reising, Long Beach Unified School District’s facilities and operations assistant superintendent. In the meantime, officials installed portable air conditioners and outdoor shade structures in many of the schools, Reising said.  Some inland Long Beach neighborhoods experience five high-heat days a year when temperatures exceed 97 degrees. “Arguably, we haven’t needed it,” Reising said. But now, he said, “with the obvious signs of climate change, we have more hot days we have to deal with every year. There’s no thought that it’s going to get better in the future, so the need for air conditioning now has become very obvious.”  In the San Diego Unified School District, all 175 schools now have air conditioning. The district spent $460 million between 2013 and 2019 to install systems in the 118 schools that didn’t have them.  While many of the systems are newer as a result, they’re still breaking down, with students saying some classrooms reached around 100 degrees in September. Some San Diego neighborhoods have four high-heat days a year that exceed 91 degrees.  “We were definitely experiencing some air conditioning issues throughout the district. We are doing our best to respond to all repair requests as quickly as possible,” said Samer Naji, a district spokesperson.  “With the obvious signs of climate change, we have more hot days. There’s no thought that it’s going to get better in the future, so the need for air conditioning now has become very obvious.” Alan Reising, Long Beach Unified School District In the Oakland Unified School District, about 2,000 classrooms in 77 schools have no air conditioners. In late September, outdoor temperatures reached 88 degrees; some Oakland neighborhoods have seven days a year that exceed 89 degrees. Equipping those schools with air conditioning would be an expensive and complicated task that would cost at least $400 million, said Preston Thomas, Oakland Unified School District’s chief systems and services officer.  At Melrose Learning Academy in Oakland, students said the heat makes it hard to focus. Lyra Modersbach, an eighth grader who is a member of an environmental club at the school, said she has noticed temperatures getting hotter year after year. When she’s home, she can wear cool clothes and rest to beat the heat, but she can’t do that at school.  The heat “is very distracting. I’ve noticed having a harder time getting my work done or feeling frustrated.”Lyra Modersbach, eighth grader at an Oakland School Modersbach said her school has a few portable air conditioners but if too many are on at once, they shut off.  The heat “is very distracting,” she  said. “I’ve noticed having a harder time getting my work done or feeling frustrated.” As members of the Youth Versus Apocalypse environmental club, Modersbach and Juliette Sanchez advocated for their school to stop using a gas boiler and invest in an energy-efficient heat pump that will provide air conditioning. The district will use funds from a 2020 $735 million bond measure to install heat pumps at their school next year.   Inland schools have little money to invest While many inland schools are fully air conditioned, some don’t have air conditioning in their gymnasiums, cafeterias and multi-purpose rooms. Many inland school districts, where 100-degree days are common, have far fewer financial resources than wealthier coastal districts, said Sara Hinkley, California program manager for UC Berkeley’s Center for Cities + Schools.  “Most of the spending on facility upgrades is based on local bond measures, which is based on your ability to levy property taxes,” she said. “So districts that have lower levels of property values per student are able to raise less money to upgrade their facilities.”  “Districts that have lower levels of property values per student are able to raise less money to upgrade their facilities.” ara Hinkley, UC Berkeley’s Center for Cities + Schools School districts in the Central Valley and the Inland Empire are among those that have invested less money because of lower property values and a smaller voter base to tap into, Hinkley said.  “There’s no environmental justice or climate equity imperative. That would take an active regulation to change how bond disbursements are made in the state,” said UCLA’s Turner. “The state could go a long way by investing in better technical assistance to communities to apply for these funds and focusing on priority schools.”   First: The shadows of students as they stretch before cross-country practice at Norte Vista High School. Last: Junior student Isidro Leanos runs along a bike path outside the school in Riverside on Sept. 19, 2024. Photos by Carlin Stiehl for CalMatters Fresno Unified School District, where 90% of students are on free or reduced lunch plans, recently invested $60 million in federal funds to replace or install air conditioning systems in some of its gyms, cafeterias and multi-purpose rooms, said Alex Belanger, chief executive over the district’s operations.  But the district needs about $500 million to improve its heating and ventilation systems, Belanger said.  Belanger said during heat waves, it’s “all hands on deck” to keep students cool. Staff work weekends and nights to repair air conditioning systems and the school provides temporary chillers and portable air conditioning if systems break down.  Idsvoog said the Fresno school district would like to invest in energy efficient strategies such as building well-insulated schools with green space and oriented in a way that won’t absorb heat. But there’s simply no money to do so.  “The reality is it’s not going to get any cooler and resources will always be a challenge for any school district,” Idsvoog said. “Any assistance, grants or state funding that can support those efforts is more than welcome.”

An estimated 1 in 5 schools has no air conditioning and another 10% need repair. Underfunded schools struggle to keep classrooms cool as heat waves intensify. "It's a hot mess," one teacher says.

A small group of students stand underneath a table umbrella that provides some shade in a schoolyard during a hot day.

In summary

An estimated 1 in 5 schools has no air conditioning and another 10% need repair. Underfunded schools struggle to keep classrooms cool as heat waves intensify. “It’s a hot mess,” one teacher says.

In her fifth grade class in a Los Angeles school, on a day when outdoor temperatures reached 116 degrees, the heat gave Lilian Chin a headache. The air conditioner in her classroom was broken. Her fingers felt numb and she vomited in class, according to her mother. The nurse wasn’t available, so she was sent back to her hot classroom. 

By the time the school day was over and Lilian made it to her mother’s air conditioned car, she was exhausted and red-faced. At home, she vomited again and got a leg cramp. Veronica Chin rushed her 11-year-old daughter to an emergency room, where she was diagnosed with heat exhaustion — a serious condition that leads to a life-threatening heat stroke if not treated promptly. 

When Chin called the school, Haskell Elementary STEAM Magnet, to complain about the broken air conditioning, she received an email that a repair ticket had been created. The San Fernando Valley school, in the Los Angeles Unified School District, had marked the repair a “low priority.”  (School officials did not respond to CalMatters’ questions when a reporter called and visited the campus.) 

Chin was furious. “I’m trusting them with my children,” she said. “I’m thinking that my children are in a safe space, when they’re not.”  

As climate change intensifies heat waves, California schools are unprepared to protect their students from extreme heat. Some schools don’t have air conditioning at all, because they were built before hotter climates made it a necessity. Others have old systems pushed to their limits, with school districts struggling to keep up with repairs or replacements with limited staff and funding. 

For instance, in Long Beach — which reached a record high of 109 degrees last month — all or most buildings in 13 public schools with about 14,000 students have no air conditioning systems. In Oakland, as many as 2,000 classrooms don’t have them. And in Fresno, officials have been overwhelmed with more than 5,000 calls for air conditioning repairs in the past 12 months.

Between 15 and 20% of California’s kindergarten through 12th grade public schools “have no functioning heating and air conditioning systems at all, and as many as another 10% of schools need major repair or replacement for their systems to function adequately,” UC Berkeley and Stanford University researchers wrote in a report last year.  Some advocates say that is likely an underestimate.  

Between 15 and 20% of California’s kindergarten through 12th grade public schools “have no functioning heating and air conditioning systems at all.”

Uc Berkeley and Stanford uNiversitry report

School officials say they would need tens of billions of dollars to install and repair air conditioning. Many of the worst problems are in hot, inland school districts that serve low-income communities of color, where there are fewer financial resources to replace or repair them.

“If it’s too hot, just like if you’re too hungry, it’s almost impossible to learn, so the impact on students and teachers is great,” said Paul Idsvoog, the Fresno Unified School District’s chief operations officer. “If you have multiple systems that are 20 years old, sooner or later you’re not going to be able to keep up with the tide.”

Voters in November will be asked to approve a $10 billion school infrastructure bond to fund repairs and upgrades of buildings at K-12 schools and community colleges, including air conditioning systems.

Gov. Gavin Newsom last month vetoed a bill that would have created a master plan for climate-resilient schools, including an assessment of when air conditioning systems were last modernized. State officials currently do not collect data on air conditioning in schools.

A portable AC unit in the library of a school as sunlight shines through the windows nearby.
A portable air conditioning unit is used in the library of the Melrose Leadership Academy in Oakland on a hot day in late September. Photo by Laure Andrillon for CalMatters

Nationally 41% of school districts need to update or replace their heating, air conditioning and ventilation systems in at least half of their schools, according to a federal study. 

In California, the problems are common statewide, jeopardizing children and teachers in inland as well as coastal communities.

“It’s just a hot mess,” said Aaron Kahlenberg, a teacher at Los Angeles Unified’s John F. Kennedy High School in Granada Hills. “When it was cool out, it worked, and when it got hot, it didn’t work. It got to be very frustrating.” 

Absences rise and learning drops on hot days

Hot classrooms lead to more student and teacher illnesses and absences, and studies show that they reduce children’s ability to learn.

On a recent day in Oakland when outdoor temperatures reached 88 degrees, 8th-grader Juliette Sanchez felt sticky and hot in a stuffy room at Melrose Leadership Academy. 

“For me it’s a lot harder to focus on what I’m doing,” Sanchez said. “Like, right now I’m sticking to the table. It’s uncomfortable to write. My arm is sticky and I’m just hot.”

A person wearing polarized sports glasses on top of their head, sits on a chair with their back leaning against a shelf and a desk in front of them. A structure made up of wooden blocks can be seen on the desk.
Juliette Sanchez, 13, an eighth grader, said the heat is sometimes unbearable at the Melrose Leadership Academy in Oakland. She is a member of an environmental club that advocated for more efficient heat and air conditioning systems at her school. Photo by Laure Andrillon for CalMatters

Student performance on exams declines by up to 14% on hot days, according to a 2018 Harvard study in New York City. According to another study, an increase in the average temperature of 1 degree leads to 1% less learning, measured by changes in test scores. 

For Black and brown students, the learning losses are even greater, said V. Kelly Turner, a heat expert at UCLA’s Luskin School of Public Affairs who has researched hot schools. 

“They’re already perhaps in schools that don’t have enough teachers or enough supplies, and then put on top of that, they’re going to hot homes,” she said. “Maybe they don’t have any rights to install air conditioning systems. Maybe they live in mobile homes and have even fewer rights.” 

“For me it’s a lot harder to focus on what I’m doing. Like right now, I’m sticking to the table. It’s uncomfortable to write. My arm is sticky and I’m just hot.”

Juliette Sanchez, 8th grader at an Oakland school

A state program, called CalSHAPE, helps public schools improve air conditioning and water systems. Between 2021 and 2023, more than 3,800 schools were awarded $421 million to assess their systems, with 11 undertaking major repairs or replacements. 

However, in August, state legislators considered eliminating the program as part of a plan to give utility ratepayers small rebates. Although the bill failed, the program has been closed to new applications since July. More than a dozen school districts have urged the state Energy Commission to reopen applications. 

The attempt to gut the program worries school and environmental advocates, who say the state is failing to prioritize schools as climate change raises temperatures.

“For many schools, cooling is no longer just a nicety, but a necessity,” Jonathan Klein, head of UndauntedK12, an organization that supports schools transitioning to zero emissions to reduce greenhouse gasses, said in a statement. “Students and staff deserve safe, healthy, resilient school campuses that support teaching and learning amidst extreme weather.” 

Fixing air conditioners: $9 billion in LA schools alone

Most students return to school in mid-August or early September, when much of the state suffers its most intense heat waves. Some also operate year-round.

In the San Fernando Valley region of Los Angeles, classroom temperatures reached into the mid 90s during an early September heat wave.

Teachers at several schools there told CalMatters that their requests for air conditioning repairs went unanswered or were slow to come. Portable units installed in classrooms were insufficient to keep temperatures comfortable enough for students to learn. Students were visibly lethargic from the heat. Some parents opted to keep their children home.

Kahlenberg, who teaches high school architecture, said he had asked for the air conditioning in his classroom to be repaired for weeks. By the time a heat wave hit in early September, it still wasn’t fixed. His classroom temperature reached 95 degrees.

“Everybody was tired,” Kahlenberg said. “I told them if they needed to take a break, that if they didn’t want to work, it was totally acceptable. I would just extend the project. But it just shouldn’t have to be like that.” 

Kahlenberg said teachers told him about 20 other classrooms at his school also didn’t have working air conditioning during that heat wave. 

A wide view of a school playground split into two sections; on the left side is a basketball court and on the right side is a soccer field, where group students stand or sit in a small shaded area on a hot day.
Students sit in the shade in the schoolyard of the Melrose Leadership Academy in Oakland, on Sept. 23, 2024. Photo by Laure Andrillon for CalMatters

A physical education teacher in another Los Angeles school said she spent weeks before the September heat wave trying to flag air conditioning problems in her office.  (The teacher wished to remain anonymous out of fear she would be disciplined for discussing the issue with CalMatters.)

Then, when the extreme heat came and the gymnasium temperature was too hot for the students, she and others informed the school. She said the school responded on the last day of the heat wave that students could sit outside in shade if they needed to. The suggestion dumbfounded her: Why would she have her students sit outside, where it was even hotter than in the gym?  

All schools in Los Angeles Unified have air conditioners. But Krisztina Tokes, the district’s chief facilities executive, said 50,000 faulty or aged units and pieces of equipment need to be replaced in the district’s more than 1,000 schools.

LA Unified, the largest school district in the state, has invested $1 billion to upgrade heating, ventilation and cooling systems in the last two decades, including $287 million for 20 projects that are currently under construction or being designed. 

“It’s really about financial resources. We do not receive enough money from the state to either repair or replace our systems.” 

Krisztina Tokes, Los Angeles Unified School District

Tokes said officials work to keep students safe by following protocols when air conditioning breaks down, such as installing portable units or moving students to spare, air conditioned spaces. Outside, schools place portable misting fans and commercial-grade pop-up tents for shade. 

School days were cut short in schools where district officials felt they couldn’t provide a safe learning environment. Air conditioning systems are also checked at the start of summer and again just before classes start. Teachers and staff are trained to identify and respond to signs of heat related illness, a district spokesperson said.

“Under no circumstance should there be a child or parent thinking their health isn’t being addressed,” Tokes said. “There were conditions that were beyond the district’s control.” 

Replacing all air conditioners in the district’s schools would cost at least $9 billion, according to Amanda Wherritt, Los Angeles Unified’s deputy chief of staff.

“It’s really about financial resources,” Tokes said. “We do not receive enough money from the state to either repair or replace our systems.” 

Even coastal schools are sweltering 

While many classrooms throughout the state have air conditioning, those that don’t are often in coastal areas. Many of these schools were built in the 1950s or 60s, before the warming effects of climate change had worsened heat waves.

In Long Beach less than a decade ago, 51 out of 84 schools didn’t have air conditioning in all classrooms. Since then, a $1.5 billion local facilities bond has helped the school district upgrade many of them. 

But 13 schools, serving about a quarter of the district’s students, still won’t be fully air conditioned for at least another three years. One school, Polytechnic High School, which has about 4,000 students, will undergo major renovations, including adding air conditioning, that won’t be complete until 2028, said Alan Reising, Long Beach Unified School District’s facilities and operations assistant superintendent. In the meantime, officials installed portable air conditioners and outdoor shade structures in many of the schools, Reising said. 

Some inland Long Beach neighborhoods experience five high-heat days a year when temperatures exceed 97 degrees.

“Arguably, we haven’t needed it,” Reising said. But now, he said, “with the obvious signs of climate change, we have more hot days we have to deal with every year. There’s no thought that it’s going to get better in the future, so the need for air conditioning now has become very obvious.” 

In the San Diego Unified School District, all 175 schools now have air conditioning. The district spent $460 million between 2013 and 2019 to install systems in the 118 schools that didn’t have them. 

While many of the systems are newer as a result, they’re still breaking down, with students saying some classrooms reached around 100 degrees in September. Some San Diego neighborhoods have four high-heat days a year that exceed 91 degrees. 

“We were definitely experiencing some air conditioning issues throughout the district. We are doing our best to respond to all repair requests as quickly as possible,” said Samer Naji, a district spokesperson. 

“With the obvious signs of climate change, we have more hot days. There’s no thought that it’s going to get better in the future, so the need for air conditioning now has become very obvious.” 

Alan Reising, Long Beach Unified School District

In the Oakland Unified School District, about 2,000 classrooms in 77 schools have no air conditioners. In late September, outdoor temperatures reached 88 degrees; some Oakland neighborhoods have seven days a year that exceed 89 degrees.

Equipping those schools with air conditioning would be an expensive and complicated task that would cost at least $400 million, said Preston Thomas, Oakland Unified School District’s chief systems and services officer. 

At Melrose Learning Academy in Oakland, students said the heat makes it hard to focus. Lyra Modersbach, an eighth grader who is a member of an environmental club at the school, said she has noticed temperatures getting hotter year after year. When she’s home, she can wear cool clothes and rest to beat the heat, but she can’t do that at school. 

The heat “is very distracting. I’ve noticed having a harder time getting my work done or feeling frustrated.”

Lyra Modersbach, eighth grader at an Oakland School

Modersbach said her school has a few portable air conditioners but if too many are on at once, they shut off. 

The heat “is very distracting,” she  said. “I’ve noticed having a harder time getting my work done or feeling frustrated.”

As members of the Youth Versus Apocalypse environmental club, Modersbach and Juliette Sanchez advocated for their school to stop using a gas boiler and invest in an energy-efficient heat pump that will provide air conditioning. The district will use funds from a 2020 $735 million bond measure to install heat pumps at their school next year.  

Inland schools have little money to invest

While many inland schools are fully air conditioned, some don’t have air conditioning in their gymnasiums, cafeterias and multi-purpose rooms.

Many inland school districts, where 100-degree days are common, have far fewer financial resources than wealthier coastal districts, said Sara Hinkley, California program manager for UC Berkeley’s Center for Cities + Schools. 

“Most of the spending on facility upgrades is based on local bond measures, which is based on your ability to levy property taxes,” she said. “So districts that have lower levels of property values per student are able to raise less money to upgrade their facilities.” 

“Districts that have lower levels of property values per student are able to raise less money to upgrade their facilities.” 

ara Hinkley, UC Berkeley’s Center for Cities + Schools

School districts in the Central Valley and the Inland Empire are among those that have invested less money because of lower property values and a smaller voter base to tap into, Hinkley said. 

“There’s no environmental justice or climate equity imperative. That would take an active regulation to change how bond disbursements are made in the state,” said UCLA’s Turner. “The state could go a long way by investing in better technical assistance to communities to apply for these funds and focusing on priority schools.”  

Fresno Unified School District, where 90% of students are on free or reduced lunch plans, recently invested $60 million in federal funds to replace or install air conditioning systems in some of its gyms, cafeterias and multi-purpose rooms, said Alex Belanger, chief executive over the district’s operations. 

But the district needs about $500 million to improve its heating and ventilation systems, Belanger said. 

Belanger said during heat waves, it’s “all hands on deck” to keep students cool. Staff work weekends and nights to repair air conditioning systems and the school provides temporary chillers and portable air conditioning if systems break down. 

Idsvoog said the Fresno school district would like to invest in energy efficient strategies such as building well-insulated schools with green space and oriented in a way that won’t absorb heat. But there’s simply no money to do so. 

“The reality is it’s not going to get any cooler and resources will always be a challenge for any school district,” Idsvoog said. “Any assistance, grants or state funding that can support those efforts is more than welcome.”

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Sinkholes in Turkey's Agricultural Heartland Fuel Farmers' Concerns

By Ali KucukgocmenKONYA, Turkey, Dec 23 (Reuters) - Hundreds of ‌sinkholes ​have emerged in Turkey's central ‌agricultural region due to dwindling...

KONYA, Turkey, Dec 23 (Reuters) - Hundreds of ‌sinkholes ​have emerged in Turkey's central ‌agricultural region due to dwindling rainfall and receding groundwaters, causing concern ​among farmers and environmental experts who see it as a worrying sign of climate change.Gaping sinkholes ‍pockmark farmland producing maize, wheat ​and sugar beet in Karapinar in Konya province, with more than 10 packed into ​a field ⁠in places. In mountainous areas, vast, ancient sinkholes previously filled with water have now mostly dried up.The pace at which sinkholes are forming in the Konya basin has accelerated in recent years, with the total now nearing 700, according to Fetullah Arik, a geology ‌professor studying sinkholes at Konya Technical University."The main reason for the increase in numbers ​is ‌climate change and drought, which ‍have affected ⁠the whole world since the 2000s," Arik said. "As a result of this drought, the groundwater level is dropping slightly every year."He said the pace of receding groundwater levels has reached 4 to 5 metres per year, compared to half a metre per year in the 2000s, adding to concerns in Turkey's major agricultural sector.Drought and receding groundwater lead local farmers to dig more wells, ​many unlicensed, further depleting the groundwater and exacerbating the problem."There is also an extremely high demand for water in this (Konya) basin," Arik said, adding that there are around 120,000 unlicensed wells, compared to some 40,000 licensed ones.While the new sinkholes have not caused any casualties so far, their unpredictable nature risks the lives and belongings of locals, he said.Two sinkholes opened up in the farmland belonging to Mustafa Sik, a farmer in Karapinar, in the past two years. His brother was only a short distance away, working on the farm in August ​2024 when the second sinkhole formed with an "extremely loud, terrifying rumbling sound," Sik said.A survey by geologists in Sik's land found two more areas where sinkholes could form – although it is not possible to predict when it will happen."Are ​we worried? Of course, we are very worried," he said.(Reporting by Ali Kucukgocmen; Editing by Daren Butler, Alexandra Hudson)Copyright 2025 Thomson Reuters.Photos You Should See – December 2025

This Netflix holiday rom-com is secretly an environmentalist fantasy

Don't watch "A Merry Little Ex-Mas" for the cheesy romance. Watch it for the sustainability messages, which shine as bright as LED Christmas lights.

At first glance, A Merry Little Ex-Mas looks like yet another holiday rom-com — a comforting, predictable love story done up in a tidy bow. Only in this case, that festive wrapper is made of green ribbon. Any environmentally-minded viewers will quickly clock Ex-Mas as not just a corny yuletide romp, but a PSA for sustainable living.  That’s why, on the Friday afternoon before Christmas, a few Grist staffers cozied up on their couches to watch a Netflix film our editor-in-chief assured us was actually a climate movie “disguised in holiday romance sappiness.” Alicia Silverstone (of Clueless fame, and a sustainability advocate in real life) plays an environmentalist named Kate, an architect turned handy-mom. Her passion for the planet — which manifests in familiar hippie tropes like composting, shopping secondhand, and making ornaments out of “recycled and found objects” — borders on obsession, in the eyes of family and friends tortured by such sins as handmade gifts and a carbon-sequestering live Christmas tree.  She’s been separated for months from her husband, a small-town doctor named Everett, who once upon a time whisked her away to his idyllic hometown of Winterlight, forcing her to leave her professional dreams behind in Boston. But enough about him. He barely matters. (Plus, he has about as much personality as recycled cardboard — perhaps why Kate likes him so much.) This movie isn’t about their reconciliation so much as it’s a hot cup of cocoa for the souls of neglected, crunchy, 40-something women who yearn to curl up with a movie that whispers, You are right. You are valued. You were smart to install all those solar panels.  As we started a running commentary on the movie in Slack, it didn’t take long for each of us to see something of ourselves in the protagonist. She shares her first name with senior staff writer Kate Yoder, along with a fondness for long words (like “thermodynamic”), and similar life experiences with associate editor Claire Elise Thompson, who also followed her doctor husband across the country. Teresa Chin, Grist’s executive editor, couldn’t help but identify with the antimaterialist mom who champions homemade and secondhand goods. Anyone who has given climate change more than a passing thought will probably find something in Kate to relate to.  All of the movie’s other characters are little more than props or foils for Kate, but there were two who caught our attention. One was Chet, Kate’s brief fling, a delightful himbo who appears to appreciate her interests more than anyone else in her life. Chet is to Winterlight what Kirk is to Stars Hollow, seemingly holding every job possible — including, we learn at the end, driving a snow plow as an emergency response volunteer. (Their love story would have made for a better movie, if we’re being honest.) The other was Kate’s house, nicknamed “the Mothership,” a picturesque Victorian that had us all cooing in the group chat because of its resemblance to the storied house from the movie Practical Magic. Spoiler alert: It’s the Mothership that truly saves the day in the end. Netflix Though the movie never mentions climate change explicitly, it’s sprinkled with environmental mentions. There are more references to sustainability than there are cheesy romance scenes. They go beyond the low-hanging fruit of eco-friendly lifestyle stuff like worm bins. Kate recommends a neighbor install a heat pump when her furnace breaks down. One of her fathers-in-law (yes, the family has two gay grandpas) asks her about geothermal energy. Her husband even calls her by the nickname “Al,” a reference to Al Gore — evidently the only environmentalist he’s heard of, apart from Kate.  Kate’s friends and family make fun of her environmentally-minded quirks. And she may deserve it a little — for much of the movie, she leans into the fun-killing environmentalist trope (at one point, in response to seeing Everett’s new house bedecked with energy-guzzling Christmas lights and inflatable lawn decorations, Kate exclaims, “I can hear the polar ice caps melting!”) But over the course of the movie, it becomes clear how much her loved ones admire her and share her values, if not in exactly the same way. Her kids, for instance, admit that her passion inspires them to pursue their own dreams.  And Kate’s preparedness comes to fruition when a windstorm knocks out the town’s power, leaving her solar-panel-and-battery-laden home the only one in Winterlight with lights (and, for that matter, heat). The neighbors flock to the Mothership like it’s a climate resilience hub. Inspired by the warmth of her community, Kate decides not to return to Boston to take up her old green architect job, but to stay in Winterlight with Everett and start her own sustainability company, which she describes as “making a difference in my community and changing the world, one person at a time.” It’s a model of “think global, act local.” As Teresa put it in our group chat about the film: “I mean, let’s call this movie what it was — a fantasy where everyone in your life eventually realizes that they were wrong, you are right, and you also get to live in the Practical Magic house during Christmastime.”  A Merry Little Ex-Mas may not be the rom-com of the century — maybe we’ll get the Kate-and-Chet chemistry that we deserve in a sequel — but as cozy wish fulfillment for people who care about the planet, it’s a 10 out of 10. This story was originally published by Grist with the headline This Netflix holiday rom-com is secretly an environmentalist fantasy on Dec 23, 2025.

The Push to Make U.S. College Students Climate Literate

Students and professors at universities across the country are pushing for general education requirements to equip students to combat climate change.

The majority of people in the United States want the government to do more to address climate change, according to a 2020 study by the Pew Research Center, yet few of them can be counted as “climate literate”—which the North American Association for Environmental Education defines through metrics such as being able to understand essential climate principles, assess the credibility of climate information, and make “informed and responsible decisions” where their actions may impact the climate. The purpose of being climate literate is not just to gain scientific knowledge, but to uncover climate perspectives and solutions that can inspire action. In 2023, Allianz surveyed Americans to see how climate literate they were, asking scientific questions like “What is the impact of the rise in temperature?” as well as political ones like “What is COP?”, referring to the annual Conference of the Parties meetings that broadly discuss climate action among U.N. member nations. Researchers found only five percent of Americans had a high level of climate literacy.  To close this gap in climate literacy, a burgeoning movement of students and professors is pushing for climate literacy to be integrated in general education. Some efforts have already succeeded, such as at the University of California, San Diego, which in 2024 became one of the first universities to require that all undergraduates complete a general education course related to climate change. The push to implement this requirement was the result of a student-faculty alliance that has been organizing toward “climate education for all” since 2021. Arizona State University also revamped its general education requirements in 2024, making a three-credit sustainability course mandatory for incoming students. The University of Massachusetts Amherst has a robust climate literacy program, though the university has not yet included this in its required coursework.  UC San Diego’s victory recently inspired a group of thirteen professors at the University of California, Davis, to propose a Climate Crisis General Education requirement for undergraduate students. Former UC Davis undergraduate students Chely Saens, Meghan Van Note, and Trisha Trilokekar wrote that since “climate issues affect all fields of study, the new study requirement would ensure that every student, regardless of their major, gains a broad understanding of climate science, justice, and solutions.” The proposal has collected at least 530 endorsements from various student and staff groups across campus. Should they succeed in implementing it, a graduating class in the near future would be required to learn about sanitation, clean energy, sustainable communities, and responsible consumption and production. Most of the proposed courses for the climate change requirement would overlap with existing general education requirements. Mark Huising, who teaches neurobiology and physiology at UC Davis’s College of Biological Sciences, was part of the group pushing for this general education requirement. “It’s part of our core mission as faculty—especially of higher learning—to make sure that the teachings that we do are broadly applicable and useful to the students that we teach,” he tells The Progressive.  Huising says he saw the stakes of integrating climate education into undergraduate studies in 2018, when a student in the front row of one of his courses raised their hand and to be excused, having just found out their home had burned down in the Camp Fire. It pushed Huising to think more deeply about how to teach at a time when many students (and faculty members) are impacted by climate disasters. He continuously sees students dealing with environmental issues that interfere with their education. “Air quality concerns are front of mind,” Huising says. “More regularly we have people in our community who are facing extreme heat in combination with housing instability.” He says the group who worked on the general education proposal wanted to make sure the required course didn’t just focus on the scientific elements of climate change, but also “the human connection,” including perspectives on climate justice and solutions that intertwine with coursework in urban planning, public policy, renewable energy, public health, law, ecology, politics, sociology, and journalism. This, he says, instills a “sense of urgency” and agency in creating a graduated workforce “ who knows how to navigate this information landscape around climate change.”  But the proposal is currently a standstill. ​​ Earlier this fall, the Academic Senate at UC Davis, the faculty governance system, declined to implement the proposal, citing logistical issues such as concerns about the school’s capacity to implement a new general education curriculum on a campus with more than 30,000 undergraduates. “ We can’t create a requirement for students and then set them up to not be able to take classes that they need, or increase their time to [earn their] degree,” Huising says. Still, he says, the proposal’s proponents believe they can address these concerns with a carefully planned curriculum rollout, and are currently working to address the concerns and bring the amended proposal back to the Academic Senate.  Huising and his colleagues have brainstormed ways to broaden the range of courses that could fulfill the requirement by enriching courses in the current curriculum with climate-focused lessons. For him, this means teaching his physiology students about the impacts of extreme heat on the human body. Similarly, one of his colleagues in the Department of Entomology and Nematology is incorporating lessons on how Indigenous land use and water management practices can control insect populations in wetlands in the Central Valley. The English department, meanwhile, is adding literature courses focused on climate issues to its course catalog. At Harvey Mudd College, a private liberal arts school in Southern California focused on science, technology, engineering, and math (STEM), chemistry and climate professor Leila Hawkins hopes to create a permanent climate-focused general education course. A current class called “STEM & Social Impact” is temporarily focused on climate change until next spring. “The question is, do we keep it on climate or do we do something else like [artificial intelligence] or other big sticky problems?” Hawkins says. The course is currently taught by an interdisciplinary group of seven professors, including Hawkins, who teaches basic earth science principles for the class. Three of the course teachers are humanities, social sciences, or arts faculty, while other four are STEM faculty. Hawkins says it’s important for the climate change requirement to have a permanent place in curriculum, given the implications of global climate change for her students’ futures, “and the fact that we have to vote for people who are going to weigh in on policy choices related to climate and energy and resilience and planning and adaptation.” If students are not adequately informed about what climate change is and what can be done about it, she says, “they’re going to be much less able to be productive participants in a functioning society that’s going to tackle this.” An established requirement should have some basic earth science content, Hawkins says, but also an equal measure of historical context around climate policies. “You cannot avoid the partisan climate conversation,” she says. “I think having a really open, productive conversation about how it has become such a divided issue is really important.”  Similar to UC Davis’s proposal, Hawkins says a focus on climate solutions is essential in these courses, because without it, “it’s depressing to some students to the point of being immobilizing or debilitating.” Solutions-focused learning gives a vast array of students an opportunity to understand how they could play a role in the solution space given their own strengths and abilities. “They might want to be an artist or an engineer or a computer scientist or a historian or a tradesman—or whatever they want to be,” Hawkins says, “but there’s going to be a way that they can work on a solution for climate if they want to with those skills and interests.” At the end of the day, Huising says there is “not a large ideological opposition to doing this, but people are very comfortable not making a change in how we do stuff . . . . And very importantly, when we survey our students and when we talk to our student leadership on campus, there’s widespread support for this,” Huising notes. Jill Webb is a Brooklyn-based award-winning journalist and audio producer who mainly covers mental health, the environment, and labor issues. Her work can be found at www.jillmwebb.com. Read more by Jill Webb December 22, 2025 5:04 PM

"Year of octopus" declared after warmer seas leads to record numbers

The Wildlife Trusts say its is "flabbergasted" by the sighting of the highest number of octopuses since 1950

"Year of octopus" declared after warmer seas leads to record numbersJonah FisherEnvironment correspondentWatch: Octopuses filmed by divers off the coast of Cornwall this yearA wildlife charity has declared 2025 "the Year of the Blooming Octopus" after record numbers were spotted off the south-west coast of England.In its annual marine review the Wildlife Trusts says octopus numbers were this summer at their highest level since 1950.Warmer winters, which are linked to climate change, are thought to be responsible for the population spike, which is known as a "bloom".The charity's findings are backed up by official figures which show that more than 1,200 tonnes of octopus was caught by fishermen in UK waters in the summer of 2025. The Wildlife Trusts/Kirsty AndrewsThe Wildlife Trusts says the highest number of octopuses has been seen off the south coast of Devon and Cornwall since 1950. It's a dramatic increase on previous years. Only once since 2021 has more than 200 tonnes of octopus been landed.Experts say most of those spotted are Octopus vulgaris a species commonly seen in the warmer Mediterranean Sea. Wildlife Trusts volunteers in Cornwall and Devon reported an increase in sightings of more than 1,500 percent on 2023 figures along one stretch of the south coast. "It really has been exceptional," says Matt Slater from the Cornwall Wildlife Trust. "We've seen octopuses jet-propelling themselves along. We've seen octopuses camouflaging themselves, they look just like seaweeds. "We've seen them cleaning themselves. And we've even seen them walking, using two legs just to nonchalantly cruise away from the diver underwater."It's unclear at this point whether the rise in numbers is permanent or cyclical, which would mean octopus numbers returning to more typical levels after this year's bloom. The eight-armed cephalopods eat shellfish such as lobster, crabs and scallops so the Wildlife Trusts warn that if population numbers remain high, both fishing and eating habits may have to change."They are having an impact on those (shellfish) species around our shores. And as a consequence, they will be having an impact on our fishing industry who target those species as well," Ruth Williams the head of marine for The Wildlife Trusts told the BBC's Today programmme. "But there are opportunities and our fishing industry are doing some research into that at the moment to try and evolve with the changing fisheries that we're seeing as a result of climate change."Government data shows crab landings down on previous years but catches of lobster, crawfish and scallops stable.Wildlife Trusts of South and West Wales/Lynne NewtonA record number of puffins were recorded on Skomer Island in Pembrokeshire this year. Alongside good news for octopus lovers, the Wildlife Trusts' marine review contains more sobering news.The Trusts say this year was bookended by environmental disasters, with a collision between an oil tanker and a container ship in the North Sea in March spilling huge quantities of plastic resin pellets, and nearly 4.5 tonnes of bio-beads released from a water treatment plant in Sussex in November.There was some better news for wildlife elsewhere, with a record 46,000 puffins recorded on Skomer, Pembrokeshire, while the charismatic black and white bird has made a comeback on the Isle of Muck following conservation efforts by Ulster Wildlife Trust to remove invasive brown rats.

Disaster after disaster: do we have enough raw materials to ‘build back better’?

Disasters like earthquakes and flood destroy homes and generate vast amounts of waste. Is there a better, greener way to rebuild affected communities?

This Christmas Day marks 21 years since the terrifying Indian Ocean tsunami. As we remember the hundreds of thousands of lives lost in this tragic event, it is also a moment to reflect on what followed. How do communities rebuild after major events such as the tsunami, and other disasters like it? What were the financial and hidden costs of reconstruction? Beyond the immediate human toll, disasters destroy hundreds of thousands of buildings each year. In 2013, Typhoon Haiyan damaged a record 1.2 million structures in Philippines. Last year, earthquakes and cyclones damaged more than half a million buildings worldwide. For communities to rebuild their lives, these structures must be rebuilt. While governments, non-government agencies and individuals struggle to finance post-disaster reconstruction, rebuilding also demands staggering volumes of building materials. In turn, these require vast amounts of natural resource extraction. For instance, an estimated one billion burnt clay bricks were needed to reconstruct the half-million homes destroyed in the Nepal earthquake. This is enough bricks to circle the Earth six times if laid end to end. How can we responsibly source such vast quantities of materials to meet demand? Demand causes problems Sudden spikes in demand have led to severe shortages of common building materials after nearly every major disaster over the past two decades, including the 2015 Nepal earthquake and the 2019 California wildfires. These shortages often trigger price hikes of 30–40%, which delays reconstruction and prolongs the suffering of affected communities. Disasters not only increase demand for building materials but also generate enormous volumes of debris. For example, the 2023 Turkey–Syria earthquake produced more than 100 million cubic meters of debris – 40 times the volume of the Great Pyramid of Giza. Disaster debris can pose serious environmental and health risks, including toxic dust and waterway pollution. But some debris can be safely transformed into useful assets such as recycled building materials. Rubble can be crushed and repurposed as base for low-traffic roads or turned into cement blocks . The consequences of poor post-disaster building materials management have reached alarming global proportions. After the 2004 Indian Ocean Tsunami, for example, the surge in sand demand led to excessive and illegal sand mining in rivers along Sri Lanka’s west coast. This caused irreversible ecological damage to two major watersheds, devastating the livelihoods of thousands of farmers and fisherpeople. Similar impacts from the overextraction of materials such as sand, gravel, clay and timber have been reported following other major disasters, including the 2008 Sichuan earthquake in China and Cyclone Idai in Mozambique in 2019. If left unaddressed, the social, environmental and economic impacts of resource extraction will escalate to catastrophic levels, especially as climate change intensifies disaster frequency. Urgent need for action This crisis has yet to receive adequate international attention. Earlier this year, several global organisations came together to publish a Global Call to Action on sustainable building materials management after disasters. Based on an analysis of 15 major disasters between 2005 and 2020, it identified three key challenges: building material shortages and price escalation, unsustainable extraction and use of building materials, and poor management of disaster debris. Although well-established solutions exist to address these challenges, rebuilding efforts suffer from policy and governance gaps. The Call to Action urges international bodies such as the United Nations Office for Disaster Risk Reduction to take immediate policy and practical action. Building back better and safer After a disaster hits, it leaves an opportunity to build back better. Rebuilding can boost resilience to future hazards, encourage economic development and reduce environmental impact. The United Nations’ framework for disaster management emphasises the importance of rebuilding better and safer rather than simply restoring communities to pre-disaster conditions. Disaster affected communities should be rebuilt with capacity to cope with future external shocks and environmental risks. Lessons can be learned from both negative and positive experiences of past disasters. For example, poor planning of some reconstruction projects after the Indian ocean Tsunami (2004) in Sri Lanka made the communities vulnerable again to coastal hazards within a few years. On the other hand, the community-led reconstruction approach followed after the Bhuj earthquake, India (2001), has resulted in safer and more socio-economically robust settlements, standing the test of 24 years. As an integral part of the “build back better” approach, authorities must include strategies for environmentally and socially responsible management of building materials. These should encourage engineers, architects and project managers to select safe sustainable materials for reconstruction projects. At the national level, regulatory barriers to repurposing disaster debris should be removed, whilst still ensuring safe management of hazardous materials such as asbestos. For example, concrete from fallen buildings was successfully used as road-base and as recycled aggregate for infrastructure projects following the 2004 tsunami in Indonesia and 2011 Tohoku Earthquake in Japan. This critical issue demands urgent public and political attention. Resilient buildings made with safe sustainable material will save lives in future disasters. Missaka Nandalochana Hettiarachchi receives funding from WWF, an environmental NGO, through his role in disaster management

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