logo
Iraq's water reserves fall by nearly half to lowest levels in 80 years

Iraq's water reserves fall by nearly half to lowest levels in 80 years

The National25-05-2025

Iraq's water reserves are at their lowest levels in 80 years after a dry rainy season, a government official said on Sunday, as its intake from the Tigris and Euphrates rivers shrinks. Water is a major issue in a country of 46 million people undergoing a serious environmental crisis because of climate change, drought, rising temperatures and declining rainfall. Authorities also blame upstream dams built in neighbouring Iran and Turkey for lowering the flow of the Tigris and Euphrates, which have irrigated Iraq for thousands of years. 'The summer season should begin with at least 18 billion cubic metres … yet we only have about 10 billion cubic metres,' Water Resources Ministry spokesman Khaled Shamal told AFP. 'Last year, our strategic reserves were better. It was double what we have now,' Mr Shamal said. 'We haven't seen such a low reserve in 80 years,' he added, which he said was mostly due to the reduced flow from the two rivers. He said sparse rainfall this winter and low water levels from melting snow has worsened the situation in Iraq, considered by the United Nations to be one of the five countries most vulnerable to some effects of climate change. Water shortages have forced many farmers in Iraq to abandon the land, and authorities have reduced farming activity to ensure sufficient supplies of drinking water. Agricultural planning in Iraq always depends on water, and this year it aims to preserve 'green spaces and productive areas' amounting to more than 1.5 million Iraqi dunams (375,000 hectares), said Mr Shamal. Last year, authorities allowed farmers to cultivate 2.5 million dunams of corn, rice, and orchards, according to the Water Ministry. Water has been a source of tension between Iraq and Turkey, which has urged Baghdad to adopt efficient water management plans. In 2024, Iraq and Turkey signed a 10-year 'framework agreement', mostly to invest in projects to ensure better water resources management.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

What was behind extreme Atlantic heatwave of 2023?
What was behind extreme Atlantic heatwave of 2023?

The National

time2 days ago

  • The National

What was behind extreme Atlantic heatwave of 2023?

A marine heatwave in the North Atlantic Ocean in 2023 was caused by record-breaking weak winds combined with increased solar radiation due to a lack of clouds – all on the back of continued climate change, scientists found. From Greenland to the Sahara and across to the Americas, the waters of the North Atlantic Ocean warmed at an unprecedented speed in the summer of 2023 according to a new study. 'The intensity of the warming in that single summer was equivalent to about two decades worth of warming for the North Atlantic,' said co-author Prof Matthew England from UNSW Sydney. 'While these extreme temperature events are typically only temporary, we can expect they'll become more frequent in the future.' At the time, Prof England was researching the so-called 'cold blob', a region of cooling in the North Atlantic south-east of Greenland which is one of the more unusual consequences of global warming. It is a sign of the Atlantic Meridional Overturning Circulation (AMOC) slowing down, which is a scenario made famous by the Hollywood film, The Day After Tomorrow. The waters had been cooling for the past 50 to 100 years. 'We even asked ourselves if this was the circulation making a temporary comeback, but the rate of warming was far too rapid for that,' Prof England said. The heatwave is essentially measured by the depth of the upper layer of the ocean – directly affected by solar radiation – which sits above the cooler deep ocean. With more exposure to the sun during spring and summer, the upper ocean gradually warms. Co-author of the report published in Nature, Prof Alex Sen Gupta, also from UNSW, said the rate of warming depends on the thickness of the ocean's upper layer. The thickness is set by the winds that churn up the surface waters and mix heat throughout it. 'A thin layer will warm faster, much in the same way that a pan of water on a stove with less water will warm faster than a pan with more,' Prof Sen Gupta said. In June and July of 2023, the North Atlantic winds were weaker than ever recorded, 'so the upper layer of the ocean was thinner than ever recorded', he said. In some areas it was only 10 metres deep, compared to the usual 20 to 40 metres deep. An extra factor was lack of cloud cover. In 2020, new international rules were introduced to reduce the sulphur pollution emitted by ships, aiming to improve air quality around the world's major shipping lanes. But clearer skies means more sunlight can reach the sea surface – especially in the North Atlantic, which is a high-traffic shipping area. However, Prof England says this effect was secondary, only contributing to localised regions of enhanced warming. Most of the blame he says, still lay with the lack of wind. 'Reducing sulphate emissions is good for reducing air pollution,' he said. 'Though it has the unfortunate effect of allowing additional warming of the ocean's surface, because less sunlight is reflected back to space.' Co-author Dr Zhi Li, also from UNSW, who led the analyses of ocean observations said the temporary thinning caused by weaker-than-average winds was also bolstered by global warming. Long-term warming causes the surface ocean to become less dense, suppressing the ability of winds to mix the upper ocean. 'So we were also dealing with a long-term thinning of the upper layer,' he said. The combination of weak winds with reduced mixed layer depths and clearer than average skies meant the rapid warming became a full-basin marine heatwave which the scientists described as 'off the scale'. As the warming waters radiated heat back into the atmosphere, this triggered a series of consequences on land. Air masses travelling over the top of the ocean were picking up heat to scorch cities across Europe. Deadly heatwaves of more than 40°C across Germany, France and Italy broke temperature records, wildfires broke out, while torrential rains devastated parts of Spain and Eastern Europe. Back underwater, the coral reefs of the Caribbean were bleaching under severe heat stress. Hurricanes, which only occur during summer, fuelled by ocean heat, intensified into disasters. That season, Hurricane Idalia hit Florida – causing eight deaths and damages worth $3.6bn. 'This wasn't just a small area of warm water off one coast,' said Prof Stefan Rahmstorf from the Potsdam Institute for Climate Impact Research (PIK), another co-author of the study. 'This was the entire North Atlantic, with impacts on weather systems, human lives, marine ecosystems and society.' Prof England said marine heatwaves in the North Atlantic are only set to get worse in the future, with extremely costly consequences for ecosystems and society. 'Severe marine heatwaves often only last for a few weeks or months, but this one in the North Atlantic left a legacy that persisted for more than a year,' he said.

UAE has hottest May on record after temperatures top 50°C
UAE has hottest May on record after temperatures top 50°C

The National

time4 days ago

  • The National

UAE has hottest May on record after temperatures top 50°C

The UAE experienced its hottest May on record with peak daily temperatures averaging more than 40°C, the National Centre of Meteorology (NCM) has confirmed. It comes after a scorching month when the Emirates broke May daily temperature highs for two days in a row and follows the hottest April since records began in the early 2000s. The mercury rose to a sizzling 51.6°C in the Sweihan area close to Al Ain in Abu Dhabi emirate on May 24. It followed the previous day's record of 50.4°C, also in Abu Dhabi emirate, and beat the existing May record of 50.2°C, noted in 2009 at Um Azimul and Fujairah airport. It was, however, short of the all-time record of 52°C from 2010 in Al Yasat. An NMC forecaster said the average maximum temperature for May was 40.4°C – compared with overall maximum averages from 2003 to 2024 of 39.2°C. The average temperature for May was 33.2°C – compared with the historical average of 32.2°C. The unseasonal heatwave baking the UAE was caused partly by winds from the south-west bringing heat from the desert. But scientists have repeatedly said climate change is also set to bring longer and hotter summers in addition to more extreme weather events. Global temperatures surge 'We are experiencing a shift in the seasons, especially the warm seasons.' said Dr Diana Francis, an assistant professor and head of the Environmental and Geophysical Sciences (Engeos) lab at Khalifa University. 'They are expected to become longer, meaning they will start earlier and end later than the known seasons. 'This is related to the increase in the global temperature, its average surpassing the pre-industrial level by 1.5C in 2024. And 2025 is on the way to be at least similar to 2024.' Dr Francis also pointed to El Nino, a warming of the equatorial Pacific that stopped in 2024, as another factor. It means less rain for the Middle East and a lot of heat because when it ends, she said, the way moisture is carried towards the Middle East weakens (due to a shift in subtropical jet circulation), and regional high-pressure dominance increases. Both of which result in less rainfall for the region. 'The soil is very dry and it warms up more quickly than if it was moist,' she added. 'This can contribute to what we witnessed during May, for instance, here in the UAE with record-high temperatures for this time of the year.' It also comes as global climate records continue to be broken. Last year was the world's hottest on record, scientists from the European Copernicus climate service confirmed. It broke the record set in 2023. Many countries in the Middle East and across the globe have experienced scorching weather into this year. The temperature in Kuwait remained close to 50°C last month, while Morocco issued a heatwave alert in several areas. Sea temperatures around the UK and Ireland last month were 4°C warmer than normal, according to scientists at the National Oceanography Centre and the Met Office. And over the past week China, parts of the US, Canada and other European countries has seen the mercury soar. The high temperatures prompted the NCM last month to issue a heat warning, urging people to drink fluids, avoid direct exposure to the sun, ensure children are not left in cars and to make sure pets have plenty to drink. This year's heat compares starkly with 2024, when the UAE in April was hit by severe floods. It stands in further contrast to 2023, when the UAE experienced its coldest April on record. The good news for UAE residents is that June is off to a slightly cooler start, with the NCM forecasting a decrease in temperatures over the next few days. Fresh north-westerly winds coming down from the Gulf will bring the relief but gusts of up 45kph could also kick up dust and sand. The conditions are expected to last until the weekend.

Spain records highest May temperature till date, braces for sweltering summer
Spain records highest May temperature till date, braces for sweltering summer

Khaleej Times

time4 days ago

  • Khaleej Times

Spain records highest May temperature till date, braces for sweltering summer

Mainland Spain experienced its hottest May day ever on Friday, with the average temperature surpassing 24 degrees Celsius (75 degrees Fahrenheit), national weather agency AEMET said on Monday. The average temperature across the country hit 24.08C, breaking the previous record for the month of 23.73C set on May 21, 2022, according to provisional data from the agency. "This was the hottest day for a month of May across mainland Spain since the beginning of the data series in 1950," AEMET wrote on social media. The average temperature on Saturday reached 23.91C, making it the second-hottest May day on record. A mass of hot air moving north from Africa pushed temperatures in some areas of Spain more than 10C above normal for the time of the year. Temperatures exceeded 40C in parts of southern region of Andalusia. While unusual, this is not the first time Spain has experienced exceptionally high May temperatures. Similar events occurred in 2015 and 2022, AEMET said. "This reflects a scenario where summer-like conditions are arriving earlier and more frequently, even before spring has ended," said AEMET spokesperson Ruben del Campo. Scientists say climate change driven by human activity is increasing the length, frequency and intensity of extreme weather events such as heatwaves. The last three years have been the hottest on record in Spain, which is emerging from a years-long drought.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store