Climate Action

How the Middle East is suffering on the front lines of climate change

The dried cracked bed of the Qaraoun artificial lake is seen in West Bekaa, September 19, 2014. Unusually warm weather and low rain levels in Lebanon this year has caused the unusual drying of the Litani river that feeds the Qaraoun artificial lake, residents said. Picture taken September 19, 2014. REUTERS/ Mohamed Azakir (LEBANON - Tags: ENVIRONMENT) - GM1EA9M04PK01

The region has been subject to an almost continuous drought since 1998, according to NASA Image: REUTERS/ Mohamed Azakir

Douglas Broom
Senior Writer, Forum Agenda

People are experiencing the consequences of climate change across the Middle East, from floods in Jeddah to rising sea levels in the Mediterranean which are putting many coastal cities at risk.

Participants at the World Economic Forum on the Middle East and North Africa, held at the Dead Sea in Jordan, can see the effects of global warming first-hand. The salt lake has shrunk by almost a third in the last two decades, due to lower rainfall, higher temperatures leading to increased evaporation, and water being siphoned off from the River Jordan, which flows into it.

In an example of regional cooperation, the governments of Israel and Jordan have agreed to co-fund a pipeline bringing water from the Red Sea to the Dead Sea. Environmentalists fear that Red Sea water will harm the Dead Sea’s delicate ecosystem, altering its salinity and even increasing evaporation. But unless action is taken, the sea will continue to shrink more than 1.2 metres every year.

Losing Alexandria

Alexandria, on the Mediterranean coast of Egypt, has the opposite problem. As sea levels rise, the city of five million people is sinking. High waters are flooding basements of buildings near Alexandria’s waterfront Corniche, leading to fatal collapses. Three people died in January when a block of apartments collapsed one street back from the seafront.

The Nile Delta, on which Alexandria stands, is shrinking. Construction of the Aswan High Dam and the extraction of water upstream has reduced the Nile’s flow, decreasing the amount of silt the river deposits. And without silt to replenish delta soils, the whole area is vanishing.

The World Bank declared in 2016 that the MENA region is among the most vulnerable places on earth to rising sea levels. Forecasting a 0.5-metre rise by 2099, its report warned that "low-lying coastal areas in Tunisia, Qatar, Libya, UAE, Kuwait and particularly Egypt are at particular risk".

Flooding in the desert

Some of the driest parts of the region have also suffered from flooding. Jeddah in Saudi Arabia has suffered almost annual floods since the late 1960s, caused by sudden violent storms. Research by the King Abdel Aziz University found that the city's rapid expansion in recent years has made the situation worse, as routes through which water used to escape have been built over.

Flooding in Jeddah, Saudi Arabia Image: Wikimedia

In November 2018, a deadly storm swept across the Arabian Peninsula, killing 30 people before it reached Jeddah. Almost 4,000 residents were evacuated from their homes. The previous month, three people died when Tropical Cyclone Luban struck Oman and Yemen.

Extreme heat and drought

Temperature records have been repeatedly broken in the MENA region in recent years. The highest recorded temperature in the region to date was 54°C at Mitribah, Kuwait in 2016. In the same week, Basra in Iraq recorded 53.9°C.

In June 2017, Sweihan, Abu Dhabi reached a record high of 50.4°C. In Dubai, authorities warned drivers not to leave aerosols in their vehicles after several cars caught fire in the extreme heat.

Image: NASA

The region has been subject to an almost continuous drought since 1998, according to NASA, which says the current dry period is the worst for 900 years. The World Bank, which is spending $1.5 billion to fight climate change in the region, estimates that 80-100 million people will be exposed to water stress by 2025.

By 2050, temperatures in the MENA will be 4°C higher, according to Germany’s Max Planck Institute. By the end of the century, daytime highs could reach 50°C, with 200 days of exceptional heat every year. And without urgent action to curb global emissions, according to research, cities in the region may become uninhabitable before 2100.

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