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Ma'in Hot Springs - Hot Spring
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Ma'in Hot Springs

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description Ma'in Hot Springs Overview

Ma'in Hot Springs, also known as Hammamat Ma'in, is a group of mineral springs and thermal waterfalls in Jordan's Madaba Governorate, in the deeply lowered landscape east of the Dead Sea. Geothermally heated water descends through the surrounding cliffs and feeds bathing pools and spa facilities at elevations below sea level. The site serves visitors seeking recreational bathing and spa treatments, while its steep terrain and waterfalls distinguish it from a conventional enclosed thermal bath.

help Ma'in Hot Springs FAQ

Where are the Ma'in Hot Springs located?

The Ma'in Hot Springs are a series of spectacular mineral springs and waterfalls located in the Madaba Governorate of Jordan. They are dramatically situated in a deep gorge below sea level, positioned between the city of Madaba and the eastern shore of the Dead Sea. The stark, mountainous desert landscape contrasts sharply with the steaming waters.

How hot does the water get at Ma'in Hot Springs?

The thermal water at Ma'in originates from winter rainfalls that seep deep into the earth's crust, where they are heated by subterranean volcanic basalt rock. The water emerges at temperatures reaching up to 63°C (145°F) before being cooled to comfortable bathing temperatures. The cascading waterfalls create natural, multi-tiered thermal pools.

Can you stay at a resort at the Ma'in Hot Springs?

Yes, the site is home to the Ma'in Hot Springs Resort & Thermal Spa, a prominent six-star Evason resort. The resort utilizes the thermal water directly for its private spa treatments and guest baths. It allows visitors to experience the healing waters in a highly luxurious setting surrounded by towering cliffs.

What is the elevation of the Ma'in Hot Springs?

One of the most remarkable geographic features of the Ma'in Hot Springs is that they sit well below sea level. The entire region, being in the Jordan Rift Valley near the Dead Sea, constitutes one of the lowest points on the surface of the Earth. This low elevation contributes to the unique atmospheric pressure and intense desert heat of the area.

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