In pics: salt lakes at Siwa Oasis in Egypt-Xinhua

In pics: salt lakes at Siwa Oasis in Egypt

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Editor: huaxia

2025-07-29 07:38:11

An aerial drone photo taken on July 28, 2025 shows tourists floating on a salt lake at Siwa Oasis in Matrouh Governorate, Egypt. Siwa Oasis lies in Egypt's western desert, some 800 kilometers from Cairo. There are many natural salt lakes on which people can float with no effort due to high salt concentration. (Xinhua/Ahmed Gomaa)

An aerial drone photo taken on July 28, 2025 shows a tourist floating on a salt lake at Siwa Oasis in Matrouh Governorate, Egypt. Siwa Oasis lies in Egypt's western desert, some 800 kilometers from Cairo. There are many natural salt lakes on which people can float with no effort due to high salt concentration. (Xinhua/Ahmed Gomaa)

An aerial drone photo taken on July 28, 2025 shows tourists floating on a salt lake at Siwa Oasis in Matrouh Governorate, Egypt. Siwa Oasis lies in Egypt's western desert, some 800 kilometers from Cairo. There are many natural salt lakes on which people can float with no effort due to high salt concentration. (Xinhua/Ahmed Gomaa)

An aerial drone photo taken on July 28, 2025 shows tourists floating on a salt lake at Siwa Oasis in Matrouh Governorate, Egypt. Siwa Oasis lies in Egypt's western desert, some 800 kilometers from Cairo. There are many natural salt lakes on which people can float with no effort due to high salt concentration. (Xinhua/Ahmed Gomaa)

An aerial drone photo taken on July 28, 2025 shows tourists floating on a salt lake at Siwa Oasis in Matrouh Governorate, Egypt. Siwa Oasis lies in Egypt's western desert, some 800 kilometers from Cairo. There are many natural salt lakes on which people can float with no effort due to high salt concentration. (Xinhua/Ahmed Gomaa)

An aerial drone photo taken on July 28, 2025 shows salt lakes at Siwa Oasis in Matrouh Governorate, Egypt. Siwa Oasis lies in Egypt's western desert, some 800 kilometers from Cairo. There are many natural salt lakes on which people can float with no effort due to high salt concentration. (Xinhua/Ahmed Gomaa)