Sisi, Macron meet in Egypt to discuss Gaza, Iran-US tensions
Synopsis
Key Takeaways
Egyptian President Abdel-Fattah al-Sisi and French President Emmanuel Macron met in Egypt on Saturday, 10 May to discuss escalating regional tensions linked to Iran and the United States, the humanitarian crisis in the Gaza Strip, and the situation in Lebanon. The meeting underscored growing international concern over the Middle East's deteriorating security landscape.
Where and Why They Met
The bilateral talks took place on the sidelines of the inauguration ceremony for the new headquarters of Senghor University, a French-speaking international institution, in New Borg El-Arab City, north of Cairo, according to a statement from the Egyptian Presidency. The venue itself reflected the broader Franco-Egyptian cultural and diplomatic ties that frame the two nations' engagement.
Key Positions on Regional Tensions
During the talks, President Sisi reviewed Egypt's ongoing efforts to contain current regional tensions, stressing the need to shield the region from further escalation and instability. He cited the adverse impacts of regional unrest on global security, supply chains, trade, and transportation. Sisi also reiterated Egypt's steadfast position in upholding the security and stability of fellow Arab nations, underscoring Cairo's categorical rejection of any infringement upon their sovereignty or their peoples' natural resources.
For his part, President Macron voiced his hope for a swift resolution to the ongoing regional crises in a manner that restores peace and stability to the Middle East. The two leaders also agreed on the critical need to maintain peace and stability in Lebanon, a country that has faced compounding political and economic pressures in recent years.
Egypt and Qatar Urge Diplomatic Path for Iran-US Talks
Separately, Egyptian Foreign Minister Badr Abdelatty and Qatari Prime Minister and Minister of Foreign Affairs Sheikh Mohammed bin Abdulrahman Jassim Al-Thani urged both Washington and Tehran to adopt positions characterised by