Syria 2019: Khát vọng hòa bình vẫn còn xa?
ANTD.VN - Gần đây, các nước liên quan vấn đề Syria đã tăng cường động thái mới với những toan tính riêng nhằm đảm bảo lợi ích chiến lược của mình. Ngày 12-6-2019, phía Israel đã bắn tên lửa nhằm vào các cơ sở radar của lực lượng quân đội Syria tại khu vực biên giới miền nam nước này, Nga-Syria cũng dồn dập bắn phá tại thành trì Idlib, dấy lên những lo ngại về tiến trình hòa bình tại "chảo lửa" Syria.
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