According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
author：Micro clouds old fairy
According to geologists, Alashan Flower Agate is formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and after long-term geological changes and natural effects such as sun and wind erosion, it has formed a strange and colorful unique appearance.
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
According to geologists, Alxa Flower Agate was formed by the cooling of magma ejected by volcanic eruptions about 8 million to 100 million years ago, and has undergone long-term geological changes and solar and wind erosion
