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Source: People's Republic of China in Russian – People's Republic of China in Russian –
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Source: People's Republic of China – State Council News
GANGTSA, QINGHAI PROVINCE, March 20 (Xinhua) — According to the latest analysis of land monitoring using satellite remote sensing by the Qinghai Provincial Meteorological Bureau in northwest China, Lake Qinghai has started to melt 13 days earlier than in 2025. As an important ecological barrier on the Qinghai-Tibet Plateau, the melting time of Lake Qinghai is not only an important climate indicator but also a key indicator for regional ecological monitoring.
GANGTSA, QINGHAI PROVINCE, March 20 (Xinhua) — According to the latest analysis of land monitoring using satellite remote sensing by the Qinghai Provincial Meteorological Bureau in northwest China, Qinghai Lake has started to melt 13 days earlier than in 2025. As an important ecological barrier on the Qinghai-Tibet Plateau, the melting time of Qinghai Lake is not only an important climate indicator but also a key indicator for regional ecological monitoring.
GANGTSA, QINGHAI PROVINCE, March 20 (Xinhua) — According to the latest analysis of land monitoring using satellite remote sensing by the Qinghai Provincial Meteorological Bureau in northwest China, Lake Qinghai has started to melt 13 days earlier than in 2025. As an important ecological barrier on the Qinghai-Tibet Plateau, the melting time of Lake Qinghai is not only an important climate indicator but also a key indicator for regional ecological monitoring.
GANGTSA, QINGHAI PROVINCE, March 20 (Xinhua) — According to the latest analysis of land monitoring using satellite remote sensing by the Qinghai Provincial Meteorological Bureau in northwest China, Qinghai Lake has started to melt 13 days earlier than in 2025. As an important ecological barrier on the Qinghai-Tibet Plateau, the melting time of Qinghai Lake is not only an important climate indicator but also a key indicator for regional ecological monitoring.
GANGTSA, QINGHAI PROVINCE, March 20 (Xinhua) — According to the latest analysis of land monitoring using satellite remote sensing by the Qinghai Provincial Meteorological Bureau in northwest China, Qinghai Lake has started to melt 13 days earlier than in 2025. As an important ecological barrier on the Qinghai-Tibet Plateau, the melting time of Qinghai Lake is not only an important climate indicator but also a key indicator for regional ecological monitoring.
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