Our results show a general coherence between Total Solar Irradiance (TSI) and regional precipitation, supporting a positive climate response consistent with conventional monsoon theory.
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Northern peatlands represent one of the largest biospheric carbon reservoirs in the world. Their southern margins act as new carbon reservoirs, which can greatly influence the global carbon...
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Strong solar activity resulted in the formation of La Niña-like conditions (less ENSO events), which induced more precipitation in Northeast Asia. Wet conditions contributed to the higher
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In this study, the variability of spring ecosystem WUE in Northeast Asia (NEA) was investigated. The results show that its primary mode exhibits a monosign variation. This mode is
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In the arid expanses of northern China, advanced technology is reshaping the battle against desertification, turning it into a narrative of resilience and renewal.
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Understanding multidecadal to centennial-scale climate variability in arid Central Asia remains challenging due to limitations in the age control, resolution, and duration of available proxy
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Using statistical methods and solar radio flux (SRF) data, this paper investigates the impact of the solar 11-yr cycle on regional climate of Northeast Asia in recent decades.
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By applying this method to Central Asia, we demonstrate that there are potential locations for SPHS projects with energy storage costs lower than 10 US$/MWh of storage, mainly in Tajikistan and
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Northern Asia''s solar producers missed out on the expected energy generation bump from El Niño, while other parts of Asia enjoyed above-average irradiance.
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Solar forcing and ENSO regulated the change rate of ecosystems in Northeast China. Understanding long-term (centennial- to millennial-scale) ecosystem transformation and dynamics is
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