Vegetation dynamics in arid central Asia over the past two
The role of NAO modes and solar activity, together with their potential relationship, in driving hydroclimatic variability in arid central Asia over the past two millennia remain
The role of NAO modes and solar activity, together with their potential relationship, in driving hydroclimatic variability in arid central Asia over the past two millennia remain
Renewable power capacity is increasing globally, and solar photovoltaics will be the dominant renewable energy source by 2050.
Using statistical methods and solar radio flux (SRF) data, this paper investigates the impact of the solar 11-yr cycle on regional climate
Solar forcing and ENSO regulated the change rate of ecosystems in Northeast China. Understanding long-term (centennial- to millennial-scale) ecosystem transformation
Based on 2001–2021 Global OCO-2 Solar-Induced Fluorescence (GOSIF) dataset, this study analyzed spatiotemporal variations in Asian vegetation photosynthesis and its
Here we developed a harmonic regression model to conduct a nuanced global analysis of solar farms'' influences on vegetation. Results show that 52% of solar farms
As the growing season for plants in the Northern Hemisphere is confined to the period from May to September, the present and future
While El Niño typically delivers warmer than average temperatures to Northern Asia, analysis from the Solcast API of conditions from December to February this year shows some winners and
Renewable power capacity is increasing globally, and solar photovoltaics will be the dominant renewable energy source by 2050. Photovoltaic parks (PVPs) require great
The present study on the spatial response to solar cycle of the North-east Asian climate serves to help further recognize the re-sponse mechanism of regional climate to solar activity.
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.
In the arid expanses of northern China, advanced technology is reshaping the battle against desertification, turning it into a narrative of resilience and renewal.
As the growing season for plants in the Northern Hemisphere is confined to the period from May to September, the present and future extreme heat events at each grid of
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