In light of the recent pressure from global warming, extreme drought events, and deleterious
human activity, the strength and long‐term change trends of vegetation in karst regions—in …

Oxygen isotopic (δ 18 O) variations in stalagmite records have the potential to provide new
insights about past climates beyond the instrumental record. This paper presents the first …

Attribution of groundwater recharge (GR) change is important for understanding subsurface
hydrological processes and managing regional groundwater resources. Despite vegetation …

Cave-monitoring studies clarify the climatic, surface vegetation, and karst processes
affecting the cave system and lay the foundation for interpreting geochemical stalagmite …

Estimation of groundwater recharge is considered crucial for the management of
groundwater resources. The groundwater level fluctuation (GLF) method is a widely used …

Our research aims to assess the complex interactions between the elements that constitute
and influence a cave system through the analysis of an extensive dataset of climatic and …

Heterogeneous landscape environments can lead to varying effectiveness of ecological
restoration techniques (ERT). Distinguishing heterogeneous landscapes for adaptive …

Abstract The Dunhuang Mogao Grottoes are a significant cultural heritage site in the Silk
Road, famous for its wonderful murals and statues. The rainfall causes the changes of …

Understanding how Australian groundwater recharge is affected by the Pacific and Indian
Ocean climate drivers is crucial for water resource planning and management, especially in …

Understanding when and why groundwater recharge occurs is of fundamental importance
for the sustainable use of this essential freshwater resource for humans and ecosystems …