Abstract Understanding water level (WL) fluctuations in river deltas is of importance for managing resources and minimizing the impacts floods droughts. Here, we demonstrate competing effects atmospheric oceanic forcing on multi-timescale variability changes Pearl River Delta (PRD) WLs southern China, using 52 years (1961–2012) in-situ observations at 13 hydrological stations. PRD WL presents s...

Since ecosystem services (ESs) have become effective tools for urban planning, spatiotemporal analysis of regional ESs and a deep understanding the trade-offs among are great significance to governance. In this study, spatial temporal changes four basic were analyzed by combining statistical data with InVEST model across Pearl River Delta (PRD) agglomeration, China. The related at agglomeration...

The Pearl River Delta in South China is subject to severe eutrophication, which significantly exacerbated by the total nitrogen (TN). Remote sensing technology with large-scale synchronous observations can effectively monitor organic pollution. Statistical methods based on remote images have been widely used water quality parameter retrieval for inland rivers, reservoirs, and lakes, but seldom ...