Abstract The El Niño–Southern Oscillation (ENSO) dominates interannual climate variability
worldwide and has important environmental and socio‐economic consequences. However …

We used the top age of storm‐relocated coral blocks (SRCBs) from Xisha Islands and
Huangyan Island, South China Sea (SCS), in combination with existing paleotempestology …

Trace element abundances in corals can potentially provide high-resolution seasonally
resolved constraints on past sea-surface temperatures, much needed to improve our …

Geological records of seasonal sea surface temperature (SST) records are useful for better
understanding the past dynamics of coastal upwelling, and for inferring future scenarios. By …

Few reconstructions of sea-surface temperature (SST) have focused on seasonal and
interannual variability, two major components of the global climate system, due to the limited …

Abstract The El Niño-Southern Oscillation (ENSO) dominates global interannual climate
variability and has important socio-economic and environmental consequences. However …

Compared with other ocean basins, annual resolution long-term series of sea-level records
in the South China Sea (SCS) are still rare. Here we first analyzed the correlation …

As a gauge for ocean precipitation conditions, sea surface salinity (SSS) is suspected to be
an excellent indicator for variations in the global hydrological cycle. The SSS conditions in …

The trace metal element zinc (Zn) participates in coral metabolic processes and therefore
accumulates in their skeletons. These metabolic processes are largely controlled by the …

Identifying the response of corals to anthropogenic ocean warming and acidification remains
challenging, but is critical to understanding coral resilience in a changing world. Here, we …