Archives of in situ sea surface temperature (SST) measurements extend back more than 160
years. Quality of the measurements is variable, and the area of the oceans they sample is …

Understanding which species and ecosystems will be most severely affected by warming as
climate change advances is important for guiding conservation and management. Both …

A 42-year climate data record of global sea surface temperature (SST) covering 1980 to
2021 has been produced from satellite observations, with a high degree of independence …

Urban overheating represents an internationally acknowledged anthropogenic
phenomenon related to climate change and to the massive shift of population worldwide …

The quality of in situ sea surface temperatures (SSTs) is critical for calibration and validation
of satellite SSTs. In situ SSTs come from different countries, agencies, and platforms. As a …

The diurnal cycle is a prominent feature of Earth's weather and climate. Partly due to lack of
sub-daily data, our understanding of the diurnal cycle is incomplete. This study analyzes 3 …

The radiative forcing from aviation‐induced cirrus is derived from observations and models.
The annual mean diurnal cycle of airtraffic in the North Atlantic region exhibits two peaks in …

There are a growing number of level 4 (L4; gap-free gridded) sea surface temperature (SST)
products generated by blending SST data from various sources which are available for use …

During periods of light surface wind, a warm stable layer forms at the ocean surface with a
maximum sea surface temperature (SST) in the early afternoon. The diurnal SST amplitude …

Shipboard radiometric measurements of diurnal warming at the ocean surface and profiles
through the diurnal thermocline were utilized to assess the temporal and vertical variability …