TOPEKA, Kan. (WIBW) - The constant changes in weather and increasing heat could be affecting television signals. An unpredictable phenomenon called tropospheric ducting could cause the signal issues ...

Trend discrepancies, and root-mean-square values, are smaller when T fjws is compared with 1,000–100-hPa temperatures (T 1,000–100), with less evidence of systematic bias (Table 1). This is probably ...

Observed and model projections of water vapor under three different future climate scenarios SSP126, SSP245, and SSP585 using the results from the CMIP6 model CNRM-CM6-1HR for the period 1980 to 2100.

Specific measures could already have a positive impact on climate protection and public health. These measures do not replace those related to carbon dioxide, and their full implementation could ...

Ionospheric irregularities are spatial and temporal variations in the ionospheric electron density that arise from the interaction of lower‐atmospheric processes with geomagnetic and solar influences.

Ozone is one of the highly reactive gases, which is photo chemically active. It is composed of three atoms of oxygen (O3) and its role depends on its location in the atmosphere. This gas plays a ...

When a television signal is broadcast from a transmitter, some of it disappears upwards into space and is lost. However, during certain weather conditions, the “lost” signal can become bent back ...

New research has identified a lesser-known form of ozone playing a big role in heating the Southern Ocean -- one of Earth's main cooling systems. New research has identified a lesser-known form of ...

The most common measure of global temperature rise is here on the Earth’s surface, but scientists also gather data on how temperatures in the atmosphere high above us are changing. Of particular ...

Steve Sherwood receives research funding from the Australian Research Council, the New South Wales Office of Environment and Heritage, and the federal Department of the Environment. Before climate ...

On Jan. 31, NASA ended the Tropospheric Emission Spectrometer’s (TES) almost 14-year career of discovery. Launched in 2004 on NASA’s Aura spacecraft, TES was the first instrument designed to monitor ...