Sentence examples for increasing atmospheric temperature from inspiring English sources

In both years, the spring bloom onset occurred in response to the cessation of convective mixing during a period of increasing atmospheric temperature and decreasing wind speed.

These results clearly show that the low-temperature oxidation of coal can be separated into three stages with respect to the activation energies for CO2 or CO emission, and the activation energies of these three stages increased with increasing atmospheric temperature, which indicates that the reaction regime for CO2 and CO emissions switches during the spontaneous combustion of coal.

A trend towards heavier stable isotope signatures and higher electric conductivities in the shallower, younger groundwater within the freshwater lens may indicate increasing atmospheric temperatures in the last 30 years.

Ultimately, the carbon isotopes in the sediments point to organic carbon inputs that lead to increasing atmospheric temperatures, whereas the oxygen isotopes are a proxy for changing ocean temperatures.

Carbon dioxide is the most prevalent greenhouse gas and is the leading pollutant in the atmosphere, causing our Earth's natural greenhouse effect to intensify and lead to steadily increasing atmospheric temperatures.

The effects of climate change are already being felt in the U.S. and around the world in the form of not only extreme weather, but encroaching disease, water shortages, acidifying oceans, species loss and increasing atmospheric temperatures.

Here is what scientists have found is happening to our climate: man-made global-warming pollution traps heat from the sun and increases atmospheric temperatures.

The first estimates that human-caused greenhouse gas emissions could dramatically increase atmospheric temperatures were made in the late 1800s when Swedish scientist Svante Arrhenius estimated that a doubling of atmospheric carbon dioxide would increase the Earth's surface temperatures by 5-6 degrees Celsius.

First, they can act concurrently, as when global bands of various tropical diseases widen due to increased atmospheric temperatures.

Atmospheric CO2 is a potent climate-forcing agent contributing to increased atmospheric temperatures, and ecosystem balance between plant CO2 uptake through photosynthesis and release through respiratory activity remains a key uncertainty in mechanistic Earth system models that project ecosystem feedbacks to the atmosphere.

Intense early cratering affected Mars by melting and fracturing its crust, draping large areas in impact ejecta, generating regional-scale hydrothermal systems, and increasing atmospheric pressure (and thereby, temperature) to periodically re-start an otherwise moribund hydrological cycle.