Sentence examples for increased terrestrial from inspiring English sources

Climate change predictions indicate that coastal and estuarine environments will receive increased terrestrial runoff via increased river discharge.

Accordingly, afforestation engineering programs that promote increased terrestrial C stocks are an important means to help gradually decrease atmospheric CO2 emissions.

We assessed microzooplankton grazing preferences in each treatment to assess whether increased terrestrial organic matter input would: (1) decrease the phytoplankton to bacterial biomass ratio, (2) shift microzooplankton diet from phytoplankton to bacteria, and (3) affect microzooplankton biomass.

Apparent increases in sedimentation rates during the past 5 Ma have been inferred at sites around the globe to document increased terrestrial erosion rates, but direct erosion rate records spanning this period are sparse.

Intermediate‐ (100 180 °C) and low‐temperature (< 100 °C) systems in continental settings are either linked to above‐normal heat production and increased terrestrial heat flow through radioactive isotope decay, or to aquifers charged by hot water originating from circulation along deep (crustal-scale) fault zones (Huenges 2010).

Increased terrestrial runoff due to more intense storm events associated with climate change may increase land-based water pollution from both of these sources.

"In one billion years, the sun will begin its red giant stage, increasing terrestrial temperatures above 1,000 degrees, boiling off our atmosphere, eventually forming a planetary nebula, making Earth inhospitable to life," he wrote.

But for it to be possible, humanity must either start discovering and exploiting new earthlike planets, or come up with revolutionary new ways to increase terrestrial supplies of critical resources, or dramatically decrease the resource-intensity of wealth.

Forest ecosystems in China typically generate high EWUE and PWUE values (2.80 ± 0.77 and 4.25 ± 1.02 gC kg−1 H2O, respectively) but low WCCC values (0.52 ± 0.42 kg H2O g−1 C), providing proof that afforestation is the best choice in increasing terrestrial C stocks.

These findings challenge current predictions of increasing terrestrial carbon stocks under climate change scenarios.

Due to the importance of sulfur-reducing bacteria (SRB) for this process, past atmospheric deposition of sulfate (SO42−) may have increased net terrestrial Hg methylation.