How does rising atmospheric CO2 affect marine organisms?

Click to locate material archived on our website by topic



Runoff

Material in this section originates from the following categories in our Subject Index:

Hydrologic Cycle (Runoff)
Runoff

Material preceded by an asterisk (*) was posted after this subject summary was written and therefore is not included in the summary.  This material will be integrated into the summary at a later date.


Summary


* -- Six Centuries of River Runoff in the Yangtze River Basin

* -- A Half-Millennial Record of Rainfall and Runoff in Northwest Australia

* -- The Global Warming-Global Runoff Connection

* -- One Hundred and Fifty Years of U.S. Gulf Coast Hydroclimatology

* -- Water-Year Runoff of the Conterminous United States: 1900-2008

* -- Shrubs, Runoff and Erosion in Arctic Alaska Foothills

* -- Water Runoff from Europe's Upper Rhine River Basin

* -- The Next Ninety Years of Terrestrial Hydrological Activity in China

* -- Rising CO2 Concentrations and Global Freshwater Resources

* -- Timing of Snowmelt Runoff in the Western United States

* -- Hydrological and Agricultural Responses of China's Loess Plateau to Predicted Climate Change

* -- River Runoff: The Effect of Atmospheric CO2 Enrichment

* -- Recent Runoff Trends of Major World Rivers

A Century of Baltic Sea Hydrographic Data

Looking for Evidence of Global Warming in Asia-Pacific River Runoff Data

A Solar-Influenced Little Ice Age and Medieval Warm Period in Tropical Venezuela

Soil Erosion Rates in the Upper Mississippi River Valley

Rocky Mountain High: Ecological and Hydrological Effects of Increases in Atmospheric CO2 and Air Temperature

Rising Atmospheric CO2 Concentrations Reduce Soil Erosion: Lessons for the New Millennium

Modeling Natural vs. Human-Induced Climate Change