Research - Biogeochemical Cycles

Linking physical and biological processes in the coastal ocean: Dynamics of flow over a coral ree

Hydrodynamics plays an important role in both planktonic and benthic communities in the coastal ocean. Fluid flow controls the transport and mixing of biologically important material and regulates ecosystem functions such as nutrient uptake and benthic grazing. Here, we will address the connections between physical and biological processes on coral reefs over a wide range of scales, from millimeters to kilometers.

Event Information
Event date and time: 
Thursday, April 26, 2012 - 11:00am - 12:00pm
Location: 
McDonnel Douglas Engineering Auditorium (MDEA)
Speaker Information
Name: 
Kristen Davis
Title: 
Research Associate
Affiliation: 
Applied Physics Laboratory - University of Washington in Seattle
ESS Information
Earth System Science @ UC Irvine

Soil's Hidden Secrets

Shocking discoveries from the underground may shake up climate science

Scientists around the world are closing in on some dirty truths about carbon emissions and climate change.

A cover-up is plainly involved; it’s not about scandal but dirt itself. That means soil, the upper layer of earth typically a few feet but sometimes 10 feet or more thick, usually black or dark brown. Below is rock or other material that contains little of the organic matter, derived mainly from plants, that gives good farmland its fertility.

Original Story

 Information about the original publication of this news story.

Date: 
Tuesday, February 21, 2012
Author: 
Charles Petit
Original Story: 
Soil's HIdden Secrets
ESS Associations
ESS Contact: 
Czimczik, Claudia
Research Area: 
Biogeochemical Cycles

Study may answer longstanding questions about Little Ice Age

A new international study may answer contentious questions about the onset and persistence of Earth’s Little Ice Age, a period of widespread cooling that lasted for hundreds of years until the late 19th century.

Original Story

 Information about the original publication of this news story.

Date: 
Monday, January 30, 2012
Author: 
UCAR (University Corporation for Atmospheric Research)
Author: 
NCAR (National Center for Atmospheric Research)
ESS Associations
ESS Contact: 
Southon, John
Research Area: 
Physical Climate
Research Lab: 
Keck / AMS Lab

Using water to predict fire

Sea temperature changes can forecast South American wildfires, UCI duo finds

As a boy in coastal San Diego in the 1980s, Jim Randerson loved the exotic fish, birds and even tides of red crustaceans that washed ashore during storms created by temperature changes in far-off seas. Across the globe, Yang Chen was a child in rural southeast China witnessing the pollution created by new manufacturing and power plants.

“I actually grew up at the same time that China was opening up and expanding. I saw the factories being built – and the effects on air and water,” he says.

Original Story

 Information about the original publication of this news story.

Date: 
Tuesday, January 17, 2012
Author: 
Janet Wilson, University Communications
Original Story: 
Using water to predict fire
ESS Associations
ESS Contact: 
Chen, Yang
ESS Contact: 
Randerson, Jim
Research Area: 
Biogeochemical Cycles
Research Lab: 
Randerson Research Group

Amazon fire season 'linked to ocean temperature'

Sea surface temperature (SST) anomalies can help predict the severity of Amazon fire seasons, a study has suggested.

A team of US scientists found there was a correlation between El Nino patterns in the Pacific and fire activity in the eastern Amazon.

Writing in the journal Science, they say they also found a link between Atlantic SST changes and fires in southern areas of South America.

They said the data could help produce forecasts of forthcoming fire seasons.

Original Story

 Information about the original publication of this news story.

Date: 
Friday, November 11, 2011
Author: 
Mark Kinver, Environment reporter, BBC News
ESS Associations
ESS Contact: 
Randerson, Jim
Research Area: 
Biogeochemical Cycles
Research Lab: 
Randerson Research Group