The detailed mechanisms of how the oceans contribute to
this global carbon cycle at the microscopic scale, and which microbes have a leadership role in the breakdown process, are complex and convoluted problems to solve.
Not exact matches
Ken Caldera A professor
at Stanford and staff member in the department of
global ecology
at the Carnegie Institution of Washington, Caldeira works
at the nexus of climate, the
carbon cycle, and energy.
Now researchers
at MIT and Bristol University in the United Kingdom have found that these microscopic, mixotrophic organisms may have a large impact on the ocean's food web and the
global carbon cycle.
That target has been «applauded by the international community given China's emissions have been growing
at rates of 5 % to 8 % over the past decade and a half,» says Canadell, who is also executive director of the
Global Carbon Project, an international consortium of scientists studying the global carbon
Global Carbon Project, an international consortium of scientists studying the
global carbon
global carbon cycle.
I study the
cycles of water,
carbon, nitrogen, phosphorus and sulfur
at the process, ecosystem and
global levels.
In a paper published in Science Advances, he proposes that mass extinction occurs if one of two thresholds are crossed: For changes in the
carbon cycle that occur over long timescales, extinctions will follow if those changes occur
at rates faster than
global ecosystems can adapt.
Schimel presented his work to forecast and understand land - ecosystem impacts on the
carbon cycle at the
global scale as part of the Frontiers in Global Change Seminar Series, Ju
global scale as part of the Frontiers in
Global Change Seminar Series, Ju
Global Change Seminar Series, June 21.
he unsung heroes of the
global carbon cycle are methanogens — microbes
at the bottom of the food chain who break down the waste products of other organisms and release methane gas into the atmosphere.
«Methanogens are critical players in the
global carbon cycle and have potential uses for addressing human problems,» says William W. Metcalf, a microbiologist
at the University of Illinois
at Urbana - Champaign, and a member of the research team.
His research is
at the interface of ecosystems, land use, and climate change focusing on tropical deforestation and degradation, functional diversity of tropical canopies, conservation of African savannas, invasive species and climate change, and the effects of land use on the
global carbon cycle.
At least 4 transient
global warming events related to massive
carbon input occurred through the late Paleocene — early Eocene, apparently paced by orbital
cycles within the Milankovitch band (Lourenset al., 2005; Galeotti et al., 2010).
The exposure
at Duvanny Yar also makes clear the tremendous amount of
carbon that has been frozen in Arctic soils and therefore not a reactive part of the
global carbon cycle.
Changes in biological activity are an important part of the
carbon cycle but are difficult to quantify
at the
global scale.
If one tried to actually write «the» partial differential equation for the
global climate system, it would be a set of coupled Navier - Stokes equations with unbelievably nasty nonlinear coupling terms — if one can actually include the physics of the water and
carbon cycles in the N - S equations
at all.
Mathematical physicist Enting (author of the Australian Mathematical Scences Institute book Twisted: The distorted mathematics of greenhouse denial) worked
at Australia's leading science agency, the CSIRO, for 24 years in atmospheric research and modelling of the
global carbon cycle.
Water
cycle carbon cycle human impacts stores processes climate change weather pollution flooding sustainable water supply water and
carbon control
at global scale To support teachers with the introduction of the 2016 A Level courses, the Society is providing a new range of online resources and support.
Over the past week,
at least four high - profile papers largely funded by the U.S. government have contributed new evidence, observations, and insight into the role of soil and forests in the
global carbon cycle — the flow of material in and out of land, air, life, and sea that's currently broken and getting worse.
Field's research looks
at the interactions among the climate, the
carbon cycle, and ecosystem processes, from the molecular to the
global scale.
It's true that the main uncertainty there is human behavior, but
at least the IPCC could attempt to answer questions like «Given such - and - such human behavior, what is the expected
global carbon cycle response to that behavior?»
January 18, 2007 - The Royal Swedish Academy of Sciences has decided to award the Crafoord Prize in Geosciences for 2006 to Wallace S. Broecker, Newberry Professor of Earth and Environmental Sciences
at Lamont - Doherty Earth Observatory, «for his innovative and pioneering research on the operation of the
global carbon cycle within the ocean - atmosphere - biosphere system, and its interaction with climate»