DOE's Accelerated Climate Modeling for Energy (ACME) project is focused on
how global water cycles, water resources, biogeochemical cycles, and rapidly changing ice or snow interact with climate systems and climate change.
Not exact matches
The Earth's rising temperature is expected to knock the
global water cycle out of whack, but exactly
how it will change is uncertain.
Understanding
how well climate models represent these processes will help reduce uncertainties in the model projections of the effects of
global warming on the world's
water cycle.
Understanding
how human
water use would respond to
global warming and its combined effects on the hydrologic
cycle is important for better designing mitigation and adaption strategies to the
global change in the future.
This is done by scaling local to
global warming and by «coupled linkages» that show
how other climate changes, such as alterations in the
water cycle, scale with temperature.»
As part of my past and ongoing research I have used a range of observations and models to examine
how clouds interact with background aerosols,
how clouds respond to warming, and what role clouds play in the
global water cycle.
His current research focuses on the
global energy and
water cycles and
how they are changing.
«In general, understanding
how Earth's climate varies on decadal timescales and, especially, the way in which fresh
water is passed between different reservoirs within the
global water cycle, rightfully remains at the forefront of climate science with wide - ranging implications with regards to understanding future conditions both in the near - term and long - term.
And then, ignoring that the heat we feel from the Sun is thermal infrared so does reach us, say that carbon dioxide a trace gas, and already fully part and parcel of the cooling
cycling of the Earth in the
Water Cycle, is responsible for raising the temperature of the Earth from -18 °C to 15 °C, without ever giving any rational explanation as to
how it actually does this, and, that doubling it will cause catastrophic runaway
global warming, doubling a trace gas it still remains a trace gas.
The paper by Tamisiea et al. (2010) examines
how the exchange of
water between the atmosphere, oceans, and continents can contribute to the
water cycle, load the Earth and change its geoid, and cause the annual variations in relative sea level over the
global ocean.