Global anthropogenic phosphorus loads to freshwater and associated grey water footprints and water pollution levels: a high -
resolution global study.
Not exact matches
The
resolution states that the House will «create and support economically viable, and broadly supported private and public solutions to
study and address the causes and effects of measured changes to our
global and regional climates, including mitigation efforts and efforts to balance human activities that have been found to have an impact.»
For much of the
global ocean the coarser
resolution is okay, but when you are
studying a unique location like the Gulf of Maine, with its complex bathymetry of deep basins, channels, and shallow banks combined with its location near the intersection of two major ocean current systems, the output from the coarser models can be misleading.»
The
study compared pre-industrial and present - day results in current
global models to the newer high -
resolution model with the PNNL - MMF extension.
These results confirm the need to use
global high
resolution models to
study the aerosol indirect effects.
This result suggests that current projections of regional climate change may be questionable.This finding is also highly relevant to regional climate modelling
studies where lower
resolution global atmospheric models are often used as the driving model for high
resolution regional models.
This
study employed three newly developed
global coupled climate models to
study the impact of horizontal atmospheric model
resolution (tile size) on precipitation extremes.
In the first
study, the research team from PNNL and Los Alamos National Laboratory used idealized
global model simulations of the aquaplanet with Model for Prediction Across Scales - Atmosphere (MPAS - A) and Weather Research and Forecasting Model (WRF) to run at low, high and variable
resolutions.
Though they were ultimately voted down, large blocks of stockholders voted for a
resolution that would have forced Southern to respond directly to climate change by preparing a
study for how the company can help keep
global warming below 2 degrees centigrade, and another to
study how its business may be affected by the potential stranding of its coal assets.
Recent
studies show that
global high -
resolution models have remarkable skill in simulating the interannual variability in cyclone counts, implicating strong control by sea surface temperatures patterns.
The final
resolution says that Congress should support «economically viable, and broadly supported private and public solutions to
study and address the causes and effects of measured changes to our
global and regional climates, including mitigation efforts and efforts to balance human activities that have been found to have an impact.»
We know this from «downscaling»
studies made by using high -
resolution regional climate models to add local detail to larger - scale changes derived from coarser -
resolution global models.
Our 2015
study examines the impact of 21st - century projected climate changes (CMIP5, RCP4.5 scenario) on a number of tropical cyclone metrics, using the GFDL hurricane model to downscale storms in all basins from one of the lower
resolution global atmospheric models mentioned above.
For this
study, the area - weighted polar cap geopotential height and air temperature anomalies (PCH and PCT) were computed for the months December through February using the National Centers for Environmental Prediction (NCEP) reanalysis at
global 2.5 °
resolution for latitudes north of 65 ° N, using the period 1950 to 2016 for analysis69.
As well, students and faculty of the University of Winnipeg's
Global College and Departments of Criminal Justice and Conflict
Resolution Studies will be tapped to help fill the many volunteer hours required to staff such a huge operation.
International dispute
resolution funder Vannin Capital, has this week published the second report in its Funding in Focus series focused on providing insights, case
studies and independent opinions on the high growth area of third party litigation funding («TPLF») in key
global markets and sectors.
Dr. Barbara Sunderland Manousso, Ph.D., MPH Texas Credentialed Distinguished Mediator Certified Collaborative Law Mediator Professor at the University of St. Thomas — Center for International
Studies -
Global Conflict Management Chair of the Health Care Section of the International Association for Conflict
Resolution Past President of the Association for Conflict
Resolution Houston Chapter Parenting Coordinator Member of the University of Texas Consortium on Aging Board Member of the Houston Gerontology Society