Click on a tag to filter your results:
climatologymeteorology
physical sciences
greenhouse gases
wind speed
wind direction
climate change
light absorbance
hydrology
flooding
river ice
ice break-up
runoff
2 record(s) found with the tag "prediction models" (multi-year projects are grouped):
Not seeing the results you want? Tryadvanced search.
O-buoy measurements of ozone, carbon dioxide and bromine oxide over frozen surface of Hudson Bay and Arctic Ocean
Principal Investigator: Bottenheim, Jan W
Licensed Year(s): 2012 2011 2010
Summary: The goal of this project is to take part in the establishment of long-term observation network to measure concentrations of two important greenhouse gases (ozone and carbon dioxide) as well as bromine oxide, a key chemical reagent determining the presence of ozone accompanied with full set of meteorological data and detailed geographic information across the Arctic Ocean and Hudson Bay. Data acqu...
Licensed Year(s): 2012 2011 2010
Summary: The goal of this project is to take part in the establishment of long-term observation network to measure concentrations of two important greenhouse gases (ozone and carbon dioxide) as well as bromine oxide, a key chemical reagent determining the presence of ozone accompanied with full set of meteorological data and detailed geographic information across the Arctic Ocean and Hudson Bay. Data acqu...
Northern Hydrology and Climatology Studies
Principal Investigator: Prowse, T.D.
Licensed Year(s): 1990
Summary: Spring breakup in Northern Rivers are often associated with record water levels and often lead to flooding. Present methods of forecasting the severity of these events are hampered by lack of understanding. The acquired knowledge and understanding obtained from these studies will be applied to the enhancement of suitable models for predicting the time and magnitude of these events....
Licensed Year(s): 1990
Summary: Spring breakup in Northern Rivers are often associated with record water levels and often lead to flooding. Present methods of forecasting the severity of these events are hampered by lack of understanding. The acquired knowledge and understanding obtained from these studies will be applied to the enhancement of suitable models for predicting the time and magnitude of these events....
TOTAL PAGES: 1
