Snowslip

Daily Summaries for Snowslip

Elevation: 7073 feet

A meteorological station located near Snowslip in Glacier National Park, MT, has been collecting temperature, wind, solar radiation, and relative humidity data intermittently since 2002. All data are preliminary and subject to change. Daily temperature summaries of these data are illustrated below. Each day is represented by a 24 hour average. Days with less than 24 hours of recorded data are represented as missing days.






Figure 1.0 Average daily temperatures at Snowslip in Glacier National Park, MT, years 2002-2010. Each year (water year) runs from October 1 through September 30. The daily value is an average of 24 hourly average values. Any day with less than 24 hours of data is excluded from this data set and represented by missing data.





Figure 1.1 Maximum daily temperatures at Snowslip in Glacier National Park, MT, years 2002-2010. Each year (water year) runs from October 1 through September 30. The daily Tmax value is the highest of 24 average hourly temperatures. Any day with less than 24 hours of data is excluded from this data set and represented by missing data.





Figure 1.2 Minimum daily temperatures at Snowslip in Glacier National Park, MT, years 2002-2010. Each year (water year) runs from October 1 through September 30. The daily Tmin value is the lowest of 24 average hourly temperatures. Any day with less than 24 hours of data is excluded from this data set and represented by missing data.





Figure 2.0 Annual number of days when maximum daily temperature is greater than 60 degrees Fahrenheit at Snowslip in Glacier National Park, MT, years 2002-2010. Each year (water year) runs from October 1 through September 30. Any day with less than 24 hours of data is excluded from this data set and represented by missing data. Missing days are represented by error bars..





Figure 2.1 Annual number of days when minimum daily temperature is less than 32 degrees Fahrenheit at Snowslip in Glacier National Park, MT, years 2002-2010. Each year (water year) runs from October 1 through September 30. Any day with less than 24 hours of data is excluded from this data set and represented by missing data. Missing days are represented by error bars.





Figure 2.2 Annual number of days when minimum daily temperature is less than zero degrees Fahrenheit at Snowslip in Glacier National Park, MT, years 2002-2010. Each year (water year) runs from October 1 through September 30. Any day with less than 24 hours of data is excluded from this data set and represented by missing data. Missing days are represented by error bars.





Figure 3.0 Number of days when maximum temperatures are above 60 degrees Fahrenheit at Snowslip during the fall. Fall is defined as the days occurring between fall equinox and winter solstice.  Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.





Figure 3.1 Number of days when maximum temperatures are above 60 degrees Fahrenheit at Snowslip during the spring. Spring is defined as the days between spring equinox and summer solstice. Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.





Figure 3.2  Number of days when maximum temperatures are above 60 degrees Fahrenheit at Snowslip during summer. Summer is defined as the days occurring between summer solstice and fall equinox. Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.





Figure 4.0 Number of days when minimum temperatures are below 32 degrees Fahrenheit at Snowslip during the fall. Fall is defined as the days occurring between fall equinox and winter solstice.  Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.





Figure 4.1 Number of days when minimum temperatures are below 32 degrees Fahrenheit at Snowslip during the winter. Winter is defined as the days occurring between winter solstice and spring equinox. Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.





Figure 4.2 Number of days when minimum temperatures are below 32 degrees Fahrenheit at Snowslip during spring. Spring is defined as the days between spring equinox and summer solstice.  Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.

Figure 4.3 Number of days when minimum temperatures are below 32 degrees Fahrenheit at Snowslip during summer. Summer is defined as the days occurring between summer solstice and fall equinox. Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.

Figure 5.0 Number of days when minimum temperatures are below 0 degrees Fahrenheit at Snowslip during the fall. Fall is defined as the days occurring between fall equinox and winter solstice.  Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.

Figure 5.1  Number of days when minimum temperatures are below 0 degrees Fahrenheit at Snowslip during the winter. Winter is defined as the days occurring between winter solstice and spring equinox.  Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.

Figure 5.2 Number of days when minimum temperatures are below 0 degrees Fahrenheit at Snowslip during spring. Spring is defined as the days between spring equinox and summer solstice.  Any day with less than 24 hours of data is excluded. Missing days are represented by the error bars.

Summary Statistics for Logan

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Table 1.0 Total number of missing days of data at Snowslip, 2002-2010.

Table 1.0 Total number of missing days of data at Snowslip, 2002-2010.




Table 1.1 Number of degree days and missing days of data at Snowslip  during spring, water years 2002-2010.

Table 1.1 Number of degree days and missing days of data at Snowslip during spring, water years 2002-20100.



Table 1.2 Number of degree days and missing days of data at Snowslip during summer, water years 2002-2010.

Table 1.2 Number of degree days and missing days of data at Snowslip during summer, water years 2002-2010.




Table 1.3 Number of degree days and missing days of data at Snowslip during fall, water years 2002-2010.

Table 1.3 Number of degree days and missing days of data at Snowslip during fall, water years 2002-2010.




Table 1.4 Number of degree days and missing days of data at Snowslip during fall, water years 2002-2010.

Table 1.4 Number of degree days and missing days of data at Snowslip during fall, water years 2002-2010.




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