Okay, Tony so I'll compare the worst season (Sutton is in the Eastern Townships and only a few miles north of Jay) with last season where it was amazing once it got started with continual freeze and snowstorm after snowstorm. But last year would hardly be a year like the long season at K (with little interruption of operations from October to June).
I'm doing this without knowing the outcome. Environment Canada data from the Sutton weather station at 244meters (definitely not on the mountain). I know this is very unscientific, but it can show that snow accumulation doesn't give you the entire picture in these day of snowmaking.
Again, I don't know what the number will say, I just know that last season was bad temps wise (not only snow) - although it was an amazing year once it got started.
1979-80 versus 2006-07
So I'll compare for each month (September* to June) Helps when the ground is frozen:
Maximum Average (Celsius)
Minimum Average
Average Temperature
Highest Maximum
Lowest Minimum
Days with Minimum below freezing
Snow accumulation (cm)
Heating Degree Days (see definition below*)(Environment Canada uses this - might be useful?)
I've put in bold the warmer or least snow between 1979-80 and 2006-07 for each month.
year/Month/max avg/min avg/avg temp/ext hi/ext low/freeze days/snow(cm)/Hd/
79/Sept/
19.3/7.8/13.6/
27.2/-2.2/2/0.0/
141.6
06/Sept/19.2/
9.4/14.3/26.5/
2.0/0/0.0/114.9
note: no freezing in 2006
1979: 3
2006: 4 indicators warmer than 1979
79/Oct/11.4/
3.9/7.7/27.2/-6.1/11/
18.0/329.9
06/Oct/
11.6/2.6/7.1/21.0/
-4.0/6/32.1/336.9
note: 6 days where min temps reached below freezing in 06 vs 11 days in 79. But it did snow.
1979: 5
2006: 3
79/Nov/8.1/0.0/4.1/19.4/-10.0/14/13.9/417.9
06/Nov/
9.1/1.6/5.4/20.0/-5.5/10/0.8/378.6
note: 5 potential snowmaking days less and warmer across the board in 2006.
1979: 0
2006: 8
79/Dec/0.2/-8.6/-4.2/
12.8/-27.8/25/
36.7/687.8
06/Dec/
2.2/-5.0/-1.4/11.0/
-17.0/22/44.9/
601.3
note: average temps close to 3c warmer in 06. Real cold low in 1979.
1979: 2
2006: 6
80/Jan/-4.2/-13.3/-8.8/11.5/
-24.0/30/
18.9/830.6
07/Jan/
-3.6/-12.9/-8.2/14.0/-27.0/
29/49.8/
813.7
note: Winter is starting in 2007 although a bit warmer than 1980.
1980: 2
2007: 6
80/Feb/
-5.6/-14.7/-10.2/9.5/-24.0/29/
28.2/817.3
07/Feb/-6.6/-16.6/-11.6/3.5/-28.5/28/94.4/829.7
note: Winter is happening now in 2007 while it's not snowing in 1980.
1980: 7
2007: 0
80/Mar/
3.1/-7.4/-2.2/12.5/-29.0/
26/50.6/624.6
07/Mar/2.0/-8.1/-3.1/
13.5/-29.0/27/81.9/653.1
note: same as above.
1980: 6
2007: 1
80/Apr/
11.3/1.2/6.3/21.0/-8.0/12/
7.2/351.5
07/Apr/9.2/0.6/4.9/
27.0/-7.5/11/48.2/392.4
note: extreme maximum is 27 in April 07 versus 21.
1980: 5
2007: 3
80/May/
18.8/5.4/12.1/26.0/-2.0/1/0.0/
185.6
07/May/18.5/
6.5/12.5/30.5/0.0/0/0.0/187.3
note: warmest 30.5c versus 26. Hard to keep the snow from melting fast and make it to June.
1980: 2
2007: 5
80/Jun/21.1/9.7/15.4/30.5/0.5/0/0.0/96.8
07/Jun/
23.9/12.5/18.2/31.5/4.0/0/0.0/
40.7
1980: 0
2007: 6
So you can see, it's okay to talk about making the best of the season and trying to extend it the most as possible, but there are something that are different and the shoulder of the season are warmer (although I'm not going to compare every year) and you wouldn't have had a October-June season last year with the same amount of ski days regardless if K did the same thing than they did 10-15 years ago.
If 1980 was so bad (yes, it was terrible skiing wise (lack of snowmaking and natural snow), last year start was equally as bad. I can go back a few season and I'm sure you'll see approximately the same trends, temperature for shoulders of the seasons and melting away. That is more than an impression.
HD*
Heating Degree Days
Heating degree-days for a given day are the number of Celsius degrees that the mean temperature is below 18°C. If the temperature is equal to or greater than 18°C, then the number will be zero. For example, a day with a mean temperature of 15.5°C has 2.5 heating degree-days; a day with a mean temperature of 20.5°C has zero degree-days. Heating degree-days are used primarily to estimate the heating requirements of buildings.