The provided bar chart illustrates the depth of snow (cm) in a specific Canada’s ski resort in three individual years from November to April.
Overall, the snow’s depth increased over the period. Noticeably, in Year Two, the depth of snow was the most significant while on the contrary was true for that of in Year Three.
To begin with, the amount of snowfall in Year One and Year Two is approximately equal at 100 cm in the initial month. Moreover, the quantity of Year One snowfall rises rapidly through the months to reach the peak at 450 cm in March while the reverse is true for that of Year Two in December at 80 cm before an increase. However, in April, the snow’s depth of Year One declines slightly to merely 400 cm which is around 70 cm less than that of Year Two at peak.
Looking at the bar graph in higher specification, Year Three has snowfall amount at 100cm which grows gradually through three initial months. Noticeably, the quantity of Year Three snowfall shares the highest point between February and March whilst its depth of snow is 50 cm and 100 cm less than that of in two previous years respectively. At the end of the period, Year Three snowfall drops considerably to under 300 cm.