Global warming has the potential to negatively affect one of Canada's primary sources of winter recreation: hockey and ice skating on outdoor rinks. Observed changes in winter temperatures in Canada suggest changes in the meteorological conditions required to support the creation and maintenance of outdoor skating rinks; while there have been observed increases in the ice-free period of several natural water bodies, there has been no study of potential trends in the duration of the season supporting the construction of outdoor skating rinks. Here we show that the outdoor skating season (OSS) in Canada has significantly shortened in many regions of the country as a result of changing climate conditions. We first established a meteorological ...
Ice-on date occurred significantly later over 1975–2009 at Dickie Lake, Ontario, while ice-off...
Globally, 2014 and 2015 were the two warmest years on record. At odds with these global records, eas...
Northern Hemisphere lakes are losing their ice cover due to climate change. Here we explored six dec...
Each winter, purpose‐built outdoor skating rinks are constructed in backyards and community parks ac...
The years with no ice cover on Lake Suwa, Japan from 1443 - 2017. The years with ice cover on Lake C...
Climate change poses varied, and surprising, implications for social systems. We investigate one of ...
This paper reports findings derived from a study of the impacts of climate change on winter outdoor ...
The focus of this study is to investigate the effects of climate change on the hydrologic regimes in...
Trends in indices based on daily temperature and precipitation are examined for two periods: 1948–20...
This fact sheet reviews recent research examining how winter-based outdoor recreation along the Nort...
Climate change affects a range of human activities, including one of Canada's prime sources of enter...
Climate models project that the northern high latitudes will warm at a rate in excess of the global ...
Winter roads play a vital role in linking communities and building economies in the northern high la...
Abstract During the International Polar Year (IPY), comprehensive observational research p...
Climate change is already being experienced in Ontario’s Far North with implications for First Natio...
Ice-on date occurred significantly later over 1975–2009 at Dickie Lake, Ontario, while ice-off...
Globally, 2014 and 2015 were the two warmest years on record. At odds with these global records, eas...
Northern Hemisphere lakes are losing their ice cover due to climate change. Here we explored six dec...
Each winter, purpose‐built outdoor skating rinks are constructed in backyards and community parks ac...
The years with no ice cover on Lake Suwa, Japan from 1443 - 2017. The years with ice cover on Lake C...
Climate change poses varied, and surprising, implications for social systems. We investigate one of ...
This paper reports findings derived from a study of the impacts of climate change on winter outdoor ...
The focus of this study is to investigate the effects of climate change on the hydrologic regimes in...
Trends in indices based on daily temperature and precipitation are examined for two periods: 1948–20...
This fact sheet reviews recent research examining how winter-based outdoor recreation along the Nort...
Climate change affects a range of human activities, including one of Canada's prime sources of enter...
Climate models project that the northern high latitudes will warm at a rate in excess of the global ...
Winter roads play a vital role in linking communities and building economies in the northern high la...
Abstract During the International Polar Year (IPY), comprehensive observational research p...
Climate change is already being experienced in Ontario’s Far North with implications for First Natio...
Ice-on date occurred significantly later over 1975–2009 at Dickie Lake, Ontario, while ice-off...
Globally, 2014 and 2015 were the two warmest years on record. At odds with these global records, eas...
Northern Hemisphere lakes are losing their ice cover due to climate change. Here we explored six dec...