Add your company website/link
to this blog page for only $40 Purchase now!Continue
FutureStarrHow to Cancel a Weather Channel Subscription
The Weather Channel has been around for a long time, and is one of the most reliable sources of local weather forecasts, local weather radar and more. However, you may be wondering how to cancel your subscription. You can do so through your iTunes account settings. Just remember to cancel your subscription at least 24 hours before the renewal term ends to avoid an additional charge. Subscription payments are charged to your iTunes account at the time of purchase and at the start of the renewal term.
AccuWeather is one of the most trusted weather apps. It has weather forecasts, real-time radar, and alerts for severe weather. The app is free for basic use, but you can upgrade to a Pro Tier 2 subscription for $15 per month or $100 per year. For this, you'll get real-time lightning data, extended radar loops, and inspector tools for better analyzing radar imagery. You can also sign up for free weather alerts.
AccuWeather is available for both Apple and Android devices. It has a colorful backdrop. It offers a 45-day forecast and alerts for severe weather. It also has an advanced weather radar that provides detailed information in real-time. You can also check out trending videos on upcoming weather events.
Users should know that AccuWeather collects information about their location and may share that data with third parties. However, you can opt-out of this information collection by adjusting your device's settings. It will also allow you to see which third-party providers have access to your location information.
The Weather Channel app is available for free on iOS and Android. It provides detailed meteorological data, including extended 10-day forecasts. Moreover, you can view Doppler radar data and rainfall on interactive maps. This app also has social sharing capabilities. Although the app is free, ads may appear in some areas. You can upgrade to a premium version to remove ads and unlock 15-minute forecasts.
AccuWeather and The Weather Channel local weather forecasts and real time radar are highly accurate. However, if you are worried about the accuracy of forecasts, you can consider getting a weather station in your local area. These weather stations provide you with local data, which are crucial to creating a reliable forecast. And if you don't mind a little work, maintaining a weather station may be fun and informative.
The Weather Underground is a radical organization that sprung from outrage against racism and the Vietnam War. During the 1970s, they waged a low-level war against the U.S. government, bombing targets all across the country that they considered emblematic of the American government's violence in the world. But even as their aims were largely misguided, they still managed to escape one of the most massive FBI manhunts in history. Despite the scandal, many members of the organization emerged from their hiding places to start new lives in a country that was no longer what they had imagined.
The group was eventually disbanded, but not before inciting a nationwide firestorm. In May 1970, members signed a Declaration of War against the U.S. government, which ignited a literal firestorm across the nation. During the Chicago protest of October 1969, a bronze statue of a police officer was bombed and 120 protesters arrested. In the wake of the bombing, the government filed criminal charges against the top leaders of the Weather Underground.
The Weather Underground began as a militant group within the Students for a Democratic Society, a left-wing organization in the 1960s that campaigned against the Vietnam War. The group adopted the name Weather Underground and was led by Bill Ayers. The group included high-profile members such as Jeff Jones, Diana Oughton, and Terry Robbins.
The group's leaders were responsible for bombing government buildings across the country. But they weren't the only people behind these attacks. Some of the Weather Underground members have since become political consultants, while others have gone on to become teachers in the New York City area. A former member of the group, Kathy Boudin, is serving a two-decade prison sentence for her involvement in the 1981 Brinks robbery in Brooklyn.
While the FBI's actions against the Weather Underground led to the resignation of FBI Director L. Patrick Gray, the Seattle Weather Collective's members, and other members of the group, were largely overturned by grand juries. Ultimately, the FBI and the Justice Department decided to discontinue the cases against them.
The Weather Channel offers an in-depth look at the weather in the city that you're in. Their forecasts are updated in real-time and are accompanied by warnings of impending weather. The channel also offers a variety of weather apps for iPhone and iPad.
The Weather Channel acquired the Weather Underground app, which offers similar features. It also provides hyperlocal weather conditions. However, this app offers more detailed forecasts and a variety of weather data, including radar. In addition, it offers a free app. WeatherBug also offers this feature.
The National Weather Service (NWS) is a government-run agency that issues and distributes weather forecasts and warnings in the United States. Their products and services are free and available to the public. Typically, these forecasts are composed by a regional or national forecast office. However, some products and services are only available locally. These products include local weather reports, local hurricane and tornado warnings, and local aviation products.
The NWS provides local weather forecasts and warnings via the Internet and through satellite radio. This network is designed to reach a wide area of the U.S. population and is available 24 hours a day. There are seven dedicated frequencies that NWS uses for its weather services. Each of these frequencies is allocated for a specific purpose. The NWS Family of Services includes local weather forecasts, storm warnings, and more. These broadcasts are available for a one-time connection fee or an annual user fee.
The Climate Prediction Center: The Climate Prediction Center is located at College Park, Maryland. Its main mission is to serve the public and forecast weather and climate conditions. NWS climate forecasts are available on different time scales, from a week to several seasons. These forecasts cover land, ocean, and atmosphere, and are made to cover the Contiguous U.S. and Alaska.
The National Weather Service (NWS) collects observational meteorological data and provides them in near real-time. Their network includes mesonets and other observational systems. In addition to buoys, there are 60 land-based coastal observing systems operated by the NDB. These buoys and C-MAN stations collect data on wind speed, and some also measure sea surface temperature.
The NWS publishes local storm warnings and local hurricane alerts in several formats, including text-based weather forecasts, audio and video, and satellite weather. They summarize meteorological data on the latest storm, including its estimated speed and direction, as well as impacts to communities, designated land areas, and more. They also include boilerplate action messages that instruct the public to take precautions and remain vigilant.
Whether you live in Canada or abroad, you can find all the information you need about the weather with a few clicks. If you live in a Canadian city, you can download the free app for iOS and Android. It will give you the latest weather information from Canada's official weather source.
The Canadian Centre for Climate Services website offers climate data in a variety of formats. For example, you can download monthly climate summaries or daily climate data. This information is also available for specific locations. If you have a particular interest in a particular climate, you can use Environment Canada's climate data extraction tool to find out more.
The website also has an interactive map that allows users to see climate data for specific coordinates. This allows you to see climate data for a specific location and see the range of climates. Historical data are also available. You can download historical weather radar imagery as well. You can use these data to help you understand what climate change means for your area.
The National Climate Data and Information Archive hosted by Environment Canada is also a valuable resource for climate data. It includes historical climate data, radar images, and Canadian climate normals. It also provides climate summaries and links to other websites that provide weather and climate information. It is possible to access climate data from various sites in Canada, from daily climate stations to hourly ones.
The data on Canadian weather can be downloaded at local, regional, and global scales. Using the climate data can help you make informed decisions. You can even compare climate models and use the ANUSPLIN interpolation tool. It can also give you confidence in your decisions. Furthermore, using climate data in conjunction with emissions scenarios can help manage uncertainty.
The National Climatic Data Centre (NCDC) website provides free access to historical weather data. Users can view a variety of climate data including temperature, precipitation, wind, and seasonal data. The website also offers certified hard copies of the data. The National Centers for Environmental Prediction (NCEP) provides access to global climate models.
Environment Canada's Climate Data provides Canadian locations with a national view of precipitation and temperature. In addition, it also has historical weather radar images. The historical weather data has an extensive coverage of Canada. Users can even choose to access the historical climate data in monthly summaries. The monthly summaries also include Climate Normals and extremes.
The open-access dataset includes 18O and 2H streamflow isotope measurements from 331 gauging stations. These are both extremely detailed measurements and can be useful for forecasting. You can also view the data on international climate issues by visiting the Great Lakes Integrated Science and Assessments website.
The Meteorological Service of Canada (MSC) provides a wide range of data related to Canadian weather, climate, water and environmental conditions. These data are available in various formats, from standardized data files to highly customized, highly interactive web sites. Users can access the data from a variety of sources, including satellites and satellite-based weather stations. The MSC website also provides access to historical data. The site includes information on the historical changes in weather, climate, and water conditions, along with a chronology of operational data production systems.
The BC Station Data page includes observations of various climate and weather variables in British Columbia. Users can zoom into a region of interest, learn about the weather stations in that region, and filter the data that are displayed by date, weather element, and observing agency. Once they have filtered the data, they can download the meta-data that describe the location and variables collected by each station.
Historical Climate Data is available for numerous locations in Canada. Users can access data related to temperature, precipitation, degree days, relative humidity, wind speed and direction, and many other variables. They can also access monthly summaries of weather data, which include Climate Normals and extremes. This data is helpful for forecasting and identifying seasonal and regional trends.
The MSC GeoMet platform provides public access to ECCC and MSC climate data. Users can access the datasets through its application programming interfaces and interoperable web services. The platform allows users to create custom visualizations, build mobile applications, and access historical climate datasets. It also offers experimental support for the SpatioTemporal Asset Catalog specification.
The Meteorological Service of Canada's CWRN network includes 31 weather radars. The primary purpose of these radars is to detect and forecast precipitation. The radars' ranges vary from 128 km to 240 km (150 mi) at low elevation angles. The Canadian weather radar network is made up of 30 C-band Doppler radars. This network is important for severe weather forecasting, but the data it provides are also essential for a variety of emerging uses.
The ASHRAE Handbook Online website has a feature called StationFinder, which allows users to search for weather stations in ASHRAE Handbooks. They can search for stations by name or by geographic location. The software also contains Climate Data Viewer 2021, which provides comprehensive climate data and tools to help users use it effectively. And the International Weather for Energy Calculations (WEC) website offers weather data for 3,012 locations outside the U.S. It also includes climate data for ASHRAE-based energy simulation programs.
Hurricane Fiona has the potential to rival Superstorm Sandy in damage to Atlantic Canada. Some forecasts suggest it could cause $1 billion to $1.5 billion in damages. It could hit Bermuda as a Category 4 hurricane and hit Nova Scotia as a Category 2 hurricane.
Fiona has already wreaked havoc in the Caribbean with floods, power outages, and landslides. In Canada, warnings have been issued for parts of Nova Scotia and Prince Edward Island. If the current projections for Fiona are accurate, Fiona will inflict at least $1 billion in damages.
Hurricane Fiona is still on track to become a major storm for Eastern Canada. The storm is expected to continue tracking northward, transitioning into a post-tropical storm, and its size and shape will expand. Forecast models continue to project a landfall near Cape Breton and the eastern portion of Nova Scotia.
Fiona is expected to cause power outages and damage to homes, leaving hundreds of thousands of people without electricity. Fiona, now downgraded to a post-tropical cyclone, is expected to produce drenching rains and huge waves. As of 1am on Friday, 250,000 Nova Scotia Power customers were affected by power outages.
Fiona has already cut power to more than 80% of Nova Scotia residents, and about a quarter of New Brunswickers. The storm also damaged Prince Edward Island, where power was cut to more than 80,000 people. The province's capital, Charlottetown, was hit particularly hard.
According to the National Hurricane Center, Fiona is on track to hit eastern Canada and produce as much as two months' worth of rain. That would make it an unprecedented weather event and a potentially historic one for Canada. The storm may end up being the country's Superstorm Sandy, which struck the eastern seaboard and affected 24 states, causing a total damage cost of more than $78 billion.
The hurricane has already caused major damage in the Caribbean and is forecast to reach Canada this week. In the Dominican Republic, it has caused landslides and flooding. It has also wiped out power in Puerto Rico. While Fiona has yet to make landfall in Canada, it is expected to pass between the East Coast and Bermuda late Thursday.
Fiona could bring up to 8 inches of rain, power outages and coastal flooding. Two major Canadian airlines have canceled flights to and from Halifax. Matthew Walker, a FedEx driver from Cole Harbour near Halifax, is hoping to stay indoors with his family to avoid damage. Fiona has already claimed four lives in Puerto Rico.
In Puerto Rico, the grid remains fragile, with the largest blackout in U.S. history, causing 1.5 million customers to lose power. Fiona also caused the closing of casinos and beaches. Authorities have warned residents to seek shelter immediately. As of Wednesday, power had been restored to at least 376,000 customers in Puerto Rico and about 1.5 million homes in the U.S.
Hurricane Fiona has the potential to challenge low-pressure records for September in parts of Nova Scotia on Saturday, according to a senior branch forecaster with NOAA's Weather Prediction Center. Fiona's central pressure is likely to be close to the Canadian record, which is 940.2 millibars, set in 1977 in St. Anthony, Newfoundland. Fiona could be the first hurricane to make landfall in Atlantic Canada in nearly 40 years, which means Nova Scotians will be caught up in the storm's wake.
Forecasters expect Fiona to weaken into a post-tropical cyclone late Friday, but it's still expected to produce hurricane-force winds, heavy rain, and large waves. As a result, Fiona may become one of the most intense storms in Canadian history. While Fiona started the day as a Category 4 hurricane, it was downgraded to a category two storm in the last few hours. Still, the storm will still bring severe storm conditions to parts of eastern Canada, making it one of the most dangerous storms to ever hit the country.
Fiona's winds are expected to be particularly strong, causing widespread power outages. It could reach 150 kilometers per hour in some areas of Nova Scotia and P.E.I., and it may also cause widespread flooding. Because of the severe weather and power outages, residents are urged to prepare ahead of time.
The Canadian Hurricane Center keeps track of the strongest storms in Canadian waters. Hurricane Fiona is expected to lose its tropical characteristics after making landfall in Nova Scotia. However, it may be a Category 3 hurricane when it makes landfall. It may not be as strong as the infamous Hurricane Juan, but it still caused $200 million in damages.
Hurricane Fiona is a powerful storm that is forecast to hit Bermuda as a Category 4 hurricane Friday night. The storm will bring hurricane-force winds, two to four inches of rain, large surf, and storm surge. The storm will continue to move north-northeastward and eventually make landfall in Nova Scotia. While Bermuda is expected to remain relatively safe, the country is still preparing for the storm.
Fiona could bring high surf to the U.S. East Coast, causing minor coastal flooding and beach erosion. Forecasters say Fiona is on track to become the strongest storm to hit the region in decades. Earlier this week, the storm was more than 1,000 miles southwest of Nova Scotia, with winds up to 140 mph.
Fiona is expected to hit Bermuda as a Category 4 hurricane, with waves of up to 50 feet in some areas. Puerto Rico remains without power and water, and there's no word on when power will be restored to other areas. However, officials are still unsure as to what will happen to the island's power grid after the hurricane hits.
Bermuda is prepared to deal with Fiona. Building codes require that structures can withstand 110 mph sustained winds, and higher gusts. While some power outages are expected, the island is unlikely to be severely damaged by the hurricane. Nevertheless, operators of shipping and cruise vessels may want to avoid the area until Fiona is further away.
Hurricane Fiona is expected to hit Bermuda on Friday night, and is expected to bring heavy rainfall and powerful winds. The storm is now moving northeastward and is predicted to become one of the worst storms to hit eastern Canada.
Hurricane Fiona could hit Newfoundlnd as a Category 2 hurricane and cause significant flooding. Newfoundland is located in Canada's Atlantic Ocean. Hurricanes are fueled by warm ocean water and atmospheric temperature contrasts. Fiona is expected to make landfall in eastern Nova Scotia early Saturday morning and then move through the Gulf of St. Lawrence through the day.
Fiona could cause widespread power outages, downed trees, coastal flooding, and coastal erosion. Its projected track may change, but the storm is expected to have very high winds and rainfall. Because of this, many residents of the province are stocking up on water, food, and supplies.
Fiona has the potential to make landfall as a Category 2 hurricane and is forecast to track northward into Eastern Canada. Once it crosses the Maritimes, Fiona will shift from a tropical storm to a post-tropical system. As a result, Fiona's strength and size will increase. Forecast models are projecting Fiona to make landfall over the eastern coast of Nova Scotia and Cape Breton.
As of Thursday evening, Fiona's center is expected to pass west of Bermuda. On Friday, it will move through Nova Scotia before hitting Newfoundland on Saturday. It is forecast to be a large post-tropical cyclone with hurricane-force winds, which extend 70 miles outward. It could be a Category 3 hurricane if it makes landfall in Newfoundland.
Hurricane Fiona made landfall in Canada early Saturday morning. The storm had sustained winds of 100 mph, which is equivalent to a Category 2 hurricane. It has the potential to be one of the strongest storms to hit eastern Canada. It was also the lowest-pressure landfalling storm in Canada. It's also the largest hurricane to make landfall on the continent since the post-tropical cyclone Dorian in 2005.
A recent article published by Environment Canada describes the extreme weather that is affecting Western Canada. The province of Alberta had record snowdrift, while parts of Ontario and Quebec saw more snow than they saw in April and March. It also talks about how La Nina is affecting the weather pattern in Western Canada.
The first week of November saw a record snowfall for Alberta and central Saskatchewan. The Canadian prairies were hit by a slow-moving Colorado low from the American northwest. Wind chills were as low as -22degC in Alberta. In southern Ontario, the first snow of the season fell. Across Atlantic Canada, temperatures reached the low teens.
During the storm, the Saskatchewan RCMP Communications Centre received over 2,100 calls and produced more than 500 weather-related files. The Regina Police Service responded to almost 90 storm-related calls, including 19 multi-vehicle crashes. Many cars were stranded in snow banks or ditches. Some people required a winch to free them.
The weather will continue to turn colder with shots of Arctic air sinking south across the Prairies. This system will also bring dangerous wintry weather, with heavy snow and strong winds. In southern Alberta and central Saskatchewan, snowfall rates will rise quickly and will extend north to Calgary. Wind gusts will be stronger further north, affecting southern Manitoba and southern Saskatchewan.
The snowfall was the highest in Saskatchewan since 1974. The town of Kindersley in Saskatchewan saw nearly 48 cm (18 inches) of snow in two days. That is nearly six inches higher than the previous record set in March 17, 1974. The snowstorm was the biggest recorded in Saskatchewan for two days in a row.
The spring of 2011 was a particularly miserable one in Canada. It was late, dismally overcast and extremely wet, trapping the provinces under an orphan upper trough that drew moisture from the Gulf of Mexico. The stubborn upper trough created long periods of rain, with some heavy soakings. Overall, the amount of precipitation was 54 per cent above normal for the spring of 2011.
The winter season will remain in southern Ontario and Quebec this week. Clipper systems will move through the region bringing periods of rain and snow. In Central Canada, heavier snow and freezing rain may cause travel delays. This weather pattern will continue throughout the month of March. And while it won't be as snowy as it has been, temperatures will remain chilly.
The twin winter storms brought massive snow and rain to eastern and southern Quebec. The first system brought 40 cm of snow to Montreal and southern Quebec, while the second system spawned a storm system along the eastern coast of the US, dumping 50 to 70 cm of snow on the Eastern Townships.
The storm caused widespread power outages, including over 145,000 homes in the Niagara Region. Wind damage was also widespread and tracked from Ontario to Quebec, although most of the damage was centered in the two provinces. The snow also made driving conditions unsafe, resulting in car accidents throughout the province. In one incident, a 50-car pileup happened on Highway 400 in Barrie.
The winters of Western Canada often see colder and drier temperatures during the season of La Nina. This cold phase of the El Nino Southern Oscillation is a powerful force in the world's weather. However, there is one exception to this rule. If La Nina does not occur, it is unlikely that the region will experience such extreme weather conditions.
In recent years, there have been two major La Nina events. The first occurred in November of last year, and the second one occurred in March of 2018. Both events have affected the Western Canada region. The current La Nina event is expected to last until the end of August 2022. The prolonged La Nina event could lead to an unusual triple-dip scenario in the winter of 2022.
La Nina can be a very damaging weather event for Western Canada. It can lead to drought in East Africa and floods in West Africa. In addition, it can alter the weather pattern along the west coast of Canada, affecting the Great Lakes region and Ontario. Furthermore, it shifts the jet stream across North America, causing changes in temperatures, storm tracks, and precipitation.
While the last La Nina event was relatively short-lived (eight to fourteen months), the most recent event, in 2010-12, lasted for 23 months and led to the massive drought in the US. The United States, Canada, and part of central US were affected by a severe drought from 2000 to 2004.
There are a few factors that influence snow avalanches. The first is the altitude. A high-altitude pass may experience more snow during a La Nina winter. The other factor is the snow climate. The weather changes the amount of snow that falls in a season, and this can impact the safety of highways and railways.
Ottawa's weather is expected to be mild this week with temperatures in the mid-20s. Tomorrow, the Ottawa forecast calls for mostly sunny skies and a high of 17 C, although the humidity will make it feel closer to 30 degrees. Temperatures will fall to 17 C in the evening, and are expected to be cooler than today.
The wind will be relatively light on Thursday, but temperatures will remain chilly until the afternoon. The wind chill is expected to be around -26 C in the morning and -7 C in the afternoon. Ottawa will stay cool overnight with a low of -17 C. Despite the chilly temperatures, the Ottawa weather forecast for Thursday calls for a sunny day with some cloud cover in the afternoon.
On Tuesday, the Ottawa forecast calls for sunny skies, with clouds increasing in the afternoon. Wednesday will be mostly cloudy, with a 60 per cent chance of showers and thunderstorms. The high for this time of year is around 17 C. On Thursday and Friday, Ottawa's weather is expected to be sunny. On Saturday and Sunday, there will be a mix of clouds and sun with a 30 per cent chance of rain.
Friday will see a mixed day with clouds and some sun. High temperatures on Friday will be between 24 and 26 C, with a 60-per-cent chance of rain. On Saturday, it will be sunny and a high of 31 C, but cloudy in the evening. On Sunday, temperatures will be mostly cloudy and there will be a 60-per-cent chance of rain.
The weekend is looking chilly but not cold. Friday will be mostly sunny with a high of 24 C and a low of 11 C. On Saturday and Sunday there is a 40 per cent chance of showers. On Monday, temperatures will be cloudy but still pleasant with a high of 24 C.
Rain and fog are likely in northern areas, while sunny and mild weather will be expected elsewhere. There is a deep area of low pressure centered close to the Irish Sea, which will sweep eastwards. This area will produce heavy rain and strong winds, and there is a risk of damage to trees and buildings.
The Farmers' Almanac has extended its winter weather forecast for the United States to 2022 and 2023, and one of the major predictions is for heavy snow. The snowfall could reach as far south as Texas and Oklahoma, and the cold air that will follow it will be bitter.
The cold front caused temperatures in the south to drop below zero, and the hardest hit area was Oklahoma. Several people reported ice on the roads in Oklahoma City, and there were numerous accidents that morning. Snow began falling as early as 6 AM in the state capital. The snow eventually spread to southern Illinois, Kansas, and Texas. New Mexico was also hit hard, with snow reaching as far north as Santa Fe.
The snowfall occurred on a long, cold front that stretched from Colorado to Kentucky. The front then went as far north as Iowa, and south to Texas and New Mexico. Those areas were then swept up in the storm, with snowfall ranging up to 20 inches in some places.
The cold front brought several inches of snow to the Middle Tennessee region in 2022. The snowfall began as a rainy Saturday night, but by Sunday morning, it was snowy and cold. A total of eight to twenty inches fell in Middle Tennessee in 2022.
The Farmers' Almanac also predicts that the Ohio Valley will be hit by above-average winter weather in the 2022-2023 season. The Farmer's Almanac states that Ohio will experience an "unseasonably cold and snowy" season. The forecast calls for snowfall higher than average compared to its normal seasonal average of 64 to 114 inches.
The Farmers' Almanac has already released its winter weather forecast for Canada for 2022/2023, which is not good news for residents of the Prairies. According to the forecast, we can expect a mix of precipitation and icy conditions across the country. The first day of winter is December 21, 2022.
The winter will be colder than average across much of the country, but a few regions should see below-average temperatures. The eastern half of the NWT and most of the Yukon will experience near-normal temperatures. Some regions will see above-average snowfall. The rest of the country is expected to have near-normal winter temperatures.
A winter outlook for Canada typically contains some uncertainty due to the fact that many atmospheric factors are unpredictable months in advance. One example of this is the ENSO, or El Nino Southern Oscillation, which affects the ocean temperatures. In previous winters, Canada was affected by a La Nina pattern, when sea surface temperatures in the equatorial Pacific were cooler than normal.
The Farmers' Almanac's winter forecast for Canada shows a cooler-than-average winter. The coldest days will be late November and early December, and winter precipitation will be below-average for the rest of Canada. The forecast is based on mathematical formulas, which take into account a number of factors, including sunspot activity and tidal activity.
Despite the recent cold snap, it is worth noting that the country has gotten used to winter storms. In February, Alberta, British Columbia, and Saskatchewan experienced a major snowstorm that left more than a foot of snow on the ground. The storm caused power outages in 1,000 homes. Toronto, meanwhile, had a snowfall of 2.5 inches, which is not bad compared to the blizzard in western Canada.
La Nina is likely to continue for a third consecutive winter. While back-to-back La Nina winters are not uncommon, three consecutive ones are rare. The long-range model projects a greater than average chance of La Nina continuing through 2022 and the spring of 2023.
The winter of 2022/2023 will be marked by the resurgence of La Nina. It is already the strongest it has been since 2010, and it is threatening many glaciers. But this is good news for ski resorts, as it means colder air will have an easier time accessing northern regions, which will boost snowfall potential. According to the Severe Weather January 2023 snowfall forecast, there will be a good deal of snowfall in December, but the upper mid-west and northern western United States will be largely bare.
The forecast isn't a lock, but it's still worth knowing what to expect. The Farmers' Almanac's winter forecast for 2022-2023 includes some heavy snowfall. The forecast also predicts bitterly cold air that will follow the snow.
While temperatures will be cooler overall, the coldest months will fall in late January and early February. Winter precipitation will be above average in the west and east, but below normal in the Midwest. Nonetheless, the forecast calls for heavy snowfall in November and December. While the forecast is a bit vague, it does include a few good winter storms.
For businesses, bad weather isn't always good for business. It can reduce foot traffic and revenue. Additionally, it increases the risk of injuries in parking lots and pathways. The cold weather also reduces the visibility of vehicles on the road.
The cold front that crossed western Canada last week was an unusual one. In fact, the snowstorm caused temperatures to plummet in some areas. However, the storm was milder in the southern US and the northern United States. It lasted from midnight to dawn and caused several inches of snow in some areas.
A recent study of the past few years has shown that the weather pattern will continue to follow an El Nino or La Nina pattern for the winter of 2022-2023. However, this pattern may weaken in the spring of 2023. If the current La Nina is to continue, the chances of Canada experiencing heavy snowfall will be low.
El Nino and La Nina are climate phenomena where water in the equatorial Pacific Ocean is warmer than normal. They affect large scale weather patterns. For example, an El Nina winter is often correlated with a mild winter, while a La Nina winter tends to be cooler than normal.
El Nino and La Nina are similar climate phenomena, but they have different effects. El Nino is characterized by warmer than normal ocean water off the west coast of South America, while La Nina is characterized by a cooler than normal ocean water off the south coast of South America. The temperature difference between the two patterns is significant, and they can affect the weather across the globe.
The La Nina effect is good news for ski resorts in Northern America. During the strong La Nina episode in 2010, Western North America received supercharged snowfall. Moreover, colder air is more easily accessible in the north and makes the area more conducive to snowfall. The January 2023 snowfall forecast provided by Severe Weather also predicts a strong pattern for the northern portion of the U.S., but with a lack of snow in the mid-west and northwest of the United States.
El Nino and La Nina have different effects on Canada's winter weather, and can help forecasters make accurate predictions for Canada's snowfall patterns. Although many people are skeptical of long-range weather forecasts, this technique is effective for predicting the weather for the next half-year.
The Multivariate ENSO Index is a metric that measures El Nino-Southern Oscillation (ENSO) climate patterns. It considers five factors, including temperature, rainfall, and precipitation, and assigns a numerical value. The index is currently the strongest since 2010. The Climate Forecast System ensemble forecast spread suggests a strong fall La Nina will fade by early 2023.