#Toronto weather network radar update
#Toronto weather network radar free

When it comes to the computing and valuation of complex hydro-meteorological models, we rely on the most honourable agencies such as NOAA, Met Office, ECMWF, Environmental Canada. ML empowers the classic forecasting models

#Toronto weather network radar update

Machine learning (ML), neural networks, big data, cloud spaces – all of this is easily accessible for calculating hugely sophisticated forecasting models such as Numerical Weather Prediction (NWP) or short-term forecasts that update rapidly. What seemed impossible just a few years ago, you can now do at lightning speed.

#Toronto weather network radar free

Modern technologies make accurate weather data not only widely available, but also nearly free To name just a few, these include analysis of the impact of weather on customers’ demand for retailers, planning of safe routes for transport companies, accurate evaluation of customers’ cases for insurers, sensitive planning of energy consumption for householders, and timely watering of crops for farmers. However, most applications of accurate forecasts and history for businesses are more routine, yet more practical for daily analysis and decision-making. And that is not to mention the billions of dollars that businesses and governments are losing indeed due to extreme weather conditions that are beyond their control. Not many types of data can affect business decisions and personal everyday plans on the same scale as weather data does. That makes the entire calculation fast and cost-effective, providing millions of customers with accurate forecasts promptly. Such powerful technologies as our ML can significantly advance both the accuracy and computing speed of global assemble forecasting models, a practice that was impossible only a few years ago. The improved weather-data quality will also allow for more effective use of the information in other areas, such as water management, as radar images are used to understand the effects of precipitation on drainage basins, in particular in support of flood forecasting by provinces.Why our Free Weather API is so good yet free For example, weather-radar imagery is used to help in safely routing planes around severe weather. Better serving weather-sensitive industriesĮconomic sectors sensitive to weather events such as agriculture, natural resources, fisheries, construction, aviation, tourism, transportation, retail, and investors will benefit from higher data quality and consistency for severe-weather events as weather information is an important part of their strategic planning. Extending Doppler coverage of the weather-radar network will also allow for better overlap of neighbouring radars in case of an outage. Doubling the Doppler range will give Canadians greater lead time to protect themselves and their families from tornadoes and other severe weather. The new radars will also have an extended severe-weather detection range to cover more of Canada, increasing the Doppler range to 240 kilometres per radar from the current 120 kilometres. As a result, they will issue more precise and timely weather watches and warnings for these significant weather events, giving Canadians more lead time to take appropriate actions to protect themselves, their family, and their property from the effects of severe weather. This technology will also enable better identification and removal of non-meteorological targets such as birds, bugs, and debris from the data. These state-of-the-art radars will have fully integrated dual-polarization technology, which will enable forecasters to better distinguish between rain, snow, hail, and freezing rain as well as better discern the size, shape, and variety of precipitation particles. Halfmoon Peak, BC (Vancouver Island replacement site) (CASHP)ĭual polarization: a leading-edge technology Mont Apica, QC (Lac Castor replacement site) (CASMA) Shuniah, ON (Superior West replacement site) (CASSN) Current S-band deployment schedule (as of May 05, 2022) OrderĬold Lake, AB (Jimmy Lake replacement site) (CASCL)