The Bureau of Meteorology (BOM) plays a crucial role in providing comprehensive and up-to-date weather data to the public. BOM's extensive network of weather stations, satellites, and other monitoring systems collects a vast amount of data that is processed and disseminated through various platforms. BOM 500285 is a specific identifier associated with a particular weather station that provides valuable information about local weather conditions.
Understanding BOM 500285
BOM 500285 is the Bureau of Meteorology's identifier for the weather station located in the city of Sydney, New South Wales, Australia. This station is part of a nationwide network of weather stations that collect and transmit data on a range of meteorological parameters. The data collected from these stations is used to create weather forecasts, monitor climate trends, and provide early warnings for severe weather events.
Components of BOM 500285
The BOM 500285 identifier consists of several components that provide specific information about the weather station:
Data Collected by BOM 500285
The BOM 500285 weather station collects a wide range of meteorological data, including:
Accessing BOM 500285 Data
The Bureau of Meteorology makes the data collected from its weather stations publicly available through various channels, including:
Applications of BOM 500285 Data
The data collected from BOM 500285 has numerous applications, including:
Tips and Tricks for Using BOM 500285 Data
Here are some tips and tricks for effectively using BOM 500285 data:
How to Step-by-Step Approach for Using BOM 500285 Data
Follow these steps to effectively use BOM 500285 data:
Why BOM 500285 Data Matters
BOM 500285 data is essential for a variety of reasons:
Benefits of Using BOM 500285 Data
Utilizing BOM 500285 data offers numerous benefits, including:
FAQs about BOM 500285
1. Where is BOM 500285 located?
BOM 500285 is located in Sydney, New South Wales, Australia.
2. What type of data does BOM 500285 collect?
BOM 500285 collects a range of meteorological data, including temperature, humidity, wind, rainfall, atmospheric pressure, solar radiation, and wind chill.
3. How can I access BOM 500285 data?
You can access BOM 500285 data through the BOM website, mobile app, or API.
4. Is BOM 500285 data accurate?
Yes, BOM 500285 data is accurate and reliable as it is collected and processed by the Bureau of Meteorology.
5. How often is BOM 500285 data updated?
BOM 500285 data is updated regularly, with various parameters being updated at different frequencies.
6. Can I use BOM 500285 data for commercial purposes?
Yes, you can use BOM 500285 data for commercial purposes, but you may need to obtain a license or permission from the Bureau of Meteorology.
7. How can BOM 500285 data benefit me?
BOM 500285 data can benefit you by providing accurate and timely weather information, supporting informed decision-making, enhancing safety during severe weather events, and optimizing weather-sensitive activities.
8. What is the significance of BOM 500285 data?
BOM 500285 data is significant as it contributes to accurate weather forecasting, climate monitoring, agricultural decision-making, urban planning, emergency management, and environmental protection.
Parameter | Unit | Description |
---|---|---|
Temperature | °C | Air temperature at various heights |
Humidity | % | Relative humidity and dew point temperature |
Wind | km/h | Wind speed and direction at various heights |
Rainfall | mm | Total and accumulated rainfall, rainfall intensity |
Atmospheric pressure | hPa | Barometric pressure and atmospheric pressure tendency |
Solar radiation | W/m² | Amount of solar radiation reaching the ground |
Wind chill | °C | Temperature felt by the human body due to combined effects of temperature and wind speed |
Application | Description |
---|---|
Weather forecasting | Creating weather forecasts for Sydney and surrounding areas |
Climate monitoring | Tracking long-term climate trends and identifying changes in the climate system |
Agriculture | Making informed decisions about crop planting, irrigation, and pest control |
Urban planning | Designing buildings and infrastructure that are resilient to extreme weather events |
Emergency management | Monitoring weather conditions and issuing early warnings for severe weather events |
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