The Forecasts Weather by Latitude Longitude API delivers precise, location-specific weather forecasts, ideal for various applications and industries.
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{"lat": 37.0902, "lon": 95.7129, "timezone": "Asia/Shanghai", "timezone_offset": 28800, "current": {"dt": 1696520548, "sunrise": 1696462509, "sunset": 1696504570, "temp": 9.4, "feels_like": 7.31, "pressure": 1018, "humidity": 29, "dew_point": -6.87, "uvi": 0, "clouds": 29, "visibility": 10000, "wind_speed": 3.91, "wind_deg": 293, "wind_gust": 5.75, "weather": [{"id": 802, "main": "Clouds", "description": "scattered clouds", "icon": "03n"}]}, "minutely": [{"dt": 1696520580, "precipitation": 0}, {"dt": 1696520640, "precipitation": 0}, {"dt": 1696520700, "precipitation": 0}, {"dt": 1696520760, "precipitation": 0}, {"dt": 1696520820, "precipitation": 0}, {"dt": 1696520880, "precipitation": 0}, {"dt": 1696520940, "precipitation": 0}, {"dt": 1696521000, "precipitation": 0}, {"dt": 1696521060, "precipitation": 0}, {"dt": 1696521120, "precipitation": 0}, {"dt": 1696521180, "precipitation": 0}, {"dt": 1696521240, "precipitation": 0}, {"dt": 1696521300, "precipitation": 0}, {"dt": 1696521360, "precipitation": 0}, {"dt": 1696521420, "precipitation": 0}, {"dt": 1696521480, "precipitation": 0}, {"dt": 1696521540, "precipitation": 0}, {"dt": 1696521600, "precipitation": 0}, {"dt": 1696521660, "precipitation": 0}, {"dt": 1696521720, "precipitation": 0}, {"dt": 1696521780, "precipitation": 0}, {"dt": 1696521840, "precipitation": 0}, {"dt": 1696521900, "precipitation": 0}, {"dt": 1696521960, "precipitation": 0}, {"dt": 1696522020, "precipitation": 0}, {"dt": 1696522080, "precipitation": 0}, {"dt": 1696522140, "precipitation": 0}, {"dt": 1696522200, "precipitation": 0}, {"dt": 1696522260, "precipitation": 0}, {"dt": 1696522320, "precipitation": 0}, {"dt": 1696522380, "precipitation": 0}, {"dt": 1696522440, "precipitation": 0}, {"dt": 1696522500, "precipitation": 0}, {"dt": 1696522560, "precipitation": 0}, {"dt": 1696522620, "precipitation": 0}, {"dt": 1696522680, "precipitation": 0}, {"dt": 1696522740, "precipitation": 0}, {"dt": 1696522800, "precipitation": 0}, {"dt": 1696522860, "precipitation": 0}, {"dt": 1696522920, "precipitation": 0}, {"dt": 1696522980, "precipitation": 0}, {"dt": 1696523040, "precipitation": 0}, {"dt": 1696523100, "precipitation": 0}, {"dt": 1696523160, "precipitation": 0}, {"dt": 1696523220, "precipitation": 0}, {"dt": 1696523280, "precipitation": 0}, {"dt": 1696523340, "precipitation": 0}, {"dt": 1696523400, "precipitation": 0}, {"dt": 1696523460, "precipitation": 0}, {"dt": 1696523520, "precipitation": 0}, {"dt": 1696523580, "precipitation": 0}, {"dt": 1696523640, "precipitation": 0}, {"dt": 1696523700, "precipitation": 0}, {"dt": 1696523760, "precipitation": 0}, {"dt": 1696523820, "precipitation": 0}, {"dt": 1696523880, "precipitation": 0}, {"dt": 1696523940, "precipitation": 0}, {"dt": 1696524000, "precipitation": 0}, {"dt": 1696524060, "precipitation": 0}, {"dt": 1696524120, "precipitation": 0}, {"dt": 1696524180, "precipitation": 0}], "hourly": [{"dt": 1696518000, "temp": 9.51, "feels_like": 7.56, "pressure": 1018, "humidity": 28, "dew_point": -7.19, "uvi": 0, "clouds": 24, "visibility": 10000, "wind_speed": 3.66, "wind_deg": 274, "wind_gust": 4.94, "weather": [{"id": 801, "main": "Clouds", "description": "few clouds", "icon": "02n"}], "pop": 0}, {"dt": 1696521600, "temp": 9.4, "feels_like": 7.31, "pressure": 1018, "humidity": 29, "dew_point": -6.87, "uvi": 0, "clouds": 29, "visibility": 10000, "wind_speed": 3.91, "wind_deg": 293, "wind_gust": 5.75, "weather": [{"id": 802, "main": "Clouds", "description": "scattered clouds", "icon": "03n"}], "pop": 0}, {"dt": 1696525200, "temp": 9.35, "feels_like": 7.52, "pressure": 1018, "humidity": 30, "dew_point": -6.51, "uvi": 0, "clouds": 32, "visibility": 10000, "wind_speed": 3.38, "wind_deg": 302, "wind_gust": 4.92, "weather": [{"id": 802, "main": "Clouds", "description": "scattered clouds", "icon": "03n"}], "pop": 0}, {"dt": 1696528800, "temp": 9.24, "feels_like": 7.98, "pressure": 1018, "humidity": 30, "dew_point": -6.6, "uvi": 0, "clouds": 39, "visibility": 10000, "wind_speed": 2.42, "wind_deg": 301, "wind_gust": 3.64, "weather": [{"id": 802, "main": "Clouds", "description": "scattered clouds", "icon": "03n"}], "pop": 0}, {"dt": 1696532400, "temp": 8.84, "feels_like": 8.84, "pressure": 1018, "humidity": 32, "dew_point": -6.17, "uvi": 0, "clouds": 72, "visibility": 10000, "wind_speed": 1.16, "wind_deg": 249, "wind_gust": 1.51, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04n"}], "pop": 0}, {"dt": 1696536000, "temp": 8.5, "feels_like": 6.42, "pressure": 1018, "humidity": 34, "dew_point": -5.73, "uvi": 0, "clouds": 86, "visibility": 10000, "wind_speed": 3.49, "wind_deg": 247, "wind_gust": 5.28, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04n"}], "pop": 0}, {"dt": 1696539600, "temp": 7.71, "feels_like": 5.74, "pressure": 1018, "humidity": 38, "dew_point": -6.13, "uvi": 0, "clouds": 100, "visibility": 10000, "wind_speed": 3.04, "wind_deg": 263, "wind_gust": 4.9, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04n"}], "pop": 0}, {"dt": 1696543200, "temp": 6.71, "feels_like": 5.07, "pressure": 1018, "humidity": 42, "dew_point": -5.61, "uvi": 0, "clouds": 100, "visibility": 10000, "wind_speed": 2.32, "wind_deg": 280, "wind_gust": 3.64, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04n"}], "pop": 0}, {"dt": 1696546800, "temp": 6.14, "feels_like": 4.52, "pressure": 1019, "humidity": 45, "dew_point": -5.34, "uvi": 0, "clouds": 99, "visibility": 10000, "wind_speed": 2.19, "wind_deg": 271, "wind_gust": 3.39, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04n"}], "pop": 0}, {"dt": 1696550400, "temp": 6.53, "feels_like": 5.15, "pressure": 1020, "humidity": 45, "dew_point": -5.01, "uvi": 0, "clouds": 99, "visibility": 10000, "wind_speed": 2, "wind_deg": 257, "wind_gust": 3.57, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696554000, "temp": 7.44, "feels_like": 5.46, "pressure": 1020, "humidity": 42, "dew_point": -5.05, "uvi": 0.43, "clouds": 100, "visibility": 10000, "wind_speed": 2.97, "wind_deg": 254, "wind_gust": 3.97, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696557600, "temp": 8.48, "feels_like": 6.44, "pressure": 1020, "humidity": 38, "dew_point": -5.24, "uvi": 1.49, "clouds": 100, "visibility": 10000, "wind_speed": 3.42, "wind_deg": 268, "wind_gust": 4.27, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696561200, "temp": 10.13, "feels_like": 8.03, "pressure": 1020, "humidity": 32, "dew_point": -6.37, "uvi": 3.18, "clouds": 100, "visibility": 10000, "wind_speed": 4.67, "wind_deg": 266, "wind_gust": 5.46, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696564800, "temp": 11.52, "feels_like": 9.35, "pressure": 1019, "humidity": 24, "dew_point": -8.46, "uvi": 4.82, "clouds": 100, "visibility": 10000, "wind_speed": 5.92, "wind_deg": 268, "wind_gust": 6.64, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696568400, "temp": 12.52, "feels_like": 10.38, "pressure": 1018, "humidity": 21, "dew_point": -9.69, "uvi": 6.02, "clouds": 100, "visibility": 10000, "wind_speed": 6.22, "wind_deg": 271, "wind_gust": 6.75, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696572000, "temp": 13.47, "feels_like": 11.34, "pressure": 1016, "humidity": 18, "dew_point": -10.42, "uvi": 6.18, "clouds": 100, "visibility": 10000, "wind_speed": 5.81, "wind_deg": 270, "wind_gust": 6.06, "weather": [{"id": 804, "main": "Clouds", "description": "overcast clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696575600, "temp": 13.92, "feels_like": 11.81, "pressure": 1015, "humidity": 17, "dew_point": -10.69, "uvi": 5.18, "clouds": 84, "visibility": 10000, "wind_speed": 5.31, "wind_deg": 267, "wind_gust": 5.7, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696579200, "temp": 14.25, "feels_like": 12.17, "pressure": 1014, "humidity": 17, "dew_point": -10.65, "uvi": 3.51, "clouds": 72, "visibility": 10000, "wind_speed": 5.1, "wind_deg": 268, "wind_gust": 5.6, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696582800, "temp": 14.25, "feels_like": 12.17, "pressure": 1013, "humidity": 17, "dew_point": -10.74, "uvi": 1.81, "clouds": 71, "visibility": 10000, "wind_speed": 4.79, "wind_deg": 268, "wind_gust": 5.24, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696586400, "temp": 13.92, "feels_like": 11.81, "pressure": 1013, "humidity": 17, "dew_point": -10.89, "uvi": 0.57, "clouds": 56, "visibility": 10000, "wind_speed": 5.09, "wind_deg": 269, "wind_gust": 5.36, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696590000, "temp": 13.19, "feels_like": 11.03, "pressure": 1014, "humidity": 18, "dew_point": -11.04, "uvi": 0, "clouds": 63, "visibility": 10000, "wind_speed": 4.59, "wind_deg": 272, "wind_gust": 5.08, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04d"}], "pop": 0}, {"dt": 1696593600, "temp": 11.95, "feels_like": 9.72, "pressure": 1015, "humidity": 20, "dew_point": -10.85, "uvi": 0, "clouds": 55, "visibility": 10000, "wind_speed": 3.74, "wind_deg": 273, "wind_gust": 5.69, "weather": [{"id": 803, "main": "Clouds", "description": "broken clouds", "icon": "04n"}], "pop": 0}, {"dt": 1696597200, "temp": 11.42, "feels_like": 9.14, "pressure": 1016, "humidity": 20, "dew_point": -11.03, "uvi": 0, "clouds": 83, "visibility": 10000, "wind_speed": 3.03}],"_note":"Response truncated for documentation purposes"}
curl --location --request GET 'https://zylalabs.com/api/2680/forecasts+weather+by+latitude+longitude+api/2785/forecast?lat=37.0902&lon=95.7129&units=metric' --header 'Authorization: Bearer YOUR_API_KEY'
After signing up, every developer is assigned a personal API access key, a unique combination of letters and digits provided to access to our API endpoint. To authenticate with the Forecasts Weather by Latitude Longitude API simply include your bearer token in the Authorization header.
| Header | Description |
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Authorization
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Required
Should be Bearer access_key. See "Your API Access Key" above when you are subscribed.
|
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The Latitude and Longitude Weather Forecast API is a versatile and powerful tool that provides highly accurate, location-specific weather data and forecasts. Focused on accuracy and reliability, this API serves a wide range of applications and industries, making it an invaluable resource for those seeking real-time weather information tailored to specific geographic coordinates.
This API is based on a simple premise: it allows users to access comprehensive weather information by specifying latitude and longitude coordinates. This location-centric approach ensures that the data retrieved is directly relevant to the chosen geographic area, allowing users to make informed decisions and plans based on localized weather conditions.
The Forecasts Weather by Latitude Longitude API seamlessly integrates into applications, offering simplicity and efficiency in accessing weather data.
By allowing users to seamlessly integrate weather data into their applications and websites, this API enables them to provide users with access to real-time, hyper-localized weather updates. Whether users are planning a trip, deciding on outdoor activities, or simply checking the weather for their daily commute, they can rely on accurate forecasts for their exact location.
It will receive parameters and provide you with a JSON.
Weather applications: Develop weather apps and websites that provide users with up-to-date, location-specific weather forecasts and conditions.
Agriculture: Help farmers optimize their crop management strategies by providing weather data for their specific fields, assisting in decisions related to planting, irrigation and harvesting.
Transportation and logistics: Integrate weather information into transportation and logistics systems to improve route planning, vehicle safety and delivery times, especially in adverse weather conditions.
Energy management: Optimize power generation and distribution by controlling weather conditions, such as wind speed and solar radiation, to increase energy efficiency.
Outdoor event planning: Event organizers can use the API to make informed decisions about scheduling outdoor events, such as weddings, sports matches and concerts, based on weather forecasts.
Besides the number of API calls, there is no other limitation.
To use this API the user must indicate a latitude and longitude along with a unit (metric, standard, imperial).
There are different plans suits everyone including a free trial for small amount of requests, but it’s rate is limit to prevent abuse of the service.
Zyla provides a wide range of integration methods for almost all programming languages. You can use these codes to integrate with your project as you need.
It is an API that allows users to obtain weather data through a location.
The API returns comprehensive weather data, including current conditions, hourly forecasts, and minute-by-minute precipitation predictions. Key data points include temperature, humidity, wind speed, and weather descriptions.
Key fields include "current" for current weather conditions, "minutely" for minute-by-minute precipitation, "hourly" for hourly forecasts, and "timezone" for local time adjustments. Each field provides specific weather metrics relevant to the location.
The response is structured in JSON format, with nested objects for current weather, hourly forecasts, and minute-by-minute data. Each section contains relevant metrics, making it easy to parse and utilize in applications.
Users can specify latitude, longitude, and the unit of measurement (standard, metric, imperial) to customize their data requests. This allows for tailored weather information based on user preferences.
The API provides information on temperature, humidity, wind speed, precipitation, cloud cover, and UV index. This data is crucial for applications in agriculture, transportation, and event planning.
Data accuracy is maintained through the use of reliable meteorological sources and continuous updates. The API employs quality checks to ensure the information provided is current and precise.
Typical use cases include developing weather applications, optimizing agricultural practices, enhancing logistics planning, and scheduling outdoor events based on localized weather forecasts.
Users can integrate the JSON response into their applications to display real-time weather updates, analyze trends, or trigger alerts based on specific weather conditions, enhancing user experience and decision-making.
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