Atlanta has a humid subtropical climate, according to the Köppen classification, with very well-defined seasons, with hot and humid summers and mild winters, following the general line of the southern United States. Average maximum temperatures in July are 32 °C (90 °F) and minimum temperatures 22 °C (72 °F). Temperatures above 38 °C are infrequent. The maximum temperature recorded in the city was 41 °C in July 1980. January is the coldest month, with temperatures ranging from 11 °C to 1 °C. The lowest temperature recorded in Atlanta was -9 °C in February 1899.
The city recorded a temperature very close to the historic low in January 1985, when thermometers plummeted to -8 °C (-4 °F). Atlanta has a milder climate than other southern cities of the same latitude due to its relative altitude, 320 meters above sea level.
As in the rest of the southeastern United States, Atlanta receives abundant levels of precipitation, which are relatively distributed throughout the year. The average rainfall is 1,275 mm. Annually, there are typically 36 days of frost in Atlanta, while the average snowfall is 5 cm. The most important storm left 25 cm of precipitation on January 23, 1940. Snowstorms are very infrequent, but they can occur and the last one hit the city in March 1993. Ice storms usually cause more problems than snow and the last one took place on January 7, 1973.
One of the essential components of Brooklyn’s thriving tourism sector is being aware of and able to predict fluctuations in the weather. Due to this, more and more digital platforms, businesses, and mobile apps are incorporating this information through weather APIs.
What Advantages Do Weather APIs Offer?
It has become more and more important for everything to be connected as a result of the digital transition. APIs are one method of controlling how different apps interact. Let’s use a clear illustration to demonstrate this: Consider building a website for a shop. From this platform, you can point users who want more individualized service right to WhatsApp chat so they may ask the questions they need. The use of an API makes this activity possible.
It is not visible because it is a programming interface. Web developers connect these internal circuits to make a tool perform as efficiently as possible. Accurate information is simple to incorporate into a variety of digital platforms thanks to weather APIs.
More About Current Weather and Forecasted Weather API
The accuracy and performance of the Current Weather and Forecasted Weather API have helped it become a popular API. This API utilizes the most cutting-edge artificial technology, enabling you to use its advanced search engine to look up information by zip code, location, or city. Additionally, it offers a wide range of data and enables searching by many other categories, including Humidity, Precipitation, Cloudiness, and Temperature.
This tool is incredibly user-friendly and simple to implement. Visit the website to see for yourself. The majority of programming languages are supported, and a team of experts is constantly improving them. Don’t be reluctant; give Current Weather and Forecasted Weather API a go and judge for yourself!