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The climate of Allentown, Pennsylvania is classified as a humid continental climate (Köppen Dfa). Allentown's warmest month (on average) is July with a daily average temperature of 74.7 °F (23.7 °C) and the coldest month (on average) being January with a daily average of 29.4 °F (−1.4 °C). The average precipitation of Allentown is 45.35 ...
Straddling two major climate zones, the southeastern corner of Pennsylvania has the warmest climate. A portion of Greater Philadelphia lies at the southernmost tip of the humid continental climate zone, with the city proper being in the humid subtropical climate zone. Still, Philadelphia features colder, snowier winters than most locations with ...
Lehigh County's climate falls in the humid continental climate zone. The variety is hot-summer (Dfa) except in the county's higher elevation areas, where it is warm-summer (Dfb). Summers are typically hot and muggy, fall and spring are generally mild, and winter is cold. Precipitation is almost uniformly distributed throughout the year.
Get the Allentown, PA local weather ... A massive storm will spread snow and ice along a 1,500-mile-long zone from vast portions of the Plains and Mississippi Valley to many areas of the ...
Get the Allentown, PA local weather forecast by the hour and the next 10 days. ... This 2023 National Book Award finalist recounts the rise of climate science and the increasing dangers from ...
Allentown (Pennsylvania Dutch: Allenschteddel, Allenschtadt, or Ellsdaun) is the county seat of Lehigh County, Pennsylvania, United States. [9] It is the third-most populous city in Pennsylvania with a population of 125,845 as of the 2020 census and the most populous city in the Lehigh Valley metropolitan area, which had a population of 861,899 and was the 68th-most populous metropolitan area ...
Get the Allentown, PA local weather forecast by the hour and the next 10 days. ... Allentown News & Weather. ... From local forecasts to global climate patterns, ...
The impact of climate change on water quality is less likely to be beneficial. Warmer temperatures tend to cause more algal blooms, which can be unsightly, harm fish, and degrade water quality. Severe storms also increase the amount of pollutants that run off from the land into the water, further increasing the risk of algal blooms.