Wheelersburg is in for a sunny Tuesday — jump on it!

(WHEELERSBURG, OH) The forecast is calling for sun today in Wheelersburg. Here are three ideas for how to make the most of it, along with a four-day forecast.

Have a picnic: With COVID-19 restrictions lingering around the country, this beloved pastime has taken on new relevance. Meeting a friend somewhere pretty with a basket of snacks and a blanket can be a spontaneous way to enjoy a sunny afternoon in a safer environment than indoors. Risk levels should always be taken into account along with advice from health authorities on gathering sizes.

Try a new hobby: Starting a new hobby can be intimidating at times, even hard, but there aren’t many better ways to bust through that barrier than knowing that at least you’ll be warm and comfortable while you take a shot at your next pursuit. Whether it’s rollerblading, unicycling, or a Hacky Sack throwback, a sunny afternoon invites experimentation.

Take a walk and try a food truck: Anyone who lives in a city has had the feeling of wondering why they don’t know the various neighborhoods better. A great way to get out and sample what your local community has to offer while enjoying the fresh air is to take a walk and grab a bite.

Along with sun Tuesday, here’s the rest of the four-day forecast for Wheelersburg:

• Tuesday, October 19

  Patchy fog then sunny during the day; while partly cloudy then patchy fog overnight

  • High 72 °F, low 45 °F
  • Breezy: 2 mph

• Wednesday, October 20

  Patchy fog then sunny during the day; while partly cloudy then chance of rain showers overnight

  • High 74 °F, low 54 °F
  • Breezy: 5 mph

• Thursday, October 21

  Showers and thunderstorms likely during the day; while slight chance of rain showers then partly cloudy overnight

  • High 71 °F, low 49 °F
  • Light wind

• Friday, October 22

  Mostly cloudy then slight chance of rain showers during the day; while chance of rain showers overnight

  • High 65 °F, low 47 °F
  • Light wind

This forecast was created automatically using NWS data.