Students investigate daily and seasonal weather patterns to answer how weather helps a class plan for a safe and successful school day. They gather observations at a classroom weather station, compare their predictions with a Mid-Hudson Valley TV weather reporter’s forecast, and use tables, graphs, and discussion to describe local weather and climates in other regions. Over four weeks, they work in teams to make evidence-based claims about ways to reduce weather-related hazards and present their learning through a weekly class forecast station and the final Forecast Fest. Daily weather-circle exit talks help students reflect on science ideas, teamwork, and how their decisions support the school community.

Students will observe daily weather, record data in tables and graphs, and use patterns to describe typical seasonal weather in the Mid-Hudson Valley and compare it to climates in other world regions. They will obtain and combine information from a classroom weather station, their own observations, and a local TV weather reporter’s forecast to make and revise evidence-based predictions for a safe and successful school day. Students will make claims about design solutions that reduce the impact of weather-related hazards at school, such as clothing plans, recess choices, or arrival and dismissal routines. They will also strengthen communication, collaboration, and self-direction by presenting weekly forecast station updates, listening to classmates, and reflecting in daily weather-circle exit talks.

Students will create a class weather station setup, daily observation logs, tables and graphs of local weather patterns, and simple climate comparison charts for different world regions. Each week, teams will produce a short weather forecast station segment that shares predictions, cites evidence from class data, and compares their results to a Mid-Hudson Valley TV weather reporter’s forecast. They will also design a weather-safety solution poster or model that makes a claim about how to reduce the impact of a weather-related hazard at school. The final products will be a polished presentation for Forecast Fest, including student forecast reports, data displays, climate comparisons, and weather-safety designs that help explain how weather patterns support a safe and successful school day.

Start with a Forecast Kickoff Day where students rotate through a simple classroom weather station to observe temperature, wind, cloud cover, and precipitation, then make first predictions about the school day using picture-based recording tools. Show a short forecast clip from a Mid-Hudson Valley TV weather reporter and have students compare what they noticed with the reporter’s predictions, asking, “How can we use weather patterns to plan for a safe and successful school day?” In teams, students decide one weather-related recommendation for recess, arrival, or dismissal and share their reasoning with the class. Close with a quick weather-circle exit talk where each student shares one science fact, one way they helped the class plan, and one feeling they noticed.

Host a “Forecast Fest” where students run a live classroom weather station for families, school staff, and younger students. In teams, they present their class weather predictions, show weather tables and graphs from the month, compare their forecast to a Mid-Hudson Valley TV weather reporter’s clip, and explain how their evidence supports their thinking. Students also share simple design ideas for reducing weather-related hazards at school, such as safer recess or dismissal plans, and invite visitors to ask questions. End with a reflection wall where students post one weather fact they learned, one way they helped the class plan for a safe day, and one feeling they noticed during the project.