This assessment is designed to assess students’ informational writing and research and inquiry skills, using knowledge gained from an experience completed in a science class. This assessment might best be used after students have been provided with adequate instruction on how to write an informational piece. Students will also need background knowledge on what causes extreme weather in the form of droughts, floods, and rising temperatures.
Teams of students will choose a specific type of weather hazard and analyze and interpret historical data to look for patterns in past weather events. Using these patterns, students will propose an investigable research question about their own region, decide what data they will need, devise a data collection plan, and use online data explorers to collect the data.
They will then analyze and interpret the data, construct data displays, and solicit feedback from another team to strengthen their interpretations of the data. After revising their data displays and explanations, each student will individually use their data to help them outline a problem that researchers need to solve to help minimize the impact of extreme weather and write an informative piece to guide scientists and engineers as they consider future impacts and solutions.
Students can create the final presentation in any appropriate way, including, but not limited to PowerPoint or Google Slides (or another slideshow tool), Microsoft Word or Google Docs, or paper and colored pens/pencils/ markers.
This assessment is designed to assess students’ informational writing and research and inquiry skills, using knowledge gained from an experience completed in a science class. This assessment might best be used after students have been provided with adequate instruction on how to write an informational piece. Students will also need background knowledge on what causes extreme weather in the form of droughts, floods, and rising temperatures.
Teams of students will choose a specific type of weather hazard and analyze and interpret historical data to look for patterns in past weather events. Using these patterns, students will propose an investigable research question about their own region, decide what data they will need, devise a data collection plan, and use online data explorers to collect the data.
They will then analyze and interpret the data, construct data displays, and solicit feedback from another team to strengthen their interpretations of the data. After revising their data displays and explanations, each student will individually use their data to help them outline a problem that researchers need to solve to help minimize the impact of extreme weather and write an informative piece to guide scientists and engineers as they consider future impacts and solutions.
Students can create the final presentation in any appropriate way, including, but not limited to PowerPoint or Google Slides (or another slideshow tool), Microsoft Word or Google Docs, or paper and colored pens/pencils/ markers.
Big Ideas | Competencies |
---|---|
C. WritingStudents can effectively communicate purpose to an intended audience through written language, using a variety of media. |
C2Students can write informational texts using facts, definitions, details, quotations, and examples to examine a topic. C4Students can use words/phrases to transition between ideas. C5Students can write clear, relevant introductions and conclusions based on purpose (e.g., argument, informational, narrative). C6Students can provide a concluding statement or section that follows from the argument, information, explanation, or narrated experiences presented. |
E. Research and InquiryStudents can engage in research and inquiry to investigate topics, evaluate and analyze the validity of sources, and synthesize information to communicate findings. |
E1Students can quote or paraphrase the data and conclusions of others while avoiding plagiarism and providing basic bibliographic information for sources. E2Students can gather relevant information from several sources and assess the credibility of each source to answer a question. |
Below are analytic teacher rubrics. The column on the left shows the dimension that is being measured in the student’s performance. The levels across the top row indicate the performance level in the dimensions. Occasionally all dimensions and performance levels are exemplified by multiple students in a single recording.
Dimensions | Not Yet Meeting Expectations | Meeting Expectations | Exceeding Expectations |
---|---|---|---|
Focus/Organization |
No exemplars at this time.
|
No exemplars at this time.
|
No exemplars at this time.
|
Development/Comprehension |
No exemplars at this time.
|
No exemplars at this time.
|
No exemplars at this time.
|
Style/Conventions |
No exemplars at this time.
|
No exemplars at this time.
|
No exemplars at this time.
|
What did you like? Did you need to revise anything? How could we make this assessment better? Our Assessments are written by teachers for you, so your feedback is important to us!
Comments about items may be moderated and/or reposted to aid item improvement and teacher learning. By leaving a comment, you agree that we can use your comment without attributing it to you.