Positives

• The game modeling blueberry pollination is a great way to keep students engaged in this unit!
• This unit offers many additional resources for the teacher to read and really become a resident expert in the subject matter.

Additional Prerequisites

• The resource on blueberry plant development on page 5 of the teacher guide is a broken link and the first video in the slides does not play, but it is not required for the lesson.
• The additional resources on the topic, located in the background information sections of the teacher guide, are excellent for the teacher to use to build their own background knowledge.
• You will need to print out the blueberry and bee cards and sheets prior to the lessons.
  
• Some students may need the terms dispersal, pollen, nectar, fertilize, protein, foliage, genetic, and others defined prior to starting this unit.
• In the data stations for lesson 4, the video for station 2 can be made more accessible to students by generating a QR code for them to scan when they reach that station.

Differentiation

• This module would be an excellent follow-up to a lesson or unit on plant adaptations, evolutionary history, and symbiotic relationships.
• Students in math classes who want even more practice with graphs can look at and answer questions about the graphs used in Dr. Drummond's presentation, which is found on page three of the teacher guide.
• Strategic grouping can be used for the data exploration portions of this lesson if there are students who struggle with reading or interpreting graphs.
• Students in language arts classes can write a short persuasive speech about why their adaptation to the model is the best. Students can also create an infographic, informing people about the role bees play in low bush blueberry pollination.
• Students who want to learn more or want a sense of agency in this phenomenon can research ways that people can help slow the decline of local bee populations. The additional resources for teachers give some great information about this.