Group items tagged

This website opens into a word document that has a TON of different lesson plans for K-1 grade level. The two lesson plans that I really liked were the Adventures in the Rain Forest, and What's the Point of That? The Adventures in the Rain Forrest talked about how living things are dependent on one another, and where they are at in relationship to their environment (the rain forest). The class will embark on a mini pretend field trip to a rain forest where they will discuss where certain things in a rain forest are located, and why it is important. This relates to the standard 12.B.1a really well! The other lesson plan that I really liked in this huge list was the one that was called, "What's the point?" In this lesson plan, the students learn different characteristics of living things and why it is important that they have them. (i.e. the importance of birds having feathers, etc.) I really like this lesson because students will really get a grasp on how all living things are different in a lot of ways, but the reasons behind why they are different. I'm all about celebrating our differences!

* This lesson is focused on the identification of structures and functions that plants and need to survive. It lets the students think about what job each part of the plant has to survive along with how important it is for each plant part to do its job or else the plant will not. I selected this resource because I thought it would make for a great introduction lesson for teaching students about plants and how their internal and external structures help them to support survival, growth, behavior, and overall reproduction (4-LS1-1). The structure and processes of plants and animals is my main focus of this lesson, but I feel that this lesson would benefit the teaching of plants.

This is a video I found on YouTube featuring an experiment that shows how light can be "bent" using water and reflection. I selected it because it goes well with the Next Generation Science Standard that I was given (1-PS4-3). I feel that it lends itself well to explaining to students the reflective properties of light, and I would use the video along with my own version of the activity to explain this. I tagged both K-3 as well as 4-8, though I feel that the activity could be used at any grade level. The video itself uses more advanced language and vocabulary, but I feel that by using grade-appropriate terminology, it could be useful for younger students as well.

This resource is a web page that has an entire outline and all of the information to do a field trip at Glacier National Park in Montana. This field trip is designed for 2nd grade (in the fall or spring) and has a duration of 4 hours. The group size listed is for 45 students. This is an excellent field trip that allows students to observe plants and animals in their natural habitats, compare/contrast, and communicate findings. I felt that this field trip would match perfectly with 2-LS4-1. I would use this field trip near the end of my unit, so students could grasp the real life connections and I could somewhat assess their learning of the lessons previously taught for this specific standard. ( I did not see the cost for this field trip listed on the website, so I am led to believe it is a free field trip that Glacier National Park offers.)

In this motions and mass lesson plan, which is adaptable for grades 1-4, students use a free online science game to explore the principles of physics, mass, force, and motion. Interactive whiteboard Computers with internet access for BrainPOP This lesson plan uses a free online game called SpaceForce.

The Children's Creativity Museum has a range of exploratory experiences for children throughout their site, their coding workshop field-trip is exploratory in a whole new manner. Children will experience a coding workshop that is structured to engage and entertain them, while also providing actual coding skills and knowledge that can be applied in other scenarios outside the workshop itself.I envision the field trip going along with coding that we do in class, possibly in conjunction with a school-wide "Hour of Code" via Khan Academy, or something similar.