Group items tagged

The Saint Louis Zoo provides a number of school programs, tours, and lessons for all age groups that deal with the themes of ecology, classification, conservation, and adaptation. There are even overnight programs dealing with these subjects, as well as outreach programs. Each theme has "sub-themes" that become more in depth and involved depending on the grade level of the students. (Diigo would not let me bookmark this link to the School Programs Table: http://www.stlzoo.org/files/7013/1350/2181/ProgramsandTours10.pdf). Costs vary depending on what program you wish to go on. I selected this resource because the Saint Louis Zoo is an excellent educational tool that is located so close to the area, and I feel that it should be utilized. This is valuable to me because I plan on using the Saint Louis Zoo as a field trip location and learning tool for my students. Knowing that there are scheduled programs that are challenging enough for my high school students is an excellent opportunity that I plan to use in the future. 

The Zoo Education Department offers programs designed to help students of all ages and abilities learn through experience, involvement and discovery. Programs may include live animals, biofacts, activities, demonstrations and/or discussions. If your class participates often in our programs, you may see the same animal(s) more than once. This is a great opportunity to get involved in St. Louis with the zoo. Teachers can find ways to use their classroom lessons and progress them with a field trip to the zoo.

This field trip opportunity would go great after a science lesson on renewable and nonrenewable resources/ a rain forest activity. Students would walk through the zoo focusing on different climates each animal lives in, what each animal eats, etc. The zoo provides class education programs that will meet the needs ( to their best ability) to provide animals that live in the specific area you are covering. "Programs may include live animals, bio facts, activities, demonstrations and/or discussions" (St. Louis Zoo). The zoo programs also provides four different areas of focus: adaptations, classification, conservation, and ecology.

This is a simple, yet, very effective way for students to understand just what is happening during moon phases. It is a very simple activity to put together that has the students sitting in a circle around the "moon" which is stationary and half is colored black. Each student, sitting at different angles draws what it is they see demonstrating the moon phases. I love this activity, it easily illustrates any misconceptions that students may have about the moon and its phases. I could see this being a very useful lesson and activity when discussing the moon, and illustrating how parts of the moon don't actually disappear. I've always thought that being able to visualize things were the best way to learn.

This is a good activity to do in the winter when students spend a lot of time indoors. It shows how easily viruses like the common cold can be passed. The activity involves students having glitter on their hands and touching different objects. This shows how germs can easily spread. I like that this is an interactive activity that shows how germs can spread better than I could explaining it. The students must also record their observations. It will be messy though because the glitter will be all over.

This is an activity in which students use slices of bread to create replicas of various landforms. After introducing the varying types of landforms to the class, the teacher will provide students with slices of bread with which they can create different land types (such as islands, peninsulas, gulfs, straits, and isthmuses) in a hands-on, memorable manner. After the students have created the landforms, they can glue them to a piece of paper, or simply eat them as a snack! This activity caught my eye because I feel as though it would be engaging for the entire class. I also thought it was cost-effective and simple to execute. This activity would be an excellent way to introduce a unit on landforms because it gives the students a chance to become acquainted with the topic in an appealing, memorable way.

A foundation in geography begins with an understanding of the terms geographers use to describe the features of Earth. Help students grow their vocabulary and learn to recognize common landforms such as islands, lakes, peninsulas, gulfs, straits, and isthmuses in a hands-on lesson using soft and squishy slices of bread! I love this because the students get to visually make the landforms when learning about them. It keeps the students involved in the lesson. I would use it when first learning about the landforms to help the students better remember them.

This activity could be used at the end of a unit on rocks, minerals and the layers of the earth. Students build their own structures made out of mini marshmallows and toothpicks. The students then place their structure on top of the jello that's sitting in an aluminum pan. The students then shake the pan to see what structures survive the "earthquake". I chose this activity because I thought it would be a great hands on experiment for students to see the damaging effects of what can happen to buildings after an earthquake. Another plus to this activity, is possibly sparking the interest of future architects.

An engineering design challenge!

This activity will help students identify what is magnetic by testing different objects. Students will work in small groups for this activity, and be provided the necessary materials. They will use magnets to test each item to determine whether or not it is magnetic. Once they have made their decision, they will record it on their worksheet. I selected this resource because it is a great hands-on activity for the students to work together on. The free downloadable printable makes it valuable to me as a teacher because I do not have to take the time to create my own worksheet. I envision this resource being used for a science center. I will provide the objects to the students in a small bucket, and have them use their coloring materials to record their data.

I like the idea of the blank worksheet, so students could gather up their own collection of items to test, or you could provide some, and then have them select others they would like to try.

This activity allows the students to get a better understanding of the water cycle while creating a fun art project. Students will color the printable water cycle stages and then paste them on the cloud template in order. The finished projects can be hung from the ceiling to display your class's work and make your classroom cute and colorful! Because the project is 3-D, it can be spun around which shows that the water cycle is constant and repeats itself. This activity will be done at the end of our water cycle unit in science. It will be one of the many activities done to make sure students understand the process of the cycle. I selected this resource because it is an exciting way to order the stages of the water cycle. Instead of just putting different pieces of paper in order, students can color, cut, and paste their stages on a giant cloud. The free downloadable printable also makes it valuable to me.

This is an interactive exploratory app for kids to learn about the human body. Instead of offering lectures, this app allows kids to go into different parts of the human body, explore, play and observe. It offers many different activities that teach children how each of the different parts in the body work and it explains some of the functions and processes that take place within the human body. One of the activities included is the exploration of a working model of the body, as every part is interactive: the heart beats, guts gurgle, lungs breathe, the skin feels, and eyes see. I think this would be a fun interactive online activity to do in the classroom with the students. It would be interesting to have a class discussion over how the students believe each body part functions and what they think it is used for. Then we could explore the human body through this app and find out more about it. I think creating a KWL chart would work perfectly when using this app in the classroom. Although this would be a great app to use in the classroom, it would also serve as a great resource to use at home as it is designed for kids to discover what we're made of and how we work!

This is sort of a short game, but I feel that you could do it as a class or in learning centers after you had taught the lesson. This online game will get students to realize how much food, water, sleep and exercise you need to stay healthy. It also asks question such as "what will happen if he doesn't get enough water". That is probably when I will have the students answer those questions in their notebooks as an assessment of what they had learned from the lesson prior to this activity. I enjoyed playing this game and fighting to keep Ben healthy.

"Two similar plants are observed as one gets regular water and the other does not." This science lesson and activity can benefit students in so many ways. Students will be observing and making comparisons among two plants as one plant receives water and the other does not. Throughout this week-long project, the students will be coming up with their own theories about what will happen to each of these plants. Along with this, they will be comparing and contrasting their observations and the final results. I believe that students would love an activity like this, and it would be extremely beneficial to them as they learn how living things change and depend on their environment to satisfy their basic needs.

"Learn about the forces of motion and gravity with a new painting technique by exchanging the paint brush for a swinging pendulum. Engage your child with the combination of art and science for a STEAM learning activity. STEAM is the combination of Science, Technology, Engineering, Art and Math." I found this experiment/activity fun and interesting because it combines science and art. During a unit on forces of motion and gravity, you would discuss how a pendulum works. I would do this activity outside and use the washable chalklike paint they give a recipe for on the site. I would have students predict what kind of a pattern they think the paint will go in based off how the pendulum swings with no paint. Once we have done the first paint pattern, we would try to see if different patterns would occur if you pull it back further. The results are very interesting!

Pocket Universe resembles many stargazing apps in it's layout, hi-def images of all the space you could ever want, but in addition to that Pocket Universe has animated planets and a customization tool for star maps. It's designed for browsing, but also for educational purposes, as it's ability to review astronomical news is built right in next to tours of planets. Pocket Universe, as a resource could provide hands-off student directed instruction extremely easily. This allows students to explore astronomy on their own, without the concern of incorrect or unknown material. I envision this app being cycled through as an activity for students to utilize after their work is finished, as well as possibly being the basis for small group projects- especially those that center around specific planets or astronomical events/news.

Pocket Universe resembles many stargazing apps in it's layout, hi-def images of all the space you could ever want, but in addition to that Pocket Universe has animated planets and a customization tool for star maps. It's designed for browsing, but also for educational purposes, as it's ability to review astronomical news is built right in next to tours of planets. Pocket Universe, as a resource could provide hands-off student directed instruction extremely easily. This allows students to explore astronomy on their own, without the concern of incorrect or unknown material. I envision this app being cycled through as an activity for students to utilize after their work is finished, as well as possibly being the basis for small group projects- especially those that center around specific planets or astronomical events/news.

This page follows the textbook, Modern Biology, providing PowerPoint presentations, review sheets, and activities. I selected this resource because this is the text that is used in the class I am observing. This page has helped me create my own presentations and has given me ideas when creating lessons to go along with the topics the class is covering.

This website is really cool. There is a ton of great information on topics that I think would be interesting for kids of all ages. The images included with the information are awesome.

This site contains activities and projects for students to work on like creating their own space probe or looking at interactive maps. Its full of videos, current events, extra teaching resources and even describes way that everyone can get involved with helping the environment. It's a great interdiciplinary resource that can tie together a broad range of subjects and topics. The webiste resources are free but the magazine subsription does cost money. In addition to the teacher resources link there is also a special page just for young learners that includes music, games, movies, and more.

This website is interactive and gives students real life situations where Punnett Squares are useful, such as breading. Also, it shows students how to create Punnett Squares and then allows students to try it on there on. I like how this website gives students feedback right away and it is making Punnett Squares applicable to the real world. Also, I like how it asked students to answer the chance for an offspring to have a certain characteristic. I would use this resource to help teach Punnett squares. It would be a tool for me to show students that this activity is relatable outside of the class, but it would be engaging at the same time.

This website contains a video about food chains and food webs. It explains what producers, consumers, scavengers, decomposers, herbivores, carnivores, omnivores, etc. are. It is very kid friendly because of the colors and easy accessibility. I like this website because it is interactive for young students. I would use this as a resource in my classroom to introduce the topic of food chains because it is a fun video the students will enjoy.

This website has activities, videos, and games directly related to food chains. I would use this site for resources and ideas for activities. I would also use it for the videos to show the students to better understand the concept of food chains.

This is a website that contains information about food chains and the classifications of animals based on their eating. It also contains worksheets for the students to do. I chose this website because it contains worksheets for students to do. I would use this website as a resource in my future classroom because it contains worksheets. As a teacher I would assign my students to complete one of the worksheets as an activity during the lesson on food chains.

This website gives the teacher a free printable booklet for students. In the activity, the students have to put in order (sequence) the life cycle of plants. This is exactly what the lesson as a whole is about so I feel that this would be perfect for them to make just as an enforcer. If the student would ever forget or be confused, they could look at their booklet as a refresher.

This is an awesome book that the students could complete over the course of a few days, while learning about the solar system.  The book has a page for each planet in our solar system that requires the students to find out information about each planet.  This is a great activity that allows students to become familiar with the rest of our solar system in a way more hands on than just reading a chapter.

In this SmartBoard activity, students get to group different living and nonliving things. It is an introduction to classification based on their physical characteristics. I would use this as an interactive class or group activity that gets everyone thinking about physical characteristics and how we can group different living and non-living things into categories. Students will have to interact with each other, and come to a consensus on what they think the answer will be. This is collaborative learning for them.