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This website explains how zoologists have to make "survival plans" for the species at the zoo. In this survival plan zoologists must consider which animal breeds with what. This is because they are often concerned about keeping genetic vigor. I I would use this website to plan a field trip to the St. Louis Zoo. At the zoo students will learn about why some zoologists pick certain mates over others.

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.

Learn More & Get Involved The Lower River Cam, located in Katmai National Park and Brooks Camp, Alaska, is where the Brooks River meets Naknek Lake. It is a favorite place of mothers and their young cubs, females and young adults until September when as many as 100 bears descend on the area to feast over a two month period. ______________________________________________________________________________ This is a GREAT website! This website allows viewers to observe animals in their natural habitats (my favorite are the elephants). Some of the animals include elephants, bears, sharks, penguins, and many more. These animals are found everywhere around the world, and cameras are put in their habitats (both in zoos and in the wild) so viewers can observe the way these animals act in their natural habitats. I chose this resource simply because I absolutely love it. I've heard nothing but good things about this website. My brother has used this website in his kindergarten classroom and his students really enjoyed observing the different animals. I also like how the website provides a wide range of animals, which helps peak every students' interest. This resource could be used during any science lesson about animals. If students are learning about animals and their habitats, this website would be very resourceful and would be a great visual to show the different habitats animals live in. Overall, I think this resource gets students interested in animals and can be used at any grade level to peak students' interest.

This resource is a recycling activity and learning guide for educators and students. The guide was created by the Wisconsin Department of Natural Resources. It contains recycling and waste facts about Wisconsin and also lessons based on protecting the Earth's resources and environment. I chose this resource because it fits the standard to- obtain and combine information about ways individual communities use science ideas to protect the Earth's resources and environment (5-ESS3-1). This standard will be the focus of my lesson in this course. The guide provides information for the fifth graders to learn how Wisconsin uses science ideas to protect the Earth's resources and environment. I could also use a lesson from this guide as an outline for my lesson in the course.

This guide contains a TON of information on a variety of environmental topics.

In this activity, the class will make a map of the solar system using their bodies. Not only do the students learn about the solar system, they also learn about vast distances. I chose this activity because it gets the children up and moving. I also chose this activity because it tackles the tough topic of vast distances. I would use this activity when teaching the students about the solar system.

This online activity will be done at the end of our science lesson on different environments. This game requires that students place the different animals, plants, and objects that would best survive in each given environment. Based on what the students have learned about different environments, they will be able to correctly place each object given. I selected this resource because animals and their environments is a huge content area in first grade. This online game will be available for students to play during centers. Whoever is at computer centers that day will be able to play this game. Having such a fun interactive game will allow them to be very engaged, but still learning at the same time.

The rock sandwich experiment is a hands-on way to learn about a very long process. The bread acts like two layers of sediment on top of each other that will eventually form metamorphic rock. This experiment is simple, cheap, and quick. It will make for a nice addition to a lesson on the different phases of the rock cycle. I could have pairs of students perform this experiment so everyone is involved and all of them have a chance to do a hands-on activity. It is also a great activity to do lab sheets with and a follow up journal entry on what they learned about the formation of metamorphic rock.

This video helps students remember the three states of matter. I would use this in my class as an introduction to science each day. I like how it includes examples that the students readily encounter on a daily basis in the song. This is a great way to introduce students to a concept they have experience with, but are going to learn more about the specifics.

This Dr. Seuss tale opens the eyes of the students to the world of recycling. After we read the book students will participate in a recycling relay. I chose this book because Dr. Seuss is a fun way to learn and the rhyming engages the students.

This link goes to a collection of Seuss ideas. Which are you meaning to reference here, and how would you use it? I don't see a recycling relay activity on the link.

In this lesson, students learn about the varying sizes of ocean waves, what causes the variation, and where to find giant waves. Students will learn the parts of a wave, and discuss wave height, wavelength, and wave period. They will experiment with creating waves on the National Geographic Wave Simulator and discuss how geography affects waves. I like this lesson because it gives students rural country areas (areas without oceans) insight into our oceans. This lesson could be paired with a lesson about ocean currents or temperatures (and temp. change). In addition to using the on-line program, I would bring in a giant aquarium with toy boats to show what happens with waves.

"Monster Physics" is an app that allows the user to create and test his/her own machine using a variety of devices such as wheels, propellers, ropes, etc. After the user invents a machine, he/she is able to test it to see if it works. So, not only does this app allow students to create their own system, but it allows them to evaluate the effectiveness of their creation as well. I chose this app because it looks child-friendly and can easily be used for students to explore different mechanisms that I may not have readily available. Also, this app lets them create a device which may require too much time or space if attempted within the classroom. I would allow students to use this app during a rotation time or if they finish their assignment early in order to further their knowledge of mechanical systems as well as enhance their critical thinking skills.

This video is SO COOL! This would be a great start into a lesson on gravity. It starts with some prior knowledge that students should have. Then it goes into teaching about gravity with the example of an apple falling from the tree. To keep students accountable, I would have them write down words that they may not understand or have them write a short paragraph on what they learned about gravity after this video. If they write down words they don't know, we could go through them as a class before getting in depth to our gravity lesson which could include more videos or an activity later on.

This website is more for the experiment that you might do after teaching a lesson. This particular experiment is the old fashion "making a volcano". I believe that students can learn from this experiment. There is an objective on the understanding of volcanoes and guiding questions at the end. I would probably do this experiment in the middle of the week for lessons on volcanoes. I would definitely give my students background knowledge on what volcanoes are, how they are formed, and what happens when they erupt. I would then have them do this experiment. After, the website gave a great idea for a homework assignment such as, looking into the volcanoes we have on earth and possibly writing a paper on them. I enjoy experiments, especially in science so I believe this would be great for any lesson involving volcanoes.

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 lesson is cool because it involves what students can see everyday outside. It is something they can experience on their way to school, on their way home, or on a summer day at the park. The study of songbirds will help students with some vocabulary words they should be exposed to and learn about why some birds are song birds. Plus, this lesson has an awesome in class activity at the end that allows students to make their own bird sounds and compare their sounds to actual birds.

This link takes you into the formation of crystals. It gives you an introduction for your students and gives you guiding questions. This lesson also explains how crystals form, what they are, and ask students where you might find them. Crystals are cool, so I have no doubt that students will love this lesson. Also, at the end there are some hands on activities. I would scroll and click on make bath crystals for the activity because looking into that one, it seems like something the students can do and enjoy in class. After this lesson, I believe students will know more about crystals, where to find them in their everyday objects, and enjoy learning how to make them.

"How do you get your food? How would your eating habits change if you didn't have a microwave? Would it change if you had to grow and prepare all your own food? Why?" I think this is a wonderful idea for a field trip as it would get students involved and excited to learn more about animals and their habitats. A trip to the zoo may seem like a simple class field trip, but many kids have not had the opportunity to go to a zoo and see the many different kinds of animals. I think this would be a great learning experience for students as they are able to observe the animals first-hand and take notes on what they notice about the animals in their habitats.

This activity combines science with visual arts as the students learn about animal habitats and then construct their own model of an animal habitat. The students will be assigned and given an animal (a small beanie baby), a shoebox to use as the habitat, and other materials to use to build the habitat. I believe that this would serve as a great extension activity to the zoo field trip I previously mentioned. This activity requires the students to use both their background knowledge and what they have learned or observed about these animals and their habitats. I feel that students would enjoy this assignment as it allows them to use their creativity.

"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!

This is a website where teachers can make online education games that go along with their lesson for free! The games are automatically created and provide interactive review for exams or quizzes. No downloads or installation required, create your school review games in the cloud and access/edit it from anywhere in the world! Use the site for unmotivated learners or to turn workbooks or flash cards into fun time. The e-learning games creates a relaxing environment which helps motivate the learner. You can even collect statistical data on who played and how they did. This was taken directly from the website because I really liked the description- I think this would be a great tool to use in the classroom.