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St. Louis Science Center's reconstruction of a dig site in the Badlands, of Montana. The fossils at the "dig site" are casts made from the real fossils that can be seen on display in the Prep lab. The Prep Lab features interactive tables where real dinosaur fossils are displayed. Students are also encouraged to ask the workers and volunteers questions. There are also many other interactive exhibits at the St. Louis Science Center that deal with fossils and how they are made, and beginning March 7, there will be a special traveling dinosaur exhibit to visit. I can't think of a better place to take a field trip when teaching about biological evolution (3-LS4) than the Science Center. A large majority of their interactive displays fit right in with what the students are learning, and having the hands-on experience will only enhance the students learning and make it more meaningful. I would take the field trip somewhere in the middle of teaching the material, that way I could reference what the students have already learned in class when we're on the field trip but they would find that there is still more to learn.

I found this while searching for field trip ideas. The author of this summary visited the Maryland Science Center in Baltimore, which features many "hands-on" exhibits. He speaks mainly of the "Newton's Alley" exhibit, where he spoke of the ability to lift himself using pulleys. However, of particular note to me was the fourth paragraph, where he talked about playing the "harp with invisible strings," which was actually powered by laser technology. I selected this resource both out of a desire to find a fun and relevant field trip as well as my own healthy respect for Isaac Newton and his discoveries. I would use this as a basis for planning a field trip to the actual Maryland Science Center facility.

This resource is an exercise in perception with a small nod to biology. Essentially, the activity requires a student to stand astride a 2x3-feet mirror and then, with the leg that is against the reflective side of the mirror, bend at the knee and move it back and forth. This will create the illusion of flight. The idea behind this is not only the reflection of light using a mirror, but it also ties in to basic biology and anatomy by proving that the human body is symmetrical. I chose this out of a desire to find fun light and reflection-based activities that are relatable to younger (K-3) students. I would use this in the classroom as part of a lesson about light and reflection, making sure to give the hat tip to the biology element as well.

This is a lesson on the properties of the electromagnetic spectrum. It is structured much like a lesson plan that we learned about in EDU 309, and as such, is easily broken down into individual parts. The lesson itself provides introduction to the electromagnetic spectrum, UV beads, prisms, and diffraction gratings, and also explains the origins of rainbows. I selected this resource because it provides a clear example of the use of the Next Generation Science Standards (despite its origins in California) as well as a valuable way for elementary students to look at the world around them in a different way. It also provides reading and mathematics connections. I would use this resource as a guidepost to structure my own lesson about light waves and the electromagnetic spectrum.

Excellent first post! you've got the hang of Diigo!

While navigating through the website, students will be able to obtain knowledge on our solar system and all of the planets involved. Each planet has its own page of information. I like this website, because you can have the students use technology (the computers) and team work to find all of the information on each of the planets. I would have pairs of students receive one planet, and then sharing to the class about their information (This would help the kinesthetic learners) Also, there is a short 4 minute video that is called the "The Solar System Song" which has information about each planet. I would use this after the students all shared their information on what they learned on their planet. By sharing this video it incorporates technology, review and for those visual learners a small video to help them remember planets. There is also a planet quiz on the website as well as links to the stars and moons pages.

This website is a branch of The Butterfly House located in the Missouri Botanical Gardens. This website has an amazing list of classes/programs and their descriptions offered for grades K-6. The programs are designed to foster a greater understanding of butterflies and their importance to the balance of life on Earth. There is also information about times, fees, and dates. I think this is a great way to enhance a field trip by giving the students a fun, hands-on, and interactive experience.

The house is actually operated by the Garden but not located there.

This resource provides an excellent overview of plant biology with multimedia interfaces. It covers the origin of plants, and discusses plant parts, plant growth, how plants manufacture food, pollination, seed dispersal and adaptations. Additionally, it shows the relationship between plants and life (in general) e.g. plants as a source of oxygen, a source of food and a habitat for animals.

The St. Louis Science Center is a great place for children of all places to explore. It has free general admission with lots of science to explore. There are also on-site science demonstrations that cost anywhere from $40 per participant to $50-250 per 100 person group. This is a great field trip that can be free for all students or one that can become more exciting with demonstrations for a fee. In my classroom I would utilize the St. Louis Science Center as a hands on resource to cover different aspects of science taught throughout the school year. This would be an end of the year field trip. Depending on funding I would use the free aspects and have my students participate in one of the demonstrations.

This website lists multiple activities for children to use while exploring the concept of butterflies. Several of these activities could be adapted to be used in a unit on insects. The activities are all designed for kindergarten or first grade. I especially like the use of the K-W-L chart. The students were asked at the beginning of the unit what they think they know about butterflies and then revisited this list once the unit was completed. I would maybe take it a step further and ask the students what they want to know about butterflies. I also liked the use of the mural as an educational tool.

This website allows students to interact and learn a lot about plants. It is very interdisciplinary. I selected this resource because I think it would be fun for kids and grab their attention. I would use this resource during a unit on plants, and this website alone could be used for at least a week to talk about all of the different things that are involved with plants. I think students would have a good understanding of plants after going through the different lessons of this website. 

Tons of content, which requires a LOT of reading! I would up this to grades 3 and above, I think. Especially like the bilingual aspect!

The website includes directions for a great kinesthetic approach to teaching constellations. This project consists of star cookies which the students configure into different constellations. I selected this resource to use during my stars lesson plan. After seeing the stars in the distances I feel this project will bring the idea of constellations down to earth.

I was surprised to find this website to be written in French! It would require some calculation to convert the recipe from grams to our more standard measurements, or at least a kitchen scale. This recipe isn't essential to the star shape, though, which could be achieved with regular sugar cookie dough and a small star cutter.I do love the idea of placing the cookies in a pattern and connecting with chalk or crayon to either "create" new constellations (for which students could also write related myths or stories) or review and recreate the existing constellations under study.

STUDY JAMS! A website sponsored by Scholastic books. This page includes a 3 minute video, sing-a-long, vocabulary lesson, and quiz. In addition, this sight includes a link for a matter lesson plan and teachers guide

Love the video, which could be used as a good review, or in segments along with instruction and experiments on the individual phases of matter. Very kid-relevant and scientifically correct, including temperature and molecule movement, using the analogy of "teams" of molecules.

As you hold your phone up and point it towards the sky, Star Walk Kids follows your motions using the built-in gyroscope to match the map on your screen to the stars seen from your location. Cartoon-style interface and friendly voice of the narrator effortlessly guide you through the night sky. -------------------------------------------------------------------------------------------------------------------- The winner of 8 awards, Star Walk Kids is a great astronomy app for students! Kids can learn about planets, stars, and constellations. The app is informational and interactive and completely kid friendly with engaging graphics and colors. I love that this app speaks to the operator and helps to verbally label items, so that children will know how to pronounce a name. The most incredible part of this app, in my opinion, is that it is available in ten different languages. I know that if I had a non-English-speaking student in my class, I would be thankful to have an app that offered a comfortable language for that student. Throught the vitotechnology link, one can access the app's manual to better understand its features and how to operate it. This app does cost $2.99, but I believe that is a small price to pay for such a wonderful app. The following is a YouTube link to a review video that goes through some of the app's functions. This video might be nice to view in order to get a better feel of the app. https://www.youtube.com/watch?v=5d9zUbXsY6U

This is an activity resource I found about a robot arm activity for students. The information for the activity along with the full pdf file and the student worksheet are free to download. I liked all the information that the page offered, as well as the complete list of items for each group of students to use to create their robot arm. I think that this is another great way for students to see the many different sides of engineering. It's not all just about space or building skyscrapers. The goal of the project itself is for the robot arm each group creates to be able to grab and carry a foam cup. It's not too much of a daunting task and the goal is clear and is easily viewed when it comes to assessment.

This activity is to reinforce the stages of the life cycle of vegetation for lower level elementary students. This activity gives students the opportunity to be creative as they color and explain the life cycle in their own words. It also sets up the students to succeed and reinforce topics because it requires that they use certain vocabulary words in their writings. I think I really would have enjoyed the freedom that this activity gives the students when I was a student. The following is the original explanation of the activity.

remove science tag, since you have biology tag that is more clear. remove k-5 tag and re-tag as k-2 and 3-5.

Go on an exploration of what we're made of and how we work with this Human Body app, from Tinybop. This app will help students explore the body. I think that using this app in the classroom students will get a better understanding of the human body then just a picture. They will have an interactive experience of exploring the human body. It also shows what different aspects of your body can do, such as seeing sound waves with the ear. I think that the new technology will help students learn more efficiently.

This activity shows how a cloud makes rain. For this activity you fill up a jar most of the way with water. Top the water with shaving cream. Drip food coloring into the shaving cream until eventually it fills up and starts dripping through the shaving cream. I chose this activity because there are a few simple items needed, shaving cream, water, jar, food coloring which could be found around the home and would be interesting for children. This would help simplify the understanding of clouds producing rain for young children. This activity can be used during the studying clouds/weather I would use during the lesson while explaining how clouds make rain for a visual.

This lesson is so simple and adorable! It's about teaching students the types of clouds and precipitation. It gives a very simple and eye friendly teacher outline for the types of clouds and directions for a demonstration. I think this project could be taken down or up a few notches to match the age group someone was teaching. It's a very wonderful lesson for active and visual learners. It provides a bit of hands on involvement and visual demonstrations about rain fall. I would use this lesson to teach to my class as a whole, but I would love to put my student's into groups to do the experiment. I think it would be a good time for them to practice the scientific process that we would've previously discussed, by allowing them to think critically and predict what would happen to the food coloring droplets and so on.

This is an experiment for students to make their own snowflake. I would use this in my classroom as an extension of a weather and seasons lessons. I would try to do an experiment involving an element from every season.

This is a great experiment for students to see the process of crystallization. It's a great way to bring in the idea of crystals being formed by an arrangement of molecules in a pattern. Using household items like borax, food coloring, water, and a few other materials makes it very teacher friendly. I would use this experiment in class to expand on the movement of cold vs. hot water. I could also tie this experiment in while discussing liquids/solids, precipitation, or chemical reactions.

This is a video of a song that shows the basic parts of a plant and how a plant grows to the tune of "Head, Shoulders, Knees, and Toes." This song would be really fun for kindergartners or first graders. I selected it because I want to infuse music and movement into the curriculum whenever possible, and I think this resource does both. This would be great for musical and bodily-kinesthetic learners. I could integrate art as well by having students create little props for use during the song. All of this could happen at the same time as they are learning about plants.  

This site is an accompaniment to a children's show on PBS called Zoom. The webpage provides tons of science projects for kids, some of them in printable form for educators to use in class, that ask students to consider their discoveries without flat out telling them what they're supposed to be learning. There's a link for parents and educators as well. Free, and fantastic supplemental materials for elementary school kids.

Lots of fun stuff here! You could refer parents to these for weekend supplemental science activities for elementary students.