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Geocaching is a great way to get kids outside and observing the world around them. Geocaching give you a set of coordinates and your job is to find the hidden object. It is usually a small box containing small trinkets like children's toys, CDs, coins from around the world, etc. When you find the box, you take something and leave something and you can track where your items go across the globe. They are literally all over the world. They can be found in oceans, on mountains, at gas stations, in the woods, etc. It would be a great field trip to take the kids out to a local bike trail (there can be more than 15 Geocaches on 1 trail) and take some time to be outside, talk about nature and try to find something cool! As a teacher, you can even make a Geocache for your class and check out who is finding it online. My husband and I have a Geocache of our own and go out geocaching often. It helps keep you active and allows you to enjoy the outdoors. Older students can also benefit from learning about coordinates.

Experiments for very early learners may be a little hard to think of. This page is full of ideas with materials you will need, ways to tie it all together, and how to get the students to understand the big picture.

Many of these are more crafts projects than experiments, although they have potential linkages to science.

This website is an interactive too for my students to learn about genetics. In this simulation students are given an alien and based on what side the coin lands on in the experiment, and then a particular trait is given. I selected this resource because students might find it engaging, while learning how genetics determines what traits people are given. I might use this activity after I would teach a lesson about recessive and dominant genes, but before I teach Punnett Squares.

Students will make their own weather station, consisting of several home-made versions of real weather measurement equipment and use that equipment to make observations about the local weather. This is activity is good for the students to gather data and use that data to reach a conclusion.

This is a great way to bring something visual to a concept that is mostly invisible: evaporation. It gets the students outside and moving a little.

Magic School Bus activity that gives directions for creating a decay bottle out of soda bottle. I would use this for exploring decomposition with elementary students. They can observe it happening instead of guessing!! Yay!

Garden Classes represent our signature field trip experiences for school groups visiting the Garden! Each program begins with an introductory program in the Jordan Education Wing. Trained instructors engage students with storytelling, group-participation activities and inquiry-based hands-on experiences. All activities are standards-based and age-appropriate, and each student will pot a plant of their own to bring home! I would combine the "Heaps of Seeds" class with my garden in a glove lesson plan. Upon return to the classroom, the students could write about the differences in the growing environment at the Botanical Garden and in their Glove Garden.

This is a great activity to make the concept of the water cycle hands-on. Students can watch the process right before their eyes over the matter of an afternoon.

In this activity you need a flashlight, A transparent container with flat parallel sides, and 250 milliliters (1 cup) of milk. There will be water in the container. Gradually as you experiment you will add more milk to the water. The water acts as the day time sky, the milk acts as the clouds, and the flashlight is the sun. As you add more milk it gives of the appearance of a more cloudy sky. The cloudier you make it the more orange the light will get. Basically the sun sets as you fill the container with more and more milk. I think this is an awesome idea. I have never seen this done before but I would have been amassed as a student to see this. it fits great with a weather lesson, a light lesson, or a lesson about clouds and cloud types. Depending on have advanced your students are you could probably ask them to give you examples of the cloud cover that might be present as you continue to pour in the milk. This is another good observation and journal point in class. Maybe you don't tell them right away what it is supposed to look like and you have them tell you instead. You could discuss how as clouds get thicker less light passes through and introduce terms such as transparent and translucent. Whether you tell them what it is or not it is a great connection to make with students. This is something that literally happens every day in their own lives. maybe you could have them go home with journals and compare the real sunset to the one you made in class today.

This is a lesson plan resource that covers the explanation of simple machines and a couple activities in which students create their own simple or complex machines. The lesson plan also lists some great books and activity pieces to buy that would go great along with each of the lesson sections and also lists a few ideas for homework materials. The only ones that were working correctly were #3 to see the design of a lapbook and #5 to see simple machine coloring pages. Also note that choice #6 under Homework Ideas does cost money. I personally loved the ideas for creating simple and complex machines. It would be a chance for students to work together on creating a solution (3-5-ETS1-2). This would be a great way to breakdown the learning of simple machines into easy pieces that can be organized and taught well.

The website is a great resource for any elementary school teacher. It is broken down into sections such as organization, search engines, games, activities, etc. While I obviously didn't look at all 100, the ones I did look at seemed like they had great potential. The organization section seemed especially promising because I struggle with keeping things organized. It has websites similar to diigo to provide you with more ideas and inspiration. I think this will be a great starting point for any new lesson that I decide to try. Picking any of the 100 sites is sure to bring up something helpful. It includes free audiobooks, body maps, worksheets, electronic field-trips, etc.

I found several of the links to be faulty--leading to old sites no longer functioning, or to sites that looked questionable. However, I did also find Climate Zone, which allows you to use a clickable map to select a region of the world, and then a country, for which the site then provides latitude, longitude, and climate information about the location. This would be a good resource for students researching regions of the world or biomes.

This website is a teaching resource providing lesson plans, worksheets, and activities for upper elementary and middle school science teachers. All resources on this site are copyright protected but are free to distribute to students in the classroom. Included are links to other websites offering lesson plans, worksheets and activities. Access to literally hundreds of thousands of teaching materials. Broken down into four major categories of life, space, earth and physical sciences.

A lot of worksheets and crossword puzzles related to science content. A few lessons, but my favorite is the collection of different styles of periodic tables (black and white, color, etc.) available for downloading.

This lesson deepens students' understanding of the similarities and differences in the life cycles of organisms. The lesson begins with a reading of Eric Carle's The Very Hungry Caterpillar Next, students use a video to study the developmental stages of frogs, dragonflies, and butterflies. _____________ This lesson plan grabbed my attention because it begins with a book by Eric Carle and we just discussed his books in one of my other classes at McKendree. This is a two day lesson. The lesson plan begins by gaining the students interested by reading The Very Hungry Caterpillar by Eric Carl. There is a corresponding video which explains the life cycles of frogs, dragonflies, and butterflies. Then, there is an activity to hand out to the class. In groups they follow the activity to explain their assigned organism, then they explain their findings to the class. I like this lesson plan because it is very detailed. I would use this in my class when studying life cycles.

Students from all over our community participate in guided field trip tours at the Museum each year. The Museum's educators, all certified teachers, facilitate experiences that support 21st-century skills and core academics as well as creative problem solving and critical thinking. This seems like an amazing field trip opportunity that would keep the students interested as well as the adults and teachers. Just by reading through the descriptions it sounded as though they had something for whichever area peeked your interest, especially in science. They have several activities dedicated to science and what makes this even more attractive to teachers is that they actually have the NGSS standard underneath the individual activity. A few examples of what they offer are: science detectives, recycling, electricity and magnetism. Although, the older students could benefit from each of these if I were teaching between K-2 I would not focus on the science detectives as much as the others. However, pertaining to recycling I could then have an assortment of trash and have the students separate the items into what is recyclable and what isn't. In the end, this would be a beneficial experience for any age.

This is an entire unit on wetlands and it is completely free. There are five lessons on wetlands that each build on one another. I really like how the first lesson relies solely on the student's senses to experience wetlands. There are activities for each of the five senses that really get children engaged and in tune to what a wetland is. The second lesson teaches about different types of wetlands and includes a game to help learn them. Lesson three is great because it pairs this ecology lesson on wetlands with an English lesson on metaphors. It even includes objectives with measurable verbs, There are also great extension activities included! Each lesson in this unit plan has at least one video paired with it. I really like when there are videos provided, because teachers don'e have to use them, but they may if they choose. I would certainly use some of the videos that I thought would help better explain the context of the lesson, so visual and auditory learners would be able to better grasp the content. I could certainly see myself using this lesson in my future classroom. Especially since it is for upper elementary and middle school which are my ideal age group.

Holding your nose while tasting the potato and apple makes it hard to tell the difference between the two. Your nose and mouth are connected through the same airway which means that you taste and smell foods at the same time. Smell is often considered the least important of our five senses, and I'm sure many students would agree. I would start by taking a poll which hopefully results in a consensus that smell is the least important sense. The following activity involves giving students small pieces of apple and potato and having a partner mix up the pieces while the other student's eyes are closed. The students will then eat the pieces with their eyes closed and try to see if they can guess which food it was. The students should begin to see for themselves how important smell is for tasting foods. This activity involves very few supplies and has an easy clean up. Afterwards, I would have a class discussion about their findings.

This is a fun activity that includes math, science, and fine art. I envisioned using this as a fun filler activity maybe on a Friday afternoon or on a half day of school. I would provide the children with several bags of M&Ms. I would ask them to try and predict how many of each color M&M would be in their bag. They would then divide the colors up into different containers. Students would then be asked which containers held the most M&Ms. You could also ask the students to count out how many of each color and then graph the results as well depending on the grade level. After discussing the data they found, we would then add water to the M&Ms. I would ask the students to predict what would happen to the M&Ms when the water was added. I would jot down the predictions on the board and revisit them after the experiment to see if we came to the right conclusions. Once the M&Ms have mixed with the water and created the paint like effect I would let the students have some painting time. I feel this could be used from kindergarten up through second grade.

By creating a beach in a pan, students are able to make observations about how erosion occurs in nature. Place rock and damp sand at one end of the pan. Place a brick under the pan on the end with the sand so that the pan is tilting. Pour water into the opposite end of the pan. With a sponge in the water, press down on the sponge to create waves that hit the beach. The students will then be able to observe what happens to the sand and gravel after the waves continue to crash into the sand. I chose this resource because it allows the students to have a hands on activity and watch erosion take place systematically.

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 site shows different activities and "labs" to show or work through to demonstrate the first law of physics. I feel like depending on what activities you choose to do this could easily stretch across multiple grades levels.