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Modern Biology Inc. supplements teaching biology laboratories. On the website they have free access to over one hundred experiments that correspond to many different concepts that are being taught in high school biology labs today. There is also the option to search by the class you are teaching for experiments. While access to their experiments is free, some of the experiments require equipment or additional materials that would more than likely need to be bought and Modern Biology, Inc. sells any piece of equipment or material that their labs mention. I selected this resource because labs are a critical part of any science classroom, and lab equipment and materials will inevitably need to be purchased. This is a good resource where all labs can be accessed and materials can be purchased in the same location. I will probably use some of the lab exercises from this website, and it is possible that I would need to purchase equipment and materials from this website as well. 

Mainly classroom supplemental materials for sale, but all are produced by ABC and Disney, so quality of materials is terrific. Materials available for all grade levels. If you dig around the site, there are free science demos by Bill Nye the Science Guy.

This website was designed by a teacher that has taught biology and chemistry to middle school and high school students for 37 years. This is the culmination of materials and resources that she has created, modified, and gathered over the years. She provides a multitude of various links to different activities, worksheets, labs, demos, test reviews, etc. She even provides her email information so you can be in contact with her and discuss the material on the website and other teaching strategies. I selected this resource because there are so many different activities that can be used by middle and high school biology and chemistry instructors. It is particularly valuable to me because I will more than likely use many of the materials and resources provided from this website in my own classroom. Personally I find it challenging to create really fun and yet beneficial, educational activities for students on my own, so it is very useful to have some ideas available for me to start with. 

This resource contains an interactive program of various materials that demonstrate sound and vibrations that make sound. The program allows students to change materials, pitch, and force. I chose this resource because it fits well with the standard (1-PS4): Plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate. During my lesson, I will focus on this standard, and this program would serve as a fun activity for students. In my lesson, I would use this program as an introduction. This activity would expose students to a variety of sounds and materials while introducing vibrations.

This website gives you the ingredients and amounts of different liquids and materials to poor into a clear cylinder to determine the different densities of materials. In their lab groups, the students will determine the order that the materials will layer in the cylinder before the materials are actually poured in. I selected this resource because it provides a way do demonstrate density in the classroom and it explains the reason for why each material settles differently. I would use this experiment as a way to introduce volume and density to my middle school students.

This is a technology-based tool in which students can build a DNA molecule. Based on your rate of construction it calculates how long you would have to work in order to successfully transcribe the DNA in one human cell (my rate was 50 years day and night). Underneath this graphic tool there is also a large amount of material on the structure of DNA. I selected this resource because it is a great interactive tool for students to use, and I think it will help them in conceptualizing DNA related material. This tool can be used to help students understand and appreciate how rapidly and accurately DNA processes, such as transcription, occur within a cell. 

I love the fact that this tool will help students understand how rapidly this process really works. It is mind boggling that these things happen and we aren't even conscious of it. Having students perform activities like this opens their eyes to the wonders of the human body, and to some may even motivate them to ask more questions!

This website is interactive and explains how sexual reproduction is different than asexual reproduction. Through the use of flashcards students are able to quiz themselves over descriptions of each form or reproduction. I selected this resource as a tool for my students to help them learn the material as well as quiz themselves. This website also allowed students to hear description of each type of reproduction, do flash cards, play games, type in answers to their questions, and do an online test. I would use this website to see if my students really know the material and have it as tool for studying.

This resource shows a video of a women performing a song by using test tubes filled with water to create different pitches. It demonstrates the use of sound and vibrations. It tells you all the materials that you will need, what to do, and what will happen. It also gives you ideas for further activity if you have more time in the class. I chose this resource because I did an activity similar to this in my Methods of Fine Arts class but we used mason jars instead of test tubes, which I believe would be more safe for younger students. Also, the water in each mason jar was a different color and each jar was labeled 1-8. This made it easier when we played a song with the jars. I think this activity would be very fun for students to do because I really enjoyed doing it. You don't have to necessarily follow this lesson plan; you can tweak it to how you want. I would use this resource after teaching my students about vibrations and talking about how sounds change when water levels are different. It goes along with my standard 1-PS4-1: plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate.

This activity can be used in conjunction with a lesson on rock formation. Each rock is formed through different processes and made up of varying materials. This project lets the students make there own sedimentary rock and observe closely how they are made up of different materials held together by one material.

I will use this website to have my students make lightning using an aluminum pie plate, styrofoam, glue, ballpoint pen, thumbtack, and a wool sock. Manipulating these materials will create a harmless mini-lightning bolt. This website provides instructions and detailed explanations for this activity.

I will use this website to have my students make lightning using an aluminum pie plate, styrofoam, glue, ballpoint pen, thumbtack, and a wool sock. Manipulating these materials will create a harmless mini-lightning bolt. This website provides instructions and detailed explanations for this activity.

I found this lesson to be an extremely fun way to get my students involved and excited to learn about what our blood contains. I remember learning this material in 9th grade, but this is a very great way to just cover the true basics of the concept. The fact that it provides a hands on, sensory motor activity totally grabbed my attention. I loved that the prep time was short and the materials to purchase we cheap and some were reusable. Each material represents the red and white blood cells, the plasma, and the platelets. In the classroom for younger students, I would probably read from a book during a read aloud and then I would do a vocabulary introduction and definition game, and finally, I would provide this activity to help give a visible example and assist with building a better understanding of what blood is made out of.

For this activity, you would use a sensory tub to create "blood" by using red water beads for red blood cells, white ping pong balls for white blood cells, and felt pieces for platelets. This activity is great for visual learners so they can "see" what blood really looks like and what it is made of. Having students put their hands in and feel the different pieces of blood gives them experience learning. Once you are finished with the tub, I would have students draw what they saw and label the different objects as red/white blood cells and platelets. Then look at a magnified picture of real blood and compare!

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 website explains that embryos all go through different stages before being born. Often many embryos look alike until later stages. I picked this website because I thought it was interesting to see the embryos and guess which each organism was. I would use this website during computer time for material to be reinforced and for students to have fun guessing which animal is which.

This site is a great resource for teachers planning a caterpillar/butterfly unit. It's actually two units and it breaks each unit down into parts. It also contains links to supplemental material to use during the lesson, including a slideshow, images, and student sheets.

I can see this website being useful for coming up with new ideas for physics excercises especially if the students are nnot understanding the information the way I first say the material. I can also use this website to correspond with other teachers about how they use material and lessons in their classroom.

The St. Louis Zoo provides 8 lesson plans on conservation, populations and ecosystems, and characteristics of living organisms. I have used one in the past and adapted it to fit a higher grade level than listed. I selected this resource because I love connecting material to the zoo. It is valuable that students know that zoos are not only for people to go look at animals, but they are put in place to help repopulate endangered species as well. These resources can be used as is or adapted to fit other classroom needs.

This is a YouTube video that lasts about 5 minutes that discusses the solar system. It explains how the planets were formed, the two regions of the solar system, dwarf planets, and also incorporates several facts. I picked this video because it explains the material in a way where the students would be able to understand without being completely confused. It delivers the content of the video very well. I would be able to show this video in class so that the students can visually see what takes place in our solar system.

This lesson allows students to experiment with various sound sources, including their own voices to gain an understanding of the connection between sound and vibration. I chose this resource because I think that it fits well with my standard (1-PS4); Plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate. I would use this lesson in my future science classroom by having students break into groups to perform each of the activities from the lesson to demonstrate the different vibrations made from different objects.

I found this fun and easy activity on Pinterest for students to do while learning about sounds and vibrations. It would be a very cheap activity for students to create in the classroom because all they need is a Kleenex box, rubber bands, and materials to decorate their guitar with! I chose this resource because it fits into my standard 1-PS4-1 because it will show students that vibrating materials can make sound. I would use this resource after presenting a lesson to my students about vibrations and how it travels through different objects. After learning, I think that students would enjoy making this guitar because it is fun and also shows them how sound travels through objects.

This resource provides a lesson plan that will help students build an understanding of the concepts of sound (vibration, pitch) through participation in a variety of hands-on experiments. By observing, predicting, and analyzing results, students can actively investigate the science of sound. It says the required time is two weeks but I don't think that much time is necessary to spend on this. It has many activities for students to do that are all hands on and even includes an assessment for the students. I chose this because it fits well with my standard- 1-PS4-1: plan and conduct investigations to provide evidence that vibrating materials can make a sound and that sound can make materials vibrate. I would use this resource in my future classroom by having the students break up into groups and each group would have a different activity to complete and write down their observations.