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This lesson provides information on Benjamin Franklin and his inventions. This lesson explains what a scientist does and how Benjamin Franklin's inventions derived from need. This lesson includes a fun matching game, similar to Memory, of Benjamin Franklin's inventions and explanations of why they were invented.

The Field Museum is a science centered museum located in Chicago, IL. This specific tour allows students to investigate how DNA analysis has changed our understanding of the relatedness of life on Earth through hands on activities. The students will be able to extract DNA in a lab and interview scientists. This field trip supports NGSS MS-LS4-2. I chose this location for a field trip because it engages students' learning and furthers their knowledge of DNA through hands on activity. I would take the students to participate in this DNA extraction after we finished our lesson on DNA. This way, they would be able to be even further engaged with questioning and answering with the scientists and apply our textbook knowledge to the activity.

This website contains activities for all grade levels and covers many different topics including how new medicines are found in the ocean, climate/weather, lesson sets addressing ocean littering/pollution, make your own weather station, and more. It includes basic fact sheets or interactive projects and games for students to work on. NOAA also heads up a Teach at Sea program where kindergarden through college educators can spend a given amount of time on a boat with scientists, researchers, and the boating crew to gain new experiences about human impact on the ocean, marine life, weather, etc and bring that new knowledge back to the classroom. I have also included a link to the Teach At Sea Program below. http://teacheratsea.noaa.gov/

The students are studying Animal Classification Systems they will make a "foldable" that would help them practice seeing and using the 8 levels of classification. After teaching the students about the 8 different levels of classification, I would have the students each choose a mammal and have them fill out this "foldable" to help them see and use the classification system because there are scientists out there who have the job of classifying animals in real life. This is a great way for the students to be little scientists and take this boring concept and make it their own!

Offerings and registration information for National Science Teacher Association Webinars.

This is an easy-to-follow, step-by-step explanation on genetics and inheritance. Each concept is briefly but succinctly explained allowing students to learn the concepts in small doses. I selected this resource because of its foundational nature and supporting graphics. This makes it suitable for learners at varying levels but particularly for early biology learners. It could be used effectively in any introductory DNA lesson.

Each of the many sections of the site includes explanation, animation, biography of a related scientist, and more. Quite in-depth and very high quality material.

There are five large oceans on Earth: the Atlantic, the Pacific, the Indian, the Arctic and the Southern (or Antarctic) Oceans. They are really one 'world ocean' a continuous expanse of water with the continents of the world like big islands of land in this. This is a perfect website to have as a resource when teaching about the oceans and seas. The website is packed with very rich information and great visuals over ocean currents, layers, and waves! Besides talking about the usual oceans topics like ocean life or level of the ocean floor, it covers topics that are less discussed in the classroom. Example from the website includes mapping the ocean floor, threats to oceans, and even fisheries. Another great feature about this website is that it includes an experience over ocean currents. Overall, the website can defiantly be a great source to add to the curriculum! Ways to implement this website into the classroom would be by doing the ocean current experiment with the class. Also, I know that the ocean is still one of the main mysteries to scientist to this day, so I think there is plenty of opportunities for students to use their creative minds. Examples of projects would be have students create what they think animals and plants look like that are undiscovered. The topic of oceans and seas is very broad and fascinating!

Remove "science" tag and re-tag as "earth science" to be more specific. Is this a lesson, activity, background information, field trip, etc.? Tag accordingly.

Students will conduct a series of experiments in pairs through which they will explore the processes and effects of weathering and erosion. Using the results from these explorations, they will design and conduct an experiment comparing the rate of erosion in different biomes. This activity not only allows students to learn about weathering and erosion, but also illustrates how scientists often use the results of one experiment to inspire another and/or use initial observations to inform a hypothesis. I think that students would enjoy this quality lesson.

Students will examine and sketch various trace fossils from an unknown creature and then construct an image of the creature that they believe produced these fossils. This activity will let the students make an educated guess of the creature based on the available information. This can be used to explain portions of the scientific method and examine how scientist can use little bits of information to build towards a bigger solution.

In the 1950's three new whale species were discovered, Waharoa ruwhenus, Tokarahia Kauaeroa, and Tokarahia Iophocephalus. Through the study of their fossils scientists have concluded that these three species of whales are part of a new family (species) of whale, Emysticetids. Emysticetids hold an important position on the evolutionary tree between primitive baleen whales and modern baleen whales. These marine creatures lived roughly 25-30 million years ago when the continent of New Zealand, Zealandia, was reduced to low islands and shallow seas. The article goes into great depth about these three new whale species. From their skeletal structure (elongated snout), size (adults were estimated to be 5-6 meters long), and even migratory patterns (continental shelf waters), it is all covered.

This article can be incorporated into a lesson about marine biology and evolutionary trees. It's a little too much for elementary students to grasp but I think it would be an interesting addition to a 6-8 or a 9-12 grade science classroom.