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Life
Science Standards
Interactions
Between Living Things and Their Environment 6.2.1 | 6.2.2 | 6.2.3
SPI's& Reporting Categories
(based on Tennessee Benchmarks)
Internet Resources
Recognize how animals and plants
are interdependent. 6.2.1 IL
Habitats/Biomes - complex communities of interdependent organisms
Interdependence - lesson plan for discovering what makes a balanced ecosystem
Predict whether an organism can
survive in a particular ecosystem. 6.2.3 IL
Animal
Adaptations - lesson plan designed to expand students’
knowledge of animal features and behaviors that can help or hinder their
survival in a particular habitat
Biomes
in a Box - students are asked to build a three-dimensional model
of a biome in a box
Build a Fish - Build a Fish by choosing a body, mouth, and color/pattern, and then release it into the reef! In the process you will learn about adaptations that help the fish survive in their environment.
Welcome to Biology 2002 - This college level PowerPoint show has some great images. Save the show, throw out the college content and modify the show for your classroom.
Infer the consequences of a change
in the population size of an organism in a food chain or food web. 6.3.3 FP
Food Chain - National Geographic for Kids has a featured Quick Flick from Brain Pop on the subject.
Food Chains and Webs - Information regarding population size on food webs is presented here. After learning about food webs, select the link named "create a possible food web" at the bottom of the page. Click and drag to create your own food web.
Diversity and Adaptation Among
Living Things 6.5.1 | 6.5.2 | 6.5.3
Identify adaptations that enhance
the survival of organisms in an environment. 6.5.1 DA
Adaptation
Activity - Learn how animals adapt to their environment while playing
this online game about beavers.
Build a Fish - Build a Fish by choosing a body, mouth, and color/pattern, and then release it into the reef! In the process you will learn about adaptations that help the fish survive in their environment.
Plant Adaptations in Arid Environments - The plants that grow in the arid eastern region near the Columbia River and the Columbia Basin have a number of traits which help them to be successful in the desert.
Pheromone Trails - This is a real-time 3D simulation that demonstrates how ants use pheromones to communicate. The student is able to interact with the simulation's artificial intelligence and environment to see how the ants will react to changes in their environment.
Determine which organisms are likely
to survive in a particular environment. 6.5.2 DA
Animal
Adaptation E-Safaris - meet some interesting animals to explore
how they are adapted to their environments
Classify plants and animals according
to their features. 6.5.3 DA
Fossils Rock - especially for teachers, students, and homeschoolers who want to put some fun into their earth science classes
How fossils can form - This animation shows the formation of a cast and mold, one way that fossils can form. Casts are copies of fossilized plants or animals. Molds are hollow impressions of the fossil. This process takes thousands or millions of years.
Identify factors that contribute
to extinction. 6.6.2 BC
Conservation
Genetics - The science of Conservation Biology studies individuals
and populations that have been affected by habitat loss, exploitation,
and/or environmental change.
Differentiate between the relative
age of fossils in a sedimentary rock diagram. 6.6.3 BC
The night sky from the same location during a year - This sequence of images shows simulated views of the night sky from Chicago, Illinois. The frames show the view from Earth at midnight, once a week over a year.
Rise and Set Times for the Sun and Moon - To find today's Rise and Set Times for the Sun and Moon anywhere in the continental US, click on the map at the desired location.
Identify the force that pulls objects toward the Earth. 6.7.2 EU
Welcome to the death defying Funderstanding Roller Coaster! - This simulator is designed for kids who want to design their own thrilling coaster and educators who want to use a cool activity to simulate the application of physics by using an exciting interactive tool and access to a wonderful reference source.
Exploring Planets in the Classroom - Hands-on Activities for Science Classes. More than 25 hands-on science activities are provided in classroom-ready pages for both teachers and students for exploring Earth, the planets, geology, and space sciences.
Order it up - Measures of size and scale help us understand the magnitude of objects. Play with scales while trying to arrange planets by magnitude of mass, size, temperature, density, distance, gravity or magnetic field. Correctly order the planets and you unscramble a mystery picture! To play, click on the blue link; Play Order it Up: Solar System Edition
Planets of the solar system - Click on a planet to get a short bit of information about each one. Caution, relative sizes are not accurate.
Planetary Orbits - A neat Shockwave simulation showing planetary orbits.
Solar System - This real-time 3D simulation allows the student to inspect our solar system from any angle or vantage point as well as gain detailed information about each element.
Views of the Solar System - This site presents a vivid multimedia adventure unfolding the splendor of the Sun, planets, moons, comets, asteroids, and more. Discover the latest scientific information, or study the history of space exploration, rocketry, early astronauts, space missions, spacecraft through a vast archive of photographs, scientific facts, text, graphics and videos. Views of the Solar System offers enhanced exploration and educational enjoyment of the solar system and beyond.
Virtual Solar System by National Geographic - your chance to discover the wonders of our solar system in a spectacular 3-D environment. Take a fly-by tour of the sun and each planet in its orbit, observe close-up views of the planets, extraterrestrial weather patterns, and more.
Welcome to the Planets - This is a collection of many of the best images from NASA's planetary exploration program.
Categorize the components of the universe (i.e., stars, planets, comets, asteroids, and meteors). 6.7.4 EU
Amazing Space is a set of web-based activities primarily designed for classroom use, but made available for all to enjoy.
An animation of a comet's passage through the solar system - Compared to the planets, most comets have highly elliptical orbits and widely varying orbital speeds. Comet Halley's next passage through the inner solar system will occur in the year 2061.
Atlas of the Universe - This web page is designed to give everyone an idea of what our universe actually looks like. There are nine main maps on this web page, each one approximately ten times the scale of the previous one.
The Cosmic Distance Scale - This feature will give an impression of how immense our Universe is by employing a method used many times in "Power of 10" films - that is, starting with an image of the Earth and then zooming out to the furthest visible reaches of our Universe.
The Cosmic Distance Scale - a series of web-based exercises designed to take students on an interactive tour measuring cosmic distances
Galaxy Index - photo index which leads to pages with more complete information
Spiral Galaxy pictures - Alwyn Botha has posted this excellent set of galaxy pictures to assist those who want to take their own astro photographs, or those who simply want to see the beautiful pinwheel shapes of spiral galaxies. Thanks for all of the hard work Alwyn.
StarChild - A Learning Center for Young Astronomers from NASA
Star Journey is based on National Geographic's popular map, "The Heavens."
Understanding the Universe - an exploration with the American Museum of Natural History at DiscoverySchool.com
Windows to the Universe - the site is written in three reading levels approximating elementary, middle school and high school reading levels - levels may be chosen by using the upper button bar of each page of the main site
Differentiate between a solar and a lunar eclipse. 6.7.5 EU
Eclipses - This real-time 3D simulation of the Sun, Earth, and moon explains lunar and solar eclipses, as well as the defined moon phases. The student can manipulate the Sun, the Earth, and the moon into all of their phases as well as view the phases from a variety of different perspectives.
Eclipse Home Page at the NASA/GSFC Sun-Earth Connection Education Forum. This web site is continually expanding and strives to be the ultimate resource for online information about eclipses.
Select the diagram that reflects the Earth/sun relationship that accounts for the four seasons. 6.7.6 EU
Animation of Earth's yearly revolution around the sun - In order to illustrate how much sunlight different parts of Earth receive through the year, this model shows our planet much larger and closer to the sun than it actually is.
The Reasons for the Seasons - This lesson plan is actually three activities in one to be conducted over a three-day period (one day in the fall, one in the winter, and one in the spring).
Seasons - find exactly when the seasons start for any year from 1902 to 2102 with this java applet
Seasons Reasons - What is the cause of the seasons? This explanation features an animation of the earth’s movement during a year. [careful, you may get seasick watching it!]
The King of Tides - a WebQuest which asks students to collect data and support a conclusion regarding the moon's role in creating tides.
Lesson on tides with a good diagram of spring tides and neap tides from the Department of Physics & Astronomy at the University of Tennessee in Knoxville
Predict the direction of heat flow between objects. 6.14.1 E
Identify the wavelength, frequency, and amplitude of a wave. 6.14.2 E
The Anatomy of a Wave - from the chapter on Properties of Waves at the Physics Classroom
Basic Electromagnetic Wave Properties - this java applet lets students change wavelength, frequency or amplitude of electromagnetic waves, thus changing the color of the radiation.
Electromagnetic Spectrum - In this applet, you can click on the wavelength/frequency scale and change the wavelength and frequency by dragging the mouse or by using the arrow keys on the keyboard. Holding the shift key down while pressing the left or right arrow keys changes the wavelength by a factor of 10.
Ocean Waves - This is a real-time 3D wave simulator which demonstrates the connection between wind speed and ocean particle motion depth. The student can modify the properties of an ocean wave and see the effect from any perspective.
Parts of a Wave - the wave and its parts are discussed here, including a nice java applet which allows your students to change wave frequency