Audience: Students; Grades: 6-12; Subject Areas: Science. (2010) "The Heat is On: Desert Tortoises and Survival" is a thirty minute television program exploring the world of the Mojave Desert Tortoise. It highlights the USGS research program on the Desert Tortoise and the role of that research in managing desert environments to allow the species to recover and escape the threat of extinction. The program was originally released on the internet in segmented form in 2010. This re-release presents the program in its entirety. The program was produced jointly by the USGS Western Ecological Research Center (www.werc.usgs.gov) in cooperation with the US Fish and Wildlife Service, Desert Tortoise Recovery Office.
Audience: General; Subject Areas: Science. (2017) Neil deploys his veterinary skills to help save Bermuda's Green sea turtles and assist with groundbreaking scientific research on their health and populations. Follow the team as they capture and release wild green sea turtles in a bid to study their health and populations before fitting a satellite tag to a mature specimen that will collect vital data on it's oceanic migrations. Neil also works with Bermuda's turtle stranding network, assisting with the diagnoses, treatment and re-release of an injured green sea turtle washed up on one of Bermuda?s many beautiful beaches.
Audience: Students; Grades: 4-8; Subject Areas: Math. (2006) Introduces the basic units of the metric system and how they compare with the English system of weights and measures. Explains the importance of mensuration and describes different types of physical measurements, including length, distance, volume and mass. Identifies the units of metric measure and discusses the methods of converting from one system to the other. Program concludes with a 10-question video quiz. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLffnlabkhzaEotSk5OUXdfZXNOZ3RFLXFkenFITVBvOGctN2s3dllyTjNvY1U&usp=sharing
Audience: Students; Grades: 4-8; Subject Areas: Math. (2006) Discusses the processes of measuring length and temperature using metric units of measure. Defines the concepts of length and distance and illustrates the tools used for these physical measurements. Compares the use of meters in metric measurement to standard units in the English system. Also introduces the Celsius thermometer and Kelvin scale, illustrating how temperature is measured using the metric system. Program concludes with a 10-question video quiz. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLffnlabkhzaEotSk5OUXdfZXNOZ3RFLXFkenFITVBvOGctN2s3dllyTjNvY1U&usp=sharing
Audience: Students; Grades: 4-8; Subject Areas: Math. (2006) Explores how the metric system is used to measure the properties of matter. Defines mass and volume and introduces the metric units used for mass measurement and cubic content. Illustrates how a triple beam balance is used to determine weight and how mass, volume and density are measured in grams, liters and centimeters. Program concludes with a 10-question video quiz. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLffnlabkhzaEotSk5OUXdfZXNOZ3RFLXFkenFITVBvOGctN2s3dllyTjNvY1U&usp=sharing
Audience: Students; Grades: 4-8; Subject Areas: Math. (2006) Illustrates how to convert English units of measurement to metric units. Begins by explaining how different units of metric measurement can be converted within the system itself and illustrates the formulae for determining mass, volume and density. Contrasts standard units of measure with metric units and illustrates the conversions for length and distance, mass, volume and temperature. Program concludes with a 10-question video quiz. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLffnlabkhzaEotSk5OUXdfZXNOZ3RFLXFkenFITVBvOGctN2s3dllyTjNvY1U&usp=sharing
Audience: Students; Grades: K-3; Subject: Math. (2005) Dr. Rock introduces the principles of addition as he prepares for a birthday party. Animated graphics are used to illustrate adding one-digit whole numbers, including sums equal to ten. Children are shown adding different objects and the mathematical symbols used in addition sentences are identified along with related facts for solving problems.
Audience: Students; Grades: K-3; Subject: Math. (2005) Dr. Rock explains the value of money and demonstrates the basic principles of counting money. He identifies the number of cents in a penny, nickel, dime, quarter, and dollar bill. Students learn how to combine coins to make a certain value and Dr. Rock illustrates the symbols associated with money, such as the dollar sign and decimal point.
Grades: K-5; Subject Areas: Math. (2013) With the help of exciting math fairy tales, children are introduced to abstract mathematical concepts such as counting, categorizing, shapes and colors. Each program in the series will familiarize students with a different aspect of math by using familiar living environments as its theme. At the end of each program a fun math song repeats and reviews the contents of the fairy tale and its lesson. Correlates to Math Common Core State Standards.
Grades: K-5; Subject Areas: Math. (2013) With the help of exciting math fairy tales, children are introduced to abstract mathematical concepts such as counting, categorizing, shapes and colors. Each program in the series will familiarize students with a different aspect of math by using familiar living environments as its theme. At the end of each program a fun math song repeats and reviews the contents of the fairy tale and its lesson. Correlates to Math Common Core State Standards.
Audience: Students; Grades: K-5; Subject: Science. (2008) This program introduces students to the general characteristics of rocks and discusses the components of rock classification. On-location footage from throughout North America vividly depicts characteristics and origins of the three major rock types: igneous rocks, sedimentary rocks, and metamorphic rocks. Important terminology includes: geologist, texture, grains, mineral composition, lava, magma, sediment, and compaction. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLfSXJ1dlBoTzJyUm8&usp=sharing
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject Areas: Science. (2014) Designing Life. Man has been doing it for over 10,000 years. You may not be aware of it, but we are surrounded by "Superlife," life-forms manipulated by Man. Superlife looks at the stories of how these super organisms came to permeate our planet, and how the latest science is pushing the boundaries to create more with less time and resources and at a higher quality. Note- Superlife explores the science of how mankind is manipulating life for its benefit. The series does not attempt to address the concerns surrounding cloning, genetically modified organisms or the ethics of certain farming practices.
Audience: Students; Grades: 6-12; Subject: World Cultures. (2014) From some of the most remote locations in the world the appealing photography of wide eyed children just being kids will quickly engage audience attention. These close-up programs are so captivating and the children so innocent that experiencing their unique lifestyles will have lasting effect. These children, like children everywhere, live their lives with the sweet innocence of youth combined with hopeful dreams for the future.
Audience: Students; Grades: 4-12; Subject Areas: Sustainability, STEM. (2018) In this episode: Blooming' algae, understanding tornadoes, balloon boy, minding math, 4 Awesome Discoveries, the Itsy Bitsy Spider, mosquitoes, Malaria, and much more!
Audience: Students; Grades: 6-8; Subject: Science. (2000) Explores the fundamental principles of electricity. Describes the role of atoms in creating electrical charges and the role of static electricity in lightning. Discusses the various methods of charging, emphasizing the role of insulators and conductors in the transfer of charges. Includes a ten-question video quiz.
Audience: Students; Grades: 6-8; Subject: Science. (2000) Discusses how electrical current is generated, how electricity flows into homes, and how current electricity is used. Uses animation to explain the relationship between current, voltage, and resistance in Ohm's Law. Illustrates the differences between series and parallel circuits and explains the concepts and mathematical equations for electric energy and electric power. Includes a ten-question video quiz.
Audience: Students; Grades: 6-8; Subject: Science. Illustrates the atomic nature of magnetism and applies the principle to common magnets. Describes the nature of magnetic fields, showing how some types of materials tend to be attracted to magnets, while others are not. Explores how compasses function and discusses the Earth's magnetic field and the role it plays in forming auroras. Includes a ten-question video quiz.
Audience: Students; Grades: 4-5; Subject: Science. (2006) Explores the interactions between the Earth, sun and moon. Describes the physical characteristics of planet Earth, including its atmosphere and force of gravity. Identifies the features of the sun and how it is the source of heat and light on Earth. Also explores the moon, its phases, the formation of solar and lunar eclipses, and the moon's role in creating the Earth's tides. Concludes with a 5-question video quiz. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLfdnZsQXFZdUNqV00&usp=sharing
Audience: Students; Grades: K-3; Subject: Science. (2013) Size, weight, density, color, and texture are just a few of the ways we describe things around us. This fast paced instructive program highlights the many ways matter is characterized. Special attention is also given to some of the ways matter is measured. Concepts and terminology: characteristic, physical, chemical, density, particles, and weight.
Audience: Students; Grades: K-3; Subject: Science. (2013) Water commonly exists in three different forms: ice, liquid water, and water vapor. In this video the different phases of water serve as the foundation to teach about solids, liquids, and gases. Other common everyday examples of solids, liquids, and gases are also featured. Concepts and terminology: particles, volume, shape, and temperature.
Audience: Students; Grades: K-3; Subject: Science. (2013) If you have ever torn up a piece of paper or seen ice melt, then you have witnessed physical changes. This fascinating program helps students understand some of the different ways matter changes physically. Vivid animations also illustrate various types of phase changes. Concepts and terminology: freezing, melting, condensation, boiling, and evaporation.
Audience: Students; Grades: K-3; Subject: Science. (2013) From enjoying the warmth of a fire to baking a cake, we benefit from chemical changes on a regular basis. This colorful program illustrates and explains numerous examples of chemical changes. It also takes a look at some of the common characteristics of reactions that occur chemically. Concepts and terminology: physical change, chemical change, reaction, color change, gas, and heat.
If you ever go camping there is one thing you do not want to leave home without, the SWISS ARMY KNIFE! We'll explain how it evolved into the most famous knife in the world and how the company's name got "CUT" together! And where did the term CUP OF JOE come from as well as the word JAVA? And we all love a juicy HAMBURGER, so where did these chopped meat patties come from?
Learn how ALMOND NUTS get transformed into "MILK." And why are movie TRAILERS shown at the beginning of the film? We'll keep your attention so you'll want to stick around for the answer. And learn how detergents make your clothes SEEM brighter and whiter.
Grades: 9-12; Language Arts. This series features six island women who are distinguished poets in our community: Kathy Song, Juliet Kono, Carolyn Sinavaiana, Mahealani Perez-Wendt, Brandy Nalani McDougall, and Amalia Bueno. These women come from varied ethnic backgrounds and have all worked hard to contribute to the growing presence of a literary community in Hawai'i. Many of them are dedicated teachers who have mentored others to become writers, and many of them also enjoy a national reputation. Each segment features one poet speaking about their lives and work, and sharing several of their poems on camera. Amalia B. Bueno's poetry and short stories have been recently published in Tinfish 20, Bamboo Ridge 98, Walang Hiya: Literature Taking Risks Toward Liberatory Practice and Growing Up Filipino II. Born in Manila and raised in Honoulu, she has worked in public relations, community development, and policy research and is currently pursuing a Master of Arts in English from the University of Hawai'i at Manoa.
First hand accounts show how individuals, government and industry are attempting to control pollution. Part 1: observes Paris' campaign for citizens to use bicycles. Part 2: Surveys China's efforts to clean-up pollution in Beijing. Part 3: shows how the pollution of the white marble of the Taj Mahal has spearheaded efforts to provide clean air in Agra, India. Part 4: In the Galapagos Islands tourism may harm the delicate ecology of this unique habitat. Part 5: China's Yangtze River is heavily polluted and endangering the health of millions of people. Part 6: Introduces the Vectrix super scooter, an electric vehicle that has no carbon emissions. Part 7: Explains that out of date pescription drugs are polluting water supplies in the United States. Part 8: In Southern China, people are making a living by extracting valuable metals from waste products. The toxic chemicals, however, are harmful to Chinese workers.
First hand accounts show how individuals are choosing a more environmentally friendly approach to life. Part 1: In New York City a travelling greenhouse barge will encourage New Yorkers to grown vegetable gardens on their rooftops. Part 2: Welsh sheep are allowing a small industry to provide organic mattresses that is also fireproof. Part 3: Visits the Royal Horticulture greenhouse to observe exotic plants and the educational programs provided for children and adults. Part 4: In the Philippines waste is being controlling by reusable packaging and baskets made from native plants. Part 5: in the Green Shop, people in the United Kingdom can purchase environmentally friendly products. Part 6: In Brooklyn, a writer has created a farm in his urban back yard. Part 7: In Chile, human and industrial wastes are purified by earthworms. Part 8: In Devon, England, a wedding in a fairytale setting is environmentally friendly.
Teacher Greg Harding of Waimea H.S. on Kauai instills in his students aloha aina, the love of the land; take care of the land, and the land will take care of you. With the support of Principal Mahina Anguay, Mr. Harding, a natural resource teacher, and his students created Aloha Garden & Farm on the campus of Waimea H.S. It is here where students learn the principles and actions of farming and sustainability and make the practice of aloha aina a reality.
Audience: Students; Grades: 9-12; Subject Areas: Career/Life Skills. (2019) Individual people aren't the only ones who need advice on how to invest their savings. Helena will meet a financial advisor who specializes in working with schools and government institutions to invest their cash reserves. Imagine what life would be like if you couldn't hear or if you were dizzy all the time. Shawn will visit an audiologist who shares with him how she tests for and treats both hearing and balance disorders. Alternative health careers are becoming increasingly popular. Helena will introduce us to a bio-energetic practitioner and wellness consultant and learn what she does to get her clients on the path to good health.
Audience: Students; Grades: 9-12; Subject Areas: Career/Life Skills. (2019) Advances in the STEM industry are making our lives more efficient. Helena will meet the CEO of BRIDG, a large new facility that takes innovative technology ideas and turns them into reality. Do you know what a phlebotomist is? We'll find out when Shawn talks with one in the lab where she works. Hint - you can't be afraid of needles or the sight of blood to do this job! The Agricultural Biotechnology industry is changing. Helena will take us to a lab where the manager talks to her about how plant tissues are cloned and grown in baby food jars.
Audience: Students; Grades: 9-12; Subject Areas: Career/Life Skills. (2019) The engineering field has an abundance of fascinating career opportunities. Shawn will introduce us to a mechanical engineer whose job is to control the acoustics in buildings using tools that test noise along with her math and physics skills. Then, Helena will meet a program engineer who specializes in the science of nanotechnology to make new electronics and devices a fraction of the size they were just a few years ago. Plus, Shawn will meet up with a drone pilot and see how unmanned aerial vehicles are replacing helicopters and making it much simpler to shoot aerial video for TV shows.
Audience: Students; Grades: 4-8; Subject Areas: Social Studies. (2013) Changes With School Upon leaving Elementary School most everything in a students life is going to change while they transition to Middle School. Students will be starting over again...beginning at the bottom grade level. They'll have more teachers and more classes. Extra-curricular events will take more of their time. They'll need to be better organized and learn techniques for staying on top of all that schoolwork. The social dynamics with other classmates will become more sophisticated. Middle School is a period of tremendous growth and enormous change for any student. Helping them understand how to deal with the changes can only lighten the process.
Audience: Students; Grades: 4-8; Subject Areas: Social Studies. (2013) Social Changes As part of the maturation process, young people will likely request more privacy in their personal life, which is perfectly acceptable. However, they shouldn't close the door on family or important others. What's the purpose of a secret life anyway? In social settings they will begin to take an interest in others who didn't seem so interesting previously. In general girls will be more interested in boys and boys will be more interested in girls. This is also a time of tremendous peer pressure so they need to be very choosy about who they select for friends and what groups they may consider to join.
Audience: Students; Grades: 4-8; Subject Areas: Social Studies. (2013) Changes With Money and Finance In Middle School and a bit older, money will begin to play a more important role in their life. It seems as if you can't do anything without money. So earning, saving, and learning how to wisely spend money will bring more important changes in their life. Having a mature relationship with money and learning how to manage one's finances provides life-long benefits. A young person's understanding of how to become financially literate is best learned at any age if it begins now.
Audience: Students; Grades: 4-8; Subject Areas: Social Studies. (2013) Changes With Family As youngsters mature, one thing is for sure, the relationship with the family is going to change. The Middle School years are a time when young people want to learn and decide more things for themselves. Even so, it's not a good idea to disregard the assistance of others, like adults. Of course with more independence comes more responsibility. They will be expected to contribute more at home, at school and in other parts of their lives. It won't necessarily be easy but knowing the changes coming can help them meet the challenges ahead.
Audience: General; Subject: Farm to School. (2017) Behind the scenes of Hawaii Department of Education's support of the Farm to Schools pilot program by former Lt. Gov. Shan Tsutsui. Interviews with Kohala Elementary Principal Danny Garcia, Chef Greg, Cafeteria Manager Aunty Priscilla, and State School Food Services Supervisor Dexter Kishida.
Audience: Students; Grades: 9-12; Subject: Career/Life Skills. Career Day is designed to support efforts to increase student interest and performance in science, technology, engineering, and math (STEM). The programs are designed to spark student interest in various STEM-related careers through virtual field trips into various days in the lives of our experts. Guests give on-the-job examples of equipment or methodology used in their careers and talk about the STEM fields of study involved. Students are also given information about the kinds of courses they would need to take in school if they were interested in pursuing careers in any of the fields. Sustainability The third program in the series looks at careers in sustainability.
Explores the historical significance of the United States Capitol in Washington D.C. Explains why this historic site is one of America's greatest symbols of democracy. Traces the building's history, from its early design to its imposing position on Capitol Hill. Provides an in depth tour of the Capitol building emphasizing why this national monument symbolizes the patriotism of the American people and the principles of a democratic government.
Audience: Students; Grades: 4-12; Subject Areas: Sustainability, STEM. (2018) In this episode: Blooming' algae, understanding tornadoes, balloon boy, minding math, 4 Awesome Discoveries, the Itsy Bitsy Spider, mosquitoes, Malaria, and much more!
Audience: Students; Grades: 6-8; Subject: Science. (2000) Explores the fundamental principles of electricity. Describes the role of atoms in creating electrical charges and the role of static electricity in lightning. Discusses the various methods of charging, emphasizing the role of insulators and conductors in the transfer of charges. Includes a ten-question video quiz.
Audience: Students; Grades: 6-8; Subject: Science. (2000) Discusses how electrical current is generated, how electricity flows into homes, and how current electricity is used. Uses animation to explain the relationship between current, voltage, and resistance in Ohm's Law. Illustrates the differences between series and parallel circuits and explains the concepts and mathematical equations for electric energy and electric power. Includes a ten-question video quiz.
Audience: Students; Grades: 6-8; Subject: Science. Illustrates the atomic nature of magnetism and applies the principle to common magnets. Describes the nature of magnetic fields, showing how some types of materials tend to be attracted to magnets, while others are not. Explores how compasses function and discusses the Earth's magnetic field and the role it plays in forming auroras. Includes a ten-question video quiz.
Audience: Students; Grades: 4-5; Subject: Science. (2006) Explores the interactions between the Earth, sun and moon. Describes the physical characteristics of planet Earth, including its atmosphere and force of gravity. Identifies the features of the sun and how it is the source of heat and light on Earth. Also explores the moon, its phases, the formation of solar and lunar eclipses, and the moon's role in creating the Earth's tides. Concludes with a 5-question video quiz. For the teacher's guide go to: https://drive.google.com/folderview?id=0B9ZT7PYcIjLfdnZsQXFZdUNqV00&usp=sharing
Audience: Students; Grades: K-3; Subject: Science. (2013) Size, weight, density, color, and texture are just a few of the ways we describe things around us. This fast paced instructive program highlights the many ways matter is characterized. Special attention is also given to some of the ways matter is measured. Concepts and terminology: characteristic, physical, chemical, density, particles, and weight.
Audience: Students; Grades: K-3; Subject: Science. (2013) Water commonly exists in three different forms: ice, liquid water, and water vapor. In this video the different phases of water serve as the foundation to teach about solids, liquids, and gases. Other common everyday examples of solids, liquids, and gases are also featured. Concepts and terminology: particles, volume, shape, and temperature.
Audience: Students; Grades: K-3; Subject: Science. (2013) If you have ever torn up a piece of paper or seen ice melt, then you have witnessed physical changes. This fascinating program helps students understand some of the different ways matter changes physically. Vivid animations also illustrate various types of phase changes. Concepts and terminology: freezing, melting, condensation, boiling, and evaporation.
Audience: Students; Grades: K-3; Subject: Science. (2013) From enjoying the warmth of a fire to baking a cake, we benefit from chemical changes on a regular basis. This colorful program illustrates and explains numerous examples of chemical changes. It also takes a look at some of the common characteristics of reactions that occur chemically. Concepts and terminology: physical change, chemical change, reaction, color change, gas, and heat.