During World War II and the Cold War that followed, the U.S. competed intensely with rival countries. The scientific community rushed to be the first to develop an atomic weapon and after the war, the U.S. continued to strive to stay ahead of its enemies through scientific advancements and intelligence gathering. In pursuit of these goals, some outrageous, impractical, and, in some cases, alarming ideas were pursued. Listen to hear about some of the more outlandish ideas proposed by the military to weaken other countries, and learn why, ultimately, they were never implemented.
Story Length: 7:45
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To copy the way a desert beetle gets water, scientists have designed a membrane that can extract water from the air. Since all air contains water, even in the desert, this could provide a very inexpensive way to supply drinking water. This process is called “biomimicry,” or using ideas from nature to solve technological problems. This discovery could lead to reusable water bottles that refill themselves. Listen to learn why this invention would be inexpensive and how close scientists are coming to making it work.
From "Shiloh" to "Lassie" and "Old Yeller," young adult literature is full of stories about friendship between people and dogs. People love animals but what do animals feel? There is a debate in the scientific community and in popular culture about what emotions animals are capable of and how they display these emotions. Does recognizing that animals can feel take away from human emotion? Or does it help us recognize where these traits came from? This story discusses recent research on the emotions of animals. Listen to learn more about what researchers discovered, and the controversy surrounding the emotional lives of animals.
Until recently, few people knew that the American space program’s early success was due in large part to a group of African American women known as “human computers.” They were brilliant mathematicians but were made to use segregated offices, bathrooms, and equipment. Their stories are told in a book and movie by the same name, “Hidden Figures.” One such overlooked mathematician was Katherine Johnson, who began working at Langley in 1953. Her report laying out trajectory equations for getting a craft into orbit played a key role in the program’s success. However, despite the vital roles Katherine and her colleagues held, their contributions were mostly unheard of until the publication of “Hidden Figures.” Listen to learn more about the obstacles these African American women faced and how a story this significant stayed buried for decades.
Cats are mysterious creatures to us humans for many reasons. One of these reasons is that cats seem to always land on their feet whenever they fall. In fact, cats can be dropped upside down and still land on their feet, every time. But, how do they do this? It seems to defy the laws of physics. The answer has to do with momentum, and is explained by an expert. Listen to hear about how cats achieve this amazing feat.
The Lexile Audio Measure is an indicator of the complexity of an audio passage. It is based on a scientifically developed scale with a maximum score of 2000L.How to Use Lexile Audio Measures
Find stories at the right level of complexity for your students, so that they will be challenged without being frustrated. The measures are categorized into low, medium, or high in order to aid teachers in story selection when they do not know students’ Lexile listening levels.
|Listening Level||Lexile Audio Measures|
These recommended ranges are for instructional use of Listenwise audio content in combination with supports such as the interactive transcript, etc.
|Grade||Lexile Audio Measures (Recommended Ranges)|
|1||215L - 610L|
|2||490L - 855L|
|3||725L - 1060L|
|4||945L - 1250L|
|5||1045L - 1350L|
|6||1125L - 1430L|
|7||1190L - 1500L|
|8||1250L - 1555L|
|9||1300L - 1610L|
|10||1345L - 1655L|
|11/12||1385L - 1695L|