Many argue that the conventional high school transcript has become irrelevant to today's best practices in teaching, learning, and assessment. With more and more school leaders turning to alternate, competency-based approaches for learning, crediting and transcripts can follow suit by drawing on badging, micro-crediting, digital portfolios of student work, and other emerging tools. Reinventing Crediting for Competency-Based Education explores the need for this transformation while detailing the implementation of promising models, particularly the Mastery Transcript Consortium. Written by an experienced consultant and former school leader, this book will assist school and district administrators in making a forward-thinking crediting and transcript system work for their students' futures.

Despite being perhaps the foremost British meteorologist of the twentieth century, Reginald Sutcliffe has been understudied and underappreciated. His impact continues to this day every time you check the weather forecast. Reginald Sutcliffe and the Invention of Modern Weather Systems Science not only details Sutcliffe's life and ideas, but it also illuminates the impact of social movements and the larger forces that propelled him on his consequential trajectory. Less than a century ago, a forecast of the weather tomorrow was considered a practical impossibility. This book makes the case that three important advances guided the development of modern dynamic meteorology, which led directly to the astounding progress in weather forecasting-and that Sutcliffe was the pioneer in all three of these foundational developments: the application of the quasi-geostrophic simplification to the equations governing atmospheric behavior, adoption of pressure as the vertical coordinate in analysis, and development of a diagnostic equation for vertical air motions. Shining a light on Sutcliffe's life and work will, hopefully, inspire a renewed appreciation for the human dimension in scientific progress and the rich legacy bequeathed to societies wise enough to fully embrace investments in education and basic research. As climate change continues to grow more dire, modern extensions of Sutcliffe's innovations increasingly offer some of the best tools we have for peering into the long-term future of our environment.

Many argue that the conventional high school transcript has become irrelevant to today's best practices in teaching, learning, and assessment. With more and more school leaders turning to alternate, competency-based approaches for learning, crediting and transcripts can follow suit by drawing on badging, micro-crediting, digital portfolios of student work, and other emerging tools. Reinventing Crediting for Competency-Based Education explores the need for this transformation while detailing the implementation of promising models, particularly the Mastery Transcript Consortium. Written by an experienced consultant and former school leader, this book will assist school and district administrators in making a forward-thinking crediting and transcript system work for their students' futures.

Despite being perhaps the foremost British meteorologist of the twentieth century, Reginald Sutcliffe has been understudied and underappreciated. His impact continues to this day every time you check the weather forecast. Reginald Sutcliffe and the Invention of Modern Weather Systems Science not only details Sutcliffe's life and ideas, but it also illuminates the impact of social movements and the larger forces that propelled him on his consequential trajectory. Less than a century ago, a forecast of the weather tomorrow was considered a practical impossibility. This book makes the case that three important advances guided the development of modern dynamic meteorology, which led directly to the astounding progress in weather forecasting-and that Sutcliffe was the pioneer in all three of these foundational developments: the application of the quasi-geostrophic simplification to the equations governing atmospheric behavior, adoption of pressure as the vertical coordinate in analysis, and development of a diagnostic equation for vertical air motions. Shining a light on Sutcliffe's life and work will, hopefully, inspire a renewed appreciation for the human dimension in scientific progress and the rich legacy bequeathed to societies wise enough to fully embrace investments in education and basic research. As climate change continues to grow more dire, modern extensions of Sutcliffe's innovations increasingly offer some of the best tools we have for peering into the long-term future of our environment.

"Introduction to Weather and Climate Science" is a freshman-level undergraduate introductory textbook. It is geared specifically to the non-scientist, and requires no prior knowledge of meteorology. Written in a conversational tone, the book is ideal for first courses in the subject. It emphasizes the application of basic ideas to improve understanding of the kinds of weather systems encountered on a daily basis.
"Introduction to Weather and Climate Science" covers the following topics:
- The Chemical Composition of the Atmosphere
- Radiative Transfer of Energy
- Moisture in the Atmosphere
- The Production of Clouds and Precipitation
- The Nature of Mid-latitude
- Tropical Weather Systems
This book gives instructors all the elements needed for an excellent course requiring minimal background preparation. It can be used effectively by any scientifically-literate non-meteorologist.
Jonathan E. Martin is a Professor in the Department of Atmospheric and Oceanic Sciences at the University of Wisconsin, Madison, where he has taught since 1994. He has received numerous accolades for his teaching, including the Underkofler Excellence in Teaching Award. Professor Martin is a Fellow in the Teaching Academy of the University of Wisconsin. He also has the distinction of being named a Mark H. Ingraham Distinguished Faculty and a Hamel Faculty Fellow by the university's College of Arts and Letters. In addition to teaching, Professor Martin has research expertise in the study of mid-latitude weather systems.