This book will help you understand how to integrate data-based decisions into the daily work of the school. It is a practical and relevant handbook for converting data into wise decision-making and planning. It will give you the skills to successfully--Make data-based decisions -Measure student learning and program effectiveness -Evaluate student progress-Use data to improve instruction -Integrate a "Dynamic Planning" process into the daily operation of your school

Don't jump from problem to solution without first investigating root causes. This book helps you more accurately focus on school improvement issues, so you can avoid wasting precious time and resources. It is clearly written, contains lots of real examples, and is presented in a style and format designed for the non-expert. It will help you make decisions which will improve learning for all students.

This book will help you understand how to integrate data-based decisions into the daily work of the school. It is a practical and relevant handbook for converting data into wise decision-making and planning. It will give you the skills to successfully-
-Make data-based decisions
-Measure student learning and program effectiveness
-Evaluate student progress
-Use data to improve instruction
-Integrate a "Dynamic Planning" process into the daily operation of your school

Don't jump from problem to solution without first investigating root causes. This book helps you more accurately focus on school improvement issues, so you can avoid wasting precious time and resources. It is clearly written, contains lots of real examples, and is presented in a style and format designed for the non-expert. It will help you make decisions which will improve learning for all students.

"Mr. Le Carre, meet Dr. Feynman! ... [T]his one really makes the earth move." —Ursula K. Le Guin Returning to the characters and setting of his widely admired novel, BROKEN SYMMETRIES, SECRET PASSAGES is the story of a revolutionary physics experiment. SECRET PASSAGES centers on Manolis Minakis, a shepherd boy who grows up orphaned and wild on the island of Crete. But after a meeting with archaeologist John Pendlebury, who appreciates Minakis’ innate gift for mathematics, he is sent to Cambridge University. There, Minakis becomes a renowned physicist and eventually a successful industrialist, returning to Crete in retirement. Using a cache of Minoan treasures, Minakis lures photographer Anne-Marie Brand and her husband, theoretician Peter Slater, to aid in his experimental attempts to recover the past. Set against the colorful background of the island of Crete, the legendary home of a once-great civilization, earthquakes, love, loss, and the mysterious history of the physicist Minakis make this a fascinating and enthralling novel.

"[W]onderful, enlightened, and convincing beyond any reasonable expectations of what a science fiction novel should be." —Greg Bear Compugen has become a giant player in the tech field overnight by making genetically altered viruses into "biochips" that are replacing silicon chips as the brains of computers. Toby Bridgeman and Adrian Storey are an odd-couple of scientists—Toby, the programmer, and Adrian, the sloppy genius and genetic artist, have formed an enduring friendship and produced Epicell, a biochip so powerful that it will make all others on the market obsolete and save Compugen from financial disaster—if it can be rushed out fast enough. But Epicell, elemental living virus, is so awesome in its capabilities that tests have not yet established any limits to its multiplication or its computing sophistication. Adrian wants more testing—he believes that Epicell is potentially dangerous. Instead, it is rushed to market to save the failing company. Then those in contact with Epicell begin to come down with bad colds—the virus has spread outside computers, living and growing in the human body. Adrian, and perhaps the human race, are doomed unless Toby can reprogram the Epicell inside Adrian—and inside himself.

"Paul Preuss has done a fine thing. He has written a magnificent book in BROKEN SYMMETRIES. I admire his knowledge and artistry." —Roger Zelazny BROKEN SYMMETRIES introduces theoretical physicist Peter Slater and world-traveling photojournalist Anne-Marie Brand. They meet in Hawaii, where Anne-Marie is in pursuit of a story about the giant atom-smasher TERAC, the newest and biggest particle accelerator in the world, built amidst the pineapple fields of Oahu. Dr. Martin Edovich is the triumphant scientist behind the project—he claims that "his" discovery of I-particles will win him the Nobel Prize and change the face of physics. But Peter Slater predicted the existence of I-particles long ago and suspects that they are unstable—explosive and potentially cataclysmic. And as TERAC ramps up, Slater’s theory is about to be tested. The symmetries of matter itself are about to be unexpectedly broken, unleashing the fury of self-annihilation...

Paul Preuss, Leiter des botanischen Garten zu Victoria (Kamerun) unternahm im Auftrag des Kolonial-Wirtschaftlichen Komitees Ende des 19. Jahrhunderts eine wissenschaftliche Expedition durch den Sudamerikanischen Kontinent. In seinem vorliegenden Werk beschreibt er eindrucksvoll seine Erlebnisse und Entdeckungen. Er schildert die Begegnungen mit den Einwohnern und ihren Kulturen. Den Leser nimmt Preuss mit auf eine Expedition durch Lander wie Ecuador, Venezuela, Nicaragua oder Mexiko und entfuhrt ihn in die Zeit des Jahres 1899. Dieses Buch ist ein Nachdruck der langst vergriffenen Originalausgabe aus dem Jahr 1901.