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The book contains a standard Style Star Chart containing a Dark blue/black background meaning it is a KHRYZTAAL GALAXIEZ Star Chart. At the bottom is a disc, ATLANTIZ_DRAAZ, with the two Footstools, (ATLANTIZ) at left. It is underweight at 3d Ag 500. DRAAZ, bottom right showing as black Tyger is in 5/- plus Ag 925. The following is a further description of the Chart The barring means that even with Galactic Travel in this Galaxy, the next nearest THRENZ is barred, and thus it would need to approve even local Galaxy travel using the Double Headed Superlight Mechanism. It is currently LOCKED OUT meaning no approval. The other approval has to come from the top Galaxy Group, MNZYVZ, THNGME, AAGHAADDWR and FVRGHAAL, who while open internally are insisting on LOCK OUT TO ATLANTIZ. The far left DISC is PP HAMA GIGHA, with two resting Tyger, which is not on this route, and also LOCKED OUT. ATLANTIZ is currently LOCKED OUT of THE KHRYZTAAL GALAXIEZ.
Teaching children how to manage their thoughts and words without interrupting. Louis always interrupts! All of his thoughts are very important to him, and when he has something to say, his words rumble and grumble in his tummy, they wiggle and jiggle on his tongue and then they push on his teeth, right before he ERUPTS (or interrupts). His mouth is a volcano! But when others begin to interrupt Louis, he learns how to respectfully wait for his turn to talk. My Mouth Is A Volcano takes an empathetic approach to the habit of interrupting and teaches children a witty technique to help them manage their rambunctious thoughts and words. Told from Louis' perspective, this story provides parents, teachers, and counselors with an entertaining way to teach children the value of respecting others by listening and waiting for their turn to speak.
Besides feeling ready to pull their hair out, parents of spirited children are often convinced that their spirited child would behave better if only Mom or Dad were smarter, wiser or more patient! In their new book on"difficult" children, child development experts Claudia and David Arp remind readers that there's no such thing as a Super Parent. Having a spirited child can make parenting more intense and sometimes overwhelming, but you can begin to recognize the eight most common cries for help and what they really mean: "Look at me!" "Did I do good?" "You're not listening!" "Let me do it my way!" "You can't make me anymore!" "I hate you!" "I can do it myself!" and "I am a big kid already!" The Arps -- with humor, compassion, insights from Scripture, and the latest in research -- show you ways to develop win-win strategies for nurturing your not-so-compliant child. Help just arrived.
Volcanoes release gases to the atmosphere both during and between eruptive phases. Primary and secondary processes occurring within the mantle and crust control the gases’ chemical and isotopic compositions as well as their emission rates. Therefore by measuring these gases a wealth of scientific information concerning the source and fate of these fluids is provided. Fluid geochemistry has been highly useful in advancing both our fundamental scientific understanding and procedures for operational volcano monitoring and eruption forecasting. Gases from low-to-high temperature fumaroles and those diffusively released through the soils of volcanic flanks are investigated using various sampling and measurement techniques. Furthermore, a variety of remote sensing methods are applied at relatively great distances from the source to gather major gas composition and flux data for volcanic plumes using ground based, airborne (including UAV) and space borne platforms. The acquired data have advanced science in a number of key ways: • firstly, with parallel thermodynamical modelling to advance our capacity to interpret acquired degassing data; • secondly, through improved constraints on budgets for volcanically mediated geochemical cycling, particularly via regional subduction processes; • thirdly, through improved constraints on the effects of volcanic gases on atmospheric composition, chemistry and radiative transfer, particularly in terms of halogen chemistry, volcanogenic climate change and impacts on human health; • fourthly, there has been a growing body of work focused on combining degassing data with contemporaneous geophysical data and studies on conduit fluid dynamics to advance our understanding of how subterranean gas flow mediates activity at the surface; • and fifthly, there have been considerable advances in the methods themselves, used to make the gas measurements, in particular in terms of extractive sampling (e.g., using MultiGAS units, mass spectrometry, spectroscopic isotope measurement approaches and diffusive denuder sampling) and remote sensing approaches (e.g., DOAS, UV cameras and other imaging techniques, LIDAR and FT)
There’s a reason we pay top dollar for champagne and that bottles of wine from prestige vineyards cost as much as a car: a place’s distinct geographical attributes, known as terroir to wine buffs, determine the unique profile of a wine—and some rarer locales produce wines that are particularly coveted. In Volcanoes and Wine, geologist Charles Frankel introduces us to the volcanoes that are among the most dramatic and ideal landscapes for wine making. Traveling across regions wellknown to wine lovers like Sicily, Oregon, and California, as well as the less familiar places, such as the Canary Islands, Frankel gives an in-depth account of famous volcanoes and the wines that spring from their idiosyncratic soils. From Santorini’s vineyards of rocky pumice dating back to a four-thousand-year-old eruption to grapes growing in craters dug in the earth of the Canary Islands, from Vesuvius’s famous Lacryma Christi to the ambitious new generation of wine growers reviving the traditional grapes of Mount Etna, Frankel takes us across the stunning and dangerous world of volcanic wines. He details each volcano’s most famous eruptions, the grapes that grow in its soils, and the people who make their homes on its slopes, adapting to an ever-menacing landscape. In addition to introducing the history and geology of these volcanoes, Frankel's book serves as a travel guide, offering a host of tips ranging from prominent vineyards to visit to scenic hikes in each location. This illuminating guide will be indispensable for wine lovers looking to learn more about volcanic terroirs, as well as anyone curious about how cultural heritage can survive and thrive in the shadow of geological danger.
Every year that passes without a tsunami means that we're just that much closer to our next one. What can we do to ensure we're prepared when the next catastrophic tsunami strikes? The ferocious waves of a tsunami can travel across oceans at the speed of a jet airplane. They can kill families, destroy entire cultures, and even gut nations. To understand these beasts in our waters well enough to survive them, we must understand how they're created and learn from the past. In this book, tsunami specialists James Goff and Walter Dudley arm readers with everything they need to survive a tsunami and maybe even avoid the next one. The book takes readers on a historical journey through some of the most devastating tsunamis in human history, some of the quirky ones, and even some that may not even be what most of us think of as tsunamis. Diving into personal and scientific stories of disasters, Tsunami pulls readers into the many ways these waves can be generated, ranging from earthquakes and volcanic eruptions to explosions, landslides, and beyond. The book provides overviews of some of the great historical events - the 1755 Lisbon, 1946 Aleutian, 1960 Chile, and 2004 Indian Ocean tsunamis, but also some of the less well-known as well such as the 1958 Lituya Bay, 563 CE Lake Geneva, a 6,000 year old Papua New Guinean mystery, and even a 2.5 Million year old asteroid. This is not straight science, though. Each event is brought to life in a variety of ways through stories of survival, human folly, and echoes of past disasters etched in oral traditions and the environment. The book combines research from oceanography, biogeography, geology, history, archaeology and more, with data collected from over 400 survivor interviews. Alongside carefully selected images and the scientific measurements of these tsunamis, the book offers tales of survival, heroism, and tragic loss. Through a balanced combination of personal experience, the Earth's changing environment, tales of tragedy, and a recount of oral traditions, Tsunami allows readers to engage with a new scientific approach to these overwhelming waves. The resulting book unveils the science of disaster like never before.
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