Burning Ash

NEW YORK TIMES BESTSELLER • The epic sequel to the book Song of Silver, Flame Like Night, is a fast-paced, riveting YA fantasy inspired by the mythology and folklore of ancient China. The Demon Gods have risen. Skies’ End has fallen to the colonizers. And Lan and Zen have chosen sides. But they will not fight together. Though Lan inherited the power of the Silver Dragon, she understands the path she must take. She believes the Demon Gods to be the cause of war, conflict, and turmoil, and that the future of the Last Kingdom depends on their being eliminated forever. Worse, she knows that if the Elantians manage to bind one of the legendary beings, their army will be unstoppable. To save her kingdom and her people, Lan will need to find the only mythical weapon capable of destroying the Demon Gods: the Godslayer. Zen is sure that the only way to free the Last Kingdom is to use the power of the Demon Gods. When he bound the Black Tortoise, he paid the ultimate price: to inherit its strength, he will forfeit his body, his mind, and his soul. Yet one Demon God is not enough against the might of the colonizers. In the ruins of the northern Mansorian lands slumbers a magical army of demonic practitioners capable of facing off against the Elantians—but Zen must find the Seal to awaken them to fight by his side. At the center of both Lan’s and Zen’s journeys is one city: Shaklahira, a former stronghold of the Imperial Court that vanished without a trace when the Elantians invaded. Its location is a mystery, and both are sure that it holds the answers they need, but the past it hides might be more dangerous than anything they’ve faced yet. The battle for the Last Kingdom rages on. But to win the war, Lan will have to decide: Can she face the boy she loves again? And when she does, can she kill him to free her people?

Ash Glazes has been designed as an introduction and practical handbook to this glazing technique, covering the history of ash glazes and the practicalities of collecting and testing wood ashes and transforming them into glazes. It will provide inspiration for working potters and delight all those interested in contemporary ceramics.

Offering the ability to process large or complex datasets, machine learning (ML) holds huge potential to reshape the whole status for solid ash management and recycling. Machine Learning for Solid Ash Management and Recycling is, as far as the author knows, the first published book about ML in solid ash management and recycling. This book highlights fundamental knowledge and recent advances in this topic, offering readers new insight into how these tools can be utilized to enhance their own work. The reference begins with fundamentals in solid ash, covering the status of solid ash generation and management. The book moves on to foundational knowledge on ML in solid ash management, which provides a brief introduction of ML for solid ash applications. The reference then goes on to discuss ML approaches currently used to address problems in solid ash management and recycling, including solid ash generation, clustering analysis, origin identification, reactivity prediction, leaching potential modelling and metal recovery evaluation, etc. Finally, potential future trends and challenges in the field are discussed. Helps readers increase their existing knowledge on data mining and ML Teaches how to apply ML techniques that work best in solid ash management and recycling through providing illustrative examples and complex practice solutions Provides an accessible introduction to the current state and future possibilities for ML in solid ash management and recycling

This book tells the story of the giant eucalypt, the Mountain Ash, which grows in the north and east of Melbourne. A single tree can reach a height of 120 feet in 20 years, making it the worlds tallest hardwood.

“LOTS OF CHARACTERS GET COMPARED TO MY OWN JACK REACHER, BUT PETRIE'S PETER ASH IS THE REAL DEAL.”—Lee Child *An Entertainment Weekly Must List Pick In the new novel featuring war veteran Peter Ash, “an action hero of the likes of Jack Reacher or Jason Bourne” (Lincoln Journal-Star), Ash has a woman’s life in his hands—and her mystery is stranger than he could ever imagine. War veteran Peter Ash sought peace and quiet among the towering redwoods of northern California, but the trip isn’t quite the balm he’d hoped for. The dense forest and close fog cause his claustrophobia to buzz and spark, and then he stumbles upon a grizzly, long thought to have vanished from this part of the country. In a fight of man against bear, Peter doesn’t favor his odds, so he makes a strategic retreat up a nearby sapling. There, he finds something strange: a climbing rope, affixed to a distant branch above. It leads to another, and another, up through the giant tree canopy, and ending at a hanging platform. On the platform is a woman on the run. From below them come the sounds of men and gunshots. Just days ago, investigative journalist June Cassidy escaped a kidnapping by the men who are still on her trail. She suspects they’re after something belonging to her mother, a prominent software designer who recently died in an accident. June needs time to figure out what’s going on, and help from someone with Peter’s particular set of skills. Only one step ahead of their pursuers, Peter and June must race to unravel this peculiar mystery. What they find leads them to an eccentric recluse, a shadowy pseudo-military organization, and an extraordinary tool that may change the modern world forever.

Mountain Ash draws together exciting new findings on the effects of fire and on post-fire ecological dynamics following the 2009 wildfires in the Mountain Ash forests of the Central Highlands of Victoria. The book integrates data on forests, carbon, fire dynamics and other factors, building on 6 years of high-quality, multi-faceted research coupled with 25 years of pre-fire insights. Topics include: the unexpected effects of fires of varying severity on populations of large old trees and their implications for the dynamics of forest ecosystems; relationships between forest structure, condition and age and their impacts on fire severity; relationships between logging and fire severity; the unexpectedly low level of carbon stock losses from burned forests, including those burned at very high severity; impacts of fire at the site and landscape levels on arboreal marsupials; persistence of small mammals and birds on burned sites, including areas subject to high-severity fire, and its implications for understanding how species in this group exhibit post-fire recovery patterns. With spectacular images of the post-fire environment, Mountain Ash will be an important reference for scientists and students with interests in biodiversity, forests and fire.