Most Popular Books by Scott Anderson

Unlock the secrets to a harmonious relationship with your furry friend through the transformative power of crate training. In "The Ultimate Crate Training Manual," experienced dog trainer [Scott Anderson] presents a comprehensive guide to help dog owners achieve a happy, well-behaved canine companion. Crate training isn''t just about containment; it''s a pathway to fostering trust, confidence, and a deeper bond between you and your dog. This book provides a step-by-step approach to crate training, covering everything from selecting the right crate to overcoming common challenges such as separation anxiety and unwanted behaviors. Discover the fundamentals of crate training, including establishing routines, using positive reinforcement techniques, and understanding your dog''s needs at different life stages. Whether you''re welcoming a new puppy into your home or seeking to improve the behavior of an adult or senior dog, you''ll find practical advice and proven strategies to make crate training a positive experience for both you and your furry companion. With insights into advanced crate training techniques, incorporating crate training into daily life, and integrating crate training with obedience and house training, this manual equips you with the tools you need to raise a well-behaved dog who thrives in any environment. Packed with expert guidance, real-life examples, and actionable tips, "The Ultimate Crate Training Manual" is your go-to resource for building a strong foundation of trust and communication with your canine companion. Whether you''re a first-time dog owner or a seasoned enthusiast, this book will empower you to unlock the full potential of crate training and enjoy a lifetime of companionship with your beloved pet.

The desperate battle to save mankind from extinction reaches the darkest hour. Earth''s space fleet is cutoff and hopelessly outnumbered and outgunned. Running for their very lives, can human ingenuity and sheer determination, turn the tide of battle and overcome overwhelming odds? The fate of mankind hangs in the balance as the war between man and alien machines reaches the turning point that will determine whether man or machine will survive.

A collection of the original un-condensed versions of the essays written by Dr. Anderson over the past five years in the "Journal" of the Mississippi State Medical Association.

This story is told by man from Earth named Ivan Dixon. Ivan tells his story in the first person of an accidental meeting with an alien race that has provided planetary protection for Earth for a very long time. Understandably, Ivan would accept the job of coordinating the protection of this, and several other worlds, from invasion or extermination. During his journey, Ivan will make new friends and save planetary civilizations, all with the help of a member of a machine race and a highly advanced interstellar ship. Written from Ivan’s perspective, the man from Earth will play matchmaker to a good friend desperately in need to exercise and prove his abilities. Also, Ivan’s new duties will take him to unexplored worlds and push him to work through dangerous alien contacts. Nothing can prepare the human for what he’ll encounter, but he will have the support of Tar, his android mentor, and an intelligent saucer with few if any limitations. Written for all age groups.

This work has been selected by scholars as being culturally important, and is part of the knowledge base of civilization as we know it. This work was reproduced from the original artifact, and remains as true to the original work as possible. Therefore, you will see the original copyright references, library stamps (as most of these works have been housed in our most important libraries around the world), and other notations in the work.This work is in the public domain in the United States of America, and possibly other nations. Within the United States, you may freely copy and distribute this work, as no entity (individual or corporate) has a copyright on the body of the work.As a reproduction of a historical artifact, this work may contain missing or blurred pages, poor pictures, errant marks, etc. Scholars believe, and we concur, that this work is important enough to be preserved, reproduced, and made generally available to the public. We appreciate your support of the preservation process, and thank you for being an important part of keeping this knowledge alive and relevant.

Death seems to Robert "Ziggy" Zigstrom to be the only option left in his worthless life. He''s been kicked out of the Navy, served time in the brig, lost his job, and worst of all, lost his woman. Then in the middle of a suicide attempt in his beat up trailer in the California desert, he is rescued by a crippled up ex-hit man who just may give Ziggy a new shot at life

Keywords: geostatistics, soil carbon, spatial models, DEM, LiDAR.

This dissertation addresses the problem of using multiple, simultaneous observations of mesospheric airglow emissions to estimate key intrinsic parameters of atmospheric gravity waves (AGWs). As AGWs propagate through the mesosphere, they spatially and temporally perturb mesospheric airglow emissions, which, from the ground, can be imaged using large-format CCD cameras retrofitted with spectroscopic optics. By observing the emission perturbations from different vantage points, information can be inferred about the vertical wave structure using tomographic and parameter estimation techniques. In this dissertation, the problem is analyzed using standard tomography techniques to produce a reconstruction that can be used to estimate vertical wave structure. Next, a tomography scheme that works in the Fourier domain is developed to take advantage of the wave perturbation''s Fourier sparseness. Then, a parameter estimation (PE) technique is developed to infer the key AGW parameters directly from the data, followed by an in-depth analysis of the error from this estimation method. Finally, the PE method is applied to real data collected by the University of Illinois remote sensing team in June 2007.

Geotechnical instrumentation and monitoring technologies have been used to inform safety, operational, and treatment decisions for unstable slopes. The TRB National Cooperative Highway Research Program''s NCHRP Synthesis 554: Advances in Unstable Slope Instrumentation and Monitoring documents and synthesizes the state of practice for implementation and use of advancements in unstable slope instrumentation and monitoring by state departments of transportation over approximately the last decade. The types of instrumentation and monitoring technologies range from devices installed on or in slopes to remote-sensing methods from ground, aerial, or satellite-based systems.

Orogenesis in the Blue Mountains Province (BMP) of NE Oregon involved the accretion of various tectonostratigraphic terranes in concert with syn-tectonic magmatism. Timescales of deformation, metamorphism and magmatism in this region of the Cordillera are poorly constrained, hindering detailed understanding of the timing of tectonic events and the magmatic and metamorphic processes accompanying them. The Mountain Home Metamorphic Complex (MHMC) is a sequence of medium-grade metavolcanic and metasedimentary rocks that borders the Wallowa and Baker terranes of the BMP. The MHMC is intruded by two groups of plutons distinguished based on their respective presence and absence of crystal-plastic deformational textures. This study utilizes U-Pb zircon dating on both crystal-plastically deformed and undeformed pluton suites to bracket the timing of metamorphism and deformation in the MHMC. The whole rock geochemistry of the MHMC was compared to the adjacent Baker and Wallowa terranes to assists in determining the relationship between these terranes and the MHMC. In addition, the petrogenesis of plutonic and metamorphic rocks in the MHMC is determined by Lu-Hf isotopic ratios of zircons. Two distinct plutonic suites are present in the MHMC: 1) deformed hornblende (±clinopyroxene) gabbro, hornblende tonalite and trondhjemite (Group 1), and 2) undeformed biotite-hornblende tonalite, biotite-hornblende quartz diorite, and hornblende gabbronorite (Group 2). 206Pb/238U zircon ages for Group 1 plutons range from 159.46 ± 0.67 to 149.5 ± 1.6 Ma; whereas Group 2 plutons yield ages ranging from 149.4 ± 2.1 Ma to 145.66 ± 0.50 Ma. These ages bracket deformation to between 149.5 to 149.4 Ma, which contrasts with the timing of previously documented tectonic events in the BMP. Epsilon Hf values in the MHMC range from +16.3 to +10.2 in Group 1 plutons and +13.8 to +4.2 in Group 2 plutons. These values exclude correlation between the MHMC and the Baker terrane, but not the Wallowa terrane. On a large scale, the MHMC is metamorphosed to amphibolite facies, a significantly higher grade than any other regional scale metamorphism in the BMP. The timing of deformation constrained in this study does not correspond with any of the previously proposed deformational models for the BMP. The geographically closest known deformational event that corresponds with the timing of deformation in the MHMC is the 150 ±1 Ma Nevadan Orogeny of the Klamath Mountains. The unique timescale of deformation and higher grade metamorphism imply that the MHMC does not belong to the Baker or Wallowa terranes, but may be a new terrane in the BMP.