The deadliest parasite in the world's history threatens to make the human race extinct.

The world's best-selling annual is back and bursting with thousands of amazing new records, never-before-seen images and mind-boggling trivia. And as always, we have a few more surprises in store for you... As well as all your favorite records for talented pets, superhuman achievements, big stuff and extreme vehicles, you'll find show-stopping superlatives from brand-new categories. Topics making their GWR debut include waterfalls, twins, ballooning, apps, lightning, manga, archaeology, drones, and pirates - and that's just for starters! So, get ready for your yearly dose of mind-blowing feats and wonders in Guinness World Records 2016 - the global authority on record-breaking.

American military bases encircle the globe; from Italy to the Indian Ocean, from Japan to Honduras. The far-reaching story of the perils of the U. S. military bases and what these bases say about America today.

Basic magmatic rocks make up approximately three-quarters of the crust ofthe present day Earth. Because we can observe and study the volcanic products of present day tectonic regimes comprehensively, we can shed light on ancient tectono-magmatic provinces, and thereby deduce the petrogenesis and evolution of the oldest basic rocks. This is the primary objective of this book. The book was conceived in order to provide a comprehensive review of the basic rocks produced during the first half of the Precambrian, i.e. the Archaean and early Proterozoic, to about 1.8 Ga years ago. Two major questions are addressed. First, what basic magmas were generated during the early Precambrian: were these magmas globally uniform, and to what extent were prevailing tectonic controls and compo sitions analogous to those of the present day? Clearly, this can be answered only by bringing together fundamental information about all relevant basic magmatic events. Second, is there any systematic temporal variation in the nature of basic suites, and what implications might such variations have on our interpretations of early Earth history? Are there important differences between early Archaean, late Archaean, Proterozoic and modern basic magmatic suites? The book uses two approaches to address these questions. Early chapters examine the fundamental characteristics of these basic rocks, whilst later chapters assess regional distribution and development by providing an overview of each major early Precambrian craton.