Maryam Oloriegbe

In this collection of in-depth articles, the ideas and promise of organ transplants will be delved into. The process of how modern and historical organ transplants were conducted will be extensively covered engagingly and expertly. Readers will gain a new understanding of the science and research behind organ transplantation. The controversies and opposing viewpoints will also be included as well as the depiction of organ transplants in popular culture. This book provides an incredible and unique learning experience on the topic of organ transplants.

Research into the question of how antibiotic resistance is affected primarily by an emerging pandemic. Recent breakthroughs in technology can be an effective way of combating growing antibiotic resistance. In this anthology of research articles, the promise of specific therapies and ideas will be delved into as well as the dangers of increased antibiotic resistance and the implications of said resistance in a growing pandemic environment. Antibiotic resistance will be covered extensively in this book, as well as research prospects and ideas that contribute to locating and combating various forms of bacterium.

A Harsh Climate: Inuit Communities in Canada delves into the lives of Inuit in Canada. This anthology discusses the history of Inuit, the oldest settlements, and how Inuit have adapted to shifting climates and combated concerns like climate change to continually thrive.

The earliest undisputed members of the human lineage that could walk upright regularly were the australopithecines, which include the hominid Australopithecus afarensis (Au. afarensis) (Drake, 2015). Au. afarensis belongs to the genus Australopithecus, a group of early hominin species characterized by their small bodies, small brains, as well as the ability to walk upright for at least short distances on the ground (Hendry, n.d.). While Au.
‘Lucy’: A Look into the First Complete Australopithecus Skeleton 3 afarensis was not the first member of the group discovered, they still served great significance as their discovery confirmed the ancient human relatives were bipedal and could walk upright on two legs long before big brains evolved (Hendry, n.d.). This species is also one of the most well-known of our ancestors due to the uncovering of an exceptionally complete female skeleton that dated back to 3.2 million years ago, which is represented by
the code A. L. 288-1 and nicknamed “Lucy” (Dorey, 2021; eFossils, 2011).