Sam and Simon are off on a spring break vacation, with a crime to solve: someone has stolen four giant turtles.

Sam and Simon find themselves in more trouble than they can handle when they decide to investigate a fancy car they spot driving around their school.

An older boy dares Sam and Simon to meet him and his friends inside the graveyard on Halloween night.

Sam and Simon must clear their names and find the real thief when they are accused of stealing toys from the donation box while they work as Santa's elves.

Why do modern-day sluggers like Aaron Judge prefer maple bats over the traditional ash bats swung by Ted Williams and others? Why did the surge of broken bats in the early 21st century create a crisis for Major League Baseball and what steps were taken to address the issue? Are different woods being considered by players and manufacturers? Do insects, disease and climate change pose a problem long-term? These and other questions are answered in this exhaustive examination of the history and future of wooden bats, written for both lifelong baseball fans and curious newcomers.

Bats are highly charismatic and popular animals that are not only fascinating in their own right, but illustrate most of the topical and important concepts and issues in mammalian biology. This book covers the key aspects of bat biology, including evolution, flight, echolocation, hibernation, reproduction, feeding and roosting ecology, social behaviour, migration, population and community ecology, biogeography, and conservation. This new edition is fully updated and greatly expanded throughout, maintaining the depth and scientific rigour of the first edition. It is written with infectious enthusiasm, and beautifully illustrated with drawings and colour photographs.

Bats have been maligned in the West for centuries. Unfair associations with demons have seen their leathery wings adorn numerous evil characters, from the Devil to Bram Stoker’s Dracula. But these amazing animals are ecological superheroes. Nectar-feeding bats pollinate important crops like agave; fruit-eating bats disperse seeds and encourage reforestation; and insect-eating bats keep down mosquito populations and other pests, saving agricultural industries billions of dollars. Ranging in size from a bumblebee to creatures with a wingspan the length of an adult human, found on all continents except Antarctica, and displaying extraordinary abilities like echolocation—a built-in sonar system that enables many bats to navigate in the dark—these incredibly diverse mammals are as surprising as they are misunderstood. In Bat, Tessa Laird challenges our preconceptions as she combines fascinating facts of bat biology with engaging portrayals of bats in mythology, literature, film, popular culture, poetry, and contemporary art. She also provides a sobering reminder of the threats bats face worldwide, from heatwaves and human harassment to wind turbines and disease. Illustrated with incredible photographs and artistic representations of bats from many different cultures and eras, this celebration of the only mammals possessing true flight will enthrall batty fans, skeptics, and converts alike.

Presents an introduction to bats, discussing their physical characteristics, feeding behaviors, nocturnal habits, migration, their role in helping ecosystems, and their place in popular culture, along with instructions for building a bat house.

This guide provides descriptions of when the bat species resident in Britain and Ireland use natural and human-made rock habitats, how they use them, and the environments each species occupies therein. For the first time it brings together findings from historical scientific investigations, useful photographic accounts and open-access biological records, along with a rich seam of new data – all in a practical and user-friendly structure. The book encompasses: ~ Descriptions of the features that a climber, caver or professional ecologist might encounter on and in rock habitats where bats roost. ~ Recording criteria for both the physical and environmental attributes of different features and situations. ~ Identification of suitability thresholds against which the recorded information can be compared to assess the likelihood that a specific feature might be exploited by a particular bat species. ~ Suggestions for how to avoid mistakes and difficulties when performing a survey. The intention is that using this book will help generate standardised biological records which can feed into the fully accessible online database at www.batrockhabitatkey.co.uk. These data will be analysed to search for patterns that can increase the confidence in the suitability thresholds and help build roost features that deliver the environment each species really needs. As well as offering many new insights, this book allows the reader to participate in cutting-edge research.