A group of ten children make two picture-graphs about animals. They arrange the pictures on a circular graph shape before discussing and analysing the information.

Kid-friendly, real-life situations show readers how they can put math to work in their day-to-day activities.

How many species are there across the globe? How much do all of the insects in the world collectively weigh? How far can animals travel? Steve Jenkins answers these questions and many more with numbers, images, innovation, and authoritative science in his latest work of illustrated nonfiction. Jenkins layers his signature cut-paper illustrations alongside computer graphics and a text that is teeming with fresh, unexpected, and accurate zoological information ready for readers to easily devour. The level of scientific research paired with Jenkins’ creativity and accessible infographics is unmatched and sure to wow fans old and new.

Presents over twenty reproducible activity sheets designed to help students in grades four through eight hone their skills in interpreting and creating graphs, charts, maps, and tables.

Graphs are about connections, and are an important part of our connected and data-driven world. A Librarian's Guide to Graphs, Data and the Semantic Web is geared toward library and information science professionals, including librarians, software developers and information systems architects who want to understand the fundamentals of graph theory, how it is used to represent and explore data, and how it relates to the semantic web. This title provides a firm grounding in the field at a level suitable for a broad audience, with an emphasis on open source solutions and what problems these tools solve at a conceptual level, with minimal emphasis on algorithms or mathematics. The text will also be of special interest to data science librarians and data professionals, since it introduces many graph theory concepts by exploring data-driven networks from various scientific disciplines. The first two chapters consider graphs in theory and the science of networks, before the following chapters cover networks in various disciplines. Remaining chapters move on to library networks, graph tools, graph analysis libraries, information problems and network solutions, and semantic graphs and the semantic web. - Provides an accessible introduction to network science that is suitable for a broad audience - Devotes several chapters to a survey of how graph theory has been used in a number of scientific data-driven disciplines - Explores how graph theory could aid library and information scientists