Discover and explore worlds containing unexpected life. As some scientists search for life on the frozen planet of Mars, others are discovering life in unexpected places here on Earth. Frozen Oceans follows the expeditions of polar scientists in the Arctic and Antarctic as they investigate the life found in and around the ice caps, which cover up to 13 percent of the Earth's surface. Every year during the harsh polar winter, the surface of the ocean freezes, forming a temporary ice layer called pack ice, or sea ice. The Antarctic is the site of the greatest seasonal event on Earth. In March, the air temperatures drop to as low as -40°F, the ocean, which turns to ice at 28.7°F, starts freezing at the incredible average rate of 2.22 square miles per minute! This is the first book to explain in non-technical terms and show with color photography the abundance of life on, in and under the ice. Topics include: The nature of pack ice Pack ice regions of the world Life within a block of ice Microbiology inside the ice Mammals, birds and ice. Scientists are continually being surprised by the abundance of life where no life was expected. For many years, ice was seen as an obstacle to exploration and a threat to life. The ice is now perceived as central to global ocean circulation as well as global climate patterns. Frozen Oceans is a must for anyone with an interest in the polar regions, marine biology and the Earth's environment.

Marvel at our universe, with its billions of galaxies and the planets of our solar system. Explore Earth and all its breathtaking landscapes. Take a front-row seat at the impressive spectacle that is our weather and plunge to the depths of the ocean with all its hidden treasures.

Dive to the darkest depths of the deep blue sea, weave in and out of colourful coral reefs and learn about the incredible people who are trying to save our oceans in the fourth book in Matt Robertson's award-winning Do You Love? series Investigate shipwrecks where scorpionfish hide, dive down to the Mariana trench to meet a dumbo octopus, marvel at ocean giants and dart in between manatees in mangrove forests to find out why oceans are magnificently mega! Did you know lobsters keep their teeth in their tummies? Or that you can find rivers and lakes beneath the ocean? And did you know that sea stars have no brain or blood? Explore the wonders of our underwater worlds on every page, from coral reefs, sharks and the deep to shipwrecks, weird fish and frozen seas, there's so much to discover! With fun and colourful illustrations and bursting with facts, Do You Love Oceans? is perfect for readers who want to explore Earth's spectacular seas, discover the wildlife that lives there and find out why our oceans need protecting. Matt Robertson is the award-winning illustrator of Do You Love Bugs?, Do You Love Dinosaurs? and Do You Love Exploring?

This Ocean Guide was jointly developed by FAO and PML, with contributions from many other institutions. It is designed as an educational resource for schools, youth groups and other curious young learners. This fact-filled Guide explores the ocean from the coastal zones to the frozen poles, the deep sea to the open ocean. It takes a close look at the physical features and natural processes that shape the incredible plant and animal life to be found underwater as well as life-forms exposed by the tides. It also demonstrates the many benefits the ocean provides us, discusses the negatives impacts we unfortunately have on the ocean and explains how good management can help protect and conserve the ocean and ocean life. At the end of the Guide, inspiring examples of youth-led initiatives are provided, and an easy-to-follow action plan aims to help YOU develop your own ocean conservation activities and projects.

Ice in the Ocean examines sea ice and icebergs and their role in the global climate system. It is comprehensive textbook suitable for students, pure and applied researchers, and anyone interested in the polar regions, the oceans, and climate. The author examines the distribution of sea ice, its mechanisms of growth, development and decay, the thermodynamics and dynamics of sea ice, sea ice deformation and ridge-building, the role of marginal ice zones, the characteristics of icebergs, and the part played by sea ice in the climate system and in the transport of pollutants. An extensive reference list, recommendations for further reading and numerous illustrations add to the value of the text.