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A young boy and his cousin compete to identify the most different species on a biodiversity count day at a local park You might be amazed at the large number of insects, birds, and small mammals that inhabit even a very small plot of land. In this story Gabriel's dad, a ranger for the local municipal park, is helping with a Biodiversity Day (or Bioblitz), and he invites Gabriel and his cousin Ava to participate. With Gabriel's expertise in bugs and Ava's eye for birds, the two cousins are eager to start the hunt in the park. They are placed on different teams, competing to see which group finds the most species of animal life in the time allotted. Readers follow the two teams through a variety of habitats, where they spot dozens of different species over the course of the day. Kids will enjoy finding all the species (some are hidden in the illustration) that appear on the lists compiled in each habitat. Several different techniques for viewing species—rolling logs to discover critters living underneath and shining lights on white sheets at night to attract moths, for example—are highlighted. Plot action in this community science adventure revolves around the competition between the cousins, who check in with each other at intervals to compare lists. In the end, Ava's team spots one more species than Gabriel's, but Gabriel earns a special award for discovering a species of special concern in their area, a blue-spotted salamander. Because of all they have learned from the Bioblitz, the cousins realize that the real winner is the park and all its visitors. After reading Bioblitz!, students—as well as their parents and teachers—will be eager to participate in a biodiversity day in their own community!
Actually more than a preface, here I am giving you an introduction on how to use this book efficiently. What is this book? This is a book were I have compelled all the important points present in the first four chapters of biology NCERT textbook. Who can benefit from this book? All the students who are preparing for competitive exams like NEET and also for SSC exams were they have to study 11th biology can get benefitted. Why should I study this book? This book as previously said contains all the relevant important points along with mnemonics. I have made this book as a very interactive book in which I have asked several questions which will make you rethink and help you to memorize the first unit with ease. I have bolded the must study points and the must study points have been made into red colour. All the pictures in NCERT textbook are also included in the book but here is a task for you all, you guys individually have to name all those images to retain it better in your brain. Advantage of reading this book over NCERT? NCERT textbook contains 60 pages for first unit but I have compilled it to just 25 pages. In my view you can complete reading all four chapters in 30 minutes by retaining the maximum information. Try using it and give your valuable suggestions to my E-mail: horizonbooksstore.gmail.com Happy studying guys........!
This book investigates how educators and researchers in the sciences, social sciences, and the arts, connect concepts of sustainability to work in their fields of study and in the classrooms where they teach the next generation. Sustainability, with a focus on justice, authenticity and inclusivity, can be integrated into many different courses or disciplines even if it is beyond their historical focus. The narratives describe sustainability education in the classroom, the laboratory, and the field (broadly defined) and how the authors navigate the complexities of particular sustainability issues, such as climate change, water quality, soil health, biodiversity, resource use, and education in authentic ways that convey their complexity, the sociopolitical context, and their hopes for the future. The chapters explore how faculty engage students in learning about sustainability and the ways in which working at the edge of what we know about sustainability can be a significant source of engagement, motivation, and challenge. The authors discuss how they create learning experiences that foster democratic practices in which students are not just following protocols, but have a stake in creative decision-making, collecting and analysing data, and posing authentic questions. They also describe what happens when students are not just passively receiving information, but actively analysing, debating, dialoguing, arguing from evidence, and constructing nuanced understandings of complex socioscientific sustainability issues. The narratives include undergraduate student perspectives on what it means to engage in sustainability research and learning, how students navigate the complexities and contradictions inherent in sustainability issues, what makes for authentic, empowering learning experiences, and how students are encouraged to persevere in the field. This is an open access book.
Papers from a summit, "Science for Parks, Parks for Science: the next century," organized by University of California, Berkeley, in partnership with the National Geographic Society and the National Park Service and held 25-27 March 2015 at the University of California, Berkeley.
Big Ideas in Outdoor Primary Science takes a fresh approach to learning science in outdoor contexts. It combines new thinking in science teaching using big ideas, with our growing need to look after our planet, and encourages children to learn from what scientists have to say about issues which will impact their lives today and in the future. The book offers primary teachers the subject and pedagogical knowledge, as well as the confidence they need, to integrate the seeds of big ideas into their curriculum. To this end, it provides models of good practice which exemplify how primary-aged children can work towards understanding some of science’s big ideas and engage with important issues related to wildlife conservation. The easy-to-use book covers topics such as: Interdependence Adaptation Inheritance Following in Darwin’s footsteps Protecting ecosystems Full of ideas for outside learning, this book is a comprehensive, valuable and essential resource for all teachers of primary science.
A San Francisco Chronicle Best Book of 2016: “Intelligent and impassioned, Citizen Scientist is essential reading for anyone interested in the natural world.” Award-winning writer Mary Ellen Hannibal has long reported on scientists’ efforts to protect vanishing species, but it was only through citizen science that she found she could take action herself. As she wades into tide pools, spots hawks, and scours mountains, she discovers the power of the heroic volunteers who are helping scientists measure—and even slow—today’s unprecedented mass extinction. Citizen science may be the future of large-scale field research—and our planet’s last, best hope.
This book advances Earth Stewardship toward a planetary scale, presenting a range of ecological worldviews, practices, and institutions in different parts of the world and to use them as the basis for considering what we could learn from one another, and what we could do together. Today, inter-hemispheric, intercultural, and transdisciplinary collaborations for Earth Stewardship are an imperative. Chapters document pathways that are being forged by socio-ecological research networks, religious alliances, policy actions, environmental citizenship and participation, and new forms of conservation, based on both traditional and contemporary ecological knowledge and values. “The Earth Stewardship Initiative of the Ecological Society of America fosters practices to provide a stable basis for civilization in the future. Biocultural ethic emphasizes that we are co-inhabitants in the natural world; no matter how complex our inventions may become” (Peter Raven).
In Environment at Risk, scientific principles, concepts, and methodologies in environmental science are explored and explained. Students will be led on a journey to understand the interrelationships of the natural world, identify and analyze environmental problems both natural and human-made, evaluate the relative risks associated with these problems, and examine alternative solutions for resolving or preventing them.