New city. New school. Michael is feeling all alone--until he discovers the school garden! There's so many ways to learn, and so much work to do. Taste a leaf? Mmm, nice and tangy hot. Dig for bugs? "Roly-poly!" he yells. But the garden is much more than activities outdoors: making school garden stone soup, writing Found Poems and solving garden riddles, getting involved in community projects such as Harvest Day, food bank donations, and spring plant sales. Each season creates a new way to learn, explore and make friends. School librarian and gardener Rick Swann, in his picture book debut, describes the wonder of connecting with nature and the joy of growing and eating one's own harvest. Award-winning artist Christy Hale (Dreaming Up, Elizabeti's Doll series) captures the brilliant color of the season and the harvest. This is the perfect book to read alone, as well as share in the classroom or with the entire family. Good read for the young gardener. Winner of the Growing Good Kids Book Award from Junior Master Gardener Program and American Horticultural Society, named Food Tanks' "15 Book for Future Foodies," and the Whole Kids Foundation Book Club selection in 2016.

Sow the seeds of science and wonder and inspire the next generation of Earth stewards The School Garden Curriculum offers a unique and comprehensive framework, enabling students to grow their knowledge throughout the school year and build on it from kindergarten to eighth grade. From seasonal garden activities to inquiry projects and science-skill building, children will develop organic gardening solutions, a positive land ethic, systems thinking, and instincts for ecological stewardship. The world needs young people to grow into strong, scientifically literate environmental stewards. Learning gardens are great places to build this knowledge, yet until now there has been a lack of a multi-grade curriculum for school-wide teaching aimed at fostering a connection with the Earth. The book offers: A complete K-8 school-wide framework Over 200 engaging, weekly lesson plans – ready to share Place-based activities, immersive learning, and hands-on activities Integration of science, critical thinking, permaculture, and life skills Links to Next Generation Science Standards Further resources and information sources. A model and guide for all educators, The School Garden Curriculum is the complete package for any school wishing to use ecosystem perspectives, science, and permaculture to connect children to positive land ethics, personal responsibility, and wonder, while building vital lifelong skills. AWARDS FINALIST | 2019 Foreword INDIES: Education

“This fun and inspiring season-by-season description of a school gardening project could encourage others to repeat this extraordinary experience.” — School Library Journal Want to grow what you eat and eat what you grow? Visit this lively, flourishing school-and-community garden and be inspired to cultivate your own. Part celebration, part simple how-to, this close-up look at a vibrant garden and its enthusiastic gardeners is blooming with photos that will have readers ready to roll up their sleeves and dig in.

This historic book may have numerous typos and missing text. Purchasers can download a free scanned copy of the original book (without typos) from the publisher. Not indexed. Not illustrated. 1902 Excerpt: ...earth. r' = radius of moon, or other body. P = moon's horizontal parallax = earth's angular semidiameter as seen from the moon. f = moon's angular semidiameter. Now = P (in circular measure), r'-r = r (in circular measure);.'. r: r':: P: P', or (radius of earth): (radios of moon):: (moon's parallax): (moon's semidiameter). Examples. 1. Taking the moon's horizontal parallax as 57', and its angular diameter as 32', find its radius in miles, assuming the earth's radius to be 4000 miles. Here moon's semidiameter = 16';.-. 4000::: 57': 16';.-. r = 400 16 = 1123 miles. 2. The sun's horizontal parallax being 8"8, and his angular diameter 32V find his diameter in miles. ' Am. 872,727 miles. 3. The synodic period of Venus being 584 days, find the angle gained in each minute of time on the earth round the sun as centre. Am. l"-54 per minute. 4. Find the angular velocity with which Venus crosses the sun's disc, assuming the distances of Venus and the earth from the sun are as 7 to 10, as given by Bode's Law. Since (fig. 50) S V: VA:: 7: 3. But Srhas a relative angular velocity round the sun of l"-54 per minute (see Example 3); therefore, the relative angular velocity of A V round A is greater than this in the ratio of 7: 3, which gives an approximate result of 3"-6 per minute, the true rate being about 4" per minute. Annual ParaUax. 95. We have already seen that no displacement of the observer due to a change of position on the earth's surface could apparently affect the direction of a fixed star. However, as the earth in its annual motion describes an orbit of about 92 million miles radius round the sun, the different positions in space from which an observer views the fixed stars from time to time throughout the year must be separated ...

Shapes are everywhere, and understanding their attributes is an essential part of third-grade math education. A comprehensive introduction to geometry is told through relatable narratives and real-world situations, teaching readers how to recognize geometric principles in everyday life. Appealing visuals and age-appropriate content work together to reinforce complex math concepts. Readers follow the narrator as he helps plant a school garden, learning about partitioning shapes into equal parts. This volume meets CCSS Math Standard 3.G.A.2.

The conservation of biological diversity depends on people's knowledge and actions. This book presents the theory and practice for creating effective education and outreach programmes for conservation. The authors describe an exciting array of techniques for enhancing school resources, marketing environmental messages, using social media, developing partnerships for conservation, and designing on-site programmes for parks and community centres. Vivid case studies from around the world illustrate techniques and describe planning, implementation, and evaluation procedures, enabling readers to implement their own new ideas effectively. Conservation Education and Outreach Techniques, now in its second edition and updated throughout, includes twelve chapters illustrated with numerous photographs showing education and outreach programmes in action, each incorporating an extensive bibliography. Helpful text boxes provide practical tips, guidelines, and recommendations for further exploration of the chapter topics. This book will be particularly relevant to conservation scientists, resource managers, environmental educators, students, and citizen activists. It will also serve as a handy reference and a comprehensive text for a variety of natural resource and environmental professionals.

This 1919 book describes both the success of the war garden in helping to reduce food shortages during the World War I period and the necessity for maintaining these gardens during peacetime.