Young Scott and his father have a personal way of learning the trees and remembering their names. It's a game they like to play, one you'll want to play too! Learn the name of the swallowtail butterfly who loves to sit on the dogwood branch, see the majestic beauty of the black-and-yellow Argiope spider, or see what makes the beech tree so special (its bark is smooth and gray just like the skin of a hippo). Featuring beautiful paintings by nature artist Robert Hynes and the exquisite language of renowned author Scott Russell Sanders, Meeting Trees captures the delicate details of bark, branches, and leaves while enchanting readers with the beauty of the natural world.

Thomas Pakenham's beautifully illustrated, bestselling book of tree portraits. With this astonishing collection, Thomas Pakenham produced a new kind of tree book. The arrangement owes little to conventional botany. The sixty trees are grouped according to their own strong personalities: Natives, Travellers, Shrines, Fantasies and Survivors. From the ancient native trees, many of which are huge and immeasurably old, to the exotic newcomers from Europe, the East and North America, MEETINGS WITH REMARKABLE TREES captures the history and beauty of these entrancing living structures. Common to all these trees is their power to inspire awe and wonder. This is a lovingly researched book, beautifully illustrated with colour photographs, engravings and maps - a moving testimonial to the Earth`s largest and oldest living structures.

Children can see firsthand that environmental action works, in this photo-essay featuring plants and animals that have been brought back from the brink of extinction, primarily because of the Endangered Species Act. Accompanied by factual accounts of species that are making a comeback, each page presents a picture of hope for saving America's natural treasures. Full-color photos.

A landmark volume celebrating the most remarkable trees on the planet, Pakenham takes readers on a voyage across four continents and introduces them to arbors of all shapes and sizes--dwarfs, giants, aliens, and monuments. Full-color photos.

A REESE'S BOOK CLUB PICK Winner of the 2022 BookTube Silver Medal in Fiction * Shortlisted for the Women's Prize for Fiction "A wise novel of love and grief, roots and branches, displacement and home, faith and belief. Balm for our bruised times." -David Mitchell, author of Utopia Avenue A rich, magical new novel on belonging and identity, love and trauma, nature and renewal, from the Booker-shortlisted author of 10 Minutes 38 Seconds in This Strange World. Two teenagers, a Greek Cypriot and a Turkish Cypriot, meet at a taverna on the island they both call home. In the taverna, hidden beneath garlands of garlic, chili peppers and creeping honeysuckle, Kostas and Defne grow in their forbidden love for each other. A fig tree stretches through a cavity in the roof, and this tree bears witness to their hushed, happy meetings and eventually, to their silent, surreptitious departures. The tree is there when war breaks out, when the capital is reduced to ashes and rubble, and when the teenagers vanish. Decades later, Kostas returns. He is a botanist looking for native species, but really, he's searching for lost love. Years later a Ficus carica grows in the back garden of a house in London where Ada Kazantzakis lives. This tree is her only connection to an island she has never visited--- her only connection to her family's troubled history and her complex identity as she seeks to untangle years of secrets to find her place in the world. A moving, beautifully written, and delicately constructed story of love, division, transcendence, history, and eco-consciousness, The Island of Missing Trees is Elif Shafak's best work yet.

Mineral Nutrition of Fruit Trees summarizes the state of knowledge about the mineral nutrition of fruit trees, including peach and apple trees. The discussions are organized around six themes: fruit tree mineral nutrition and crop quality; uptake and transport; effect of soil management and fertilizer applications on nutrient uptake; direct application of nutrients to foliage and fruits; prediction of nutrient requirements; and synthesis. This text consists of 69 chapters and begins with a section dealing with the effects of nutrition on fruit quality. The second section explores the mechanisms of nutrient entry to, and movement within, fruit trees and the means of influencing the nutrition of both the whole tree and the crop by fertilizers and management practices, including irrigation and the use of herbicides. The third section describes methods for predicting the needs of the tree for establishment, growth, and fruit quality. The effects of interactions between nutrition and environment on the mineral composition of fruits are considered, along with an integrated approach to orchard nutrition and bitter pit control, the influence of boron deficiency on fruit quality, and calcium accumulation in apple fruit. This book will be of interest to scientists working in fields such as biochemistry, food technology, agriculture, horticulture, and physiology.

This book explores fundamental aspects of geometric network optimisation with applications to a variety of real world problems. It presents, for the first time in the literature, a cohesive mathematical framework within which the properties of such optimal interconnection networks can be understood across a wide range of metrics and cost functions. The book makes use of this mathematical theory to develop efficient algorithms for constructing such networks, with an emphasis on exact solutions. Marcus Brazil and Martin Zachariasen focus principally on the geometric structure of optimal interconnection networks, also known as Steiner trees, in the plane. They show readers how an understanding of this structure can lead to practical exact algorithms for constructing such trees. The book also details numerous breakthroughs in this area over the past 20 years, features clearly written proofs, and is supported by 135 colour and 15 black and white figures. It will help graduate students, working mathematicians, engineers and computer scientists to understand the principles required for designing interconnection networks in the plane that are as cost efficient as possible.