Shadow Woods: a search for lost landscapes is intended to view ecology and landscapes in a somewhat different way from that which we normally do; to effectively view the countryside through a different lens. Considering ancient woods and treed countryside, the intention is to raise awareness about our ecological and landscape origins and through this to open up new possibilities and exciting opportunities. It is suggested that we need to understand the past to inform the present, and from this knowledge we can influence the future The author also introduces a number of key issues and ideas that are new - shadow woods, ghost woods, lost woods, eco-cultural landscapes, cultural severance, grubby landscapes, ecological filtration, biodiversity time-capsules, futurescapes, and more. This edition, revised in march 2018, contains updated figures / diagrams.

This is an extraordinary book about trees. It's an account by a veteran science journalist that ranges to the limits of scientific understanding: how trees produce aerosols for protection and 'warnings'; the curative effects of 'forest bathing' in Japan; or the impact of trees in fertilizing ocean plankton. There is even science to show that trees are connected to the stars. Trees and forests are far more than just plants: they have myriad functions that help maintain the atmosphere and biosphere. As climate change increases, they will become even more critical to buffer the effects of warmer temperatures, clean our water and air and provide food. If they remain standing. The global forest is also in crisis, and when the oldest trees in the world suddenly start dying - across North America, Europe, the Amazon - it's time to pay attention. At the heart of this remarkable exploration of the power of trees is the amazing story of one man, a shade tree farmer named David Milarch, and his quest to clone the oldest and largest trees - from the California redwoods to the oaks of Ireland - to protect the ancient genetics and use them to reforest the planet.

Trees are familiar components of many landscapes, vital to the healthy functioning of the global ecosystem and unparalled in the range of materials which they provide for human use. Yet how much do we really understand about how they work? This 2000 book provides a comprehensive introduction to the natural history of trees, presenting information on all aspects of tree biology and ecology in an easy to read and concise text. Fascinating insights into the workings of these everyday plants are uncovered throughout the book, with questions such as how are trees designed, how do they grow and reproduce, and why do they eventually die tackled in an illuminating way. Written for a non-technical audience, the book is nonetheless rigorous in its treatment and will therefore provide a valuable source of reference for beginning students as well as those with a less formal interest in this fascinating group of plants.

England has more ancient native oak trees than the rest of Europe combined. How did that come about? The reasons are all historical, and nothing to do with climate or soil factors. This story goes back to the Norman conquest of England in 1066. They created Royal Forests, chases and deer parks, where only the nobility could hunt or keep deer and it was forbidden to cut the trees. This was, if you like, an early form of nature conservation, but for the sake of privileged hunting. Preservation of these oaks further continued through a combination of private ownership of thousands of parks, conservatism of the landowners, overseas timber availability and the absence of ruining wars on the English landscape; the majority of which had been confined to the continent. Modernisation of forestry in England only took hold after 1920, and by that stage too late to destroy all of the old and worthless hollow trees. In contrast, modern forestry was introduced on the continent at least 200 years earlier, with devastating results for ancient trees. We owe the ancient oaks to all these circumstances which created a unique 'population' of ancient oaks, highly important for biodiversity and an asset unique to England. In this book Aljos Farjon combines history with science and tells the story of how ancient oaks have shaped the English landscape over the past 1000 years. The two native species of oak, pedunculate oak (Quercus robur) and sessile oak (Q. petraea) are among the longest living trees in England. And using data made available by 'citizen science' (data gathered by volunteers across the country) Aljos explains this remarkable situation by giving detailed evidence, enhanced with beautiful images of these stunning oaks as well as graphs and maps.

Famous Trees of Texas was first published in 1970 by the Texas Forest Service (now Texas A&M Forest Service), an organization created in 1915 and charged with protecting and sustaining the forests, trees, and other related natural resources of Texas. For the 100-year anniversary of TFS, the agency presents a new edition of this classic book, telling the stories of 101 trees throughout the state. Some are old friends, featured in the first edition and still alive (27 of the original 81 trees described in the first edition have died); some are newly designated, discovered as people began to recognize their age and value. All of them remain “living links” to the state’s storied past.