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From the New York Times-bestselling author of The Secret World of Weather and The Lost Art of Reading Nature’s Signs, learn to tap into nature and notice the hidden clues all around you Before GPS, before the compass, and even before cartography, humankind was navigating. Now this singular guide helps us rediscover what our ancestors long understood—that a windswept tree, the depth of a puddle, or a trill of birdsong can help us find our way, if we know what to look and listen for. Adventurer and navigation expert Tristan Gooley unlocks the directional clues hidden in the sun, moon, stars, clouds, weather patterns, lengthening shadows, changing tides, plant growth, and the habits of wildlife. Rich with navigational anecdotes collected across ages, continents, and cultures, The Natural Navigator will help keep you on course and open your eyes to the wonders, large and small, of the natural world.
Contains daily predicted times of slack water and predicted times and velocities of maximum current.
The tide is important to Earth's climate, the biological productivity of our seas, and our hunt for renewable energy sources. It is also thought to have played a role in the evolution of life on Earth. This book explains the nature and cause of the tide, its observation and prediction, unusual tides, and their relevance to us.
This postgraduate level text and reference treatise introduces readers to tides, tidal currents, storm-surges and sea level trends in coastal regions. The book is based on tidal waters of Maryland, Virginia, Chesapeake Bay and the Atlantic regions known to the author, and also provides international examples from the UK and different locations around the world, which allows readers to compare and contrast tidal regimes and to perform tidal analysis from data in their own environment. It is an important book for teachers, researchers, planners and engineers responsible for coastal defences as well as new infrastructure and waterway modification in ports and harbours. The wealth of informative detail and data provided makes this text worthwhile for readers who need a wider understanding of this increasingly important topic for coastal zone residents. MATLAB scientific programming language, simple-to-use Graphical User Interface (GUI) programs are introduced for students, researchers and engineering consultants, available at no cost from MATLAB Central file exchange (http://www mathworks.com/matlabcentral).GUI programs provide the tools for analysing water level or water current observations, deriving the major tidal constituents, and showing first hand how tide and tidal current predictions are made in addition to producing unrivalled colour graphic visualisations. GUI is the author's tidal analysis and is particularly suited for the investigation of storm surge in coastal waters. Professor Boon has studied tidal behaviour in world coastal zones and here assembles information for public and private use from his capacity as advisor to state and federal authorities and corporate organisations. - Introduces tides, tidal currents, storm-surges and sea level trends in coastal regions - Provides examples from the US, the Atlantic, the UK and different locations around the world - MATLAB scientific programming language and simple-to-use Graphical User Interface (GUI) programs are introduced for students, researchers and engineering consultants
A self-contained introduction to tides, explaining the origin of tidal constituents and their wave propagation in oceans and coastal seas.
It is self-evident that a better understanding of depositional systems and analogs leads to better inputs for geological models and better assessment of risk for plays and prospects in hydrocarbon exploration, as well as enhancing interpretations of earth history. Depositional environments - clastic and carbonate, fine- and coarse-grained, continental, marginal marine and deep marine - show latitudinal variations, which are sometimes extreme. Most familiar facies models derive from temperate and, to a lesser extent, tropical examples. By comparison, depositional analogs from higher latitudes are sparser in number and more poorly understood. Numerous processes are amplified and/or diminished at higher latitudes, producing variations in stratigraphic architecture from more familiar depositional "norms." The joint AAPG/SEPM Hedberg Conference held in Banff, Alberta, Canada in October 2014 brought together broad studies looking at global databases to identify differences in stratigraphic models and sedimentary concepts that arise due to differences in latitude and to search for insights that may be applicable for subsurface interpretations. The articles in this Special Publication represent a cross-section of the work presented at the conference, along with the abstracts of the remaining presentations. This volume should be of great interest to all those working with stratigraphic models and sedimentary concepts.