When you flip a light switch, it turns on the light. But how? Where does that energy come from? How does it get to the light bulb? Learn about all kinds of energy that power our world and how we can make sure we never run out!
What do we need to learn and unlearn about sex? It's exciting to see the Sacred Energy eXchange, perspective coming more into mainstream thought. People may be drawn to these practices hoping to enhance their sexual satisfaction. Although it does do an amazing job of improving what you already have experienced and enjoy. It also takes sexuality to another dimension entirely. You we have experiences beyond "normal".SACRED ENERGY eXCHANGE, is much more than a sexual teaching. Its actually Self learning, S.E.X. practice can transform every aspect of your life. This book is designed to help you expand your physical health, vitality, emotional healing, expression, psychic sensitivity, creativity, productivity and abundance. It's not unusual for someone to tell me, after a few months of sacred involvement that he or she feels like a different person. They are less stressed, more in tuned to themselves and others, more comfortable, and much happier.Coach "VEE" Veronica L. Walton is uniquely qualified to be a major sacred sex communicator, to be the means through which this message goes forward within her tribe, and to a broad population. Through her studies and research, she speaks directly of sexual matters, but also appreciates the deeper potential of unconditional love.In this little book Coach Vee has packed an overview of suggestions and specific exercises you can practice, to begin your personal exploration. Sacred Sex is a spiritual path, leading to self-discovery. You are more magnificent than you realize. If you have the courage to start all over and do something new, this book will guide you through your first steps on your new sexual journey.
Comparison of Forest Water and Energy Exchange Models includes results of comparisons and tests on micrometeorological and hydrological models against independent field data gathered from an International Union of Forestry Research Organizations workshop. The comparisons are made using the SWECON computer by means of the ECODATA program package and the SIMP simulation package. This book is divided into four sections, covering data and computer facilities; atmospheric exchange and radiation models; soil water and interception models; and comparison of models. The first part includes discussion on the climatic data and databases; evapotranspiration measurements; instrumentation; data gathering and processing; the storage, retrieval and analysis of continuously recorded ecosystems data; and the SIMP-interactive mini-computer package for simulating dynamic and static models. The second part presents the MICROWEATHER simulation model that is applied to a forest; the energy exchange model of a pine forest canopy; the simulation of the quality and quantity of short-wave radiation within and above canopies; and the physical model to simulate energy exchange of plant canopies. The third part offers the model HEJMDAL, which simulates water state and flow in the soil-plant-atmosphere system; the water regime of forests and meadow model; the annual energy and water flow in a layered soil model; and the model ETFOREST for the calculation of the actual evapotranspiration. The last section presents a comparison of radiation models, energy exchange models, and interception models.
Learn the powerful techniques of a master healer Energy Secrets reveals the lost wisdom of healing practices from around the world, including traditional methods from Alla Svirinskaya's Russian heritage. In Energy Secrets, Alla shares her unique perspective on ancient techniques perfected for modern living. Her co-ordinated approach to the physical, emotional, mental and spiritual areas of daily experience will turn your life around. Follow Alla's step-by-step programme to becoming your own healer. You will find invaluable advice and techniques, including deep but simple detox programmes that use store-cupboard ingredients, protection techniques to help with your daily emotional exchange with others, and easy meditations for sustainable happiness. Start living in flow with your energy today!
In 1999, Texas passed a landmark clean energy law, beginning a groundswell of new policies that promised to make the US a world leader in renewable energy. As Leah Stokes shows in Short Circuiting Policy, however, that policy did not lead to momentum in Texas, which failed to implement its solar laws or clean up its electricity system. Examining clean energy laws in Texas, Kansas, Arizona, and Ohio over a thirty-year time frame, Stokes argues that organized combat between advocate and opponent interest groups is central to explaining why states are not on track to address the climate crisis. She tells the political history of our energy institutions, explaining how fossil fuel companies and electric utilities have promoted climate denial and delay. Stokes further explains the limits of policy feedback theory, showing the ways that interest groups drive retrenchment through lobbying, public opinion, political parties and the courts. More than a history of renewable energy policy in modern America, Short Circuiting Policy offers a bold new argument about how the policy process works, and why seeming victories can turn into losses when the opposition has enough resources to roll back laws.
The book details sources of thermal energy, methods of capture, and applications. It describes the basics of thermal energy, including measuring thermal energy, laws of thermodynamics that govern its use and transformation, modes of thermal energy, conventional processes, devices and materials, and the methods by which it is transferred. It covers 8 sources of thermal energy: combustion, fusion (solar) fission (nuclear), geothermal, microwave, plasma, waste heat, and thermal energy storage. In each case, the methods of production and capture and its uses are described in detail. It also discusses novel processes and devices used to improve transfer and transformation processes.