The book is a speculation for a one-thousand-year future history period. It covers development in science and technology, such as energy and information storage as well as population trends on Earth, the solar system, the galaxy, and beyond. It also touches on spacecraft development and exploration both in space-time and other dimensions as well as communications.

This book covers three time periods (Post Mayan Event, 2012 AD): years 1,000–10,000 in chapters 1 to 9 cover psychic development, singularities, scientology, time travel, explorations in space and time, and communications; years 10,000 to 100,000 in chapters 10 to 19 cover technology developments, explorations, communications, psychic powers, singularities, teleportation, fields of science (astronomy, biology, chemistry, geology, and physics); and years 100,000 to 1,000,000 in chapters 20 to 30 covers singularities, levels of consciousness, technology, exploration, space colonies, higher planes of existence, and a channeled overview.

The book is a speculation for a one-thousand-year future history period. It covers development in science and technology, such as energy and information storage as well as population trends on Earth, the solar system, the galaxy, and beyond. It also touches on spacecraft development and exploration both in space-time and other dimensions as well as communications.

This book is an unorthodox ground-breaking scientific study on natural climate change and its contribution to ongoing multi-centennial global warming. The book critically reviews the effect of the following on climate: - Milankovitch cycles - abrupt glacial (Dansgaard-Oeschger) events - Holocene climate variability - the 1500-year cycle - solar activity - volcanic eruptions - greenhouse gases - energy transport Applying the scientific method to available evidence reveals that some of these phenomena are profoundly misunderstood by most researchers. Milankovitch cycles are tied to orbital obliquity, not to orbital precessional summer insolation; glacial megatides might have triggered abrupt Dansgaard-Oeschger events; and tides are likely responsible for the related 1500-year climate cycle. Climate change affects volcanic eruptions more than the opposite; and secular variations in solar activity are more important to climate change during the Holocene than greenhouse gases. In this book, we see how important natural climate change has been on human societies of the past. It also produces new climate projections for the 21st century and when the next glaciation could happen. What emerges from this study of natural climate change is a central theme: Variations in the transport of energy from the tropics to the poles have been neglected as a cause of climate change, and solar activity variations affect climate by modulating this transport. The author tells us: –Transporting more energy from a greenhouse gas-rich region, the tropics, to a greenhouse gas-poor region, the poles, increases the amount of energy lost at the top of the atmosphere. The effect resembles a reduction in the greenhouse gas content.– The book presents the Winter-Gatekeeper Hypothesis on how variations in solar activity regulate Earth's energy transport and in so doing affect atmospheric circulation, the rotation of the planet, and the El Niño/Southern Oscillation. This book is oriented toward students and academics in the climate sciences and climate anthropology and should also appeal to readers interested in the science of natural climate change. The repercussions of Climate of the Past, Present and Future are far reaching. By uncovering a strong natural climate change component, it provides a novel view of anthropogenic climate change, fossil energy use, and our future climate; a view quite different from the IPCC's gloomy projections.

People and societies conceptualise and experience time in fundamentally different ways. This basic aspect of perception significantly influences the way we frame problems and conceive solutions. This book shows how time perspectives differ across national cultures and across professional roles. It shows how these differences generate ambiguity when it comes to defining problems and devising solutions in the water sector. This is especially important when dealing with problems such as Sustainable Water Resources Management and Climate Change that involve (culturally and professionally) diverse stakeholders. Response strategies to such problems inherently require concerted action because of the large spatial and temporal scale on which they take place and to minimise the occurrence of conflicting interventions. This disparity between diverse problem perceptions and the need for collective understanding and united action is increasingly recognised as an important concern in the field of water resource management. The conclusions are important because the time horizons considered in planning and setting research agendas influence what problems are perceived, what questions are asked, and what solutions are sought. In general, more time needs to be invested in framing problems. This is particularly important for participatory planning and transdisciplinary research where the diversity in Motivational Space is greatest. It is recommended that Motivational Space be collectively and explicitly framed from the outset of all planning projects, especially in terms of Temporal Extent. When it comes to setting research agendas it is important to match the Motivational Space of those who prioritize the questions with the goal of the research programme. Author: Andrew James Segrave, KWR Watercycle Research Institute, Utrecht, The Netherlands

Most Indians believe that the Purāṇic accounts of Indian history are just figment of human imagination. They fail to explain why would thousands of people create dynastic king-lists of fictitious families consisting of thousands of names and then remember them for several millenniums. In reality they have left behind a record of their families/tribes and social. moral and religious customs. The Vedic-Purāṇic literature as well as archeological, geological, historical and linguistic accounts have been reviewed to establish ancient history of the Indian subcontinent. The chronological and geographical information related to the various cultures/tribes were established using the dates when farming, use of kiln-baked bricks or metalworking started; horses were domesticated; chariots were invented; Sarasvatī River dried up; and Mahabharata War took place.

In addressing the urgent questions raised by climate change, this book provides a comprehensive overview of the anthropology of climate change guided by a critical political ecological framework. It argues that anthropologists must significantly expand their focus on climate change and their contributions to responding to climate change as a grave risk to humanity. The book presents a human socioecological framework for conceptualizing climate change. It examines the emergence and slow maturation of the anthropology of climate change; reviews the historic foundations for this work in the archaeology of climate change; and presents three alternative contemporary theoretical perspectives in the anthropology of climate change. The book synthesizes anthropological work and perspectives on climate change in the form of case studies in various regions of the world revealing the nature of global climate change as constituting multiple and somewhat diverse changes in local settings. It explores the applied anthropology of climate change in terms of the ways anthropologists are contributing to climate policy, working with communities on climate change issues, as well as within the climate movement both internationally and nationally. Finally it provides an overview of what other the social sciences are saying about climate change and explores ways that the anthropology of climate change can interface with sociology, political science, and human geography in order to create an integrated social science of climate change. This book gives researchers and students in Environmental Anthropology, Climate Change, Human Geography, and Sociology, a novel framework for understanding climate change that emphasizes human socioecological interactions.