Sufficient clean power can be generated in the world's sunny deserts to supply mankind with enough electricity on a sustainable basis. DESERTEC is an integrated concept which includes energy security and climate protection as well as drinking water production, socio-economic development, security policy and international cooperation.
The DESERTEC Concept "Clean Power from Deserts" was originally developed by a network of politicians, academics and economists around the Mediterranean, from which the DESERTEC Foundation has evolved. The non-profit DESERTEC Foundation promotes the fast implementation of its concept in all suitable regions of the world. In 2009 the DESERTEC Concept gained a lot of attention when the DESERTEC Foundation founded the industrial initiative Dii GmbH together with partners from the industrial and finance sectors. The mission of Dii is to accelerate the implementation of the DESERTEC Concept in the Mediterranean region.
Ecology Courses that are applied in Doğa Schools also enhance the awareness of nature. Ecological production not only requires receiving the crop while working on the soil but also the richness of the soil takes us to other agricultural productions. On one hand students could be watering the fields and on the other hand they would be picking up the products to make a tomato paste, fruit jam or cut some noodles. Our students also learn to make yoghurt, buttermilk with the milk that they have milked from the cows and sheep which live in our barns. Doğa students can eat and also take home their own made products while we usually consume already produced products from supermarkets in school.
History of Doğa Schools
Founded by Fethi Şimşek, Doğa Schools started its educational journey in 2002 with Beykoz Campus, Doğa Schools currently have 12 campuses from kindergarten to high school and 6 exclusive kindergartens in Istanbul and 12 campuses located throughout Turkey; namely Bursa, Ankara, Denizli, Sakarya, Diyarbakır, Batman, Aydın, Antalya, Sanlıurfa, Malatya, Çorlu and Mersin. The number of students has increased to 15000 since 2002 with 1500 staf.
Centre for Ecology Development and Research"Sustaining livelihoods through ecosystems management"
Centre for Ecology Development and Research (CEDAR) is a non-profit organization registered under the Societies Act 1860. CEDAR comprises of a group of academics and development professionals, brought together by shared interest in the Himalayas and issues concerning its ecology and sustainable development.
CEDAR aims to bridge the gap between policy makers and development practitioners by bringing rigor of applied research to the wealth of grassroots understanding of development, environment, livelihoods, and rural communities. CEDAR has a registered office in Delhi and the head office is located in Dehradun.
An Ecology of Mind is an intimate and personal portrait of Gregory Bateson, celebrated anthropologist, philosopher, author, naturalist, and filmmaker. Directed by his daughter Nora Bateson, who will lead a discussion after the screening, this film includes footage from Bateson’s own films shot in the 1930s in Bali with Margaret Mead and in New Guinea along with photographs, filmed lectures, and interviews. Through contemporary interviews, and his words, Bateson reveals her father's practical approaches to the enormous challenges confronting the human race and the natural world.
presented by the Findhorn Foundation in partnership with Global Ecovillage Network and Gaia Education
Based on the Ecovillage Design Curriculum - an official contribution to the United Nations Decade of Education for Sustainable Development.
Facilitated by: Pracha Hutanuwatr - Director, Wongsanit Ashram, Thailand May East - Director, Gaia Education Michael Shaw - Director, Ecovillage International Iain Davidson - Lecturer, Findhorn Foundation and Findhorn Ecovillage experts
You are invited to join this five-week comprehensive training of trainers based on the four core pillars of the Ecovillage Design Curriculum: the social, worldview, ecological and economic dimensions of sustainability.
INTERNATIONAL 100% RENEWABLE ENERGY CONFERENCE AND EXHIBITION
Türkan Saylan Culture Center
6-8 October 2011, Maltepe - ISTANBUL
The dream for an energy supply based on 100% renewable energies is coming true.
The evolutionary developments in technology as well as in legal frameworks together with an increasing public awareness make it possible for the rational use of secure, sustainable and competitively priced renewable energy sources.
Organized by EUROSOLAR Turkey, The Turkish Division of European Association for Renewable Energies annualy to pursue the improvements in the energy end use efficiency and renewable energies, IRENEC, International 100% Renewable Energy Conferences and Exhibitions aim to promote this monumental transformation from fossil fuels to renewable energy sources and to contribute to the 100 percent goal to be reached without nuclear energy or carbon-capture technology.
'That is how they do it, so we cannot criticise it'.
Even out of context, these words from the 10-volume Book of Travels of the great Ottoman Turkish scholar and traveller Evliya Çelebi seem like a useful motto for out times. They sum up the values embodied in the British Council's Our Shared Europe project, which proposes that we, people of many cultural identities who live side-by-side, regard one another with tolerance. The OSE project seeks to show us that we share much in the present, as we have in the past, and that we must re-capture this common ground if we are to have a enjoy a stable future. But first we need to understand one another and the cultures we inhabit. The OSE project has chosen Evliya Çelebi to symbolise this learning process. His is a name familiar to every Turk, for his insatiable curiosity, his spirit of adventure, his openness to whatever came his way, his originality as a recorder of his times—and much more. These qualities are timeless and will serve us well today, as they did Evliya Çelebi as he roamed the world.
Panarchy is a conceptual framework to account for the dual, and seemingly contradictory, characteristics of all complex systems – stability and change. It is the study of how economic growth and human development depend on ecosystems and institutions, and how they interact. It is an integrative framework, bringing together ecological, economic and social models of change and stability, to account for the complex interactions among both these different areas, and different scale levels.
Panarchy’s focus is on management of regional ecosystems, defined in terms of catchments, but it deals with the impact of lower, smaller, faster changing scale levels, as well as the larger, slower supra-regional and global levels. Its goal is to develop the simplest conceptual framework necessary to describe the twin dynamics of change and stability across both disciplines and scale levels.
Systems theory studies the structure and properties of systems in terms of relationships, from which new properties of wholes emerge. It was established as a science by Ludwig von Bertalanffy, Anatol Rapoport, Kenneth E. Boulding, William Ross Ashby, Margaret Mead, Gregory Bateson and others in the 1950's. Systems theory, in its transdisciplinary role, brings together theoretical principles and concepts from ontology, philosophy of science, physics, biology and engineering. Applications are found in numerous fields including geography, sociology, political science, organizational theory, management, psychotherapy and economics amongst others.
The concept of system, though it seems to be intrinsic to human thinking, has been extensively employed and developed over the last few decades, due in a large measure to contributions made by Karl Ludwig von Bertalanffy (1901-1972), a Viennese professor of biology. He worked to identify structural, behavioral and developmental features common to particular classes of living organisms. One approach was to look over the empirical universe and pick out certain general phenomena which are found in many different disciplines, and to seek to build up general theoretical models relevant to these phenomena, e.g., growth, homeostasis, evolution. Another approach was to arrange the empirical fields in a hierarchy of complexity of organization of their basic 'individuality' or units of behavior, and to try to develop a level of abstraction appropriate to each. Examples are generalizations on the levels of cells, simple organs, open self-maintaining organisms, small groups of organisms, society and the universe. The latter approach implies a hierarchical "systems of systems" view of the world.
Currently no cure for mesothelioma exists and the American Cancer Society explains that patients generally have a short average life expectancy of four to 18 months after diagnosis. Only 10% of mesothelioma patients survive more than five years after initial diagnosis. Since its recognition as a lethal form of cancer that develops after asbestos exposure, doctors and scientists have struggled to identify a course of treatment that can improve the prognosis for patients today.
Nevertheless, efforts today still generally focus on prolonging the overall quality of life and life expectancy of these patients instead of finding a cure. Among these treatments are experimental and alternative therapies meant to relieve symptoms and improve a patient’s ability to lead a normal life.
Factors that Affect Life Expectancy
Malignant mesothelioma, like other cancers, is described in four stages. Early detection has proven significant in leading to prolonged life expectancy.
Fossil fuels (oil, coal, and natural gas) currently provide about 85% of all the energy use in the US. These resources are being constantly depleted and can't be replaced within any practical time span. How long exactly would these resources last? The remaining amount of a particular resource is often characterized by so-called Reserves-to-Production ratio (R/P).
In a plain language, R/P basically gives us the length of time the reserves would last if its usage continues at the current rate. Here are estimated world total reserves-to-production ratios for the main conventional fuels: oil - 45 years, natural gas - 62 years, coal – 119 years.
Aside from being finite, energy production from fossil fuels results in by-products of combustion, or emissions. These emissions affect the environment and may be causing the climate change. In contrast, renewable energy (RE) resources, as the name implies, are constantly replenished naturally and will never be exhausted. Their use generally has a much lower environmental impact than that of conventional fuels, which is why the technologies that utilize them are often called "green". In addition, RE can boost US energy security by reducing our dependence on the imports. All these factors, coupled with the government incentives and mandates, result in growing public interest in using renewable sources of energy. While many green technologies are large-scale, most of them are also suited to private homes, especially in rural areas. This website provides quick reference information for using alternative power at home.