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Methane and agriculture are the hot new renewable energy frontier.

Rural Recycling... put everything to good use!

It takes legal work, timing, and a marketplace to turn manure into "renewable energy". But are we there yet? Dairy farmers are adopting methane energy production techniques, but permaculture techniques might provide another layer of ecological permaculture.

YOU be the innovative judge. I mean, the "innovation" judge. Are we there yet? Or do we need to look deeper into the whole "system" of agriculture and see where those cows come from, what their stomachs have evolved over the eons to digest...and how we can optimize cattle feed, cattle manure, and our hunger for convenient, heat producing fuel and energy.

YOU be the judge. And the INNOVATOR!

Follow the money. Never take "science" at its word until you look into who makes money from the process, and who is threatened by a specific business sector's success. Knowing your business history is important to our very civilization's direction.

Are you ready to do your own research? At this point, I don't believe anybody! And no, I'm not really paranoid, I just have run into crooks, aggressive business strategists too often to believe that anyone has the public good at heart. "Eternal vigilence..." it still applies.



Ecological Biologist and Permaculturist, David Blume.

"What we need above all is knowledge about global connections and changes," underscores Professor Peter Gruss, President of the Max Planck Society.

"For example, if we don't understand the factors associated with climate change, we won't be able to respond with appropriate policies or technologies. Take today's climate models, for instance. Unlike their predecessors, they are not merely extended weather forecasts. The latest models take into account factors such as the carbon balance of the terrestrial and marine biospheres. Max Planck scientists have made major contributions in this area."

Targeted research expenditures have an enormous impact over the long term, providing tremendous impetus for a country's innovative strength and economic clout.

Siemens President and CEO Peter Löscher noted, "Siemens will play a pioneering role in cooperating with governments and the scientific community to master the tremendous challenges ahead, particularly during times of economic crisis. Whether we're talking about the intelligent energy networks of the future or technologies for environmental and climate protection, healthcare or electromobility, Siemens will accelerate the development and marketing of solutions that address the entire array of challenges."

Cooperation among scientific community, business and government

At the Future Dialogue conference, leading scientists and political and economic decision-makers join a select international audience to discuss current constraints to cooperation between the scientific community, business and governments. Participants explores new ways to foster cooperation and consider what kind of framework governments and society must provide to facilitate this process. More than 300 senior business leaders, scientists and policymakers included Dennis L. Meadows, co-author of The Limits to Growth; Joschka Fischer, Germany's former Minister of Foreign Affairs; Lord Nicholas Stern, who examines climate change from an economic point of view; Khaled Awad, Director of Masdar City, a planned "zero-emissions" city; and U.S. star architect and urban planner Daniel Libeskind.

Discussion covered crucial issues such as global warming, the provision of improved healthcare worldwide and increasing urbanization.

Independent basic research leads to innovation

As Peter Gruss notes, "Independent basic research is the indispensible cornerstone for the development of innovative solutions - because truly new products and processes cannot be generated from old knowledge. More in-depth knowledge and a better understanding of the processes of nature are the foundation for future innovations.

Example:  Food Supplies

For example, if we understand how plants adapt to unfavorable environmental conditions such as overly saline soils or droughts, we can apply our knowledge of these characteristics to crops, helping safeguard food supplies for the nine billion people who will inhabit the earth in the future."

Social Awareness and Government Support

However, if innovative approaches are to be turned into reality, a positive awareness must be cultivated in society. How can the ongoing support of governments and the general public be secured as we tackle the challenges ahead? This is one of the questions that will be addressed at the conference during three parallel sessions in the afternoon.

Sustainability and Marketable Solutions

Sustainable success can be achieved only if society, the scientific community and high-level policymakers all support innovation - and its translation into marketable solutions. As Siemens CEO Löscher remarked, "The international cooperation during the financial and economic crisis has impressively demonstrated the global community's capacity for concerted action when addressing a major challenge. We must make every effort to follow this encouraging example of worldwide cooperation among representatives of business, science and government as we join forces to overcome the tremendous challenges ahead. Fundamental research and its translation into innovative, marketable technologies and products must go hand-in-hand," stated Löscher. 

Commercialization of Innovations

There are already impressive examples of how scientists, business leaders and policymakers can cooperate to help turn innovations into marketable products. That's why the various discussion forums at the Future Dialogue conference will focus not only on analyzing the status quo but also on providing realistic, forward-looking answers to the most urgent questions of the 21stcentury.


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