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Earth Engine

Earth Engine
Related:  Designing the Future

Public Lab: a DIY environmental science community Agralogics | The Internet of Food R biglm with categorical variables DIF Biomimicry Challenge - Think Dif - Disruptive Innovation Festival DIF Biomimicry Challenge Use biomimicry to radically improve an aspect of the food system to fit within a circular economy. During this challenge, participants are asked to: "Use biomimicry to radically improve an aspect of the food system (e.g. production, packaging, nutrient recovery) to fit within a circular economy." So, how do you get started on a challenge as large and complex as the food system? First of all, you’ll need to become familiar with the various parts of the food system and how they are related. The following information is provided to help you understand the breadth of the challenge and assist you in narrowing your focus on a specific design opportunity. Download the Biomimicry Challenge brief here Identifying a Design Opportunity To build a food system that works with the circular economy we will need solutions at a variety of scales and in a variety of sectors, all working together in a system. Your solution could address: Learn more about biomimicry Support webinars

Top Big Data Executives and Experts to Follow on Twitter - CEOWORLD To recognize and learn more about big data technologies and architecture, vendor developments in the big data and analytics industry, and numerous technical challenges. I have decided to compile a list of the Most Influential Voices in Big Data and Quantitative Analytics Arena. And what they think are their biggest challenges when implementing big data in their storage environments. In our research, some influential Big Data and Analytics Experts are not included in this list, either because they don’t have active Twitter accounts, or they only tweet about big data sporadically. Want to connect with the most influential voices talking about the Big Data? Top Big Data Executives and Experts to Follow on Twitter 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 37. Most Influential Women in Tech to Follow on Twitter Did we miss somebody? Amarendra Bhushan Latest posts by Amarendra Bhushan (see all)

Ground-breaking ideas & strategies in business, economics & sustainability for innovative leaders IBM Big Data for Oil and Gas Enhancing exploration and production with big data in oil & gas In the oil and gas industry, organizations must apply new technologies and processes that will capture and transform raw data into actionable insight to improve asset value and yield while enhancing safety and protecting the environment. Well and field operations are instrumented to capture a holistic view of equipment performance and well productivity data including reservoir, well, facilities and export data. Leading, analytics-driven oil and gas organizations are connecting people with trusted information to predict business outcomes, and to make real-time decisions that help them outperform their competitors. IBM big data and analytics platform, now known as IBM Watson Foundations, provides a scalable, easy to use, secure information management and analytics platform for complex and large-scale analysis and economical storage of drilling production data. Enhance exploration and production Optimize global operations Amazon Web Services (AWS) - Cloud Computing Services Planeta Sustentável | Sistema de tratamento ecológico recupera rios poluídos e cria jardins flutuantes E se fosse possível recuperar rios poluídos gastando pouco dinheiro? Essa é a ambição do sistema de tratamento de água ecológico que pode ser instalado em rios, canais e lagos contaminados. Criado pela empresa escocesa Biomatrix Water, a tecnologia já despoluiu o canal Paco, da cidade de Manila, nas Filipinas. Além de melhorar a qualidade da água e aumentar a biodiversidade aquática, o sistema revitalizou a paisagem do canal filipino, que antes era destino final de lixo e esgoto. Isso porque usa “jardins flutuantes”, que são ilhas artificiais, de aproximadamente 110 m², cobertas por plantas aquáticas capazes de filtrar poluentes. O sistema ainda tem outra vantagem: o custo da despoluição é menor do que a metade do que gastam estações de tratamento de águas residuais convencionais, segundo a empresa. No vídeo abaixo, saiba como funciona a engenhoca:

The Window Of Opportunity For Airline Customer Data « Industry « InsiderNews Blog Sabre Airline Solutions® has released a new whitepaper highlighting the business challenges faced by airlines in the area of customer data, retailing, and personalization. Brand differentiation and personalized sales and service are becoming increasingly strategic areas for leading airlines due to their market share and profit potential. In the whitepaper, Sabre discusses the unique complexities in the industry, analyzes new findings about revenue potential, and discusses ideal solutions for these problems in the market place. Travelers’ expectations about their air-travel experience are changing. They have been for some time now. Today, airlines are sitting on a gold mine of valuable information about their customers. These highly strategic undertakings are easier said than done, however. There is a clear window of opportunity in the industry today for a group of innovative airlines to lead the global marketplace with data-driven personalization.