In the article, Rick tries to debunk the notion that helping our environment would hurt our economy. Though transitioning would cost more, the end result would actually create new US jobs. Studies have shown that for every $1 million of investment in clean energy, the U.S. can create 16.7 jobs compared with only 5.3 jobs from fossil fuel investments.
Read the article here. Where do you weigh in with this debate? And, more importantly, do you have the expertise for one of these newly created jobs?
With the hazards of Ebola and anti-government protests and genocide being front and center in the news, we sometimes overlook the many organizations quietly operating in the background to bring assistance to those in strife or peril. I ran across this entity quite by accident as part of my work for university programming. Maybe your studies will bring you to become part of their efforts? Click on the logo below to learn more…
TIDES stands for Transformative Innovation for Development and Emergency Support. This research project is coordinated at the Center for Technology and National Security Policy (CTNSP) at the National Defense University (NDU), which is part of the Department of Defense.
STAR-TIDES (Sharing To Accelerate Research-Transformative Innovation for Development and Emergency Support) is a research effort that promotes sustainable support to stressed populations – post-war, post-disaster, or impoverished, in foreign or domestic contexts, for short-term or long-term (multi-year) operations. The project provides reach-back “knowledge on demand” to decision-makers and those working in the field. It uses public-private partnerships and “whole-of-government” approaches to encourage unity of action among diverse organizations where there is no unity of command, and facilitates both inter-agency and international engagement.
TIDES has three strategies that frame everything they do:
- Leverage Global Talent
- Promote Integrated Approaches
- Sustain through the Private Sector
There are internships available through the National Defense University – check it out!
Lots of us make sacrifices for the environment, but few of us would consider supporting the cause by moving into a dumpster. Dr. Jeff Wilson of Huston-Tillotson University, however, is doing just that. Working with his students and the community, he has transformed an old dumpster and is living in it for a year.
The aim of the Dumpster Project is to investigate sustainable living practices in recognition of a world with an increasing population but decreasing space and resources to go around. The dumpster itself is 33 sq ft (3 sq m).
Additions to the basic dumpster have included solar panels to generate electricity, a high-efficiency toilet, a false floor to provide storage, a weather station, air conditioning, a pitched roof, locks and a mailbox. The dumpster pockets have been sealed so that the dumpster cannot be mistaken for and serviced as a standard trash receptacle.
See where Dr. Jeff Wilson is his year-long journey:
Dr. Wilson is making quite a sacrifice in the hope of getting more people to think about reducing our impact on our planet. Could you live (for even a short time) in a dumpster?
How Medicare Data influcence our life? When you get hurted (which we don’t wish to happen), how will Medicare system take care of you? To what extent will Medicare System pay you? What is the high cost and low cost contributors to the Medicare system? In our project, we will do researchs on the real world Medicare claims data to get valuable insights on both the data and on parties who are involved in it like healthcare system.
This art project, which will ‘vanish’ at the end of October 2014, was created using eco-friendly materials and GPS technology in a fascinating way. The National Mall in Washington, DC is the site of the commissioned artwork, created by artist Jorge Rodriguez-Gerada. The giant portrait is visible from the ground, from atop the Washington Monument, and from outer space!
A little explanation by the artist… “I use vector files, which are images based on points that have algorithms to keep the curves in position. Then we use high-accuracy GPS technology to place stakes in the ground, and string to delineate the curves. The etching design also makes it work — the farther away you are, the more it comes together as shadowing. So when we get the final images from the satellite from space, it will actually look photographic.“
Read more about his vision & the work itself in these two articles: