Skip to Main Content

Editor's Page

February 7, 2011
Volume 89, Number 6
p. 3

Population And Sustainability

  • Print this article
  • Email the editor

Latest News

October 28, 2011

Speedy Homemade-Explosive Detector

Forensic Chemistry: A new method could increase the number of explosives detected by airport screeners.

Solar Panel Makers Cry Foul

Trade: U.S. companies complain of market dumping by China.

Novartis To Cut 2,000 Jobs

Layoffs follow similar moves by Amgen, AstraZeneca.

Nations Break Impasse On Waste

Environment: Ban to halt export of hazardous waste to developing world.

New Leader For Lawrence Livermore

Penrose (Parney) Albright will direct DOE national lab.

Hair Reveals Source Of People's Exposure To Mercury

Toxic Exposure: Mercury isotopes in human hair illuminate dietary and industrial sources.

Why The Long Fat?

Cancer Biochemistry: Mass spectrometry follows the metabolism of very long fatty acids in cancer cells.

Text Size A A

Two weeks ago, I was in Johannesburg at the South African Chemical Institute/Federation of African Societies of Chemistry meeting. On the last day of the meeting, Werner Van Zyl, a chemistry professor at the University of KwaZulu-Natal, gave a talk on developing sustainable energy sources through chemistry. In discussing the priorities humans have set for R&D spending, Van Zyl said: “We live healthy lives on a dying planet. We have to stop focusing our R&D budget as if death were an option.”

Last week, I was in Philadelphia for the official U.S. kickoff of the International Year of Chemistry (see page 7). The program on Tuesday morning featured six luminaries of the chemistry enterprise discussing “Global Challenges/Chemistry Solutions.” Daniel G. Nocera, a chemistry professor at Massachusetts Institute of Technology, moderated the panel discussion, during which he observed that, as a result of modern medical technology, the average life span in developed nations is now 80 years. We are, Nocera said, “living healthy on a dying planet.”

Because Van Zyl’s talk focused largely on alternative energy research done by Nocera and coworkers at MIT, it’s possible he borrowed the idea of living a healthy life on a dying planet from Nocera’s work. In any case, the phrase resonated with me and I highlighted it in my notes.

Can one live a healthy life on a dying planet? Is it responsible to spend as much as we do on biomedical R&D that seems to have as its raison d’être the impossible goal of living forever? Nocera observed that during that average 80-year life span, “almost all health care costs are incurred during the last two years of life.” Does that make sense?

The session in Philadelphia featured, in addition to Nocera, Joshua S. Boger, the founder of Vertex Pharmaceuticals; Rita Colwell, chairman of Canon U.S. Life Sciences and a professor at the University of Maryland and Johns Hopkins University; Janet Hering, director of the Swiss Federal Institute of Aquatic Science & Technology; Ellen J. Kullman, chair and CEO of DuPont; and Andrew N. Liveris, president, chair, and CEO of Dow Chemical. In their remarks, Nocera and Liveris focused on energy issues; Hering and Colwell focused on clean water; Kullman focused on feeding Earth’s growing population, which, she pointed out, will surpass 7 billion in 2011 and reach 9 billion by 2050; and Boger focused on health care.

During the panel discussion, Nocera noted that “population growth is driving a lot of these sustainability challenges. In our hearts we care about the poor, but in our actions, we don’t.” He then asked whether there is a business model for helping the poor address such challenges, and Colwell, Liveris, and Kullman answered him, focusing on acting locally and developing realistic markets in developing nations.

An assumption behind all of the talks was that it is inevitable that Earth’s population will reach 9 billion by 2050, and that we must work to provide this population with clean water, appropriate health care, abundant food, and adequate energy resources. I asked the panel whether our advocacy efforts should include, in addition to providing these necessities for a good life, limiting population growth.

Colwell and Nocera both answered that the key to limiting population growth is educating and empowering girls and women. “Study after study has shown that when girls and women are educated, population growth declines,” Nocera said.

I have no doubt that Colwell and Nocera are right about educating and empowering girls and women. But is it really as simple as that? Toward the end of his life, Rick Smalley (the discoverer of C60 and champion of nanoscience) lectured that, if we could solve Earth’s energy problem, most other problems we face—food, water, security, and others—would also be solved. He was right. But the same can be said for population. Stabilize population, and sustainability becomes a much less daunting challenge.

Of course, economists insist that countries that have stopped growing are doomed to stagnation. Growth, endless growth, goes their chorus, is the key to prosperity. On this finite planet?

Thanks for reading.

Rudy Baum

Views expressed on this page are those of the author and not necessarily those of ACS.

Chemical & Engineering News
ISSN 0009-2347
Copyright © 2011 American Chemical Society
  • Print this article
  • Email the editor

Services & Tools

ACS Resources

ACS is the leading employment source for recruiting scientific professionals. ACS Careers and C&EN Classifieds provide employers direct access to scientific talent both in print and online. Jobseekers | Employers

» Join ACS

Join more than 161,000 professionals in the chemical sciences world-wide, as a member of the American Chemical Society.
» Join Now!