Ohio University, Athens, Ohio 45701, USA.
J Biol Eng. 2011 Nov 2;5(1):14. doi: 10.1186/1754-1611-5-14.
On February 15, 2008, the National Academy of Engineering unveiled their list of 14 Grand Challenges for Engineering. Building off of tremendous advancements in the past century, these challenges were selected for their role in assuring a sustainable existence for the rapidly increasing global community. It is no accident that the first five Challenges on the list involve the development of sustainable energy sources and management of environmental resources. While the focus of this review is to address the single Grand Challenge of "develop carbon sequestration methods", is will soon be clear that several other Challenges are intrinsically tied to it through the principles of sustainability. How does the realm of biological engineering play a role in addressing these Grand Challenges?
2008 年 2 月 15 日,美国国家工程院公布了他们的 14 项工程大挑战清单。这些挑战是在上个世纪取得巨大进步的基础上选择的,因为它们在确保快速增长的全球社会可持续生存方面发挥了作用。清单上的前五个挑战涉及可持续能源的开发和环境资源的管理,这并非偶然。虽然本评论的重点是解决“开发碳固存方法”这一重大挑战,但很快就会清楚的是,通过可持续性原则,其他几个挑战与之内在相关。生物工程领域如何在应对这些重大挑战中发挥作用?